Yamaha RX-V2095, RX-V2095RDS Service Manual

 pou) A
a.
<x
pg
ON
E
O
ov
A
o AV RECEIVER
» —.... RX-V2095
RX-V2O95RDS
SERVICE MANUAL
A IMPORTANT NOTICE D
This manual has been provided for the use of authorized YAMAHA Retailers and their service personnel.
It has been assumed that basic service procedures inherent to the industry, and more specifically YAMAHA
Products, are already known and understood by the users, and have therefore not been restated.
WARNING: Failure to follow appropriate service and safety procedures when servicing this product
may result in personal injury, destruction of expensive components, and failure of the
product to perform as specified. For these reasons, we advise all YAMAHA product owners
that any service required should be performed by an authorized YAMAHA Retailer or the
appointed service representative.
IMPORTANT: The presentation or sale of this manual to any individual or firm does not constitute
authorization, certification or recognition of any applicable technical capabilities, or
establish a principle-agent relationship of any form.
The data provided is believed to be accurate and applicable to the unit(s) indicated on the cover. The research,
engineering, and service departments of YAMAHA are continually striving to improve YAMAHA products.
Modifications are, therefore, inevitable and specifications are subject to change without notice or obligation to
retrofit. Should any discrepancy appear to exist, please contact the distributor's Service Division.
WARNING: Static discharges can destroy expensive components. Discharge any static electricity your
body may have accumulated by grounding yourself to the ground buss in the unit (heavy
gauge black wires connect to this buss).
) | | IMPORTANT: Turn the unit OFF during disassembly and part replacement. Recheck all work before you
NC | apply power to the unit. J
E CONTENTS
TO SERVICE PERSONNEL ... 1 DISPLAY DATA меннее меннее 39—40
FRONT PANEL/REAR PANEL... 2-3 BLOCK DIAGRAM …….……......cooersserseccessencenmsentennens 41-45
SPECIFICATIONS ………………….. mousse 4~T PRINTED CIRCUIT BOARD ass. 46475
INTERNAL VIEW „еее 8 PIN CONNECTION DIAGRAM eee 76-77
DISASSEMBLY PROCEDURES … 8 SCHEMATIC DIAGRAM ….…….……cceosereeccessence ‚неее 78—87
SELF DIAGNOSIS FUNCTION ........ ‚9-21 | PARTS LIST …..…..…ccossrereccrmmessrccence … 88-112
AMP CHECK . . 22 REMOTE CONTROL TRANSMITTER................. 113-116
TUNER ADJUSTMENTS .... … 23-26 ZONE 2 REMOTE CONTROLLER .............e<acereecaenoe 117
| IC DATA еее 27-38 |
0Y-EX7=174, LI7-7BEOBEMEMAELTUES,
This Service Manual uses recycled paper.
a — YAMAHA
ERMARA GORPORATION
.0.Box1,Hamamatsu,Japan
2.8K-6.1511 FA Dd Printed in Japan "98.11
RX-V2095/RX-V2095RDS
a
E
o
NS
>
So
o
er
E TO SERVICE PERSONNEL
1. Critical Components Information. |
Components having special characteristics are marked A AC LEAKAGE
and must be replaced with parts having specifications equal WALL EQUIPMENT TESTER OR
to those originally installed. OUTLET UNDER TEST EQUIVALENT
2. Leakage Current Measurement (For 120V Models Only).
When service has been completed, it is imperative to verify
that all exposed conductive surfaces are properly insulated
from supply circuits.
| INSULATING
e Meter impedance should be equivalent to 1500 ohm shunted TABLE
by 0.15uF.
e Leakage current must not exceed 0.5mA.
e Be sure to test for leakage with the AC plug in both
polarities.
WARNING: CHEMICAL CONTENT NOTICE!
The solder used in the production of this product contains LEAD. In addition, other electrical/electronic
and/or plastic (where applicable) components may also contain traces of chemicals found by the
California Health and Welfare Agency (and possibly other entities) to cause cancer and/or birth defects
or other reproductive harm.
DO NOT PLACE SOLDER, ELECTRICAL/ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH
FOR ANY REASON WHATSOEVER!
Avoid prolonged, unprotected contact between solder and your skin! When soldering, do not inhale
solder fumes or expose eyes to solder/flux vapor!
If you come in contact with solder or components located inside the enclosure of this product, wash
your hands before handling food.
WARNING
Do not change the IMPEDANCE SELECTOR switch
setting while the power to this unit is on, otherwise
this unit may be damaged.
- 9 moar © | @ sem ©
30 00
006
ООС
Gode
IMPEDANCE SELECTOR
MN FRONT PANEL/REAR PANEL
Y RX-V2095
RX-V2095/RX-V2095RDS
@ YAMAHA NATURAL BOUND ny receven FO(=-v ares
GRENADE MAN dés
090 QO 00) ==
О,
НН —
CENTER 8 mat © O ma O
000 00. © ®
o
a "4
000:
AC Outlets -
U, R, T, L models :
Switched x3 ........ 100W max (Total)
e - т = 3 = = 1
1D O:
12253
С тоде!
Switched x 3 .... 100W/1.0A max (Total)
‘À model
Switched x1 .............. 100W max
=)
*
<
NN
o
o
ol
ve)
0
w
x
x
<
N
=)
Les]
Ls]
RX-V2095/RX-V2095RDS
RX-V2095
wv
jan]
oc
LO}
o
©
x
=
Le
oe
Y RX-V2095RDS
@YAMAHA NATURAL BOUNG A RECEIVER RX-VZOBSROS Mies DAA des
© | ®
am] orme ||" 0x 317002 —
660 6e *= E
000100
Zo
5
&
= do
©) ©
© ©
DE FES
я (О) y
>= 7
2) © -_ o = 7 р
i= à
fi ) |
©
y
En
OL
©
©
№
ще НЕЕ
Le
A
2000
©
+ e -
=
Ala y ©
000€
wa - © * д
В
|
|)
= |
@ = |
O ‘ e |
= JL
B SPECIFICATIONS
HB AUDIO SECTION
Minimum RMS Output Power per Channel
MAIN, 20Hz to 20kHz, 0.02% THD, 8Q ... 100W + 100W
CENTER, 20Hz to 20kHz, 0.02% THD, 8Q ....... 100W
REAR, 20Hz to 20kHz, 0.02% THD, 82 .. 100W + 100W
FRONT, 1kHz, 0.05% THD, 8Q .......... .. 25W + 25W
Maximum Power per Channel (R, T models only)
MAIN, 1kHz, EIAJ, 10% THD, 8Q ....... 135W + 136W
CENTER, 1kHz, ElAJ, 10% THD, 8Q ........... 135W.
REAR, 1kHz, EIAJ, 10% THD, 8Q ....... 135W + 135W
FRONT, 1kHz, ElAJ, 10% THD, 8Q ........ 35W + 35W
Dynamic Power per Channel (U, C, R, T models only) .
MAIN, 8/6/4/2Q (IHF) .............. 140/170/220/320W
Dynamic Headroom (U, C, R, T models only)
В© i etree 1.46dB
DIN Standard Output Power per Channel (L, G models only)
MAIN, 1kHz, 0.7% THD, 42 ............e...e”—. 160W
IEC Power (L, G models only)
MAIN, 1kHz, 0.015% THD, 8Q ................. 115W
Power Band Width
MAIN, 0.08% THD, 50W/8Q ............... 10Hz to 50kHz
Damping Factor | |
MAIN, 20Hz to 20KHz, 80 .............. . 200 or more
Input Sensitivity//mpedance
PHONO MM ........ FT 2.5mV/47kQ
CD, etc ......ooeccererroareraanmecoeo, 150mV/47kQ
MAIN IN EEE 1V/47kQ
Maximum Input Signal Level
PHONO MM, 1kHz, 0.05% THD ............... 110mV
CD, ete, 1kHz, 0.05% THD (Effecton) ............ 2.3V
Output Level/Impedance
REC OUT .......eoererererecrereecrea 150mV/1.0kQ
PRE OUT (MAIN, CENTER, REAR, FRONT) .. 1V/1.5kQ
SUB WOOFER (Effect off, MAIN SP : SMALL) 4.0V/1.5kQ
ZONE 2 OUT(U, C, R, T, A, L only) .......... 1V/1.5kQ
Maximum Voltage Output
20Hz to 20kHz, 1% THD, PRE OUT (MAIN) ......... 3V
Headphone Jack Rated Outputimpedance
1kHz, 150mV, 8Q ......eee.—ermereveamen. 0.5V/440Q
Frequency Response (20Hz to 20kHz)
CD, etc, MAIN .... o.oo. 0+0.5dB
RIAA Equalization Deviation (20Hz to 20kHz)
PHONO MM ...... tetera 0+0.5dB
Tone Control Characteristics |
BASS: Boost/cut ................... +10dB (50Hz)
Turnover Frequency ............c.... 350Hz
TREBLE : Boost/cut .................. +10dB (20kHz)
Turnover Frequency ............... 3.5kHz
Bass Extension :
MAIN EEE о +6dB (50Hz)
Filter Characteristics
MAIN/CENTER/REAR SP SMALL : H.P.F. .... fc = 90Hz, 12dB/oct.
SUB WOOFER OUT : L.P.F. ...... fc =90Hz, 18dB/oct.
Total Harmonic Distortion (20Hz to 20kHz)
“ PHONO MM to REC OUT (3V) ......2......... 0.01%
CD, etc to PRE OUT MAIN (1V) .............. 0.005%
CD, etc to MAIN SP OUT (50W/8Q) ........... 0.015%
MAIN IN to MAIN SP OUT (50W/8Q) ........... 0.008%
Signal-to-Noise Ratio (IHF-A-Network)
PHONO MM, Input Shorted (5mV) (Effect off)
U, C, R, T, A, Lmodels ......................86dB
G model ............ PS 82dB
CD, etc, Input Shorted (Effect off). ............... 96dB
Residual Noise (IHF-A-Network) |
MAIN SP OUT ........eerrevevornorernve e... 1701V
Channel Separation (Vol. -30dB, Effect off) |
PHONO MM, Input Shorted, 1kHz/10kHz .... 60dB/55dB
CD, etc, Input 5.1kQ Shorted, 1kHz/10kHz . .. 60dB/45dB
Gain Tracking Error (0dB to —60dB) ........ een... 3dB
Muting .................. erareosoareaooro remar. —
RX-V2095/RX-V2095RDS
H FM SECTION
Tuning Range
UCmodels ............... oo... 87.5 to 107.9MHz
A, L, G models .................. 87.50 to 108.00MHz
R, T models ......... 87.5 to 108.0/87.50 to 108.00MHz
50dB Quieting Sensitivity (IHF, 75 Q)
U, C, R, T models only | o
Mono .......eere.esesconoarecore. 1.6uV (15.3dBf)
Stereo... ieee 23uV (38.5dBf)
Usable Sensitivity (DIN, 75 Q)
A, L, G models only
Mono (S/N 26dB) .........eo_ressroccoreno»o 0.9uV
Stereo (S/N 40dB) .............ecerrecneronono 28uV
Alternate Channel Selectivity
U, C, R, T models ..........er.eocereorerereeo. 75dB
Selectivity (two signals, 40kHz Dev.)
A, L, G models ...........eeeceresvoeoo naa 55dB
Signal-to-Noise Ratio
U, C, R, T models
Mono/Stereo (IHF) ............ o... nea 81/75dB
A, L, G models
Mono/Stereo (DIN-weighted, 40kHz Dev.) ..... 75/69dB
Harmonic Distortion
Mono/Stereo (1kHZ) ............r_erecrevenos 0.1/0.2%
Stereo Separation
15 AAA AA 48dB
Frequency Response
20HZz to 15kHZ ...........—eereneverecororeo 0+1.0dB
Output Level
U, C, R, T models
FM 100% mod. 1kHz ...................... 550mV
A, L, G models |
FM 40kHz Dev. 1kHZ ...................... 550mV
Antenna Input ....................... 75 Q unbalanced
E AM SECTION
Tuning Range
—U, C models ............._—eeneverer 530 to 1,710kHz
A, L, G models ..................... 531 to 1,611kHz
R, T models ............. 530 to 1,710/531 to 1,611kHz
Usable Sensitivity .......................... 300uV/m
Output Level
AM 30% mod. 1kHZ .............. a... 150mV
Signal-to-Noise Ratio .......................... 52dB
Antenna ........... RR RER ER ER REG Loop antenna
el
Xx
<>
5 <
[Ta]
TE
y O
9°
can
RX-V2095
7
Ca
o
D
©
=
Г
©
>
Ec
RX-V2095/RX-V2095RDS
E VIDEO SECTION
Video Signal Type | |
U, C models ........_.eeecoscarcorerceneveaa NTSC
A, L, G models ........e_ereeoorervacervocoro, PAL
R, T models ..........e_e.eeecexorereeco. NTSC/PAL
Video Signal Level ........................ 1Vp-p/75Q
S-Video Signal Level
Vo Lee ea a ee ae aa a ea ee ee ee ee ee a ee en sa 00 6 1Vp-p/75Q
Cit rr eres 0.286Vp-p/75Q
Maximum Input Level ........................ 1.5Vp-p
Signal-to-Noise Ratio ......................... ‚ 5098
Monitor Output Frequency Response ..5Hz-10MHz, -3dB
MW GENERAL
Power Supply
U, C models ........._.oereoooeooeo AC 120V, 60HZ
A model ..........ee.. eee AC 240V, 50Hz
|, С тоде!$ ..................... …. AC 230V, 50Hz
R,Tmodels ........... AC 110/120/220/240V, 50/60Hz
Power Consumption a
URTALGMmodels ....................... 480W
Cmodel o.oo ee eee 480W/630VA
Maximum Power Consumption (R, T models only) .. 770W
AC Outlets
U, R, T, L, G models
Switched x3 .................... 100W max (Total)
C model |
Switched X 3 ..........ee._en. 100W/1.0A max (Total)
A model |
Switched X 1 .........._—eeerercaven. …... 100W max
Dimensions (W x H x D) |
Blackmodel ..................... 435 x 171 x 470mm
(17-1/8”" x 6-3/4” x 18-1/2")
Gold model ................... 473 x 171.5 x 470mm
(18-5/8” x 6-3/4" x 18-1/2”)
Weight
Black model ..............ee_eee.. 20.0 kg (44 ibs 10z)
Goldmodel ..................... 21.5 kg (47 Ibs 607)
Accessories ............r .—eseom.. AM loop antenna x 1
Indoor FM antenna x 1
Antenna Adapter (U, C only) x 1
Remote Control Transmitter x 1
Zone 2 Remote Control Transmitter (RX-V2095 only) x 1
Battery (size "AA", "R06") x 4
* Specifications subject to change without notice.
U.......... USA model
C...... Canadian model
R....... General model
T .2........ China model
A ..... Australian model
L ..... Singapore model
G..... European model
e DIMENSIONS
Black model
21.5
(7/8")
BARRA cesse | |
429(16-7/8")
470(18-1/2")
|
19.5 | й
| |
0000
© ев 000 D @000
Gold model
21.5
(7/8)
ARA A pono on
429(16-7/8")
470(18-1/2")
19.5
(3/4
co
Бове
@ св О оО © D ©000
Units : mm (inch)
RX-V2095
RX-V2095/RX-V2095RDS
RX-V2095RDS
'poasesel SUBI | ‘OU! “SWOISAS
1e)2eU[ |eNDIG 9661 1UBINAdos “OUI *sweisKS 1978au |ENDIG JO
s)yJewspel} sie ‘ ,punoung jeubig s1q, Buipuad pue penssi
SjuOÏed эрм-рном зещо рие Zp6‘LSP'S "ON "Jed SN "ou
"SU9SÁS Jo1eay | jeubig Wo; esusal 1apun pa.nyejnueN
‘pomesesl sjubu ;jy ‘ouI
‘SOLOJBIOGET AGJOQ Z661 1YBUAdo7 ‘uoIes0odio”n Buisusor
SOLIOJEIOGET AgjoQG 10 syleuwiopei) SJE ON JoquiAs q-oig
-nop ay} pue ‘01607 ола, ‘ОМ, “uÂGOA. ‘UONBIOdION Bul
-SU8917 salI01RIOqRT Ágilog Wo) esus9I Japun paniejnueW
v $ y 0} ot 0 swel | swel | swg| swg suoz pa9ueyuy
swg | swg SWOZ JewsoN | "HNS SLA/A8100
0} ot o sweg | sweg | swe) | swel SWOZ 0! SWG} [EJ8U85) S10/ML9Q/WWQZ
0": o 0! Swi | swif | swe) | swe SWOZ О’ swig) GIMUBADY S1O/1LOJGAUWO/ | CHILVIHL FIAON
ot OL 0! swgg | swge | $Шб} | $Шб| swe ot suIGL jpE1eds SLONLOGAUWOZ
0% OL 0 su sw} | sup | suci suwoz OL sug} 14198 SLONLOQMWWOZ | 1H3LVY3hl 3INON
0 ot 0! suL | SwWz; | swg| swg| sig oO sup; suodg/AaueA
swg | swg с 0'L su6y SIAO oLON HILYIHL AL
0'! ol ot SuILE | SWILE | SWG | swg| sweg o swig 400y/d0g
0 o 0! swig | swig | swg| swg| swog o sugz eladQAeoISSBID | O3AIA LHIONOD
swg| swg| L 01 sue Imog
swg | swg L O swig} ureyeuy AVIOVLS
еше | swgl $ 01 SWG} Aued
sz | SW; 6 0% swgg 09810 | INSWNIVLEILNI
sug swig 2 gl SWIG| BUDIY
sw) | sw; 6 0° su aneay | ÁXOH eL | 143ONOO OOH
suis | sus 6 0’! SWOZ ejer) efelA a
SWG | SWG $ ol su ur wonog su ano Zzvr
%es soy SWG} | sus) SW69 JUOWNBÄOH
GG sor SWG} | SWG} $056 Bingie14 HOYNHD
sus | swg 6 1 sup — 80009 enn
sus | swg S 0 SW6Z O NEH edomnz | 2 TIVH LH39NOS
SWG | sus с OL SW6Z g IIeH edomz3 ;
swoy | suso) 5 o Sw6Z V IleH adoing | | TIVH LH39NOO
IdAL WYHDOHd | | NVHDOHd dSG
% $10 ; | | 10 го LO su sw; | sw | sw; | sul sus; | l'O su d318
%00| s0'S 0! OL 0! 0% 0% 07 suep | sw6y | SUISGL | sus) | SGH supe 0! oz swEG XvW
%0 sol 0 e 0 10 LO го sw Swi | sw | swo | sus SWG} 0 O Su NIN
sia | £-OV HOZ | sia E-ov HOZ sia | £ov | sia| €-OvY | HOZ |9IDOTOH4d TYNDIS LNdNI
ЛАТ ‘ла | WIL AIH SSINZAN 'S 3718 W0Oy 'S ATO "LINES ATS |SSENFAN 'd |3ZIS WOOH'd Е Ала ‘а U3LINVHVd
3191} HILINVYHYd @
RX-V2095
A
Oo
[=
LO
o
©
N
©
DE
ce
RX-V2095/RX-V2095RDS
e SET MENU TABLE
No. SET MENU PRESET VALUE SETTING RANGES
1. SPEAKER SET
1A CENTER SPEAKER LARGE LARGE/SMALL/NONE
1B REAR SPEAKER - LARGE LARGE/SMALL
1C MAIN SPEAKER LARGE LARGE/SMALL
1D LFE/BASS OUT SUBWOOFER SUBWOOFER/MAIN/BOTH
1E | SYSTEM SETUP 7ch 7ch/5ch
1F MAIN LEVEL NORMAL NORMAL/~1 0dB
2. DOLBY DIGITAL SET :
2A LFE LEVEL 0dB —20dB — 0dB
2B DYNAMIC RANGE MAX MAX/STD/MIN
3. DTS SET
3A LFE LEVEL 0dB —10dB — +10dB
4, CENTER DELAY Oms Oms — bms
5. PARAMETER INITIALIZE OFF PROGRAM 1 — 12
6. MEMORY GUARD OFF ON/OFF
7. TV/DBS INPUT AUTO AUTO/LAST
8. DIMMER 0 —-4—0
e SUPERIMPOSING
Input LD, etc. Output Superimposing
Terminal Signal Monitor connection
s O O O (On screen)
\ 0 _— X
S No X X
\ O — O (On screen)
S O O O (On screen)
\ X — X
S O X x
\ X — O (Blue back) S 5 videosignal
$ X — X V Composite video signal
V О — Х (Оп screen) O :YES
S X — O (Blue back) X NO
\ X — O (Blue back) — :NO CARE
® PRESET STATIONS
STATION FM FACTORY PRESET DATA (MHz) STATION AM FACTORY PRESET DATA (kHz)
PAGE NO. U, C, R, T R, T, L, G, À J PAGE NO. |1U,G, R, T R, T, L, GH AJ
1 87.5 87.5 76.0 1 630 630
2 90.1. 90.1 83.0 2 1080 1080
3 95.1 95.1 84.0 3 1440 1440
A/C/E 4 98.1 98.1 86.0 B/D 4 530 531
5 107.9 108.0 90.0 5 1710 1611
6 88.1 88.1 78.0 6 900 900
7 106.1 106.1 88.0 7 1350 1350
8 107.9 108.0 82.1 8 1400 1404
RX-V2095/RX-V2095RDS
ul
EC
<%
а-я
ON
РОТ ==)
=
oY!
un
E INTERNAL VIEW
. FUNCTION (3)
. MAIN (3)
. MAIN (2)
. VIDEO (1)
. VIDEO (2)
. FUNCTION (1)
. FUNCTION (2)
. TUNER
. OPERATION (3)
. OPERATION (7)
. MAIN (1)
. OPERATION (4)
. VIDEO (3) |
DSP
OPONONDONANANQANANOA
Wo Ww mw с DW
H DISASSEMBLY PROCEDURES (Remove parts in disassembly order as numbered.)
1. Removal of Top Cover
a. Remove 8 screws ( О) ), 2 screws ( @ ) and 2 screws ( © ) in Fig. 1.
Top Cover
2. Removal of Bottom Cover | Фе, Gold model
a. Remove 13 screws ( @ ) in Fig. 1.
3. Removal of Front Panel
a. Remove 2 knobs.
b. Remove 4 screws ( ® ) in Fig. 1.
Side Panel
Black model
Top Cover
Front Panel
— Bottom Cover
Fig. 1
a
ore
em
NS
EN
x>
se
ec
RX-V2095/RX-V2095RDS
E SELF DIAGNOSIS FUNCTION
This product has a built-in self diagnosis function (DIAG) to facilitate inspection, measurement and determination of
a faulty item.
e Starting DIAG
Press the "POWER" (STANDBY/ON) key of the main unit while pressing the "PROGRAM >" key and the
"EFFECT" key located in the sealing panel of the main unit, and DIAG will start to function.
® Display at the start of DIAG
The diagnostic menu appears on the monitor display. (It remains on display until it's canceled.) On the FL display of
the main unit, an opening message (or the history of the protection) appears for 2 seconds before the diagnostic
menu No.1 MAIN BYPASS.
Opening message
Version of the main
microprocessor
e N /
CHE SUM: sess A
DIRGHOSTIC МОРЕ
When there is no history of protection function
Check sum of the main
microprocessor
NIAGHDSTIC MEM
ESPA FE
1. AHALOS_THR 7.MAN TST
3.0SF THR E PRESET
3. 06-3-DTS THR 3.60 DATA
à Po LOGIC 16, STATUS
S.SPEREERS ___ 11 -SUM-UER
6.ЕРСТ OFF-LTSP
`. o.
If the protection function works after DIAG has been started and the power turns OFF
When the protection function (*1) works, the history of the protection appears on display and the power turns OFF.
Repair the faulty parts according to the displayed history.
*1) When an excess current or any other faulty condition is found with the power source, amplifier, etc., the power
is forced to turn OFF as a protection function.
CHE SUMS Hees A
I PROTECT IUH
CHE SUMIERER A
= FET : A
CHE SUBIERA A
Lid PRET 5 AA
CHE SLIME Eke a
TAR FET 10 AZ
| PROTECTION display
(The power turns OFF instantly, display is provided only to show the history. )
Cause: There is an abnormal current flow to the power amplifier.
Supplementary information: As the current of the power transistor is
checked in each channel, it is possible to determine the abnormal channel
by checking the transistor where a current is detected.
* If a speaker is shorted on purpose while using the DIAG function, | PRO-
TECTION does not appear on display.
The history is stored in memory during the normal use of the unit.
PS PRT display
(The power turns OFF after 0.5 seconds. Display may not be provided, if
there is an abnormality with the power supply for the display.)
Cause: There is an abnormality in the power supply section (voltage).
Supplementary information: As the power from following sources is
detected, it is possible to determine where an abnormality exists.
Transformer secondary winding
VI X 2(CB405), OR x 2(CB408)
Stabilizing power source
+12, +5V, +5D, +5M, VP
DC PRT display (The power turns OFF after about 2 seconds)
Cause: A DC output from the power amplifier is detected in the bad
channel.
TMP PRT display
Cause: The temperature of the heat sink in the power amplifier is
excessive. When the temperature rises and an abnormality is detected, the
power supply will turn OFF.
. Besides the above possible causes, the cause may exist in the connector
which has come off or around CPU. PS PRT and DC PRT displays include
the abnormal A/D value in %. For this value, refer to the DIAG menu No.9
AD DATA CHK (on page 18).
@® Canceling DIAG
RX-V2095/RX-V2095RDS
Turn off the power by pressing the "POWER" key of the main unit or the "STANDBY" key of the remote controller.
CAUTION: When canceling this function, check the DIAG menu No.8 PRESET (for memory initialization inhibit/
reserve). (To keep the user memory, be sure to select "INHIBIT" from the No.8 PRESET menu to inhibit
initialization before canceling the diagnosis function.)
e Operation procedure of DIAG menu and
SUB-MENU |
There are No.1 to 11 MENU items and some SUB-MENU
items as well.
DIAG menu selection |
Main Unit: PRESET TUNING UP/DOWN (forward/reverse)
key |
SUB-MENU selection
Main Unit: PROGRAM >/<1 (forward/reverse) key
e Functions during DIAG being set
In addition to the DIAG menu, functions as listed below
are available.
+ Input switching (including ZONE2), external decoder
+ ZONE? volume
* Front / Center / Rear / Sub-wooter level adjustment
- Master volume
* Muting
» Speaker A/B
* Power ON:OFF operation
Settings by the tuner related keys are not accepted.
e Initial settings used to start DIAG function
Following initial settings are used when starting the DIAG
function. | | |
When the DIAG function is canceled, the settings before
starting DIAG will be restored.
« Input : DVD/LD (external decoder OFF)
- ZONE2 input: DVD/LD (external decoder OFF)
* ZONE? volume: -6dB - |
* Front level: -10dB |
* Center /Rear / Sub woofer level: 0dB
* Audio mute: OFF
+ Speaker A/B: ON
No. DIAG menu
SUB-MENU
1. ANALOG THR. MAIN BYPASS
DSP 0dB
2. DSP THROUGH YSS918— SRAM
YSS918
DSP FULL BIT
3. AC3/DTS THR. STATUS (Binary)
4. PRO LOGIC CENTER LARGE
EFFECT OFF
5. SPEAKERS SET
MAIN:LARGE -10
MAIN:SMALL 0dB
MAIN:LARGE 0dB
B:M á C:N € F:5
LFE/BASS:MAIN
LFE/BASS:SWFR
CENTER:NONE
C:SMLL & R:SMLL
FRONT MIX:5CH
FRONT MIX:7CH
6. DISPLAY CHK
Initial screen (EFFECT OFF)
DISPLAY OFF
DISPLAY ALL
DISPLAY DIMMER
CHECKED PATTERN
7. MANUAL TEST
ALL
MAIN L
CENTER
МАМ В
REAR R
REARL
FRONT L
FRONT R
LFE
8. PRESET
INHIBIT (Memory initialization inhibited)
RESERVED (Memory initialized)
9. AD DATA CHK
FAN CHECK
KEY, REC OUT
MTR, THM, PRD, PRV
10. IF STATUS
STATUS (0): DSP CPU status information
STATUS (1): Channel status information
STATUS (2): Version information
STATUS (3): Checksum
STATUS (4): BSI information O (AC3 / DTS)
STATUS (5): BSI information 1
STATUS (6): BSI information 2
STATUS (7): BSI information 3
STATUS (8): BSI information 4
STATUS (9): BSI information 5
| 11. SUMVER/EXIT
DSP CPU checksum & version
Information communicated between CPUs
Main CPU port setting information
10
Xx
<
N
o
D
al
=
|
©
a
7
<
N
©
(3)
с
RX-V2095/RX-V2095RDS
10
o
©
N
0
a
ec
RX-V2095RDS
Details of DIAG menu
In each menu, "SPEAKERS" is always set to "LARGE", D-RANGE to "MAX", LFE LEVEL to OdB (-10dB at AC-3)
and CENTER DELAY to Oms unless otherwise specified.
1. ANALOG THR. (Analog through)
The input is fixed to use the analog (A/D) system and has 2 sub-menu items.
1, HAHALOS THE, ‚ MAIN BYPASS | |
MATH EYPOSS The main UR signal is output through the analog bypass without passing the DSP section.
— The main L/R signal passing through the DSP is output through C/LFE, FL/FR and RL/RR.
ANALOG IN CODEC. AD AC3D2av(YSS918)
UR MAIN L >0
AK4526 MAIN R
UR DSP ив FRONT L
i CODEC.DA | FRONTR _
| ‚
UR REAR L
DECODER $ REARR O
- I
|
1
: CENTER
|
DIGITAL IN ' UR AK4526 SUBWOOFER
| UBWOOFER _
CD ANALOG IN : 1kHz, - 20dBV, Both ch
VOLUME : MAX
PRE OUT : MAINL — 3.6dBV
° МАМ В — 3.7dBV
CENTER — 4.6dBV
FRONT R 7 db The shaded square means that the element included in it does not operate,
REAR L — 4.0dBV |
REAR R — 3.8dBV
L. ANALOG THE, DSP 0dB |
DSP Ade The main L/R, C/LFE, FL/FR, RL/RR signals pass through the DSP section.
ANALOG IN | CODEC. AD — Ac3D2av(YSS918) VAN L
не РА МАМ В >0
AK4526 1 AK4320 0
UR DSP UR FRONT L
i CODEC.DA | FRONTR — _
. 1
UR REAR L
DECODER | "REARR 0
1 С)
1
t
! CENTER
1
DIGITAL IN E UR AK4526 SUBWOOFER
ее
CD ANALOG IN : 1kHz, —20dBV, Both ch
VOLUME : MAX
PRE OUT : MAINL — 3.8dBV
MAIN R — 3.8dBV
CENTER — 4.6dBV
| FRONT L — 6.3dBV The shaded square means that the element included in it does not operate.
— FRONTR — 6.2dBV
REAR L —4.1dBV
REARR — 3.9dBV
11
RX-V2095/RX-V2095RDS
=
ar
<>
De
Te ь
a
O
59
wn
2. DSP THROUGH
The input data is automatically identified and switched in the priority order.of AC3 — DTS — PCM AUDIO —
ANALOG (A/D) according to the signal detection. There are 3 sub-menu items.
YSS918-SRAM |
The main L/R signal is input through AC3D2av to DSP, and after passing SRAM and then
ès LSF THROUGH
LIST O De Chk “or :
PESOS output through the main L/R and C/LFE. The (L+R)/2 is output at FL/FR and RL/RR.
| ANALOG IN | CODEC. AD AC3D2av(YSS918) MAIN L
O mm — — Ä@— —— — LA DA >
AK4526 AK4320 MAIN В >0
UR DSP UR CENTER
| Da CODEC.DA | SUBWOOFER _
: REAR L
DECODER | ВЕАВ В
— O
1
1
DIR2- | FRONTL
DIGITAL IN i AK4526 FRONT R
- —— »0
YM3436 |
(L+Ry2
CD ANALOG IN : 1kHz, - 20dBV, Both ch
VOLUME : MAX E.
PRE OUT : MAINL — 3.8dBV 1M SRAM
MAIN R — 3.8dBV
CENTER ~ 4.6dBV
FRONT L — 6.4dBV
FRONT R — 6.4dBV
REAR L — 4.2dBV
REARR — 4.1dBV
2. DSP THROUGH YSS918 o
Neo The main L/R signal is input through AC3D2av to DSP and then output through all channels.
— SRAM is bypassed.
ANALOG IN CODEC. AD AC3D2av(YSS918)
| UR DA MAIN L »o
AK4526 - AK4320 MAIN R o
UR DSP UR FRONT L
— CODEC.DA | FRONTR „о
|
| UR REAR L
DECODER 4---- REARR 5
I
1
DIR? | CENTER
DIGITAL IN | tj IR AK4526 SUBWOOFER €
YM3436 ‘ |
CD ANALOG IN : 1kHz, — 20dBV, Both ch
VOLUME MAX
PRE OUT MAIN L — 3.8dBV
MAIN R — 3.8dBV
CENTER — 4.6dBV
FRONT L — 6.4dBV
FRONT R — 6.3dBV
REAR L — 4.2dBV | im
REAR R — 3 9dBV The shaded square means that the element included in it does not operate.
12
RX-V2095/RX-V2095RDS
Lo
en
o
N
©
a
a's
RX-V2095RDS
2. CSP THROUGH | DSPFULLBIT
"CE FULL BIT The main L/R is input through AC3D2av to DSP and then output through all channels. The
— - - head margin is eliminated and the digital data is output in digital full bit.
The same applies as "YSS918" except that the digital data is output in full bit at D/A.
CD ANALOG IN : 1kHz, = 20аВУ, Both ch
VOLUME : MAX Full bit: The digital data is normally output with a head margin of 6dB for each of C, FLY
PRE OUT : MAINL — 3.8dBV FR and RL/RR channels. In this menu, the head margin is not used and the digital data
| MAIN R — 3.7dBV is output in full bit so as to obtain the A/D and D/A characteristics fully. Note that this
NT = 1.7dBV means the analog gain after D/A is +6dB for L/R channels. Also, the LFE channel which
~ 2.5dBV . ; ; ;
FRONTR -26dBY is normally controlled by LFE MIX LEVEL of the set menu is also output in full bit.
REARL — 4.7dBV
REARR — 4.9dBV
3. AC3/DTS THR. | |
Only the signal of the digital system is input. The AC3 or DTS signal is decoded and reproduced according to the
input source.
I. ACTDTS THR. | STATUS:
STATUS: AGREE! The AC-3 signal in each channel is decoded and output through AC3D2av — CDSP. The
= ———— status information of the AC-3 signal is indicated in binary notation on the lower level of the
FL display.
ANALOG IN AC3D2av(YSS918)
UR DA MAIN L >0
AK4320 MAIN R »O
DSP
DOLBY DIGITAL | C/LFE C/LFE CENTER
or - SUBWOOFER
PRO LOGIC SO
or
DIR2 DTS REAR L
DIGITAL IN | LS/RS “ LS/RS AK4526 RARE >0
>
YM3436
, , The shaded square means that the element included in it does not operate.
Status information
bt 7 6 5 4 3 2
000 00 0
| IEC958 digital data bit
IEC958 business equipment bit
IEC958 Digital format error
Demodulator MUTO (no RF signal)
Other than when PCM linear voice : 1
When FL red DTS ON : 1
When DTS decode OK: 1
When AC3 decode OK: 1
As signal identification is executed in normal AC-3 reproduction, the source (DAT, CD-ROM, etc.) without digital
data bit of IEC958 cannot be reproduced even when it is AC-3 encoded. On the other hand, as this menu does not
execute such digital data bit identification, these sources can be AC-3 reproduced. (To measure characteristics
during AC-3 reproduction, use the AC-3 decoded sine wave.) However, note that with the sources that have not
‘been AC-3 or DTS encoded, a decode error occurs and muting is applied. In addition, by displaying the status
information indicating the operation of the AC-3 signal on the lower level of the FL display in binary notation,
malfunction of the decoder can be detected. |
13
4. PRO LOGIC
— RX-V2095/RX-V2095RDS
The input data is automatically identified in the priority order of AC-3 + PCM — Analog. DTS is inhibited. The sub-
menu items include selection of Pro-logic (The auto input balance is OFF) and EFFECT OFF.
4. FEO LOGIC
CENTER LARGE
CENTER LARGE
When the center mode uses the analog, PCM audio or AC-3 2/0 mode, L, R, C, S signals are
pro-logic decoded and output. When the AC-3 mode other than 2/0 is used, the pro logic
function does not work and the signals are AC-3 reproduced.
© ANALOG IN | CODEC. AD AC3D2av(YSS918)
O UR DA MAIN L О
АК4526 АК4320 МАМ В >О
( DSP
DECODER | CODEC. DA
DOLBY DIGITAL | с | CENTER — a
oo H—1--------- |
PRO LOGIC |
| or
DIR2 DTS REAR L
DIGITAL IN SL AK4526 REAR R
— — 0
YM3436
1M SRAM
CD ANALOG IN : 1kHz, - 20dBV, Both ch CD ANALOGIN : 1kHz, —- 20dBV, L ch only
VOLUME ; MAX VOLUME : MAX
PRE OUT : MAINL - 45dBV PRE OUT : MAINL . — 4.0dBV
MAIN R - 37dBV - MAIN R — 52dBV (noise only)
CENTER — 1.70BV CENTER — 40dBV (noise only)
FRONT L — co FRONT L — со
FRONT R — 00 FRONT R — со
REAR L — 38.5dBV (noise only) REARL — 38.0dBV (noise only)
REARR — 38.5dBV (noise only) REARR — 38.0dBV (noise only)
4, PRO LOGIC EFFECT OFF |
TOS The L/R signal is output through ANALOG MAIN BYPASS.
EFFECT OFF. | |
14
=
X=
NID
SS
сл ©
Ja
=,
©
RX-V2095
e
[a]
==
LO
©
o
N
=
2<
о =:
15
RX-V2095/RX-V2095RDS
5. SPEAKERS SET
The input signal is automatically identified in the priority order of AC-3 — DTS — PCM — Analog. The input L/R
signal is output through the specified channels according to the sub-menu.
* In Sub-menu 1, the lower range content of the MAIN L/R is output at SWFR as well.
* In Sub-menu 8, the lower range content of LFE, CENTER and REAR is output at SWFR as well.
LARGE
SMALL
NONE
M + MAIN
C : CENTER
R : REAR
SWER : SUBWOOFER
B : BASS
F : FRONT MIX
N : NONE
Output
: Signals are output in all bandwidths.
: Only signals lower than 90Hz are mixed in the channel specified by LFE/BASS.
: The center contents are distributed to the MAIN L/R-channels after -3dB.
: The signal before MASTER VOLUME is indicated.
=. SPECRERS SET There are 10 sub-menu items. |
META: SMALL ade The signal output from the DSP section is normally in the EFFECT OFF state in the menus
from 1 to 4. In the menus after that, the same signal as in the menu of 2. DSP THROUGH:
Y 55918. The analog switch settings in each sub-menu are as shown in the following table.
Sub menu CENTER | REAR | MAIN SP [MAIN LVL (LFE/BASS| FRONT MIX Output
1 | MAIN : SMALL 0dB LARGE LARGE | SWFR 7ch MAIN L/R
2 | MAIN: LARGE 0dB LARGE LARGE LARGE SWFR 7ch . MAIN UR
3 | MAIN : LARGE -10 LARGE LARGE LARGE SWFR 7ch MAIN L/R
4 |B:M&C:N&F:5 | LARGE | LARGE MAIN L/R
5 | LFE/BASS : MAIN LARGE LARGE LARGE LFE — LR
6 | LFE/BASS : SWFR LARGE LARGE LARGE 0dB SWFR LFE — SWFR
7 | CENTER : NONE : LARGE 0dB SWFR CENTER — L/R
8 | C:SMLL&R:SMLL | LARGE 0dB SWFR CENTER/REAR
9 | FRONT MIX : 5CH LARGE LARGE LARGE 0dB SWFR FRONT — L/R
10 | FRONT MIX : 7CH LARGE LARGE LARGE OdB SWFR FRONT
—
RX-V2095/RX-V2095RDS
6. DISPLAY CHK
This is a program to check lighting of the FL display section.
The FL display changes as shown below according to operation of the sub-menu.
The input data is automatically identified in the priority order of AC-3 > PCM — Analog. The signals are processed
in the same way as EFFECT OFF of No.4. (The UR signal is output through ANALOG MAIN BYPASS.)
As for internal/external synchronization selection of the i image signals, forced external synchronization is selected
by the microprocessor control.
Initial display | All segments OFF All segments turn ON. (Dimmer 100%)
6. DISPLAY CHE
EFFECT OFF
+ EER
me
1—> |
A
_ Lighting in a lattice
JE EC ED
All segments turn ON. (Dimmer 50%)
Segments ON in a lattice.
Segment conditions of the FL driver (IC901, 1C902) and the FL tube are checked by turning ON and OFF all
segments. Next, the operation of the FL driver is checked by using the dimmer control. Then a short between
segments next to each other is checked by turning ON and OFF all segments alternately (in a lattice). (In the above
example, the center segment in the second row from the top is shorted.)
SAUS60ZA-XY
EII €
16
RX-V2095/RX-V2095RDS
Lo
en
o
N
©
a
сс
RX-V2095RDS
7. MANUAL TEST
The test noise is output by the noise generator with a built-in DSP through the channels specified by the sub-menu.
7 RCNE i ALL
© MENU ES" Noise is output through all channels.
MAIN L
Noise is output through the-MAIN L channel.
CENTER
Noise is output through the CENTER channel.
MAIN R |
‚Noise is output through the MAIN R channel.
REARR
Noise is output through the REAR R channel.
REAR L
Noise is output through the REAR L channel.
FRONT L
Noise is output through the FRONT L channel.
FRONT R
Noise is output through the FRONT R channel.
LFE
Noise is output through the LFE (sub-woofer) channel.
8. PRESET
This menu reserves and inhibits initialization of the back-up RAM (parameter, set menu contents, etc. for the sound
field program). The input signals are automatically identified in the priority order of AC-3 — PCM — Analog. The
signals are processed in the same way as EFFECT OFF of No.4. |
= FRESET INHIBIT (Initialization inhibited)
- THH т E IT RAM initialization is not executed. Select INHIBIT to protect the values set by the user.
= PRESET | RESERVED
O RESERUEN Initialization of the back-up RAM is reserved and it is executed when the power is turned ON
after canceling DIAG. RESERVED should be selected when shipping out of the factory or
resetting RAM.
CAUTION : Before setting to the PRESET RESERVED, write down the existing preset memory content of the Tuner in a
table as shown below. (This is because setting to the PRESET RESERVED will cause the user memory
content to be erased.)
Preset group P1 P3 P4 P5 P6 P7 P8
A —
17
RX-V2095/RX-V2095RDS
=.
<x
<x
De
oN
a
Vol
jw]
©
9. AD DATACHK
The A/D conversion value of the main CPU (IC3 of the function circuit board) detecting the REC OUT selector, the
main unit key, protection, etc. is displayed in % by using the sub-menu. (5V as 100%).
While KO/K1/K2/REC pages are on display, the values of all the keys are detected. This prevents the keys of the
main unit from being operated. To cancel this menu, turn the input selector of the main unit, and the next sub-menu
will appear. Return to the input data being measured after cancellation. The signal process remains in the state
before execution of this menu. |
FAN control based on detected temperature
H. HD CATA CHE | o
Ай With the voltage value detected from the temperature detection circuit read as a temperature
— - data by the A/D function of the microprocessor, the FAN speed is controlled in 3 levels based
on that data.
bit 210
0 00
When there is drive history record : 1
| | FAN 3.0V
FAN 3.7V
* Selecting "RESERVED" from the Diag menu No.8 and using factory
FAN 5.0V presetting will clear the history.
KA El ES REC Detection of KEY scanning and REC OUT
1586 106 106 56 KO/K1/K2 : Panel keys of main unit (10% step)
REC : Value at REC OUT position (10% step)
® REC and KEY A/Ds fail to operate properly if they are +4% off from the standard value. In this case, check the
constant of the partial pressure resistor, soldering condition, etc.
Standard value of KEY {main Standard value of REC OUT
unit panel key) | position
KO Standard Ki Standard K2 Standard REC QUT Standard
value value value value
EDIT 0 INPUT MODE 0 A/B/C/D/E 0 PHONO 90
FM/AM 10 TUNING DOWN 10 - 10 TUNER 80
MEMORY 20 TUNING UP 20 DIAG 20 CD 70
TUNING MODE 30 — | 30 PROGRAM + 30 TAPE/MD 60
START(*) 40 — 40 EFFECT 40 SOURCE 50
MODE(*) 50 - 50 EXT. DECODER 50 DVD/LD 40
EON() oo 60 PROGRAM - 60 TV/DBS 30
RDS() 70 - 70 SPEAKERS B 70 VCR1 20
— 80 - 80 SPEAKERS A 80 VCR2 10
KEY OFF state 100 KEY OFF state 100 KEY OFF state 100 VIDEO AUX 0
- (9): RX-V2095RDS only
Detection of tuner sensitivity and protection
MTR THM FED FEL
TE 7 1H
MTR : Signal sensitivity of tuner
THM : Detection of heat sink temperature (Normal values 6 ~ 40)
PRD : Value of amplifier DC detection (Normal value 1 ~ 13)
PRV : Value of power supply voltage (Normal value 5 ~ 15)
Numerical valus are examples
‘for reference.
e When THM becomes less than 5%, the protection function works to turn off the power. When it exceeds 40%,
it is possible that there is an abnormality in the temperature detection system.
e When the PRD/PRV value becomes abnormal, the protection function works to turn off the power.
18
RX-V2095/RX-V2095RDS
RX-V2095
n
a]
ec
1
O
©
N
0
><
ee
10. IF STATUS 0~9
Using this menu, the status data from the sub-microprocessor is displayed in the hexadecimal notation.
During signal processing, the status before execution of this menu is maintained.
As the input mode is fixed to analog in DIAG MENU No.9 before execution, operating the keys on the main unit only
will fix this menu to the analog mode. |
To change the input mode from analog to digital, use the following procedure.
1) Select one of DIAG MENU No. from 2 to 5, and enter a digital signal.
2) Pressing TAPE PLAY key (7A-00) on the remote controller, select MENU No.10.
(Then the input mode is fixed to digital.)
3) Using PROGRAM >/< keys on the main unit, select the sub-menu.
(The digital status data can be checked.)
— There are 10 SUB-MENU items.
Operating SUB-MENU causes the following status data to be displayed in the hexadecimal notation.
STATUS 0 : Indicates the information communicated between microprocessors.
CEL AE
— 4th byte
("00" constantly)
1st byte
bit 7 | MUTE request
bit 6 | fs 000B : Analog
2nd byte - bit 5 010B : 44.1kHz
bit 4 Others : Undefined
bit 3 | acmod 00008 : 1+1 ‚ 0001В : 1/0
bit 2 0010B : 2/0 00118: 3/0
bit 1 0100B : 2/1 0101B : 3/1
bit O 0110В : 2/2 01118 : 3/2
3rd byte
001B : 32kHz
011B : 48kHz
1st byte
1000B : 7.1
—
Indicate El E
>
3210
In the case of acomod 1000B or more, the DSP section is muted at DTS
bit 7654 7.1ch signal.
Indicate bit
2nd byte
bit 7 | AC3 DECODE OK
bit 6 | DTS DECODE OK
bit 5 | History data of FL red DTS (flashing & lighting)
bit 4 | "1" other than PCM linear sound
bit 3 | DEM MUTO (no RF signal)
bit 2 | IEC958 digital format error
bit 1 | IEC958 business equipment bit
bit 0 | IEC958 digital data bit
ce CC dT | RA |
3rd byte
bit 7 | AC3 KARAOKE
bit 6 | DIR2 LOCKN
(EOI
19
e
im
+|—|—|-|+| | —|-|06|6o|0o|60|0o 0O| o|O| S|&
=<|—+|—|-|6| 0o|ào| O|+| —|+-}<-|0o|0o|J0o|O|O|N
=—| -|0o|0o| —-|-|0O O| + <|O|O|-|-|O|/O|O|-
| ol lol oo oo ol -| | не
. bit 5
DIR2 ERR
bit 4
AC3D MUTE
bit 3
On-board write mode
bit 2
Digital input number is 2.
bit 1
DSP is AC3D2. (DTS present)
bit 0
RF DEM present
RX-V2095/RX-V2095RDS
po
D...
o
pg
on
eo
= O
g°
cn
IEC958 : This standard is used to identify what type of signal the PCM bit stream is.
A digital format error means that the format is digital but the sampling frequency is
undefined (not 44.1k, 32k or 48k). As operation of each device at an off-specification
frequency cannot be assured, the sub-microprocessor handles it as forced analog
(even when detected as “decode OK”, it is ignored) and selects the signal from the
analog input terminal. Thus, bits 4 to 6 in the upper byte transmits 000B (analog) signal
to the main microprocessor as they should and the main microprocessor operates seem-
ingly in the same way as in the digital unlock state.
IA, IF STATUS à | STATUS 1: Indicates the channel status (bit 00-31) of IEC958 obtained from DIR2 by using
aL - i я 6 1st to 4th bytes.
T “4st byte (bit 24 ~ 31)
. 3rd byte (bit 16 ~ 23)
2nd byte (bit 08 ~ 15)
1st byte {bit 00 ~ 07)
o£
18, IF STATUS = STATUS 2 : Version information of sub-CPU (ASCII code 4 bytes)
WER SA 209 26 42 |
18. IF STATUS = STATUS 3 : Checksum in program area of sub-microprocessor (hexadecimal ASCII code 4
SUM 44 39 43 33 tes)
STATUS 4 : Indicates the bit stream information included in AC-3/DTS signal in order starting
18, IF STATUS 4
ETE AE HA A mE from the 1st byte.
18, IF STATUS 5 STATUS 5-9 : Indicates the bit stream information included in AC-3 signal in order starting
|] BE BE FE GA from the 1st byte.
20
RX-V2095
о
[an]
сс
0
&
=
a
©
не
=
21
RX-V2095/RX-V2095RDS
11. SUM/VER/EXIT
There are 3 sub-menu items.
This menu indicates the checksum of the DSP microprocessor, the software version and interchange version of the
main / DSP microprocessor and the port setting conditions of the main microprocessor. The signals are processed
in the same way as EFFECT OFF of No.4. |
- When replacing the microprocessor, be sure to check its compatibility. Depending on compatibility of the communi-
cation format, the replacing microprocessor may not be suitable. Use of a microprocessor whose communication
format is not compatible will result in failure in communication between microprocessors.
ii, SUM. LIER.EXTT| Checksum and version of DSP microprocessor
DEF SUBIARAR A
Checksum : The total of the codes in the entire program added by 1M bit at 1 octet
intervals and expressed as a 4-figure hexadecimal data (For the range including no code
Checksum of DSP micro- Version of DSP micro- description or codes other than ROM, Oxff is added.)
processor (4 figures of processor (1 alphabet)
alphabets and numbers)
Software version and compatibility version of main / DSP microprocessors
11. SUM-VER-ESIT lea Hour EN
М: GRE С: Веб M: Indicates the main microprocessor (IC3 of function circuit board)
A U S: Indicates the DSP microprocessor (IC4 of DSP circuit board)
The alphabet at the end indicates compatibility of the communication format between main/
"A 0 0 B DSP microprocessors. If the alphabet is the same, the communication format of the micro-
processor is compatible. If the end alphabets differ, the microprocessor will not operate prop-
erly.
Software version of mi- Compatibility version of |
croprocessor (3 figures microprocessor (1 al-
of alphabets and num-- phabet)
bers)
11. ZUM. я JER-EXTT Port settings of main microprocessor
PORT: HERRERA 7 6 543210
00000000 |
| FREQUENCY STEP switch {Note 1)
ZONE2 present (1) / absent (0)
Tuner mode 0 (Note 2)
Tuner mode 1 (Note 2)
VIDEO format : PAL (1) / NTSC (0)
RDS present (1) / absent (0)
Model type O (Note 3)
| Model type 1 (Note 3)
(Note 1)
FREQUENCY STEP (R only)
0 |AM:530-1710kHz(10kHz step) FM : 87.5-108.0MHz(100kHz step)
1 | AM: 531-1611kHz(9kHz step) FM : 87.5-108.0MHz(50kHz step)
(Note 2)
Tuner mode 1 Tuner mode 0 Reception frequency
0 0 AM : 631-161 1kHz(9kHz step) FM : 76.0-90.0MHz(100kHz step) J
0 1 AM: 530-1710kHz(10kHz step) — - FM:87.5-107.9MHz(200kHz step) — U,C
1 $ 0 AM : 531-1611kHz(9kHz step) FM : 87.5-108.0MHz(50kHz step) AL
1 1 As set by FREQUENCY STEP switch RT
(Note 3)
Model type 1 Model type 0 | Model name
0 0 RX-V2095
0 1 DSP-A2
1 0 RX-V995
1 1 RX-V795
RX-V2095/RX-V2095RDS
x
ol
=
=
ae
bo
ov
wh
E AMP CHECK
e Confirmation of Idling Current
1) No signal applied.
2) Non-loaded condition.
3) Aging is 10 minutes.
Item — Test Point | _ Rating (DC)
MAIN L Q168 Base~Emitter (P.C.B. MAIN [1] )
MAIN R Q171 Base-Emitter (P.C.B. MAIN [1] )
CENTER | — Q180 Base-Emitter (P.C.B. MAIN [1] ) 100mV-300mV
REAR L Q174 Base-Emitter (P.C.B. MAIN [1] )
REAR R Q177 Base-Emitter (P.C.B. MAIN [1] )
FRONT L | Q408 Base-Emitter (P.C.B. OPERATION [7] )
FRONT R | Q414 Base~Emitter (P.C.B. OPERATION [7] ) 100mV-350mV
LY IDO
Г) сн НП HHHH
|
(Foil side)
O
100mV~300mV
(MAIN
о
o
100mV-300mV
L)
100mV-300mV
(FRONT L)
100mV~
DOmV-300mV
(FRONT R)
O
te oT
E —Jef с
FRONT В FRONT
Viewed from the bottom | Viewed from the top.
22
RX-V2095
y
at
ес
E
©
>
Cu
0
><
ee
+
RX-V2095/RX-V2095RDS
HM TUNER ADJUSTMENTS
® Measuring Instruments
FM signal generator (FM SG)
Stereo signal generator (SSG) -
AM signal generator (AM SG)
Distortion meter (DIST. M)
AC voltmeter (ACVM)
DC voltmeter (DCVM)
Oscilloscope
Low pass filter (YLF-15, fc=15kHz)
FM SG
(509)
т
—
e Dummy antenna
FM dummy antenna
=
o
ю
$
Gi
e)
m
N
Wr Wee
) L RECEIVER
> 750)
FM SG
(750)
m
—
E2 (dB) = E1 (dB) -6 (dB)
FM dummy antenna
EW OW AW OW TOW OW OE oN EE Emmy
RECEIVER
(759)
mmm Dm mmm mem mm mn
AM SG
(509)
Y YY —
E2 (dB) = E1 (dB)
AM dummy antenna
AM ANT
GND
FM ANT
AM SENSITIVITY
-
|
|
AN
q
PK2
Oscillator
e Test point
Nn
MONAURAL
DISTORTION |]
ADJ. Ss
= o
17 Al
DISCRIMINATOR | Be
BALANCE ADJ.
219
с
or
>
и” |
SEPARATION ADJ. | #[2]
X
O
ICH
FI3 72
FRONT END
VR1
C3
[C2
O ca
Фа
ШУ
23
SIGNAL METER
RX-V2095/RX-V2095RDS
jo v |
xx
>
De
on
tn ©
3 o
с“
hn
| — FM Adjustment |
e Before Adjustment
1) For dB, 1uV=0dBp
Example : 60dBu=1mV
2) 100% modulation means that the frequency deviation is
+ 75kHz.
3) Install the Matching Transformer and connect FM SG.
4) Set each switch to the following position untess other-
wise specified.
INPUT SELECTOR .....nennannanars TUNER
TUNING MODE ...........e..——..... AUTO
e Connection diagram (Measuring instruments)
1) Discriminator balance adjustment
FM ТР!
FM L
FM РМ ANT TUNER Ln FM ANT ae \ Oscilloscope
SG dummy | cnp| PC.B I DCVM FM | TUNER | R |
antenna a SG y cno | PCB. os YLF-15
|__| antenna (LPF)
TP2 OUT ACVM
| Oscillator |
SSG
2) Monaural distortion adjustment 4) Sensitivity Verification
FM . FM |
ЕМ АМТ Oscilloscope
FM FH 7
sa | | summy | емо PCB EME a A Tuner | Ri
| | antenna e SG Y | anp | Pc.B. FO”
antenna REC ACVM
OUT
| Oscillator | DIST. M
. ; Reception Adjustment anti
Adjustment item i i Ratin
Step ] Signal (ANT IN) frequency point Test point g
1 Rough adjustment of | FM ANT (752) 98.1MHz | T1 Both ends of R25 DC OV+100mV
discriminator balance | 98.1MHz ** * (A-4) (IC side core) (Between TP1 and TP2)
70dBu |
MONO 100Hz
100% modulation
2 Rough adjustment of Same as Step 1. 98.1MHz T1 REC OUT L, R Minimize the dis-
monaural distortion | * (A-4) (Antenna side core) tortion.
3 Fine adjustment of | Same as Step 1. | 98.1MHZ | T1 Both ends of R25 DC OV+50mV
discriminator balance * (A-4) (IC side core) (Between TP1 and TP2)
4 Fine adjustment of | Same as Step 1. | 98-1MHz | T1 REC OUT L, R Minimize the dis-
monaural distortion * (A-4) (Antenna side core) tortion (to 0.25%
| or less).
5 Verification of dis- Same as Step 1. 98.1MHz | T1 Both ends of R25 DC 0V+50mV
criminator balance * (A-4) (IC side core) (Between TP1 and TP2)
* 1 Execution of FACTORY PRESET (Refer to page 17.) will facilitate setting reception frequency for adjustment.
** Must be 98.1MHz + 5kHz |
24
RX-V2095
RX-V2095RDS
25
RX-V2095/RX-V2095RDS
See page 23 for TP locations & adjustment points.
Adjusted
Stereo L or R
1kHz,
30% modulation
Step Adjustment item Signal (ANT IN) | freuonoy point Test point Rating
6 | Adjustment of FM ANT (75) 98.1MHz Front end IFT | Pin 16 of 1C1 Adjust so that the DC voltage
frontend [FT 98.1MHz * (A-4) is maximum. |
70dBu CAUTION : Over-adjustment
MONO of the IFT core will reduce the
1kHz, sensitivity.
100% modulation Maximum +90*%
7 Verification of monau- | FM ANT (759) 98.1MHz REC OUT L, R | 0.4% or less
ral distortion 98.1MHz |" (A-4)
70dBu
MONO 1kHz,
- 100% modulation
8 | Verification of stereo | FM ANT (750) 98.1MHz REC OUT L, R | 1% or less
distortion 98.1MHz * (А-4) * STEREO indicator should
70dBu * Tuning light.
Stereo Lor R mode
1KHz, should be
100% modulation AUTO.
9 Verification of sensi- | FM ANT (759) 88.1MHz АМТ (759) 1) Set the tuning mode to
tivity 88.1MHz * (A-6) MAN'L MONO. (Muting OFF)
| 98.1MHz 98.1MHZ 2) S/N should be 30dB at each
106.1MHz * (A-4) frequency of 88.1MHz,
MONO 1kHz 106.1MHz 98.1MHz, and 106.1MHz.
‚ 100% modulation | * (А-7) 3) Check to ensure that the
voltage at the ANT terminal
is 5dBu or less.
| (A, G, L only : 7dBu or less)
10 | Adjustment of FM ANT (75Q) 98.1MHz VR2 REG OUT L, R_ | With SSG output at L or R, the
Separation 98.1MHz * (A-4) signal leakage level at the
| 70dBu other channel should be mini-
Stereo Lor R mized. |
1kHz, 35dB or more
100% modulation
11 Adjustment of Signal | FM ANT (759) 98.1MHz VR1 Adjust so that all segments
meter 98.1MHz * (A-4) light.
45dBu
MONO 1kHz
30% modulation
—10dBu or less Check to ensure that signal
| meters turn OFF.
12 Verification of auto | FM ANT (750) 98.1MHZ » Automatic reception
tuning 98.1MHz should be available when
26dBp
the tuning key is moved UP
and DOWN. |
* The stereo indicator should
light. | |
« Audio muting should be ap-
plied during tuning.
* 1 Execution of FACTORY PRESET (Refer to page 17.) will facilitate setting reception frequency for adjustment.
| AM Adjustment (This should be done after FM adjustment.) |
e Connection Diagram (Measuring instruments)
O AM loop antenna
1) Adjustment of sensitivity
RX-V2095/RX-V2095RDS
|| AM ANT L
mss | | лм nee pa | ==
— OUT DIST.M
Oscilloscope
See page 23 for TP locations & adjustment points.
LC . Reception | Adjustment ; .
Step Adjustment item Signal (ANT IN) frequency point Test point Rating
1 Adjustment of AM ANT 1440kHz T2 REC OUT Audio output should be
sensitivity 1440kHz * (В-3) maximized.
(1440Hz) 50dBu
1kHz
30% modulation | |
2 Verification of AM ANT 630KHz T2 REC OUT Audio output should be
sensitivity 630kHz * (B-1) maximized.
(630kHz) 50dBu | ‘Repeat the Step 1 and 2.
1kHz
Ш 30% modulation |
3 Verification of AM ANT 630kHz AM ANT Distortion should be 10% or less at
sensitivity 630kHz * (3-1) each frequency.
1080kHz 1080kHz Check to ensure that the voltage at
1440kHz * (8-2) the ANT terminal is 54dBu or less.
30% modulation 1440kHz |
| * (B-3)
4 Verification of signal | AM ANT 1080kHz Check to ensure that signal
meter 1080kHz * (B-2) meters turn ON
90dBu
—10dBu or less Check to ensure that signal
meters turn OFF
5 Verification of auto | AM ANT Auto reception should be avail-
tuning 60dBu able when the tuning key is moved
| UP and DOWN. |
* : Execution of FACTORY PRESET (Refer to page 17.) will facilitate setting reception frequency for adjustment.
26
SQUS60ZA-XY
G60ZA-Xd
RX-V2095
RX-V2095RDS
27
RX-V2095/RX-V2095RDS
Ш 1С DATA
IC3 : HD64F3337YF16 (P.C.B. FUNCTION)
8 bit u-COM (Main CPU)
No.| Pin Name Function 10 | Detailed Function Power On Power Off Backup
1 /RES /RES — | CPU Reset -—- = —
2 XTAL XTAL -— | Oscillator : 8MHz — -— -—
3 EXTAL EXTAL --- | Oscillator : 8MHz x x —
4 MD MD1 --- | Mode Set 1, Normal : +5M/Flush Write : +12V --- --- —
5 MDO MDO - | Mode Set 0, Normal : +5M/Flush Write : +5M --- --- —
6 /NMI /NMI —- [+5 —. nn --- —
7 /STBY/FVpp /FVpp --- | Stand-by or Fvpp, Normal: +5M/Flush Write ;: +12V — __ ---
8 Vcc Vee --- | Vec — en m
9 P52/SCKO | SCKN O | SCK for Non Audio | O OL OL
10 | P51/RXDO RDTR/FSW | | | RXD for Non Audio (RDS)/Frequency Switch (Note 1) | | OL
11 P50/TXDO SDTN O | SDT for Non Audio O OL OL
12 | Vss GND -— | GND --- — __
13 | P97 CER O | CE for Non Audio (RDS) O OL OL
14 | P96/0 /ST | | Tuner Stereo | | НИ
15 | P95 CES O | CE for Non Audio (OSD) O OL OL
16 | P94 CEF1 O | CE for Non Audio (FL1) O OL OL
17 | P93 CEFO O | CE for Non Audio (FLO) O OL OL
18 | P92//1RQO PDT | | Power Detect (Low Level Detect) | | |
19 | P91//1RQ1 REM | | Remote (Low Edge Detect) | | OL
20 | P90/IRQ2 VSY | | Video Vertical Sync (Low Edge Detect) | | OL
21 P60 SCKP O | SCK for Tuner PLL | О OL OL
22 | P61 SDTP O | SDT for Tuner PLL O OL OL
23 | P62 RDTP | | RDT for Tuner PLL | | OL
24 | P63 CEP O | CE for Tuner PLL O OL OL
25 | P64 [TMT O | Tuner Mute O OL OL
26 | P65 {FLR O | FL Reset O OL OL
27 | P66//IRQ6 NC N.C. OL OL OL
28 | P67/IRQ7 PSW | | Power Switch | | OL
29 | Avec Avec -—- | Avec — — —
30 | P77/AN7 MTR | | Tuner Meter | | HiZ
31 | P70/ANO KEYO | | Key State O | | HiZ
32 | P71/AN1 KEY1 | | Key State 1 | | HiZ
33 | P72/AN2 | KEY2 | | Key State 2 | | HiZ
34 | P73/AN3 REC | | Rec out Selector | | HiZ
35 | P74/AN4 PRV |. | V Protection | | HiZ
36 | P75/AN5 PRD | | DC Protection | | HiZ
37 | P76/ANG THM | | Thermal Detect | | HiZ
38 | Avss GND — | GND — --- —
39 | P40 VIND O | Volume Indicator О. OL OL
40 | P41 VUP O | Volume Up o OL OL
41 P42 VDN O | Volume Down O OL OL
42 | P43 IPA | | Input Selector A | | OL
43 | P44 IPB | [| Input Selector B | | ‚OL
44 | P45 PRI + 1 | | Protection | | OL
45 | P46/PWO FAN -O | Fan Control (PWM) O OL OL
46 | P47/PW1 /FMT O | Full Mute O OL OL
47 | Vcc Vec — | Vec | — — —
48 | P27 MLV O | Main Level Att. O OL OL
49 | P26 SPA O | Speaker Relay A O OL OL
50 | P25 SPB O | Speaker Relay B O OL OL
51 | P24 | SPE O | Speaker Relay Ext O OL OL
52 | P23 CEL O | CE Sanyo for Audio O OL OL
53 | P22 CET O | CE Toshiba for Audio O OL OL
IC3 : HD64F3337YF16 (P.C.B. FUNCTION
8 bit u-COM (Main CPU) |
RX-V2095/RX-V2095RDS
No. | Pin Name Function | I/O | Detailed Function Power On Power Off Backup
54 | P21 SDTA O | SDT for Audio O OL OL
55 | P20 SCKA O | SCK for Audio O OL OL
56 | Vss GND -— | GND -— --- —
57 | P17 /Z2MT O | Zone 2 Mute O OL OL
58 | P16 | VE O | Video Internal/External O OL OL
59 | P15 VRC O | Video Rec out Select C O OL OL
60 | P14 VRB O | Video Rec out Select B O OL OL
61 | P13 VRA O | Video Rec out Select A O OL OL
62 | P12 VIC O | Video Input Select C O OL OL
63 | P11 VIB O | Video Input Select B O OL OL
64 | P10 VIA O | Video Input Select A O OL OL
65 | P30 PRY O | Power Relay O OL OL
66 | P31 Z2DET | | Zone 2 Detect | | OL
67 | P32 TUNO | | Tuner Mode 0 (Note 2) | | OL
68 | P33 TUN1 | | Tuner Mode 1 (Note 2) | | OL
69 | P34 VID | | Video Format (Note 3) | | OL
70 | P35 RDS | | RDS Exist or Not (Note 4) | | OL
71 P36 TYPO | | Model Type 0 (Note 5) | | OL
72 | P37 TYP1 | | Model Type 1 (Note 5) | | OL
73 | Vss GND --- | GND — -— —
74 | P80 NC O | Notused OL OL OL
75 | P81 /SBR O | Sub CPU Reset O OL OL
76 | P82 TRQ | | CPU I/F Transfer Request | | OL
77 | P83 RTN | | CPU I/F Word Clock | | OL
78 | P84/TXD1 MTS/TXD1 | O | Normal: CPU I/F Main to Sub Flush Write : TXD1 O OL OL
79 | P85/RXD1 STM/RXD1 | | Normal : CPU I/F Sub to Main Flush Write : RXD1 | | OL
80 | P86/SCK1 CKIF O | CPU I/F Clock O OL OL
(Note 1) Pin 10 Frequency Switch (R only)
0
AM : 530-1710kHz(10kHz step)
FM : 87.5-108.0MHz(100kHz step)
1
AM : 531-1611kHz(9kHz step)
FM : 87.5-108.0MHz(50kHz step)
(Note 2) Pin 67, 68 Tuner Mode 0 and 1
Tuner Mode 1 Tuner Mode O | Tuner Frequency
0 0 AM : 531-1611kHz(9kHz step) FM : 76.0-90.0MHz(100kHz step)
0 1 AM : 530-1710kHz(10kHz step) FM : 87.5-107.9MHz(200kHz step) U,C
1 0 AM : 531-1611kHz(9kHz step) FM : 87.5-108.0MHz(50kHz step) А, |
1 1 Tuner Frequency is selected by Freuency Switch(Pin 10) RT
(Note 3) Pin 69 Video Format
(Note 4) Pin 70 RDS Exist or Not
(Note 5) Pin 71, 72 Model Type 0 and 1
0 NTSC "1 0 Not Exist Mode! Type 1 Model Type 0 | Model Name
1 PAL 1 Exist 0 0 RX-V2095
| 0 1 DSP-A2
1 0 RX-V995
1 1 RX-V795
28
2
Xy
<
Эх
ue
a = ©
ag“
en
RX-V2095
el
[an]
fam
in
Le?)
©
(N
>
>
am
RX-V2095/RX-V2095RDS
IC14 : LC87F5164 (P.C.B. DSP)
8 bit u-COM (Sub CPU)
№. | РОВТ | Мате Function МО | No. | PORT | Name Function МО
1 РАЗ CDO DIR2 CDO | 80 | PA2 CCK DIR2 CCK O
2 PA4 /ICDI /IC DIR2 O | 79 | PA1 CLD DIR2 CLD O
3 PAS /KM1 Compulsion (analog) mode O. | 78 | PAO DMT L/R DAC MUTE O
4 P7ONNTO | LOCKN | DIR LOCKN IRQ | 77 | PCO DIA DIGITAL INP SEL O
5 P71/NTi | ERRD | DIR2 ERR IRQ | 76 | PCI DIB DIGITAL INP SEL O
6 P72/INT2 | ERRA | AC3D MUTE IRQ | 75 | PC? DIC DIGITAL INP SEL O
7 P73/INT3 | NONPCM | AC3D AC3DATA IRQ | 74 | PC3 DRA DIGITAL REC SEL O
8 | /RES | /RES CPU RESET — 73 | PC4 DRB DIGITAL REC SEL O
9 XT1 XT1 VDD1 { 72 | PC5 VER OPEN Ipu
10 | XT2 XT2 OPEN | 71 | PC6 NC — 1/0
11 | VSS1 | VSS1 GND G 70 | PC7 NC — I/O
12 | CF1 CF1 10MHz O 69 | VDD3 | VDD3 | +5V +5V
13 | CF2 CF2 10MHz © 68 | VSS3 | VSS3 | GND G
14 | VDD1 | VDD1 +5V +5V | 67 | PBO RF H : present/L : absent Ipu
15 | PBO/ANO | NC — O 66 | PBI CDC/O | CD OPT/COAX |
16 | P8i/AN1 | NC — O 65 | PB2 LDC/O | LD/DVD OPT/COAX |
17 | PB2/AN2 | NC — O 64 | PB3 MUTO | AC3RF MUTE OUT Ipu
18 | P83/AN3 | NC — О 63 | PB4 DSP OPEN Ipu
19 | P84/AN4 | NC - O 62 | PB5 NC - 110
20 | PBS/AN5 | NC - O 61 | PB6 | NC — 10
21 | P86/AN6 | NC — O 60 | PB7 NC - 110
22 | PB7/AN7 | NC - O 59 | P27 NC ~ I/O
23 | P30 /ICAK | /IC AK4526 O 58 | P26 NC — 1/0
24 | P31 CEAK | CE AK4526 O | 57 | P25 NC — 10
25 | P32 САС | ЛС AC3D O 56 | P24/NT5 | NC — I/O
26 | P33 CEAC2 | CE2 AC3D O 55 | P23 NC — I/O
27 P34 CEAC1 | CE1 AC3D O 54 | P22 NC — He
28 | SOO TXAC | TX AC3D/AK4526 TX | 53 | P21 NC — 10
- 29 | SIO RXAC | RXD AC3D RX | 52 | P20/NT4| NC — I/O
30 | SCKO | CLKAC | CLK AC3D/AK4526 CLK | 51 | РО7 NC — 1/0
31 | P13/501 | RSRV | OPEN : normal/GND : on-board pu | 50 | P06 NC — 1/0
32 | SH TRXOB | TX/RX for on-board 1O | 49 | POS NC — I/O
33 | SCK1 | CLKOB | CLK for on-board | 48 | P0O4 NC — I/O
34 | PISIPWM| NC - | 47 | РОЗ NC — I/O
35 | P17/PWM| NC _ I/O | 46 | P02 NC - 1/0
36 | SO2 STM TX CPU I/F TX | 45 | PO1 NC — 1/0
37 | SL MTS RX CPU I/F RX | 44 { POO NC — 1/0
38 | SCK2 | CLKIF | RX CLK CPU I/F RXCK| 43 | VSS2 | VSS2 | GND G
39 | SI2P3 | WCIF RETURN CPU I/F O 42 | VDD? | VDD2 | +5V +5V
40 | PWM1| TRQ TRANS REQUEST O 41 | PWMO| NC OPEN - OL
29
—
RX-V2095/RX-V2095RDS
x
xx
<x
SS
Tb
O
[чо
wn
IC4 : YSS918 (P.C.B. DSP)
AC3D2av
ВОО À <p < 2205%w La
NESEEEEZEEHEZX own =O==BETh-OZO
DITITTTTLLOLO OELSE IO
хоче C>CCAYNZ=0Z2>
OCOOOONOONOINOOOOOOOODODONIO
VDD? ei ERRREREINTNIRIBe 8383-338 HBIBS BD by 1 VSS
SDWCKO [] 82 49 [3 SDWCK1
SDBCKO 283 ; 48 {1 SDBCK1
SDIAO 84 o 47 1 SDOBO
SDIA1 des — 46 | SDOB1
RAMA1 [286 © 45 FM SDOB2
—. RAMAO [2 87 44 111 RAMA7
RAMWEN []88 43 0 RAMAS
ВАМОЕМ [4 89 42 В ВАМА9
VSS O90 41 © VDD2
VDD? 491 40 OO VSS
IPORT7 92 39 1 ОРОВТ/
IPORT6 4 93 38 A OPORT6
IPORTS [94 37 O) OPORTS
IPORT4 95 36 El OPORT4
IPORT3 [196 35 El OPORT3
IPORT? 97 34 Al OPORT2
IPORT1 2 98 | 33 Od OPORT1
IPORTO [2 99 32 [1 OPORTO
100 1
VES E A I ER EE ALE EE 5 VDD1
ТОЛСТОГО ЕТОЙ
т CM OO += СЧ с с с” + с т
DhicrannXB880hnreeRe R022
ВОО >>AUVZÉSOGZ>OOOOEIIII>
>=ZZENON <a-+-0959A6-<>A/GAà=2=22S
TT DD ооо< <<< <
Tr He dde‘
x +
E Y a
o 0) a wn
8 0 3 à & 0 Q
A
4 al e
Y Y r — O
MICROPROCESSOR Dy y
CONTROL INTERFACE CONTROL | COEFFICIENT
SIGNALS — y SIGNALS PROGRAM
A CONTROL REGISTER = т
<—| SDBCK1
/SDBCKO R—o— <-| SDWCK1
SDBCKO >
SDWCKO » ' + +
Y Y } y Y Y | у Y Y | Y
SDOACKSEL SDIBCKSEL SDOBCKSEL
Y BR у
© о 2 о > Y w >1 SDOBO
1 6 5 Z | Is, Rs > &
SDIAO a 5 Ё „355 Е > Е мч e >] SDOB1
a = = $2399 Е CLFE| [7] = suosp [| = SDOB2
SDIA1 © < E Zao < > o m >
a z | 2 3 — a 2
e < о © @ —»| SDOB3
+; mi my y
STREAMO-7
SURENG |< EXTERNAL DATA
KARAOKE |< | y RAM RAM
MUTE }« OPERATING INTERFACE |
CRC l< © | CLOCK (30MHz) |
ACSDATA | Jel DELAY ANAL
DTSDATA t< EE |
NONPCM |< Î
_ Y Y Y Y Y Y Y Y Y
zx О © Co or O am Fr Z Z Z 00m
| “5 | 668 2888 2 UNT
ON anna = 25E=TO
now = < << =
с ExCa
a
30
|
RX-V2095
un
a
er
Lp)
©
=
N
о
a
с
31
RX-V2095/RX-V2095RDS
IC4 : YSS918 (P.C.B. DSP)
AC3D2av
No. Name I/O Function
1 VDD | +5V power supply (for terminal section)
2 RAMCEN O | External SRAM chip enable terminal
3 RAMA16 O | External SRAM address terminal 16
4 RAMA15 O | External SRAM address terminal 15
5 SDIBO Itp | PCM input terminal 0 to Sub DSP
6 SDIB1 Itp | PCM input terminal 1 to Sub DSP
7 SDIB2 Кр | PCM input terminal 2 to Sub DSP
8 XI lc | Crystal oscillator connecting terminal (12.288MHz )
9 XO O | Crystal oscillator connecting terminal
10 | VSS Ground terminal (for terminal section)
11 | AVDD +3.3V power terminal (for PLL circuit)
12 SDIB3 ltp | PCM input terminal 3 to Sub DSP
13 TEST Test terminal (unconnected)
14 TEST Test terminal (unconnected)
15 OVFB O | Sub DSP overflow detect terminal
16 DTSDATA O | DTS data detect terminal
17 AC3DATA O | AC-3 data detect terminal
18 SDOB3 O | PCM output terminal from Sub DSP
19 CPO A | PLL output terminal (connected to external analog filter circuit)
20 | AVSS Ground terminal (for PLL circuit)
21 VDD2 +3.3V power terminal (for internal circuit)
22 | SDOA2 O | PCM output terminal from Main DSP (C/LFE output at AC-3/DTS, C/S output at Pro Logic)
23 | SDOA1 O | PCM output terminal from Main DSP (LS/RS output at AC-3/DTS, Lt/Rt output at Pro Logic)
24 SDOAO O | PCM output terminal from Main DSP (L/R output at both AC-3/DTS and Pro Logic)
25 | RAMA14 O | External SRAM address terminal 14
26 RAMA13 O | External SRAM address terminal 13
27 RAMA12 O | External SRAM address terminal 12
28 RAMA11 O | External SRAM address terminal 11
29 RAMA10 O | External SRAM address terminal 10
30 VSS Ground terminal (for internal circuit)
31 VDD1 +5V power terminal (for terminal section)
32 | OPORTO O | General purpose output terminal -
33 | OPORT1 O | General purpose output terminal
34 | OPORT2 O | General purpose output terminal
35 OPORTS O | General purpose output terminal
36 OPORT4 O | General purpose output terminal
37 | OPORT5 O | General purpose output terminal
‚ 38 OPORT6 O | General purpose output terminal
39 OPORT7 O | General purpose output terminal
40 | VSS Ground terminal (for internal circuit)
41 | VDD? +3.3V power terminal (for internal circuit)
42 RAMA9 O | External SRAM address terminal 9
43 | RAMAS O | External SRAM address terminal 8
44 RAMA7 O | External SRAM address terminal 7
45 SDOB2 O | PCM output terminal from Sub DSP
46 SDOB1 O | PCM output terminal from Sub DSP
47 SDOBO O | PCM output terminal from Sub DSP
48 | SDBCK1 Itp | Bit clock input terminal for SDOA, SDIB, SDOB signals
49 | SDWCK1 Ito | Word clock input terminal for SDOA, SDIB, SDOB signals
50 VSS Ground terminal (for terminal section)
51 VDD? +3.3V power terminal (for internal circuit)
52 NONPCM O | Non-PCM data detect terminal
IC4 : YSS918 (P.C.B. DSP)
RX-V2095/RX-V2095RDS
=
Xx
O
SS
o
to
9°
7
AC3D2av
No. Name 10 Function
53 CRC O | AC-3 CRC error detect terminal
54 | MUTE O | Auto mute detect terminal
55 KARAOKE O | AC-3 KARAOKE data detect terminal
56 SURENC O | AC-3 2/0 mode Dolby surround encode input detect terminal
57 | /SDBCKO O | SDBCKO invert clock output terminal
58 RAMAG O | External SRAM address terminal 6
59 RAMAS O | External SRAM address terminal 5
60 | VSS Ground terminal (for internal circuit)
61 | RAMA4 O | External SRAM address terminal 4
62 | AC les | Initial clear terminal
63 | TEST | Test terminal (unconnected)
64 | RAMA3 O | External SRAM address terminal 3
65 | /CSB ltsp | Sub DSP chip select input terminal
66 | /CS lts | Microprocessor interface chip select input terminal
67 | SO O* | Microprocessor interface data output terminal
68 | SI lts | Microprocessor interface and Sub DSP data input terminal
69 | SCK Its | Microprocessor interface and Sub DSP clock input terminal
70 ВАМА2 O | External SRAM address terminal 2
71 VDD1 +5V power terminal (for terminal section)
72 RAMDO ltp/O| External SRAM data terminal (STREAM 0 output when external SRAM is not used)
73 RAMD1 Itp/O| External SRAM data terminal (STREAM 1 output when external SRAM is not used)
74 | RAMD2 lth/O| External SRAM data terminal (STREAM 2 output when external SRAM is not used)
75 RAMD3 Itp/O| External SRAM data terminal (STREAM 3 output when external SRAM is not used)
76 RAMD4 Itp/O| External SRAM data terminal (STREAM 4 output when external SRAM is not used)
77 ВАМО5 Itp/O| External SRAM data terminal (STREAM 5 output when external SRAM is not used)
78 RAMD6 Itp/O| External SRAM data terminal (STREAM 6 output when external SRAM is not used)
79 RAMD7 ltp/O| External SRAM data terminal (STREAM 7 output when external SRAM is not used)
80 | VSS Ground terminal (for terminal section) |
81 | VDD? +3.3V power terminal (for internal circuit)
82 | SDWCKO it | Word clock input terminal for SDIA, SDOA, SDIB and SDOB signals
83 SDBCKO it | Bit clock input terminal for SDIA, SDOA, SDIB and SDOB signals
84 | SDIAO It | AC-3/DTS bit stream (or PCM) data input terminal to Main DSP
85 SDIA1 It | AC-3/DTS bit stream (or PCM) data input terminal to Main DSP
86 | RAMA! O | External SRAM address terminal 1
87 | RAMAO O | External SRAM address terminal 0
88 | RAMWEN O | External SRAM write enable terminal
89 RAMOEN O | External SRAM output enable terminal
90 | VSS Ground terminal. |
91 VDD? +3.3V power terminal (for internal circuit)
92 IPORT7 № | General purpose input terminal
93 | IPORT6 Itp | General purpose input terminal
94 IPORT5 itp | General purpose input terminal
95 | IPORT4 itp | General purpose input terminal
96 | IPORT3 № | General purpose input terminal
97 | IPORT2 ltp | General purpose input terminal
98 | IPORT1 Itp | General purpose input terminal
99 | IPORTO Itp | General purpose input terminal
100 | VSS Ground terminal |
Note) Listed below are symbols in the I/O column and their meanings.
lc: CMOS level input terminal lt: TTL level input terminal
Is: Schmidt trigger input terminal Ip: Input terminal with pull-up resistor
O: Digital output terminal O*: Tri-state digital output terminal
A: Analog input terminal | |
‚32
|
RX-V2095
RX-V2095RDS
33
RX-V2095/RX-V2095RDS
IC10 : PM4007A (P.C.B. DIGITAL IN)
AC-3 RF Demodulator |
SaEE LET 52325 2 à Qe xg 5 gag
52000 R888 2EFRRERARERSEGSR
DOG APACO YENES NONE Onannn ao
CPIN —— C]82 43] «+—» DB?
СММ ——> [| 83 481 ] «— DB3
AGND [84 47 |] «— рва
T™4 — [| 85 46 |_] +—- DB5
VDD [des 45 [] + DB6
DIN — [] 87 44 [_] <+—+ DB7
DOUT «— Les 43] —r Ao
DOUTB «— [as 42 |] —— OEB
CoM «— [| 90 41] — —> A11
GND Hs 40 [] GND
WINGT +—— [Ц е2 39|]— ag
SYSTO +——[_]95 38 [] — —> as
sYsT1 «— [Jas 37 [3 — —> А13
ADSTO «— [95 - 38] —» Wes
ADST1 «— [Д 96 35 [] — A14
MS — [197 34 J— А12
BUNRI —— [98 a3[] VDD
AGND too O 32 |} GND
AVDD L 100 or mp Tb OEP oN To ono dH
QA mM “YT LO о 60 ©) тт ож EE т = т т += SN NNN NN NN NN,
ИЕ |
= Ö ;
No. Name 10 Function
1 GND Ground (0V)
2 VDD +5V power supply
3 RESET | System resetting terminal (reset at “L”)
4 OSCON | Oscillation control terminal. Oscillation ON at “H”, set to “H” normally and to “L” when in standby state
5 | DATA | IC test terminal, normally connected to ground (or unconnected)
6 MCK | IC test terminal, normally connected to ground (or unconnected)
7 MLTB | IC test terminal, normally connected to ground (or unconnected)
8 IDST O Output terminal for IC test
9 | IDCK O | Output terminal for IC test
10 IDO O Output terminal for IC test
11 TMO | IC test terminal, normally connected to ground (or unconnected)
12 ECCK O Output terminal for IC test
13 DEN O Output terminal for IC test
14 DRY O Output terminal for IC test
15 | MSYC O Output terminal for [IC test
16 | TM1 | IC test terminal, normally connected to ground (or unconnected)
17 AO O External RAM address output. Address 0 (LSB)
18 Al O External RAM address output. Address 1
19 | A2 O External RAM address output. Address 2
20 A3 O External RAM address output. Address 3
21 A4 O External RAM address output. Address 4
22 A5 O External RAM address output. Address 5
23 | TM2 | IC test terminal, normally connected to ground (or unconnected)
24 TM3 | IC test terminal, normally connected to ground (or unconnected)
25 XOUT O Output terminal for IC test
26 XIN | IC test terminal, normally connected to ground (or unconnected)
27 XEXT | IC test terminal, normally connected to ground (or unconnected)
28 GND Ground terminal (OV)
29 | VDD +5V power supply
a. Be
IC10 :
AC-3 RF Demodulator
RX-V2095/RX-V2095RDS
PM4007A (P.C.B. DIGITAL IN)
No. Name VO Function
30 | A6 O External RAM address output. Address 6
31 A7 O | External RAM address output. Address 7
32 GND | Ground terminal (OV)
33 VDD +5V power supply
34 A12 O External RAM address output. Address 12
35 A14 O External RAM address output. Address 14 (MSB)
36 WEB O External RAM write enable signal, active at “L”
37 A13 O External RAM address output. Address 13
38 ‘| A8 O | External RAM address output. Address 8
39 A9 O External RAM address output. Address 9
40 | GND | Ground terminal (OV)
41 A11 O External RAM address output. Address 11
42 | OEB O External RAM output enable signal, active at “L”
43 | A10 e External RAM address output. Address 10
44 DB7 IO | External RAM data terminal. Data bus 7
45 DB6 I/O | External RAM data terminal. Data bus 6
46 DB5 /O | External RAM data terminal. Data bus 5
47 | DB4 I/O | External RAM data terminal. Data bus 4
48 DB3 I/O | External RAM data terminal. Data bus 3
49 | DB2 /O | External RAM data terminal. Data bus 2
50 DB1 /O | External RAM data terminal. Data bus 1
51 DBO IO | External RAM data terminal. Data bus 0
52.1 VvDD +5V power supply
53 GND Ground terminal (0V)
54 TH | IC test terminal, normaily connected to VDD
55 | VIN | | VCXO input |
56 VOUT O VCXO output
57 TI? | IC test terminal, normally connected to GND (or unconnected)
58 | TI3 | IC test terminal, normally connected to GND (or unconnected)
59 | TLDB | IC test terminal, normally connected to GND (or unconnected)
60 | TCK | IC test terminal, normally connected to GND (or unconnected)
61 TRP O Output terminal for IC test
62 | TDO O Output terminal for IC test
63 PDO O | Output terminal for phase comparator (tri-state)
64 ТИ | IC test terminal, normally connected to GND (or unconnected)
65 | PDDIS | Input terminal to control PDO output. Output ON at “L”
66 MUTO O Muting output. Muting available at “H”. Setting becomes “H” when “MUTI=H" or AC-3 is asynchronous.
67 | TIS | IC test terminal, normally connected to GND (or unconnected)
68 | VLDY O | Output terminal for IC test
69 DASYO О Output terminal for IC test
70 DAQUT O Digital out output (serial data stream output)
71 DAIN | Digital external input, through to DAOUT when DASEL is “H”.
72 | DASEL | Digital out select
73 TI8 | IC test terminal, normally connected to GND (or unconnected)
74 | C2F1 O Terminal used to indicate error condition after C2 correction, whether completely corrected or not.
75 | C2F0 O Terminal used to indicate error condition after C2 correction, number of errors at C2.
76 C1F1 O Terminal used to indicate error condition after C1 correction, whether any error exists at C1 or not.
77 С1ЕО O Terminal used to indicate error condition after C1 correction, number of errors at C1.
78 | MUTI | Muting input. Muting available at EH
79 VDD +5V power supply
80 | GND
Ground terminal (0V)
34
=
Xx
<>
<
Tee
a
O
(wid
en
RX-V2095
n
a
сс
Ly)
(ep)
©
q
©
><
cc
35
RX-V2095/RX-V2095RDS
IC10
: PM4007A (P.C.B. DIGITAL IN)
AC-3 RF Demodulator
No. Name 10 Function
81 | AVDD +5V power supply for analog comparator
82 CPIN | Analog comparator input, positive side (Non-reverse side: QPSK input)
83 | CMIN | Analog comparator input, negative side (reverse side)
84 | AGND Ground terminal for analog comparator (0V)
85 TM4 | IC test terminal, normally connected to GND (or unconnected)
86 | VDD +5V power supply
87 DIN | IC test terminal, normaliy connected to GND (or unconnected)
88 DOUT O Analog comparator result output
89 DOUTB O | Analog comparator result reverse output
90 | COM O 9.216MHz output, output divided into 2 at VIN (No.55 pin)
91 GND Ground terminal (0V)
92 | WINGT O Output for IC test
93 | SYSTO O Output for IC test
94 | SYSTi O | Output for IC test
95 | ADSTO O Output for IC test
96 ADST1 O Output for IC test
97 | TM5 | IC test terminal, normally connected to GND (or unconnected)
98 BUNRI | IC test terminal, normally connected to GND (or unconnected)
99 AGND Ground terminal (0V) for 46.08MHz oscillator
100 | AVDD +5V power supply for 46.08MHz oscillator
IC3 : YM3436DK (P.C.B. DSP)
DIR ( Digital Format Interface Receiver )
RX-V2095/RX-V2095RDS
zZ
988552. 3588 o #650%53 Se a - Z
E 28%66025982 ES Ek
HS (S (5 (8|3/8/5/818151 о— 20800000 o— —0-0-6
i
DAUX [1] 33] FSi <
o Su еб sore [rons
DOUT | 31 : 31 'KM2 SEL PLL mI CLOCK (8) WC
VEL [4] 30 TSTN “ GENERATOR 5 SYNC
OPT [5 29] Vssa | (5) OPT
SYNC | 6 28| CTLP
mec [7 27] (N.C) PRÉ ELA) (AESIEBU) [| | 77) PATAGLOCK La
we [8 26] PCO EMP OS "INTERFACE |“
MCB [9 25) CTLN > = ~ DECODER > (3) VEL
MCA [10 24] Vopa Y
SKSY [11] 23] RSIN PER PIS Loot
) SERIAL INTERFACE D DOMO
STE ЕЕ |5 1
XOBS3aOCSEIEZS © 0-90
EE 8588° à 386
;) Pin Pin , Pin Pin ,
) | No. | Name I/O Function No. | Name I/O Function
1 DAUX | | Auxiliary input for audio data 26 | PCO | О PLL phase comparison output
2 HDLT | O Asynchronous buffer operation flag 27 | (NC)
3 | DOUT | O Audio data output 28 | CTLP | VCO control input P
4 VFL. О Parity flag output | 29 | Vssa VCO section power (GND)
5 OPT ¡O Fs x 1 Synchronous output signal for DAC | 30 | TSTN | Test terminal. Open for normal use
6 | SYNC | O Fs x 1 Synchronous output signal for DSP | 31 KM2 | Clock mode switching input 2
7 MCC | O Fs x 64Bit clock output 32 KMO | Clock mode switching input 0
8 WC O Fs x 1Word clock output 33 FS1 О Channel status sampling frequency display
) 9 MCB | © Fs x 128Bit clock output output 1
10 MCA | O Fs x 256Bit clock output 34 FSO о Channel status sampling frequency display
11 | SKSY | Clock synchronization control input output 0 |
42 Xi | Crystal oscillator connection or external | 35 | CSM | Channel status output method selection
clock input - 36 | EXTW | | External synchronous auxiliary input word
13 | XO O Crystal oscillator connection clock |
14 | P256 | O VCO oscillating clock connection 37 | DDIN | EIAJ (AES/EBU) data input
15 | LOCK | O PLL lock flag 38 LR О PLL word clock output
16 Vss Logic section power (GND) 39 Vdd Logic section power (+5V)
17 TC O PLL time constant switching output 40 | ERR Data error flag output
18 | DIM1 | ‘Data input mode selection 41 EMP Channel status emphasis control code out-
19 | DIMO | Data input mode selection put
20 | DOM1 | Data output mode selection 42 сро о 3-wire type microcomputer interface data
21 | DOMO | | Data output mode selection output
22 KM. | | Clock mode switching input 1 43 | ccK | 3-wire type microcomputer interface clock
23 | RSTN | System reset input input
j 24 | Vdda VCO section power (+5V) 44 CLD | 3-wire type microcomputer interface load
25 | CTLN | VCO control input N . | input
36
=v
Xx
<>
SS
>
== O
ov
wn
RX-V2095/RX-V2095RDS
Ey)
©
©
N
=
><
ec
RX-V2095RDS
IC611 : LC74781-9626 (P.C.B. VIDEO)
Superimpose
vest [1] 24] VDD1
XTAL IN [2] | 23] RST
XTAL OUT [3] | 22] CTRL3
CTRL1 [4] 21] CTRL2
BLANK [5] 20] SEP IN
OSCIN [6] | 19] SEP OUT
OSC OUT [7] 18] SEPC
CHARA [8] 17] SYN IN
cs [9 16] VDD1
SCLK [10] 15] CV IN
SIN [11] 14] NC
vDD2 [12] 13] CV OUT
es | |-> SERIAL [ SEIT
LATCH
sn] | ;
COMMAND | | | | | | I |
PARALLEL .
SCLK Г] CONVERSION DECODER Y Y Y Y - Y Y Г
HORIZONTAL | |venTicaL DIRECTION) | HORIZONTAL VERTICAL FLASHNG & || pispLAY RAM
DIRECTION AENOR CE DISPLAY DISPLAY CONVERSION || CONTROL WRITE
CHARACTER SIZE PETER POSITION POSITION CONTROL Ne || AopRess
EGISTER REGISTER REGISTER REGISTER COUNTER
т |---- } | | | y
HORIZONTAL VERTICAL HORIZONTAL VERTICAL NERÓN
SIZE COUNTER SIZE COUNTER DOT COUNTER DOT COUNTER
CONTROL
] CIRCUIT
VDD1 | |
VSS1 ‘ |
| y Y Y
HORIZONTAL VERTICAL
DISPLAY POSITION | | DISPLAY POSITION
DETECTION DETECTION
VDD2 | ]
1 Y
N CHARACTER LINE
I= CONTROL CONTROL |...
cHara [= COUNTER COUNTER DECODER
| |
SYNCHRONOUS|
TI DISTINCTION |“
E FONT ROM
IN [_J——{ CHARACTER | | |
086 OUTPUT > \ |
DOT CLOCK
oscouT [ )-*—| GENERATOR TIMING SYNCHRONOUS CHARACTER OUTPUT CONTROL SHIFT
GENERATOR SIGNAL №] BACKGROUND CONTROL + REGISTER
; SYN IN [| —— COMPLEX -— | = GENERATOR VIDEO QUTPUT CONTROL |
SYNCHRONOUS
SYNCHRONOUS |
EPC [+ — + SIGNAL
$ SEPARATION SESION
CONTROL |.
sep OUT [_Je——— :
A
A CTRL CTRL XTAL XTAL BLANK Cv Cv
sEPIN [_] 2 1 IN OUT IN OUT
ствиз [|
37
IC611 : LC74781-9626 (P.C.B. VIDEO)
Superimpose |
RX-V2095/RX-V2095RDS
Pin No. Symbol Terminal name Function
1 VSS1 Ground terminal | Connection to GND (Digital system ground terminal)
2 XTAL IN Crystal oscillation Terminal to connect the crystal of the crystal oscillator for internal synchronous
3 XTAL OUT {terminal signal generation and a capacitor or to input an external clock. (2fsc or 4fsc)
4 CTRL1 Crystal oscillation input Switching terminal between the mode to input a clock externally and the mode
switching terminal for crystal oscillation. [L] = Crystal oscillation, [H] = External clock input
5 BLANK Blank output terminal Terminal to output the blank signal (character and bordering OR signal) (MODO :
complex synchronous signal output at [H]). When resetting (RST terminal = [L]),
a crystal oscillation clock is output (but not when resetting by the command}.
6. OSC IN LC oscillation terminal Terminal to connect the coil of the oscillator for character output dot clock
7 OSC OUT generation and a capacitor.
8 CHARA — |Character output terminal | Terminal to output a character signal (MODO : It becomes an output terminal to
judge the external synchronous signal at [H] and outputs the result after judging
existence of the external synchronous signal. When a synchronous signal exists,
[H] is output.) When resetting (RST terminal = [L]), a dot clock (LC oscillation) is
output (but it is not output when reset by the command.)
9 ICS Enable input terminal Serial data input enable input terminal. The serial data input becomes enable at
[L]. A pull-up resistor is built in (hysteresis input).
10 SCLK Clock input terminal Input terminal of clock for serial data input.
A pull-up resistor is built in (hysteresis input).
11 SIN Data input terminal Serial data input terminal. A pull-up resistor is built in (hysteresis input).
12 VDD2 Power supply terminal Power supply terminal for complex image signal level adjustment (Power supply
for analog system)
13 CV OUT |Video signal output terminal | Output terminal for complex image signal.
14 NC Connected to GND or unconnected.
15 CV IN Video signal input terminal | Input terminal for complex image signal.
16 VDD1 Power supply terminal Power supply terminal (+5V : power supply for digital system)
17 SYN IN Synchronous separation | Video signal input terminal of the built-in synchronous separation circuit (When
| circuit input terminal the built-in synchronous separation circuit is not used, it becomes a horizontal
synchronous signal input or a complex synchronous signal input.)
18 SEP C Synchronous separation Terminal to monitor built-in synchronous separation circuit bias voltage.
circuit bias voltage terminal
19 SEP OUT | Complex synchronous Terminal to output a complex synchronous signal of built-in synchronous
signal output terminal separation circuit ([H] when internally synchronized at MOD1 : [H], [L] output
| when externally synchronized) (When the built-in synchronous separation circuit
| is not used, SYNIN input signal is output.)
20 SEP IN Vertical synchronous Terminal to input a vertical synchronous signal by integrating the output signal of
signal input terminal SEPOUT terminal. Connect the integration circuit between SEPOUT terminals.
| | Fix it to VDD1 when not used.
21 CTRL2 NTSC/PAL-M switching Pin setting has a priority over switching of NTSC/PAL/PAL-M/PAL-N method.
input terminal The NTSC method is selected after [L]= reset.
NTSC/PAL/PAL-M/PAL-N method setting by a command is effective.
[H] = PAL-M method.
22 CTRL3 SEPIN input control terminal | Terminal to control whether or not to input VSYNC signal into SEPIN input
terminal. [L] = VSYNC inputted, [H] = VSYNC not inputted.
23 /RST Reset input términal System reset input terminal. A pull-up resistor is built in (hysteresis input).
24 VDD1
Power supply terminal (+5V)
Power supply terminal (+5V : power supply for digita! system)
38
prie]
=
<X
о <
(TL
(TL
=
9°
Len]
RX-V2095/RX-V2095RDS
RX-V2095
Cel
©
ac
LO
o”
o
сч
©
>
EC
E DISPLAY DATA (V2763100)
e V901 : 32-BT-05G
® ®
EL Es —F
PATTERN AREA
rer |
O o |
GRID ASSIGMENT
1668 IGA 2GA 3GA 4GA GGA BGA 7GA BGA SGA 18CAI 1GA12GA13GA14GA 156A 166A
| Cr TTT TTT CT TT
an ks AK ES MARRO | CODOS MEMORY |
| {fe car aid 'TV/DBS8:<] > co Si |
RAROS || OBRAS STERED AUTO” | | |
De AIT | VOR 1'<J D>MUNER |
osP с | | НК | ее, Meva AC-2 ¡VCR e D>PHONO |,
SPEAKERS 3 E | 'V-AUX!<] ZONE 2, CC
A pe 6 3 | AFAMS MPED | —61 -
LU LA AA LN
168 268 368 468 568 БСВ 7GB 868 9GB 18GB! 1GB12GB136814G81 568
[RCE
CC
OOOO
OCIO:
lt
1
~2
7
~J
(1GA~ 156A, 1GB~ 15GB)
39
RX-V2095/RX-V2095RDS
pu
xy
<>
SS
o
be
ya
ón
PIN CONNECTION
Pin No. | Connection | Pin No. | Connection | Pin No. | Connection | Pin No. | Connection | Pin No. | Connection | Pin No. | Connection | Pin No. | Connection
1 F1 21 P34B 41 P22B 61 P4B 81 P30A 101 16GA 121 PSA
2 F1 22 P35B 42 P21B 62 P3B 82 P29A 102 15GA 122 PGA
3 F1 23 1GB 43 P20B 63 P2B 83 NP 103 14GA 123 P/A
4 NP 24 2GB 44 P198 64 PIB 84 P28A 104 13GA 124 | IC
5 NP 25 3GB 45 P18B 65 NP 85 P27A 105 12GA 125 NP
6 P25B 26 4GB 46 P178 66 NP 86 P26A 106 11GA 126 Fd
7 P26B 27 5GB 47 P16B 67 F2 87 P25A 107 10СА 127 Ра
8 P27B 28 6GB 48 | P15B 68 F2 88 P24A 108 9GA | 128 NP
9 P28B 29 . 7GB 49 P14B 69 F2 89 P23A 109 8GA 129 IC
10 IC 30 8GB 50 P13B 70 F2 90 | P22A 110 7GA 130 P8A
11 NP 31 9GB 51 P12B 7 F2 91 P21A 111 6GA 131 POA
12 Fd 32 10GB 52 P11B 72 F2 92 P20A 112 5GA 132 P10A
13 Fd 33 11GB 53 P10B 73 NP 93 P19A 113 4GA 133 P11A
14 NP 34 12GB 54 P9B 74 NP 94 P18A 114 3GA 134 NP
15 IC 35 13GB 55 P8B 75 P35A 95 P17A 115 2GA 135 NP
16 P29B 36 14GB 56 NP 76 P34A 96 P16A 116 1GA 136 F1
17 P30B 37 15GB 57 P7B 77 P33A 97 P15A 117 Р1А 137 F1
18 P31B 38 16GB 58 PGB 78 P32A 98 P14A 118 P2A 138 F1
19 P32B 39 | P24B 59 NP 79 P31A 99 P13A 119 P3A
20 P33B 40 P23B 60 P5B 80 NP 100 P12A | 120 P4A
Note : F1, F2: Filament NP : No Pin NC : No Connection IC : Internal Connection
P1A~P35A, P1B~P35B : Datum Line 1GA~16GA, 1GB~16GB : Grid
ANODE CONNECTION |
~~] 166A |1GA~15GA | ~~] 16GA |1GA~15GA | | 16GA |1GA~15GA | — | 16GA | 1GA~15GA
P1A AC-3 | 1-1 P11A | < (VCR) 1-3 P21A | DO (PS) 1-5 P31A | NEWS 1-7
P2A DTS 2-1 P12A | < (VCR 2) 2-3 P22A PS 2-5 P32A INFO 2-7
P3A PCM 3-1 P13A | <I (V-AUX) 3-3 P23A | OO (PTY) 3-5 P33A | AFFAIRS | - 3-7
P4A MPEG 4-1 P14A S1 4-3 P24A PTY 4-5 P34A | SPORT 4-7
PSA | > (PHONO) 5-1 P15A |. ZONE 2 5-3 - P25A | O) (RT) 5-5 P35A AUTO 5-7
P6A |> (TUNER) 1-2 P16A SLEEP 1-4 P26A RT 1-6
Р7А |> (CD) 2-2 P17A - 2-4 P27A | 9 (CT) 2-6
P8A |> (ТАРЕ/МО) 3-2 P18A - 34 - | P28A CT 3-6
POA ¡< (DVD/LD) 4-2 P19A | STEREO 4-4 P29A |PTY HOLD 46 ©
P10A |<1 (v/DES) 5-2 P20A | MEMORY 5-4 P30A EON 5-6
~~] 166B. | 1GB-15GB | ~~] 16GB |1GB~15GB | — | 16GB | 1GB-15GB | | 16GB | 1GB~15GB
Р1В dts (eft) 1-1 P11B — 1-3 P21B | — 1-5 P31B — 1-7
P2B | dts (right) 2-1 P12B — 2-3 P22B — 2-5 P32B - 2-7
P3B | DO DIGITAL 3-1 P13B — 3-3 | P23B - 3-5 P33B — 3-7
РАВ | O0 PRO LOGIC 4-1 P14B — 4-3 P24B — 4-5 P34B ~ 4-7
P5B DSP 5-1 P15B — 5-3 P25B — 5-5 P35B _ 5-7
P6B MPEG 1-2 P16B - 14 P26B — 1-6
P7B |SPEAKERS 2-2 P17B - —— 2-4 Р27В - 2-6
P8B A 3-2 P18B - 34 P28B - 3-6
P9B B 4-2 P19B - 4-4 P29B - 4-6
P10B - 5-2 P20B — 5-4 P30B — 5-6
40
EH BLOCK DIAGRAM
RX-V2095/RX-VZ095RDS
! |
! i
I I
! I
; TOHINOD
sad N0Z/2291 !
I voi |
I u3G0O93G Sau I
! |
| Our —® LELZZOT
! TOHINOS|—556) II 8
! I HINNL| 7] Td E
! Paré | “E YEGIAIO
od | — € J0N343:43H
| —— Te we ar em Ee an EE ar an EE aE Gas EE SEE Em Sam Em Em Em
ATNO 13001 SCH
157 ED
rar Oil
vad HILYT HELSIDSH HOLIILG dd 35HYHO9
| “5 sron & 1JIHS VIYO MÍO INN HOLO3130 3SvHd
лоно! 3 ( + Фа 5515 (|
` — m0 Y31NNO9 H3CIAJO
BENDL| vais | = TYSHAAINN 31AVWYHDOYd I
LANL | " 2
H313N ©
50
(8) | D Y
= | sins ] 1095
as SN 5 280
T09 n
INV
Z4A Éd 6D Did HOVd TIOO NY
NON VHYd3S
FONVHO ONVE
I
| TOHLNOO | | = !
Cd | 3AUN5'S | INV WV
- 180
| ona FÉ r- JENLVHOYNO 1 aNd
H3ae03a Won FFC e <ta--— | a LNY Wa
==: © dwvisos | | JW 2 I
Auo T'o'g‘v HIELT BIH, bid y
LOBEN © 99211 OINVHID omveso В = = = = = = = = = = — —
LOI
xa ACO
O9 1 18040404
LL
1
41
ВУ. a
La y
Hl BLOCK DIAGRAM
: R,TA,L,G only ‚
| TONE BYPASS SW501
- 16211 0 amma pente elle ea eee
6CH
: 102 16211 * SELECTOR
‘ 4 10210
DVD/LD
: MAIN L
, =
; 5
, 5
со 10211
27 к
ТАРЕ/МО MAIN R
DVD/LD
TV/DBS 104
A. YSS918
а FRONTL
о
E
=
5
о
—
> =
x 2 u
£ © = NTR
5 2 FRO
L E
© ; 3
zo $
= Zz
DVD/LD 5 5 SUB WOOFER
=
3
L o
=
TV/DBS 1G2078 ©
4
CENTER
IN
VCR1
| out 3 REAR L
=
3
o
=
IN в
107048 4
vere REAR R
out
—
INHIBIT
10203
U,C,R,TA,L only
103
L
ZONE2 QUT
L
MAIN
MAIN CPU IC3
40,41
MAIN
. “CPU
y
a
Е 2
5 5g i
Е L Zo
5 SURROUND 30.
9 ‘
o
| DVD/LD
DVD/LD
Tv/DB
S | IN
IN
VCR1 VCR1
10503
INHIBIT
UCRTAL only
42
44
REMOCON
U901
FL DRIVER
10901,902
+LB
POWER AMP _,,
FRONT
LB
A B | с D | E F G
|
RX S |
1
AY —
501 =] PHONES
our, IN AMP
MAIN L ars ©) © Q110,111,120~122,124, A
125,127,128,123A/C, RY101 = A
| 8 L
=
4 MAIN E 8
a
OUT, IN BE a
R
Q112,113,129~131,133, B
МАМА asa © © 134,136,137,132A/C, RY102 = B
169,171
2
Pl -
FRONT L MAIN CPU Q189 CENTER 118.116 156-190 160, RY104 = CENTER
IC3 48 161,163,164,159AVC,
8,180
| z
SUB ! Ш
FRONT R a190 — O | &
— WOOFER | 8
х
<C
MUTING ©
| A
SUB WOOFER @185 1C401,0403,404, RY601 = L
L ©) 406~408 |
3 FRONT FRONT
CENTER J 0186 ¡C401,0409,410, RY601 E R
R
N |
|
Q114,115,138~140,142,
REAR L 6187 ve A 143,145,146,141AC, | RY105 = L
|
ВЕАВ REAR
|
AMP
Q116,117,147~149,151,
REAR R Q188 R 152.154 155. 150A/0, RY105 = R
175,477
4
07,8 ; RET
: DRIVE
— PROTECTION ! Q101,102, :
Q165,167,170, Ps DE 107-109 : D801
173,176,179 DETECT | DETECT !
E
a.
DSP TUN 35
CONTROL CONTROL
|
„с |
XL2 5 |
Tis SUB CPU \ MAIN CPU | POWER AMP +B F801
IC14 Ica RES e ~
5 — 4 05,6 MAIN/CENTER/
REY at PS TEGO!
SE 719920 SW901,902 da FAN Q415,416
only 904~920
52
RY a
FAA:
E PRINTED CIRCUIT BOARD (Foil side)
Oe R, A, L, T, G models
P.C. B. DIGITAL IN | NA TV/DBS
(Lead Type Device) =
FROM : DSP
DVD/LD
(RF)
© R, À, L, T, G models © оне | |
P. C. B. DIGITAL IN
(Surface Mount Device)
Point @ (Pin56 of IC10)
V : 2V/div H : 50 nsec/div
DC range 1 : 1 probe
53
e U, C models
| P.C. B. DIGITAL IN
(Lead Type Device)
FROM: DSP
e U, C models
P. C. B. DIGITAL IN
(Surface Mount Device)
\ 2095RDS
lB PRINTED CIRCUIT BOARD (Foil side) | ‘
Р. С. В. DSP (Lead Type Device)
< FROM : FUNCTION (2)
DIGITAL IN —»
FROM
FROM : FUNCTION (1)
Point ® (Pin13 of 1C14)
V : 2V/div H : 50 nsec/div
DC range 1:1 probe
E/ A Y j
И АА АХ МО
М МОМ Y
ps. SHNPLE | бп»
50 51
E F G
RX-V2095/RX-V2095RDS
ME PRINTED CIRCUIT BOARD (Foil side) |
® U, C models : ` © L, G models
Р.С. В. FUNCTION (3) P.C. B. FUNCTION (3)
AC OUTLETS AC OUTLETS
OL
(1) NOLLONNA
osm
“OL
(1) NOILONNA
183:
108M
FROM : POWER CORD
FROM : POWER TRANSFORMER
e R, T models
| P.C.B. FUNCTION (3)
AC OUTLETS
FROM : POWER CORD
FROM : VOLTAGE SELECTOR —>—
FROM : POWER TRANSFORMER
74
—
o
T
с
=
O
=
O
zZ
FROM : POWER CORD
FROM : POWER TRANSFORMER
@ A model
[ P.C.B.FUNCTION (3) |
AC OUTLET
—
O
TT
C
zZ
©
=
o
=
108M
FROM : POWER CORD
FROM : POWER TRANSFORMER
75
A B С D E F G
RX-V2095/RX-V2095RDS
H PRINTED CIRCUIT BOARD (Foil side) |
EXT. DECODER ;
Р. С. В. FUNCTION (2) INPUT Ш Р. С. В. FUNCTION (2)
(Lead Type Device) a E (Surface Mount Device)
— o 3 mo
o 2 o EQ
o E5 E 5 06
a o = Ко = о о
2 ©
= —
O =
=
<
0 5
FH
a
O 2
) — . >
= LL
© =
и O
or
LL
3 €
e
Ш
a
) >
=
a = Q CIRCUIT CHANGES BY MARKET.
z - UC RT A L G
o C238, 241 o 0 о o X
5 J202, 204 о о о 0 X
a O: USED
Tr X : NOT USED
4 =
; e
a
a
N
—] а
© ..
о ©
Ud
Qu
=
5 3
oC
[ra
| я
> 54
6
RY. ye
na М
lH PRINTED CIRCUIT BOARD (Foil side)
: DSP
FROM
: MAIN (1)
FROM
FROM : VIDEO (1)
FROM : FUNCTION (2)
FROM : OPERATION (1)
FROM : VIDEO (3)
Tea L 3 i
tL Ts LTH
2 * vous
ЕЕ
E
=
|
EEE
#100
= TO : OPERATION (7)
FROM : FUNCTION (2)
FROM : MAIN (2)
(U,C,R, T, A, L only)
m< FROM : FUNCTION (3)
DVD/LD
TV/DBS
IN
VCR 1
OUT
IN
VCR2
OUT
ZONE 2 OUT
(U, С, R, T, A ,L only)
ООО
U,C,R, TA, Lonly
CIRCUIT CHANGES BY MARKET.
U,C RT A L G
CB9 О, o о о X
O: USED
X : NOT USED
A | B | с D G H
RX-V2095/RX-V
E PRINTED CIRCUIT BOARD (Foil side)
X
Р. С. В. FUNCTION (1) | (Surface Mount Device)
@ 6) © @
YE H TUE LLL HD, OH
| mr NO LAS amp [LA yA
LN
U, 6, R, TA, Lonly
U, C, R, T, A, L only
CIRCUIT CHANGES BY MARKET. Point ® (Pin2 of IC3) Point ® (Pin13 of IC3) Point © (Pin1 of IC3 : CH1)
ис RT A L a V : 2V/div H : 0.1 usec/div V : 2V/div H : 50 nsec/div Point ® (Pin29 of IC3 : CH2)
R51,126 5 o © o X DC range 1:1 probe DC range 1:1 probe CH1 : 2V/div H : 0.5 sec/div
R46, 127 X X X X о CH2 : 2V/div 1 : 1 probe
Rs2, 128 о x X X X -
Ra7, 69 X О © о 0 CHI Te
RS3 X X o O . ©
RAB © o X X X г ;
O: USED si SUPLE Gen | ;
X : NOT USED ° cre bu e sente ass
t
ACCORDON — AC CORD OFF
59
58
RX IRX-V2095RDS
E PRINTED CIRCUIT BOARD (Foil side)
A/B
— Р.С. В. МАМ (1)
+
we TO : MAIN (2)
©
TO : OPERATION (7) TO : MAIN (3)
MAIN
100-300mV 100-800mV 100-300mV 100-300mV 100-300mV
© Q168 Q171 Q180 Q174 Q177
®
+
AB
REAR
OUTPUT FRONT
SUB
CENTER/WOOFER
MAIN IN
COUPLER
L_ PRE OUT
+16
TO : MAIN (2)
TO : OPERATION (6)
CIRCUIT CHANGES BY MARKET.
FROM : POWER TRANSFORMER FROM : FUNCTION (1)
FROM : VIDEO (3)
ис RT A #17
C223-226 x x X X
TO : OPERATION (7)
ola
WIO7
O:USED
Xx: NOT USED
TO : OPERATION (7)
70
71
72
RX 2095RDS
na
HB PRINTED CIRCUIT BOARD (Foil side)
REAR
®
+ -
+ —
©
FRONT
®
E
CENTER
+ —
REMOTE
CONTROL
(U, C, R, T, A, L only)
PAL/NTSC
(R, T, only)
| PC. В. МАМ (2) |
OUT
IN
CIRCUIT CHANGES BY MARKET.
FROM : OPERATION (7)
FROM : MAIN (1)
FROM : MAIN (1)
FROM : OPERATION (7)
TO : FUNCTION (1)
ис RT A L G
C601~610 X X X X o
SW601 X o X X X
W601 о o o o X
JK601, 602. о о o o ‚X
D602 о о о o X
J651 oO X X X X
O: USED
X: NOT USED
(U, C, R, T, À, L only)
FROM : POWER
TRANSFORMER
73
© R, T, B, G models
| P.C.B.MAIN(3) |
Ir
TO : MAIN (1)
IMPEDANCE
SELECTOR
W702
W70I
A | B | с D E °F G
RX X-VV200ERDS
Hl PRINTED CIRCUIT BOARD (Foil side) |
1 i
| P.C.B. OPERATION (1)
: OPERATION (4) | (Lead Type Device) ud
FROM : FUNCTION (1) TO : OPERATION (7) |
2
W903 | U,C,R, T,A, Lonly
3 TO : OPERATION (2) |
|
a (Surface Mount Device)
4
Л
5 U,G, R,T,A, Loniy
; Point © (Pin58 of 10902) - !
V : 2V/div H : 0.2 psec/div
DC range 1: 1 probe
— aa
LA
| 64 — 65
6
Fo G
E PRINTED CIRCUIT BOARD (Foil side)
P. C. B. OPERATION (2) | (Lead Type Device)
RDS only
Г. В
| ca seek con FOS. | Mme я FROM : OPERATION (1)
|
|
MEMORY FM/AM PRESET/ up PRESET/ DOWN A/BIC/D/E EXT. DECODER EFFECT <a PROGRAM > A B
TUNING TUNING SPEAKERS
P. C. B. OPERATION (2) | (Surface Mount Device)
RDS only
Ee КЕ
Ema ee
EC A
P. C. B. OPERATION ( 3) TO : OPERATION (4) ==
(Lead Type Device)
REC OUT
BASS TREBLE BALANCE
BASS TONE
EXTENSION BYPASS
Р. С. В. OPERATION (3)
(Surface Mount Device)
1
Nicea
66
RX-V2095/RX-V2095RDS
P. C. B. OPERATION (5)
(Lead Type Device)
VIDEO AUX
#5!
W50i
TO : FUNCTION (2)
TO : VIDEO (2)
#52
TO : VIDEO (1)
| P.C.B. OPERATION (5)
(Surface Mount Device)
67
A | B | с D | E F G H
E PRINTED CIRCUIT BOARD (Foil side)
P.C. B. OPERATION (4) P.C. B. OPERATION (6) | | P.C.B.OPERATION (8)
INPUT
SELECTOR PHONES
TO : OPERATION (7)
FROM : MAIN (1)
— > TO : OPERATION (3)
FROM : VIDEO (3) P. C. B. OPERATION (7) FROM : OPERATION (1)
FROM : OPERATION (1) FROM : OPERATION (1) |
FROM : MAIN (1)
FROM : MAIN (1) FROM : MAIN (1) |
FROM : FAN —e FROM : OPERATION (8)
—
"
2
O
=
y
o
=
m
=
—
=
>
zZ
— = = | #41 #42 Dn
100mV-350mV- (om deb TO : MAIN @) | TO : MAIN (2) wa0e
| m
| 2
68 ; 69
A | B | C о’ Е Е | G H
| RX-V IS
E PRINTED CIRCUIT BOARD (Foil side) |
|
. \ |
There are two types of P.C.B. Assembly Tuner for this model in terms of RX-V2095 P.C.B. TUNER/SMD (Lead Type & SMD) |
construction of components. N .
One uses the Lead Type Device only and the other uses the Lead Type MONAURAL (Lead Type Device)
; , DISTORTION
device and Surface Mount Device (SMD). ADJ. DISCRIMINATOR
These P.C.B assemblies are interchangeable. BALANCE A FROM: VIDEO (4) —
SEPARATION ||) + || @2/0/0/0/0/2|2|2| D
- ADJ. ES = BEE EEE
P.C.B. ASS’Y TUNER LIST я 3
Model Markets | Lead Type | Lead & SMD
RX-V2095 U,C V2518600 | V2519300
RX-V2095 RT V2518700 | V2519400
RX-V2095 AL V2518800 | V2519500 FREQUENCY
(R,T only)
| RX-V2095 P.C.B. TUNER (Lead Type)
MONAURAL ' АМ
DISTORTION ANT
DISCRIMINATOR FROM: VIDEO (4) —
BALANCE ADJ.
* N
; FM
ANT |
FREQUENCY
STEP
(R,T only) |
AM
ANT wi AM SENSITIVITY |
ADJ. | SIGNAL
| METER
GND ! ADJ.
FM RX-V2095 P.C.B. TUNER/SMD (Lead Type 8: SMD) |
ANT |
| (Surface Mount Device)
wi AM SENSITIVITY SIGNAL O
ADJ. METER
ADJ.
Point © (Pin22 of IC2) CIRCUIT CHANGES BY MARKET.
V : 2V/div H : 0.1 psec/div J и, с R,T A,B GL
DC range 1: 1 probe R48, 55, 57, 58, 60 X X X о
T3 X X X о
Jai 0 o © X
J42 X X о X
swi X X o X
O : USED
X : NOT USED
46 47
A | B | с D E F G
RX: ‘ М 35
HB PRINTED CIRCUIT BOARD (Foil side)
1
There are two types of P.C.B. Assembly Tuner for this model in terms of RX-V2095RDS P.C.B. TUNER/SMD (Lead Type & SMD)
i ts. MONAURAL ,
construction of componen ÓN (Lead Type Device)
One uses the Lead Type Device only and the other uses the Lead Type ADJ. DISCRIMINATOR
device and Surface Mount Device (SMD). BALANCE ADJ. FROM: VIDEO (4)
| These P.C.B assemblies are interchangeable. SEPARATION
P.C.B. ASS’Y TUNER LIST
| Model | Markets | LeadType | Lead & SMD|
RX-V2095RDS |G | V2518900 | V2519600
2
RX-V2095RDS P.C.B. TUNER (Lead Type) | |
— MONAURAL FROM: VIDEO (4) — |
DISTORTION |
DISCRIMINATOR SEPARATION SEES еее ЕЕ
BALANCE ADJ. ADJ. “BA >
EN |
3 |
|
|
|
AM i W1 AM SENSITIVITY SIGNAL
ANT METER
| RX-V2095RDS P.C.B. TUNER/SMD (Lead Type & SMD)
4 EM (Surface Mount Device)
ANT
wi AM SENSITIVITY SIGNAL
ADJ. METER
ADJ. © ©
5
Point D (Pin22 of IC1) Point @ (Pin12 of IC4)
V : 2V/div H : 50 nsec/div V : 2V/div H : 0.1 psec/div
DC range 1 : 1 probe DC range 1 : 1 probe
— NON AN /
ми МИ МИ Y LU
48
49
60
RY. S |
nA Y
E PRINTED CIRCUIT BOARD (Foil side)
P.C. B. VIDEO (1) |
(Lead Type Device)
MONITOR OUT.
(VIDEO) ©
MONITOR OUT
(S VIDEO)
OUT
VCR2
IN
OUT
= VCR 1
5 IN
=
>
> TV/DBS
A
3
o DVD/LD
LL
FROM : VIDEO (2)
FROM : OPERATION (5)
P.C.B. VIDEO (4)
FROM : FUNCTION (2)
zz! waa =
SD ERR ILES
Vin E
-. FROM : TUNER
Р. С. В. VIDEO (1)
(Surface Mount Device)
Point © (Pin3 of IC611)
V : 2V/div H : 50 nsec/div
DC range 1:1 probe
61
A | B | с р Е G H
RX-V V2095RDS
H PRINTED CIRCUIT BOARD (Foil side)
P.C. B. VIDEO (2) | P.C.B. VIDEO (3) | P. C. B. VIDEO (3)
(Lead Type Device) FROM : OPERATION (5) Hy VOLUME (Lead Type Device) (Surface Mount Device)
FROM : VIDEO (1)
ZONE 2 QUT
(Ч, С, В, T, A,L only)
P.C.B. VIDEO (2)
(Surface Mount Device)
CIRCUIT CHANGES BY MARKET.
U, C R, T A L G
C511-519 o о o. o X
R508, 515 o o o o X
R517~622 о О. o o. X
Q502, 503 о o O о X
1С505 o o o . 0. X
PJ504 о o o о X
O: USED
X; NOT USED 5
FUNCTION (2)
FROM
62
OPERATION (4)
Le FROM
FROM : FUNCTION (1)
: MAIN (1)
FROM
63
76
RY.
nA
V2095RDS
Hl PIN CONNECTION DIAGRAM
@ ICs |
AN78N05 NJM79MOSFA NJM7805FA uPC29M838T-E1 NJM2068L-D HPC4570HA LB1641
NJM79M12FA NUM7812FA 4 M5220L
9 10
weer Ù e E Sou meto |
2:COMMON : : 1: INPUT
3:0UTPUT 124 S:0UTPUT IN 2OND TT ; Il 1 ;
4: END
MC14576CP TC74HCUO4AP LA3401 LA1266 LC7536Y
MC14577CP TC74HC4066AP TC74HC4051AP LC72131 LC72720N
NJM2068MD TOTAHGdOSSAP LC74781-9626
NJM2904M TC74HCO0AF TC74HC151AF
M5220FP TC74HCO2AF-TP1 TC74HC153AF
uPC4570G2 TC74HCUO4AF-TP1
5 8
8
& 2, 14, 7
1 1
M5M51288BKJ-20LTEL AK4526VQ LC75710NE HD64F3337YF16 PM4007A
YM3436DK LC75712E LC87F5164 YSS918
80 41
80 51
33 23 48 33 61 40 81 50
34 22 49 32
44 12
64 17 21 100 3
eo
1 1 1 16 1 30
1 20
® Transistors
25A933S (Q, R) 2SA1037K (Q, R, y 28A970 (GR, BL) 28K246 (Y)
28C17408 (R, $) 28C2412K (О, В, $ 28A1015 (Y)
28D1915F (S, T) 28033286 (A, B) 25C535 (A, B, C)
DTA143ES DTA144EKA 25C1145 (0, Y)
DTA144ES DTC144EKA 2501815 (Y)
DTC114ES 2802240 (GR, BL)
DTC123JS с "| 2802705 o. Y)
DTCI43XS BB 25C2878 (A,B) x
DTC1482S CE E o s
DTC144ES B Sp
2SA1708 a T) 28C4512 (O, P, Y) 2505200 (0, R)
28A1837
25C4488 (S, T) 25B941 (P, Q)
7
25C4793
2502396 (J, K) SY
E B
E cg
e Diodes
18R139-400 MTZJ5.6B 155355 KV1851-TL S1NB20 D3SBA20
155133 MTZJ6.8A RBV-602
MA185 MTZJ6.8B
MTZJ5.1A MTZJ11.0B A
MTZJ5.1B anode MIZJ12.0A node
MTZJ15.08
MTZJ24.0A
MTZJ24.0C
He MTZI27.0A ~ - -
Cathode MTZJ30.0D Cathode + I~ >
77
K
a SCHEMATIC DIAGRAM (RX-V2095 TUNER) Each voltage given here represents that in the FM (98. 1MHz, STEREO) reception mode but
the one in the parentheses ( ) is measured in the AM (1080kHz, MAN'L) reception mode.
CAPACITOR CIRCUIT CHANGES BY MARKET.
Interchangeaole Parts at Manufacture-Stage
Reference Parts Number] Parts Name |
A 0
| © [POLYPAOPYLENE FILM CAPACITOR
| e [SEMICONDUCTIVE CERAMIC CAPACITOR
EUROPEAN
- CHINA
+ SINGAPORE
MONAURAL DISTORTION ADJ.
VT
E FI O :USED
SFE10. 7MSIGE—A
Tov {7 : NOT USED
|
Рк2 bottom view
YU33370
р
F-6
Point © (Pin22 of 102)
ММ
У: 2 H : 0.1 nsec/div
DC range 1:1 probe
RX-V2095/RX-V2095RDS
& PK1: ENV-172C8G1R (v2909100) U, C, R, T models
as
c20425C251)
CT
зева 7 E E
2588 о 5 5
5 8 a 2
©
® PK1: ENV-172A4G1 (V2716700) A, B, G, L models
or A
svar sug
Ain.
|| | 476
cz cia cos dc
Ga DT
25
Joe oT 7 DA
Al
GND1
GND2
GND3
ic1:L
AM/FM IF
ANUE
an Can)
103 : LA3401
PHASE
[хо нес] | ос] сои ов] PILOT DET mr
= DÉIVER
SYMMETRICAL
REACIANGE fraicces]
GRC
STEREO
ЕЁ Fe FF Pen
FLFR sore oo | ua zo
scoot mms contro. [= муть
DECCOFA FMAM CHANGE OVER] JO!
ax
MUTING Bo BET SA
FMAM CHANGE |
RG мос ОН
® MTG 80K 31K
1G2 : LC72131
PLL Controller
тов
PROGRAMAS.
TT
"DATA SHIFT REGISTER
LATCH
AMIN
* All voltages are measured with a 10MQ/DC electric volt meter.
* Components having special characteristics are marked A. and must
be replaced with parts having specifications equal to those originally
installed.
* Schematic diagram is subject to change without notice.
79
A |
RX-V2095/RX-V2095RDS
HB SCHEMATIC DIAGRAM (RX-V2095RDS TUNER)
¡1SHKEZ!7.A
| с
FIL
SFE10. 7ME36H-A
AM SENSITIVITY ADJ.
PK2 bottom view
VU33370
Each voltage given here represents that in the FM (98. 1MHz, STEREO) reception mode but the
one in the parentheses (
Point © (Poe of IC1)
Y : 2V/di
DC range
H : 50 nsec/div
1:1 probe
) is measured in the AM (1080kHz, MAN'L) reception mode.
Point @ (Pin12 of IC4)
V : 2V/div H:0.1 psec/div
DC range 1:1 probe
NOTICE (mode1) Interchangeable Parts at Manufacture-Stage
(J)- [Mark [Reference Barts Number] Parts Name |
U.S. A 1 Di.2 HSS104
CANADIAN 155133
185176
AUSTRALIAN
TIS
- EUROPEAN
A
SINGAPORE
+ PK1 : ENV-172A4G1 (V2716700)
RY
161 : LA1266
AM/FM IF
ANE STROFMIE PAN
62) Prout
REG.
CTO 22PIN)
103 : LA3401
SYMMETRICAL
REACTANCE
GOUT
MUTING CONTROL
FACAM CHANGE CVER|
1C2 : LC72131
PLL Controiler
1C4 ; LC72720N
DS Decoder a Controller
* All voltages are measured with a 10MQ/DC electric volt meter.
* Components having special characteristics are mai
be replaced with parts having specifications equal to those aniginaly
installed.
* Schematic diagram is subject to change without notice.
HE SCHEMATIC DIAGRAM (FUNCTION [2])
P-84
2.5 Fe
LE TO VIDEOLA!
TO CSERATTONI SÍ
P-B1
TO =UNCI1] G2
C OUT SEL. V2 INH.
i
ОПР m]
uv г
с
ul
©
I
Ext DE
D
|
'
1
'
1
1
'
SUB
WOOFER
DICH1:ES
UNAZ 14
ANTENCS
L78N0S
TO FUNCIAN P81
CIRCUIT CHANGES BY MARKET.
7 No.
VARIABLE RESISTOR
RESISTOR
= pe UC RT A - 6 2095005) %:NOTLSED
201 R224. 223 | 47 47 47 47 +. вк O: USER:
PARTS NAME 202 C238. 224 10/25 10/25 40/25 10/25 x
FILM FESISTOR 125) 203 v202 204 o © o o x
10!
M 204
и 5
к 205
F ACOF CARBON FILM
CEMENT MOLDED RESISTOR
€
С
PHB. xvaes x9270 xv371
PCB vacsoso 4301070 } vao:090 v301109 v391110
K
RX-V2095/RX-V2095RDS
10201 : NJMZ068MD-T1
10205, 206 : ¡PC4570G2
1C207-209 : M5220FP
Dual OP-Amp
C202, 204 : LC78211
Analog Function Switch
1C203, 241 : LC78212
Anatog Function Switch
iIC210 : LC78213
Analog Function Switch
* All voltages are measured with a 10MSYDC electric volt meter.
h
* Components having special characteristics are marked A. and must
be replaced with parts having specifications equal to those originally
talled.
ins: A
* Schematic diagram is subject to change without notice.
81
A B | с D E F
RX-V2095/RX-V2095RDS
HN SCHEMATIC DIAGRAM (FUNCTION [1])
04-10. 14 195133
8510470
RESISTOR NOTICE (model)
REMARKS Do] JAPANESE
iw S.A
(TA [cAFBON FI_W RESISTOR (2=10] | [Clee CANADIAN
(В) NERAL.
(A)----- AUSTRALIAN 25C287814/81
(8)----- BRITISH 2801945 18/7]
(G)+++ EUROPEAN —
(7) TNA Nats
a SINGAPORE
г
Le
<
H
Zo
T
=>
; Ë
MICOM
HOS4F3337YF 16
11
о <
co
1
~
Le
ян <
70
1
Го
о <
co
11
ro
г
г
I
ON
co
as
Г
mo
|
53 ZONE2 CUT
Point © (Pin2 of IC3) Point © (Pin13 of IC3) Point © (Pin1 of [C3 : CH1) г
V : 2V/div H : 0.1 usec/div V : 2V/div H : 50 nsec/div Point ® (Pin29 of IC3 : CH2)
DC range 1: 1 probe DC range 1: 1 probe CH1 : 2V/div H : 0.5 sec/div
| . en CH2 : 2V/div 1:1 probe DC range
A A RAA NA a mA ше
ov = ov | cht
ede gm mee AN A A — — — — — +
es
be wn an Lo ono
1
ACCORDON ACCORD OFF
X:NOT USED
5: USED
IC1 ; UPCA5TOHA
Duel OP-Amp
#100
1C5 : LB1641
Motor Driver
= -
= 5
к 88 : 8
TH
| =
Н 5
i =
5 vz
=
#
Ё
4
41
Na INPUT LOGIC м2
— GND
=
— 286
E [А
<
=
* All voltages are measured with a 10M</DC electric volt meter.
* Components having special characteristics are marked A and must
be replaced with parts having specifications equal to those originally
* Schematic diagram is subject to change without notice.
A B | с D E F | G H | J K
RX-V2095/RX-V2095RDS
H SCHEMATIC DIAGRAM (DIGITAL IN)
IC1 : MC14577CP IC2, 3 : TC74HCUOC4AF-TP1 164, 5 : TC74HCO0AF
IC6, 7 : NJM2904M-T1 Hex Inverters Quad 2 Input NAND
Dual OP Amp
fra] vor
ВА.
A4
{1:]va
ssP-4939 [icles
£1037K[2/A/S] EN
favs
1C8 : TCT4HC151AF 1611 : UM61256FS-15Q
= = = = нон нон = Неон} он онон нон о-о-о- 8 to 1 Data Selectors 32K X 8 High Speed Static RAM
a 5
ee ВОВ
g E
а 3
—_—— HA
CZ COAXLAL
CvDLO COAXTA
e vor
et
o
©
>
2
E
5
5
PM4GO7A
— —
a
e
z
Е
=
=
3
-—e END
256% 1024
MEMORY ARRAY
195355
o
pen
4
CO OPTICAL
1C9 : TC74HC153AF
Dual 4 to 1 Data Selectors
STROBE A DATA INPUTS OUTPUT
VCC 26 SELECT av
1615: mel [el Jizh 51)
ТАРЕ/МО
UC ONLY!
|
OVD/LE OPTICAL
È
LT 2 ua 14) BB) ts) ОГ я
STROBE B SE ot GND
1G SELECT DATA INPUTS 1
1v/085
NUMascam
TaPE/ND SEC NOTIC= (moce1)
1) РА! E
го) ;
(A) Point © (Pin56 of 1C10)
a V : 2V/div H : 50 nsec/div
\
(G) DC range 1:1 probe
(Тен CHINA
{Lie SINGAPORE
RESISTOR CAPACITOR
ARTS NAME {ASMARKS
XV375
V30 1280
X: NOT USED
USED
* AI voltages are measured with a 10M@/DC electric volt meter.
* Components having special characteristics are marked A and must
be replaced with parts having specifications equal to those originally
installed
insta .
* Schematic diagram is subject to change without notice.
83
A B | с D E F G H I J
RX-V2095/RX-V2095RDS
E SCHEMATIC DIAGRAM (DSP)
101 : NUM2904M-T1
108-114, 13 : pPC4570G2 Quad 2 input NOR
Dual OP-Amp
ES
#4 TO DIGITAL Th
Interchanceaole Parts at Manufsctur
Mark [Reference Parts Number] © ne
t 04-13 25023261 4/8]
2502326101
a | NUNZSO 2
DIGITAL NUME9O-E
ta | 165 MEME L20EB<y-20.
ISEAC GÉ4-20J" 7
ta
25v0
то
¥53918-F
AB:
BAJADA
70 FUNCTION]
iv
BE
IC6 : AK4526VQ
20 bit 6ch A/D, D/A Converter
O a1entoncor]
107 : AK4320-VM-E1
1 bit D/A Converter
1C2 : TC74HCO2AF-TP1
sPC-67062
= ©
о ©
55
cm
DIFO DiF1 DEMO DEMI AVDD AVSS
SERIAL INPUT
BE:
INTERFACE CONTROL
VOOM
3 AQUTL
3 VENT
1014
1CB7FS164
UPCASTOGE
Point & (Pin13 of IC14)
V : 2V/div H : 50 nsec/div
DC range 1: 1 probe
installe
XTi XTOCKS CVDD DVvVSS VREF
ICS : M5M51288BKJ-20LTEL
131,072 x 8 bit Static AAM
CAND (07)
2058
COLUMN
VO CIRCUIT
5
256,
* Schematic diagram is subject to change without notice.
* All voltages are measured with a 10MO/DC electric volt meter.
* Components having special characteristics are ma
be replaced with parts having specifications equal to those originally
d.
rked AA and must
Ш SCHEMATIC DIAGRAM (VIDEO)
2YD/LO
TV/DES
MONT
DVYD/LD
Z0NE2 OUT 5503 Weld emy
2-78 or P79
TO AKCTIDNIZE
at MHanufarture Stage
CIRCUIT CHANGES BY MARKET
X NOT USED
©: USED
J K
RX-V2095/RX-V2095RDS
10503, 605 : TC74HC4056AP
Quad Analog Switch/Multiplexer
: TC74HCUO4AP 1C606 : TC74HC4053AP
verters Triple 2-Channel Muitiplexer/Demultipiexer
1C705-707 : TC9299P
Electric Controlled Volume
a a
8 a
2 >
our &- pour
ING ®
th DATA DATA ú ha
LATCH LATCH ме
A-GND (3 A-GND
es: os
veuves | SHiFT REGISTERCEEM | poe
GND D— | SHIFT | SHIFT STB
CIRCUIT [CIRCUIT
ex STROBE GENERATOR | DATA
* AI! voltages are measured with a 10M@/DC electric volt meter.
* Components having special characteristics are marked À and must
be replaced with parts having specifications equal to those originally
installed.
* Schematic diagram is subject to change without notice.
A B с | D E F G H | I J K
RX-V2095/RX-V2095RDS
B SCHEMATIC DIAGRAM (OPERATION)
10401 : M5220L 10502 : UPC4570HA
[C501 : NJM2068L-D Dual OP-Amp
Dual OP-Amp
5 jé $ : Veo Wer mi Ni Ves ¿Vea Ure Vor Veo
P36 16901, 902 : LC75710NE or LC75712E
10 mate
"ae
FL Display Driver
to OPERATTON(7}
a
o
to OPERATION(4)
L —
©
=
— A 5
2 = |, © 58]
E = al gid
5 5 en 5 —
§ [ez] x “a
E © — om =
z = 8= Ze
= = =
i w 1 =
— =
o alos
Li) = >
> й
7 a S 8
i = на 5
i | = > > pu
| пк sige | ë SD #51
ego 1 Sa a CPERSTIONIS |
ca
<<
| x on oem
! S Le © ® [E17
i © 2
i ml - >
il ë
я 2
ES
ce,
Ï ages
h
men] e
2 A ;
== |
om J |
CIRCUIT CG: IANGLS BY MARKET
= = Dem ar © Trost
= — wr | Fra = 5A 2500 | my
2 = CAPACITOR RESISTOR E anna —| —venoza | rue |
3 свого = NOTICE (model) 8403/18] 10000/46 | s0000/15
= fe = | Cd] JAPANESE N me camas po rss re
am zen 5 в ea rehongeanle Parts at Manufacture-Srage erm | vere | ema |
(51 52 — | Y = = te CAMADIAN eferecce carts aber] Parts heme
У + = 1 Ri PAL 15-405. 409. Swe | ira
5 ше © | (ais AUSTAACTAN 104057405, «0950 wm aie | mem X
> m ! 5 я (B)--ce BRITISH о | en ve |
; | (6)----- EUROPEAN Tema | Lema |
+ °F | (т CHINA sue | femme o rg o
е т | (L)----- SINGAFDRE
- LLC i
5 E : . и ns a
5 " 7 pass mese
8 os E roue
= х: МОТ SED
Point (9 (Pin58 of 1C902)
V : 2V/div H : 0.2 usec/div
DC range 1:1 probe
* All voltages are measured with a 10Ms¥DC electric voit meter.
* Components having special characteristics are marked À and must
be replaced with parts having specifications equal to those originally
installed.
* Schematic diagram is subject to change without notice.
A B с D E F G H | J K |
RX-V2095/RX-V2095RDS
NE SCHEMATIC DIAGRAM (MAIN)
2-85
ha
PEE FRONT EFFECT
левое
Je
IN
L
AEMOTE CONTHDL
PRE DUT
out
я
20104 f pal
L + NTSC
MAIN IN
a
CENTER OUT
Raima
SLB WOOFER
FRONT CUT
Pace
REAR OUT
cao ive
eT
=
ust
Xx: NOT JSED
C: USED
Pe =
18] E
* All voltages are measured with a 10MQ/DC electric volt meter.
* Components having special characteristics are marked / and must
be replaced with parts having specifications equal to those originally
insta .
= Schematic diagram is subject to change without notice.
86
A B
RX-V2095/RX-V2095RDS
E SCHEMATIC DIAGRAM (FUNCTION [3] 8 [4])
RESISTOR
NAME
in
FILE
ar CHINA
- SINGAPORE
D 325-570
HESIST93
FUNCTION! 4] es |
X: NOT USED
O: USED
55 SS) ‚|
EIA à
CIRCUIT CHANGES RY MARKET.
i 8
©
8 Ref
s809 | J801
0
| onl or
o
J804 8810
@R30283:
д МАНН
su 8 Е
= = = = Pa
[= É ® —©-8
ê
W
5805
; y
à u61201-0lul-17 y
А RY301 = À Fac: es CB8IE р
—T | oo E € ee wens) | 786.
B82 35 ACE E
e O EEE — © KZ
FARLY T5AL 250Y
PES
+2
5
7
* All voltages are measured with a TOMO/DC electric volt meter.
* Components having special characteristics are marked À and
be replaced with paris having specifications equal to those originally
installed.
* Schematic diagram is subject to change without notice.
87
PARTS LIST
H ELECTRICAL PARTS
E WARNING
RX-V2095/RX-V2095RDS
Components having special characteristics are marked AA and must be
replaced with parts having specifications equal to those originally installed.
e Carbon resistors (1/6W or 1/4W) are not included in the ELECTRICAL PARTS
List. For the part Nos. of the carbon resistors refer to the last page.
® Chip resistors are listed on page 105.
ABBREVIATIONS IN THIS LIST ARE AS FOLLOWS :
C.A.EL.CHP
C.CE
C.CE.ARRAY
C.CE.CHP
C.CE.ML
C.CE.M.CHP
C.CE.SAFTY
C.CE.TUBLR
C.CE.SMI
C.EL
C.MICA
C.ML.FLM
CMP |
C.MYLAR
C.MYLAR.ML
C.PAPER |
C.PLS
C.POL
C.POLY
C.PP
C.TNTL
C.TNTL.CHP
C.TRIM
CN
CN.BS.PIN
CN.CANNON
CN.DIN
CN.FLAT
CN.POST
COIL.MX.AM
COIL.AT.FM
COIL.DT.FM
COIL.MX.FM
COIL.OUTPT
DIOD.ARRAY
DIODE.BRG
DIODE.CHP
DIODE.VAR
DIOD.Z.CHP
DIODE.ZENR
DSCR.CE
FER.BEAD
FER.CORE
FET.CHP
FL.DSPLY
FLTR.CE
FLTR.COMB
FLTR.LC.RF
GND.MTL
GND.TERM
HOLDER.FUS
IC.PRTCT
JUMPER.CN
JUMPER.TST
L.DTCT
CHIP ALUMI. ELECTROLYTIC CAP
: CERAMIC CAP
: CERAMIC CAP ARRAY
: CHIP CERAMIC CAP
+ MULTILAYER CERAMIC CAP
: CHIP MULTILAYER CERAMIC CAP
: RECOGNIZED CERAMIC CAP
: CERAMIC TUBULAR CAP
: SEMI CONDUCTIVE CERAMIC CAP
: ELECTROLYTIC CAP
: MICA CAP
: MULTILAYER FILM CAP
+ METALLIZED PAPER CAP
: MYLAR FILM CAP
: MULTILAYER MYLAR FILM CAP
: PAPER CAPACITOR
: POLYSTYRENE FILM CAP
: POLYESTER FILM CAP
: POLYETHYLENE FILM CAP
: POLYPROPYLENE FILM CAP
: TANTALUM CAP
: CHIP TANTALUM CAP
: TRIMMER CAP
: CONNECTOR
: CONNECTOR, BASE PIN
: CONNECTOR, CANNON
: CONNECTOR, DIN
: CONNECTOR, FLAT CABLE
: CONNECTOR, BASE POST
: COIL, AM MIX
: COIL, FM ANTENNA
: COIL, FM DETECT
: COIL, FM MIX
: OUTPUT COIL
: DIODE ARRAY
: DIODE BRIDGE
: CHIP DIODE
: VARACTOR DIODE
: CHIP ZENER DIODE
: ZENER DIODE
- CERAMIC DISCRIMINATOR
: FERRITE BEADS
: FERRITE CORE
: CHIP FET |
: FLUORESCENT DISPLAY
+ CERAMIC FILTER
+ COMB FILTER MODULE
: LC FILTER ,EMI
: GROUND PLATE
: GROUND TERMINAL
+ FUSE HOLDER '—
: IC PROTECTOR
: JUMPER CONNECTOR
+ JUMPER, TEST POINT
: LIGHT DETECTING MODULE
L.EMIT
LED.DSPLY
LED.INFRD
MODUL.RF
PHOT.CPL
PHOT.INTR
PHOT.RFLCT
PIN.TEST
PLST.RIVET
R.ARRAY
R.CAR
R.CAR.CHP
R.CAR.FP
R.FUS
R.MTL.CHP
R.MTL.FLM
R.MTL.OXD
R.MTL.PLAT
RSNR.CE
RSNR.CRYS
R.TW.CEM
R.WW
SCR.BND.HD
SCR.BW.HD
SCR.CUP
SCR.TERM
SCR.TR
SUPRT.PCB
SW.TACT
SW.LEAF
SW.LEVER
SW.MICRO
SW.PUSH
SW.RT.ENC
SW.RT.MTR
SW.RT
SW.SLIDE
TERM.SP
TERM.WRAP
TR.CHP
TR.DGT
~ TR.DGT.CHP
TRANS
TRANS.PULS
TRANS.PWR
TUNER.AM
TUNER.FM
TUNER.PK
VR
VR.MTR
VR.SW
VR.SLIDE
VR.TRIM
Note) Those parts marked with “4” are not included in the P.C.B. ass'y.
: LIGHT EMITTING MODULE
: LED DISPLAY
: LED, INFRARED
: MODULATOR, RF
: PHOTO COUPLER
: PHOTO INTERRUPTER
: PHOTO REFLECTOR
: PIN, TEST POINT
: PLASTIC RIVET
: RESISTOR ARRAY
: CARBON RESISTOR
: CHIP RESISTOR |
: FLAME PROOF CARBON RESISTOR
: FUSABLE RESISTOR
: CHIP METAL FILM RESISTOR
: METAL FILM RESISTOR
: METAL OXIDE FILM RESISTOR
: METAL PLATE RESISTOR
: CERAMIC RESONATOR
: CRYSTAL RESONATOR
: TWIN CEMENT FIXED RESISTOR
: WIRE WOUND RESISTOR |
: BIND HEAD B-TITE SCREW
: BW HEAD TAPPING SCREW
: CUP TITE SCREW
: SCREW TERMINAL
: SCREW, TRANSISTOR
- SUPPORT, P.C.B.
SURG.PRTCT :
: TACT SWITCH
: LEAF SWITCH
: LEVER SWITCH
: MICRO SWITCH
: PUSH SWITCH
: ROTARY ENCODER
: ROTARY SWITCH WITH MOTOR
: ROTARY SWITCH
: SLIDE SWITCH
: SPEAKER TERMINAL
: WRAPPING TERMINAL
THRMST.CHP :
: CHIP TRANSISTOR
: DIGITAL TRANSISTOR
: CHIP DIGITAL TRANSISTOR
: TRANSFORMER
: PULSE TRANSFORMER
: POWER TRANSFORMER ASS’y
: TUNER PACK, AM :
: TUNER PACK, FM
: FRONT-END TUNER PACK
: ROTARY POTENTIOMETER
: POTENTIOMETER WITH MOTOR
: POTENTIOMETER WITH ROTARY SW
: SLIDE POTENTIOMETER
: TRIMMER POTENTIOMETER
SURGE PROTECTOR
CHIP THERMISTOR
88
2
ate
as
o
oN
uo
oh
Le
<
RX-V2095
RX-V2095RDS
89
RX-V2095/RX-V2095RDS
C22
C23
C24
C25
C26
C27
C28
C29
C30
(31
(32
C33
C34
C35
C36
C37
C38
C39
C40
C41
C42
C43
C44
C45
C46
47
C48
C49
C50
(51
C52
C53
PART NO.
ERA
VQ044200
VQ044500
VF982200
VQ044600
UB245100
UB245100
VT900700
UB013100
UB245100
V1841800
UB245100
Vi841800
| UB245100
UB052100
UB245100
UB245100
UB052100
UB052100
VJ900700
UB245100
UB013470
VJ900900
UB245100
UB245100
UB052100
UB052100
UB052100
UB052100
UB052100
UB052100
UB245100
UB245100
UB245100
UB245100
UB245100
UB052100
UB052100
UB052100
UB052100
UB052100
UB052100
UB052100
UB245100
UB245100
UB245100
Vi841800
VJ900700
UB245100
Vi841200
UB245100
Vi841200
UB245100
Description
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
ООО
HHEEEE
=E=ZE=
OOOO OOO
SFE RR RS
==
5
EEESERERAEESCaREXEEE=EXEXEXSEXEXEEE E
EEE EEE EEE EEE EEE EE EEE EEE EE EEE EE
==
+5
COO OOOO OOOO NOOO 00
=
=
СЭ ©Э ©) © © ©
SHS=H99599992999929992928952852892898288992999998E
M. CHP
6P
11P
14P
13P
0. luF
0. luF
33pF
| 1000pF
0. luF
100uF
0. luF
100uF
0. luF
100pF
0. luF
0. luF
100pF
100pF
33pF
0. luF
4700pF
39pF
0. luF
0. luF
100pF
100pF
100pF
100pF
100pF
100pF
0. luF
0. luF -
0. luF
0. luF
0. luF
100pF
100pF
100pF
100pF
100pF
100pF
100pF
0. luF
0. luF
0. 1uF
100uF
33pF
0. luF
330uF
0. lu
330uF
0. luF
P.C.B. DSP
Schm |
Ref. PART NO. — Description
(54 |1UB245100 |C.CE.M.CHP [O. luF 25V
C55 |Vi841400 |C. EL 1000uF 6.3V
C56 |Vi841200 |C. EL 330uF 6. 3V
C59 |Vi841400 |C. EL 1000uF — 6.3V
| C60 1|7i841800 |C. EL | 10QuF 10V
25V Col |UB012470 {C.CE.M.CHP [470pF 50V
25V C62 |UB245100 [C.CE.M.CHP |0. 1uF 25V
50V C63 |UB245100 |C.CE.M.CHP |0. 1uF 25V
50V C64 |Vig41200 |C.EL 330uF 6. 3V
25V C65 |UB245100 |C.CE.M.CHP |0. luF 25V
10V C66 |Vi841200 |C.EL 330uF 6. ЗУ
25V C67 |UB245100 |C.CE.M.CHP |0. 1uF 25V
10V C68 |UB245100 |C.CE.M.CHP |0. 1uF 25V
25V C69 1Vig41200 |C.EL 330uF 6. 3V
50V C70 |UB245100 |C.CE.M.CHP |0. 1uF 25V
25V C71 |Vi841800 |C.EL 100uF 10V
25V C72 |Vig41800 |C.EL — | 100uF 10V
50V C73 |UB245100 {C.CE.M.CHP |0. 1uF 25V
50V C74 |Vi845900 |C.EL 10uF 63V
50V C75 |UB245100 (C.CE.M.CHP |0. 1uF 25V
25V C76 |Vi841800 |C.EL 100uF 10V
50V C77 1UB245100 |C.CE.M.CHP (0. luF 25V
50V C78 |UB245100 |C.CE.M.CHP {0. 1uF 25V
25V C79. |UB245100 |C.CE.M.CHP |0. 1uF 25V
25V C81 1|Vi841800 |C.EL 100uF 10V
50V C82 |Vi841800 |C.EL 100uF 10V
50V C83 |UB245100 |C.CE.M.CHP |0. luF 25V
50V C84 |UB245100 |C.CE.M.CHP |0. 1uF 25V
50V C85 |UB245100 |C.CE.M.CHP |0. 1uF 25V
50V C86 |UB245100 |C.CE.M.CHP {0. 1uF 25V
50V C88 |UA653150 |C. MYLAR 1500pF 50V
25V C89 1UA653150 |C.MYLAR 1500pF 50V
25V C90 |Vi845900 |C.EL 10uF 63V
25V C91 |Vi845900 |C.EL 10uF 63V
25V C92 [Vi845900 |C.EL 10uF 63V
25V C93 [Vi845900 |C. EL 10uF 63V
50V C94 |Vi845900 |C.EL 10uF 63V
50V C95 |Vi845900 |C.EL 10uF 63V
50V C96 |Vi845900 |C.EL 10uF 63V
50V C97 |Vi845900 |C.EL 10uF 63V
50V C98 |Vi845900 [C.EL 10uF 63V
50V C99 |Vi845900 |C.EL 10uF 63V
50V C100 | UP652100 |C. POL 100pF 100V
25V C101 |UP652100 {C.POL 100pF 100V
25V C102 | UP652100 |C. POL 100pF 100V
25V C103 |UP652100 |C. POL 100pF 100V
10V C104 |Vi845900 |C.EL 10uF 63V
50V C106 |UP652100 |C.POL 100pF 100V
25V C107 |UP652100 |C. POL 100pF 100V
6.3V C109 |Vi845900 |C. EL 10uF 63V
25V C110 |Vi845900 |C.EL 10uF 63V
—6.3V C111 |UB245100 |C.CE.M.CHP (0. luF 25V
25V . C112 1V1841300 |C. EL 470uF 6.3V
* New Parts
* New Parts
RX-V2095/RX-V2O95RDS
P.C.B. DSP
Schm | | | Schm
Ref. PART NO. Description Ref. PART NO. Description
C113 |Vi841900 |C. EL 220uF 10V *| 1С4 |1XV304A00 |IC YSS918-F
C115 |V1845900 |C. EL 10uF 63V IC5 {XV457A00 | IC M5M51288BKJ -20LTEL
C116 |Vi845900 |C.EL 10uF . 63V *1 106 |XU722A00 |IC AK4526
C117 |Vi845900 |C.EL 10uF 63V IC7 1XR361A00 | IC AK4320-W-E1
C118 1¡UP652100 |C. POL 100pF 100V IC8 |XF291A00 |IC uPC4570G2
C119 |UP652100 |C. POL | 100pF 100V ICO |XF291A00 | IC uPC4570G2
C120 |Vi845900 |C.EL 10uF 63V IC10 |XF291A00 | TC uPC4570G2
C121 |Vi845900 {C.EL 10uF 63V IC11 |XF291A00 |IC uPC4570G2
C122 |UP652100 |C. POL 100pF 100V IC13 |XF291A00 [IC uPC4570G2
C123 |Vi846000 {C.EL 22uF 63V IC14 | XU929D00 {IC LC87F5164A CPU
C124 |Vi845900 |C. EL 10uF 63V * | 1С15 | XU965A00 | IC uPC29M33T-E1 3.3V
C125 |Vi846000 |C.EL 22uF 63V Ql VV655300 | TR. DGT DTA144FKA —
C126 |UP652100 |C.POL 100pF 100V Q2 YV655300 |TR. DGT DTA144EKA
C127 |Vi845900 |C.EL 10uF 63V Q3 VV655300 | TR. DGT DTA144FKA
C128 |Vi845900 |C.EL 10uF 63V YU VD303700 |TR 12803326 A,B
C129 |Vi845600 |C.EL 47uF 50V Q5 VD303700 |TR 2803326 A, B
C130 |Vi845600 |C.EL 47uF 50V Q6 VD303700 |TR 2503326 А, В
C131 |UB052100 |C.CE.M.CHP |100pF 50V Q7 VD303700 |TR 25C3326 A,B
C132 118052100 |С. СЕ. М. СНР |!100pF 50V 08 VD303700 |TR 2SC3326 A,B
C133 1UB052100 |C.CE.M.CHP |100pF 50V Q9 VD303700 |TR 2SC3326 A,B
С134 108052100 |С. СВ. М. СВР |100рЕ 50V - Q10 VD303700 |TR 2SC3326 A,B
C135 | UB052100 |C.CE.M. CHP | 100pF 50V Q11 {VD303700 |TR 2SC3326 А, В
C136 |UB052100 |C.CE.M.CHP | 100pF 50V 012 [VD303700 [TR 25C3326 A,B
C137 |UB052100 |C.CE.M.CHP | 100pF 50V Q13 {VD303700 [TR 2503326 A, B
C138 |UB245100 |C.CE.M. CHP (0. luF 25V Q14 |VV655700 |TR. DGT DTC144FKA
C139 |UBO52100 |C.CE.M.CHP |100pF 50V R30 |HV453220 ¡R.CAR.FP 12.20 1/4W
C140 |UB052100 |C.CE.M.CHP | 100pF 50V R36 [HV453220 {R.CAR.FP 12.20 1/4W
C141 |UB052100 |C.CE.M. CHP | 100pF 50V R37 |HV453220 IR.CAR.FP 12.20 1/4W
C145 | UB052100 |C.CE.M. CHP | 100pF 50V R39 |HV453100 [R.CAR.FP 10 1/4W
D1 VT332900 | DIODE 1SS355 R43 |HV454100 |R.CAR.FP 1100 1/4W
D2 VT332900 | DIODE 1SS355 R44 |HV454100 |R.CAR.FP 1100 1/4W
D3 VT332900 | DIODE 1SS355 R45 |HV453100 [R.CAR.FP |1Q 1/4W
D4 VT332900 [DIODE 1SS355 R47 |HV453100 |R.CAR.FP 112 1/4W
D5 VT332900 [DIODE 155355 R114 |HV453220 |R.CAR.FP 12.20 1/4W
D6 VT332900 [DIODE 188355 R115 |HVA53220 |R.CAR.FP 12.22 1/4W
D7 VT332900 [DIODE 1SS355 XL1 |Vi552000 |RSNR.CRYS | 12.288MHz
D8 VT332900 | DIODE 155355 XL2 |VQ791000 |RSNR. CE 10MHz
D9 VT332900 | DIODE 1155355
D10 |VT332900 [DIODE 188355
011 |VT332900 |DIODE 1SS355
D12 |VT332900 |DIODE 1SS355
D13 |VT332900 | DIODE 188355
D14 1VT332900 |DIODE 188355
D15 {VT332900 | DIODE |1SS355
D16 |VT332900 |DIODE 1SS355
D17 |VT332900 | DIODE 1SS355 |
Gl VR463400 | TERM. GND |D3.5 TP00385
162 1|VR463400 |TERM.GND 1D3.5 TP00385
G3 VR463400 | TERM. GND - [D3.5 TP00385
G4 VR463400 |TERM.GND 1D3.5 TP00385
ICI |XRO38A00 [IC NJM2904M OP AMP
IC2 | XD600A00 | IC TC74HCO2AF-TP1 NOR
IC3 |XG948E00 | IC YM3436DK ;
* New Parts * New Parts
90
=~
*
<<
N
=
o
©
2
0
<
pe)
*
<
N
©
o
al
RX-V2095
e
a
65
LO
©
©
N
>
E.
[ea
91
RX-V2095/RX-V2095RDS
P.C.B. DIGITAL-IN
E E KF KK x
CB3
CBA
CB5
CB6
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C11
C12
C13
C14
C15
C16
C17
C18
C19
C20
C21
C22
C23
C24
C25
C26
C27
C28
C29
C30
C30
C31
C32
(33
(34
C35
C36
C37
C38
C39
C40
C41
C42
C43
C44
CB2
V2508700
| V2508700
V2508700
V2508600
VF982200
UB044220
UB044220
UB051220
UB051220
UB245100
|UB245100
UB245100
UB245100
UB245100
\7901600
UB245100
Vi846000
UB245100
Vi846000
UB012220
UB051100
UB012220
UB051100
UB245100
UB013100
UB013100
UB245100
UB051330
UB013100
UB044100
VR169200
UB245100
UB051330
UB245100
ЕС211100
VR169200
UB245100
UB245100
UB245100
UB245100
UB245100
Vi841800
UB245100
UB245100
UB245100
UB245100
V1841800
UN837470
Vi841800
UB245100
| ETE
CN. PHOT. SN | 1P GPIF37R
CN. PHOT. SN | 1P GP1F37R
CN. PHOT. SN | 1P GP1F37R
CN. PHOT.DT |GP1F32T
CN.BS.PIN |14P o
C. CE.M. CHP 10. 022uF 50V(RAGLT)
C. CE. M. CHP |0.022uF 50V(RAGLT)
C. CE. M. CHP |22pF 50V
C. CE.M. CHP | 22pF 50V (UC)
C. CE. M. CHP |0. luF 25V
C. CE. M. CHP |0. luE 25V
С. СЕ. М. СЕР |0. luF 25V
С. СВ. М. СЕР |0. 1иР 25V
C.CE.M. CHP |0. luF 25V
C.CE.M.CHP |75pF 50V(RAGLT)
C.CE.M.CHP |0. 1uF 25V
C.EL 22uF 63V
C. CE. M. CHP |0. luF 25V (UC)
C.EL 22uF 63V (UC)
C. CE. M. CHP |220pF 50V
C.CE.M.CHP |10pF 50V |
С. СЕ. М. САР |220рЕ 50V (UC) -
C. CE. M. CHP | 10pF 50V (UC)
C.CE.M.CHP 10.1uF 25V
C.CE.M.CHP 11000pF 50V
C.CE.M.CHP {1000pF 50V(UC)
C.CE.M.CHP |0. luF 25V
C.CE.M.CHP |33pF 50V
C.CE.M.CHP 11000pF 50V
C.CE.M.CHP |0.01uF 50V (RAGLT)
C.MYLAR.ML |ECQ-V1H474 (RAGLT)
C.CE.M.CHP |0. 1uF 25V-
C.CE.M.CHP [33pF 50V
C.CE.M. CHP |0. luF 25V
C.CE | 10pF 50V (UC)
C.MYLAR. ML |ECQ-V1H474 (RAGET)
С. СЕ. М. САР |0. 10Ё 25V
C.CE.M.CHP |0. 1uF 25V
C.CE.M.CHP |0. 1uF 25V
С. СВ. М. СВР |0. 1uF 25V
С. СЕ. М. СЕР |0. 10Е 25V(RAGLT)
С.Е, |100uF 10V(RAGLT)
С. СВ. М. СЕР [0.1uF 25V(RAGLT)
C.CE.M.CHP (0. 1luF 25V(RAGLT)
C.CE.M.CHP |0.1uF 25V(RAGLT)
C.CE.M.CHP [0.1uF 25V(RAGLT)
C.EL 100uF 10V
C.EL 47uF 16V (RAGLT)
C.EL 100uF 10V(RAGLT)
C.CE.M.CHP |0.1uF 25V(RAGLT)
* New Parts
x x x x *
Schm
Ref. PART NO. Description
C45 |VJ900100 {C.CE.M.CHP |18pF 50V(RAGLT)
C46 ¡Vig41800 |C.EL 100uF 10V(RAGLT)
C47 | UB044100 |C.CE.M.CHP |0.01uF 50V(RAGLT)
C48 |UB044100 |C.CE.M.CHP |0.0luF 50V(RAGLT)
C49 |VJ898700 |C.CE.M.CHP |2pF 50V(RAGLT)
C50 |UB245100 |C.CE.M.CHP |0.luF 25V(RAGLT)
C51 |Vi841800 |C.EL 100uF 10V(RAGLT)
C52 |Vi841800 |C.EL 100uF 10\
DI |VI332900 |DIODE 188355
D2 |VI332900 |DIODE 155355
D3 |VI332900 {DIODE 189355 (UC)
D4 |VI332900 |DIODE 155355 (UC)
D5 |VT332900 {DIODE 185355 (RAGLT)
D6 — |VT332900 |DIODE 155355
D7 |VI332900 |DIODE 188355
D8 |VI707700 |C. TRIM KV1851-TL(RAGLT)
Gl |VR463400 |ТЕВМ.С№ |D3.5 TP00385(UC)
ICI |Xil10D00 {IC MC14577CP (RAGLT)
IC2 |XD660A00 | IC TC74HCUO4AF-TP1
IC3 |XD660A00 | IC TC74HCUO4AF-TP1
ICA |XD655A00 |IC TC74HCO0AF NAND
IC5 |XD655A00 |IC TC74HC00AF (UC)
IC6 |XRO38A00 | IC NJM2904M OP AMP
IC7 |XR0O38A00 |IC NJM2904M OP (RAGLT)
ICS |XR041A00 | IC - TC74HC151AF
IC9 |XR042A00 | IC TC74HC153AF
IC10 |XT958A00 | IC PM4007A (RAGLT)
IC11 |XS282A00 | IC UM61256FS (RAGLT)
LI 12726500 |COIL 68uH
L2 |V2726500 |COIL 68uH
L3 |V2726500 [COIL 68uH
LA |№2726500 |COIL 68uH
L5 |V2726500 |COIL 68uH (RAGLT)
16 |VT623200 |FLIR.LC SBP-4930 (RAGLT)
PJ1 |VZ537500 | JACK.PIN |2P(UC)
PJ1 |VZ726200 |JACK.PIN |2Р(ВАСЕТ)
Ql |1С241200 |ТВ. СЕР 2SC2412K QRS (RAGLT
Q2 |iA103700 |TR.CHP 2SA1037 QRS (RAGLT)
XL1 |VI928600 |RSNR.CRYS | 18. 432MHz (RAGLT)
* New Parts
RX-V2095/RX-V2095RDS
pol
y
<=
Ss
on
(2 =
20
с“
с
P.C.B. MAIN
Schm | Schm |
Ref. PART NO. Ref. PART NO. Description
* C149 |Vi845900 |C.EL 10uF 63V
d C150 | VK533900 |C. PP 100pF 200V
+ C151 |UP653120 |C. POL 1200pF 100V
a C152 |UA653330 |C.MYLAR |3300pF 50V
8 C153 | M645500 |C. PP | 15uF 200V
CB101 | VQ047300 |CN.BS.PIN |12P C154 | Vi845200 |C.EL 4.7uF 50V
CB102 |VM859500 |CN.BS.PIN | L1P C155 |UAG54100 |C.MYLAR — |0.01uF 50V
CB103 | LA002110 | TERM. WRAP — |2P C156 | Vi842600 |C.EL 100uF 16V
CB601 |VL844800 |CN.BS.PIN. |4P C157 | Vi844100 |C.EL 33uF 35V
CB602 | VL845200 |CN.BS.PIN |8P C159 | VK533900 |C. PP 100pF 200V
CB603 | VDO04600 |CN.BS.PIN |3P C160 |VK533900 |C.PP 100pF 200V
CB604 | LB918020 [CN.BS.PIN |2P C161 |UP653120 |C.POL 1200pF 100V
CB701 |LA002330 |TERM.WRAP |4Р | C162 |UA653330 |C.MYLAR |3300pF . 50V
C101 |UA652470 |C.MYLAR |470pF 50V C163 | VM645500 |C. PP 15uF 200V
C102 [UA652470 |C.MYLAR ~~ |470pF 50V C164 | Vi845200 |C.EL 4.7uF 50V
C103 |UA652470 [C.MYLAR — |470pF 50V C165 |UA654100 |C.MYLAR — |0.01uF 50V
C104 |UA652470 |C.MYLAR |470pF 50V C166 |Vi842600 |C.EL 100uF 16V
C105 |UAG54100 |C.MYLAR — |0.0luF 50V(UCRIL) C167 |Vi844100 |C.EL 33uF 35V
C106 |VF466900 |C.CE.TUBLR |470pF 50V C169 |VK533900 |C.PP 100pF 200V
C107 |UA652470 |C.MYLAR [470pF 50V C170 | VK533900 |C. PP 100pF 200V
C108 |UA652470 |C.MYLAR |470pF 50V C171 |UP653120 |C. POL 1200pF 100\
C109 |UA652470 |C.MYLAR ~~ |470pF 50V C172 |UA653330 [C.MYLAR |3300pF 50V
C110 |UA652470 [C.MYLAR | |470pF 50V C173 | VR516400 |C. CE 15pF 500V
C114 |Vig41800 |C.EL 100uF 10\ C174 |Vig45200 |C.EL 4.7uF 50V
C120 |UA652470 |C.MYLAR © |470pF 50V C175 |UA654100 {C.MYLAR — |0.0luF 50V
C121 |VK182800 |C.EL A7uF 100V C176 |Vi842600 |C.EL 100uF 16V
C122 |UP652100 |C. POL 100pF 100V C177 |Vi844100 |C.EL 33uF 35V
C123 |Vi845900 |C.EL 10uF 63V C179 | VK533900 |C. PP 100pF 200V
C124 | UP652100 |C. POL 100pF 100V C180 | VK533900 | C. PP 100pF 200V
C125 |UP652100 |C. POL 100pF 100V C181 |UP653120 |C.POL 1200pF 100V
C126 |Vi845900 |C.EL 10uF 63V C182 |UA653330 [C.MYLAR |3300pF 50V
C127 |VK182800 |C.EL A7uF 100V C183 |VR516400 |С. СЕ 15pF 500V
C128 |UP652100 |C. POL 100pF 100V C184 | Vi845200 |C. EL 4.7uF 50V
C129 |Vi845900 |C.EL 10uF 63V C185 |UA654100 |C.MYLAR — |0.OluF 50V
C130 | UP652100 |C. POL 100pF 100V C186 |Vi842600 |C. EL 100uF 16V
C131 |UP652100 |C.POL ~~ |100pF 100V C187 |Vig44100 |C.EL 33uF 35V
C132 |Vi845900 |C.EL 10uF 63V C189 | VK533900 |C. PP 100pF 200\
C133 |VK182800 |C.EL ATuF 100V C190 |VK533900 |C.PP 100pF 200V
C134 |UP652100 |C.POL 100pF 100V C191 |UP653120 |C. POL 1200pF 100V
C135 |Vi845900 |C.EL 10uF 63V C192 |UA653330 |C.MYLAR |3300pF — 50V
C136 |UP652100 |C. POL 100pF 100\ C193 |VR516400 |C.CE 15pF 500V
C137 |UP652100 |C. POL 100pF 100\ C194 | Vi845200 |C.EL 4.70uF 50V
C138 |Vi845900 |C. EL 10uF 63 C195 |UA654100 [C.MYLAR — |0.01uF 50V
C139 |VK182800 |C.EL ATF 100V C196 |Vi842600 |C. EL {1000F 16V
C140 |UP652100 |C. POL 100pF 100V C197 | Vi844100 |C.EL 33uF 35V
C141 |Vi845900 |C.EL 100F 63V C199 | VK533900 |C. PP 100pF 200V
C142 |UP652100 |C. POL 100pF 100V C200 | Vi845100 |C.EL 3.3uF 50V
C143 |UP652100 [C.POL |100рЕ 100V C201 | Vi846900 |C.EL 10uF 100V
C144 |Vi845900 |C.EL 10uF 63V C202 | VR169000 |C.MYLAR.ML |ECQ-V1H334JL3
C145 |VK182800 |C. EL 47uF 100V C203 |Vi842800 |C. EL 330uF 16V
C146 |UP652100 |C. POL 100pF 100V C204 | Vi846900 |C.EL 10uF 100V
C147 |Vi845900 |C.EL 10uF 63V C205 |UA654470 |C.MYLAR |0.047uF 50V
C148 |UP652100 |C. POL 100pF 100V C206 | Vi846900 |C. EL 10uF 100V
* New Parts * New Parts
92
|
RX-V2095
»
а
er
Ty
O
e
N
>
x
ce
93
RX-V2095/RX-V2095RDS
* New Parts
P.C.B. MAIN
Schm Schm
Ref. PART NO. Description Ref. PART NO. Description
C207 [VR169000 |C. MYLAR. ML |ECQ-VIH334]L3 C705 {VR168300 |C. MYLAR. ML |ECQ-V1H104JL3
C208 [Vig42800 |C.EL 330uF 16V D102 | iF004600 | DIODE 1SS133
C209 |UA654470 |C.MYLAR 0.047uF . 50V D105 {iF004600 |DIODE 155133
C210 [Vi846900 |C.EL 10uF 100V D106 | iF004600 |DIODE 1SS133
C211 |V1846900 |C.EL 10uF 100V D108 | iF004600 |DIODE 155133
C212 |\/1846900 | С.Н, 10uF 100V D113 | iF004600 | DIODE 1SS133
C213 | Vi842800 |C.EL 330uF 16V D114 | iF004600 | DIODE 155133
C214 |UA654470 |C. MYLAR 0.047uF 50V D116 |iF004600 {DIODE 155133
C215 |Vi846900 |C.EL | 10uF 100V D117 | iF004600 | DIODE 1SS133
1 C216 |Vi846900 |C.EL 10uF 100V D118 | iF004600 | DIODE 1SS133
C217 |Vi842800 |C.EL 330uF 16V D119 |iF004600 |DIODE 155133
C218 |UA654470 |C.MYLAR 0.047uF 50V D120 | iF004600 | DIODE 155133
C219 |V1846900 |C.EL 10uF 100V A | D122 |VC398400 {DIODE MA185
C220 |Vi846900 |C.EL 10uF 100V À | D124 |VC398400 | DIODE MA185
C221 |Vi842800 |C.EL 330uF 16V A [D126 |VC398400 (DIODE MA185
0222 |UA654470 |C. MYLAR 0.047uF 50V A |D128 |VC398400 |DIODE MA185
C223 | UA6G54100 |C. MYLAR 0.0luF 50V(G) A | D130 | VC398400 [DIODE MA185
C224 |UA654100 |C. MYLAR 0.0luF 50V(G) A | D132 ¡VC398400 | DIODE MA185
C225 |UA654100 |C. MYLAR 0.0luF 50V(G) A | D134 {VC398400 | DIODE MA185
C226 |UA654100 |C.MYLAR — |0.0luF 50V(G) A |D136 | VC398400 [DIODE MA185
C227 |UA654100 |C. MYLAR 0.0luF 50V A | D138 |V(C398400 {DIODE MA185
C228 |UA654100 |C.MYLAR = (0.0luF 50V A | D140 |VC398400 [DIODE MA185
C229 1Vi844600 |C. EL 0.22uF 50V A |D141 |VU264100 {DIODE 1SR139-400
C230 |UP652100 |C.POL 100pF 100V A | D142 |VC398400 | DIODE MA185
C231 |Vi843500 |C. EL 100uF 25V A | D143 |VU264100 |DIODE 1SR139-400
C232 |Vi843500 |C.EL 100uF 25V A | D144 |VC398400 | DIODE MA185
C233 |Vi843500 |C.EL 100uF 25V A | D145 |VU264100 |DIODE 1SR139-400
C234 |Vi843500 |C. EL { 100uF 25V A | D146 |VC398400 [DIODE MA185
C235 |Vi843500 |C.EL 100uF 25V A | D147 |VU264100 |DIODE 1SR139-400
(236 |Vi844500 |C. EL 0. luF 50V A {D148 |VC398400 {DIODE MA185
1 C237 |Vi&44500 |C.EL 0. luF 50V A | D149 |VU264100 |DIODE 1SR139-400
C238 |Vi844500 |C.EL 0. luF 50V A |D150 |VC398400 | DIODE MA185
C239 |Vi844500 |C.EL O.luF 50V D151 |VG440100 |DIODE.ZENR |MIZJ12A 12V
(240 |Vi844500 |C.EL 0. luF 50V D152 |VG440100 |DIODE. ZENR [MTZJ12A 12V
C241 [UA654100 |C. MYLAR 0.0luF 50V. D153 |VG440100 |DIODE.ZENR |MIZJ12A 12V
C243 |VF467300 |C.CE. TUBLR |0.01uF 16V D154 |VG440100 |DIODE. ZENR |MIZJ12A 12V
C244 |VF467300 |C.CE. TUBLR |0.0luF 16V D155 1VG440100 |DIODE.ZENR |MIZJ12A 12V
C245 |VH053100 |C.CE. TUBLR |0. luF 50\ (6) D601 | iF004600 | DIODE 155133
C246 |VF467300 |C.CE.TUBLR [0.01uF 16V(G) D602 | 15004600 | DIODE 155133 (UCRTAL)
C601 |UA654100 |C. MYLAR 0.0luF 50V(G) A [D701 {Vi711600 [DIODE.BRG [RBV-602 LF-A
C602 |UA654100 |C. MYLAR 0.0luF 50V(G) G101 ¡VR463400 | TERM. G6ND 1D3.5 TP00385
C603 {UA654100 |C. MYLAR 0.0luF 50V(G) G701 {VR463400 |TERM.GND 03.5 TP00385
C604 |UA654100 |C. MYLAR 0.01uF 50V(G) JK601 {V] 726800 | JACK. MNT (UCRTAL)
C605 {UA654100 |C. MYLAR 0.0luF 50V(G) JK6021V] 726800 | JACK. MNI (UCRTAL)
C606 |UA654100 {C. MYLAR 0.0luF 50V(G) L101 |VC664100 |COIL 0. 95uH
C607 |UA654100 {C. MYLAR 0.0luF 50V(G) L102 {VC664100 |COIL 0. 95uH
C608 | UA654100 | C. MYLAR 0.0luF 50V(G) L103 {GD900470 | COIL 1. 5uH
C609 |UA654100 |C.MYLAR = 10.0luF 50V(G) L104 16D900470 |COIL 1. 5uH
C610 | UA654100 | C.MYLAR 0.0luF 50V(G) L105 160900470 [COIL 1. 5uH
C701 |UT454470 | C. PP 0.047uF 100V.- PT101/VJ696300 | JACK. PIN |4Р
C702 |VY818300 |C. EL 22000uF 71V PJ1021V]696300 | JACK.PIN |4P
C703 |UT454470 |C. PP 0.047uF 100V PT103 |VP768000 | JACK. PIN [|2P
C704 | VY818300 |C. EL 22000uF 71V Q101 |1C174020 |TR 2SC1740S R,S
* New Parts
RX-V2095/RX-V2095RDS
x
%
<
N
=
o
O
pv
%
<<
N
=
©
<
po
OO
cn
| P.C.B. MAIN
энер РРР
Schm | Schm |
Ref. PART NO. Description ~ | Ref. PART NO. Description
0102 |УК165500 DTC123JS ТР A | Q159A | 1X632610 |TR 28A1837 0, Y
Q107 |VT254500 DTC143ZS A |Q159C| 1X632620 |TR 2SCA793 0, Y
0108 | VT254500 DTC143ZS À |1Q160 |1C224030 |TR 2SC2240 GR, BL
Q109 |VT254500 DTC143ZS A |Q161 | 10224030 |TR 2502240 GR, BL
Q110 |iA101521 |TR 20A1015 Y А 1 0163 |VE198700 |TR 25A1145 0, Y
Q111 | 10224030 |TR 2802240 GR, BL A | Q164 | 1C224030 |TR 2802240 GR, BL
Q112 |iA101521 |IR 28A1015 Y | A |Q165 | 18097000 |TR 284970 GR, BL
0113 | 10224030 |TR 2502240 GR; BL A#1Q166 | VY705000 |TR 2SC5200 R, 0
0114 | iA101521 |TR 2sA1015 Y A |Q167 |iC224030 |TR 2802240 GR, BL
Q115 | ¡0224030 |TR 2502240 GR, BL A#|Q168 |VY705000 |TR 2SC5200 R, 0
Q116 | 1A101521 |TR- 25A1015 Y A#1Q169 |VY705000 | TR 2SC5200 R, 0
Q117 | iC224030 |TR 2502240 GR, BL A |Q170 |iC224030 |TR 2SC2240 GR, BL
Q118 | 1A101521 |TR 25A1015 Y A#|Q171 |VY705000 | TR 2805200 R, O
Q119 | iC224030 |TR 2802240 GR, BL A#|Q172 |VY705000 |TR 25C5200 R, 0
0120 |VE198800 [TR 2802705 0, Y А |173 | 10224030 TR 2802240 GR, BL
Q121 | iA101521 |TR 2SA1015 Y A#|Q174 |VY705000 |TR 2805200 R, O
Q122 | VE198700 |TR 28A1145 0, Y A#|Q175 |VY705000 [TR 2805200 KR, O
Q123A | iX632610 [IR 2SA1837 0, Y А | 0176 |1С224030 | TR 28502240 GR, BL
Q123C | 1X632620 | TR 2804793 0, Y A#1Q177 |VY705000 |TR 2805200 R, O
Q124 | iC224030 [IR 25C2240 GR, BL A#1Q178 |VY705000 | TR 2805200 R, O
Q125 | iC224030 [IR 25C2240 GR, BL A 1Q179 110224030 {TR 2802240 GR, BL
Q127 | VE198700 |TR 28A1145 0, Y A#|Q180 |VY705000 |TR 25C5200 R, 0
Q128 | 1C224030 | TR 2802240 GR, BL Q181 | VK432900 [TR 2SD1915F S,T
Q129 |VE198800 | TR 2802705 0,Y (182 |VK432900 | TR 2SD1915F $, T
Q130 | 1A101521 {TR 25A1015 Y Q183 | VK432900 |TR 25D1915F S, T
Q131 | VE198700 1TR - 28A1145 0, Y Q184 | VK432900 | TR 23D1915F S, T
Q132A | 1X632610 | TR 25A1837 0,Y Q185 |VK432900 |TR 2SD1915F S,T
Q132C | 1X632620 |TR 25C4793 0,Y Q186 |VK432900 [TR 2SD1915F S,T
Q133 | 1C224030 |TR 2802240 GR, BL Q187 | VK432900 [TR 2SD1915F S, T
Q134 | 1C224030 |TR 2502240 GR, BL 0188 |VK432900 |TR 2SD1915F S,T
Q136 | VE198700 | TR 25A1145 0, Y Q189 | VK432900 | TR 2SD1915F S,T
Q137 | iC224030 |TR 25C2240 GR, BL Q190 | VK432900 |TR- 2SD1915F $, Т
Q138 |VE198800 |TR 2802705 0, Y A |R123 |HL315150 |R.MIL,OXD 11500 1W
Q139 | 1A101521 |TR 20A1015 Y A |R124 |HL315150 |R.MTL.OXD |1500 1W
Q140 | VE198700 |IR 2SA1145 0, Y A |R149 |HL316100 |R.MIL.OXD |1KQ 1W
Q141A | 1X632610 |IR 25A1837 0,Y A | R150 [HV455220 |R.CAR.FP 12200 1/4W
Q141C | 1X632620 |IR 2504793 0, Y A {R151 [HV455220 |R.CAR.FP 2200 1/4W
Q142 | 1C224030 [IR 2802240 GR, BL A |R152 |HV455680 |R.CAR.FP 6800 1/4W
0143 | 10224030 |TR 2802240 GR, BL A {R159 |HV455680 IR.CAR.FP |680 0 1/4W
Q145 | VE198700 [TR 28A1145 0, Y A |R166 {HV455680 |R.CAR.FP 16800 1/4W
Ql46 |iC224030 {TR 2502240 СК, В. A [R173 |HV455680 |R.CAR.FP —|680Q 1/4W
Q147 |VE198800 [TR 12802705 0, Y À |R180 ¡HV455680 |R.CAR.FP |680 0 1/44
0148 | iA101521 [TR 2SA1015 Y A |R187 |HV454470 |R.CAR.FP 1479 1/4W
Q149 |VE198700 | TR 2SA1145 0, Y A | R188 [HV455680 |R.CAR.FP 16802 1/4W
Q150A | 1X632610 |IR |28A1837 0, Y A |R189 |HVA55100 |R.CAR.FP -|1000 1/4W
Q150C | 1X632620 | TR 2804793 0, Y A {R193 |VK189100 |R. FUS 1.2KQ 1/4W
Q151 | iC224030 [IR 2SC2240 GR,BL A |\R194 |VK188000 | R. FUS 11500 1/4W
1Q152 | iC224030 {TR 12SC2240 GR, BL A |R196 |HV455150 |R.CAR.FP ¡1500 1/4®
Q154 |VE198700 |TR 28A1145 0, Y A {R199 |HV456680 |R.CAR.FP —|6.8KQ 1/4W
Q155 | 10224030 [TR 2502240 GR, BL A |R201 |HV455470 |R.CAR.FP 14700 1/4W
Q156 |VE198800 [TR 23C2705°0,Y — A |R202 |HV455120 |R.CAR.FP 11200 1/4W
Q157 |1A101521 |TR 2SA1015 Y A | R203 [HV456680 |R.CAR.FP —|6.8KQ 1/4W
Q158 | VE198700 | TR 28Al1145 0, Y - A |R204 |HV455100 |R.CAR.FP - 11000 1/4W
* New Parts | * New Parts
RX-V2095
RX-V2095RDS
Ренн
RX-V2095/RX-V2095RDS
* New Parts
* New Parts
P.C.B. MAIN
Schm - | Schm
Ref. PART NO. Description | Ref. PART NO. Description
| R206 |HV455560 |R.CAR.FP |560 0 1/4W A |R306 |HV453470 [R.CAR.FP 14.702 1/4W
R208 |HV454470 |R.CAR.FP |47 0 1/4W A |R310 |VR412900 [R.MIL.OXD |0.10 3W
R209 |HV455630 |R.CAR.FP |680 0 1/4W A | R313 |HV453470 [R.CAR.FP [4.70 1/4W
R210 |HV455100 |R.CAR.FP |1000 1/4 A |R314 |HV453470 |R.CAR.FP — [4.70 1/40
R214 | VK189100 |R. FUS 1.2KQ 1/4 A |R316 |HV453470 |R.CAR.FP 4.70) 1/4W
R215 |VK188000 |R. FUS 1500 1/4W A | R318 |VR412900 |R.MIL.OXD [0.10 3W
R217 |HV455150 (R.CAR.FP |150 @ 1/4W A | R321 |HV453470 (R.CAR.FP [4.70 1/4W
R220 |HV456680 |R.CAR.FP |6.8KQ 1/4W A |R322 |HV453470 |R.CAR.FP |4.70 1/48
R222 |HV455470 |R.CAR.FP —|4700 1/4W A | R324 |HV453470 [R.CAR.FP —|4.70 1/4W
R223 |HV455120 |R.CAR.FP 11200 1/4 A |R326 |VR412900 |R.MIL.OXD [0.18 3W
R224 |HVA456680 |R.CAR.FP . |16.8KQ 1/4W A |R329 |HV453470 [R.CAR.FP |4.7 0 1/4W
R225 |HV455100 |R.CAR.FP 11000 1/4W A |R330 |HV453470 IR.CAR.FP —|4.70 1/4W
R227 |HV455560 |R.CAR.FP |560 0 1/4W A | R332 |HV453470 |R.CAR.FP 14.70 1/4W
R229 |HV454470 |R.CAR.FP [470 1/4W A |R334 |VR412900 |R.MIL.OXD (0.10 ЗИ
R230 |HV455680 |R.CAR.FP 16809 1/4W A |R337 |HV453470 [R.CAR.FP 14.72 1/4W
R231 |HV455100 |R.CAR.FP 1100 0 1/4W A | R338 |HV453470 [R.CAR.FP 14.72 1/4W
R235 |VK189100 |R. FUS 1.2KQ 1/4 A |R339 |HI315220 |R.MTL.OXD [2200 IW
R236 |VK188000 |R.FUS 150 9 1/4W A | R340 |HL315220 IR.MIL.OXD [2200 IW
R238 |HV455150 |R.CAR.FP |150 0 1/4W A | R342 |HV454100 |R.CAR.FP 1102 1/4W
R241 |HV456680 |R.CAR.FP 16.8KQ 1/4W A |R344 |HV454100 {R.CAR.FP |100 1/4W
R243 |HVA55470 |R.CAR.FP 14700 1/4W A |R345 [HV454100 [R.CAR.FP |100 1/4W
R244 |HV455120 |R.CAR.FP 11200 1/4W A | R347 |HVA54100 |R.CAR.FP 1100 1/4W
R245 |HV456680 |R.CAR.FP 1|6.8KQ 1/4W A | R349 |HV454100 |R.CAR.FP |10Q 1/4W
R246 |HV455100 |R.CAR.FP - |1000 1/4W A |R359 |HL315220 |R.MIL.OXD 12200 1W
R248 |HV455560 |R.CAR.FP — |5600 1/41 A |R360 |HL315220 IR.MIL.OXD |2200 1W
R250 |HV454470 [R.CAR.FP |470 1/4W A |R362 |HV455470 IR.CAR.FP —|4700 1/40
R251 |HV455680 |R.CAR.FP [6800 1/4W A |R363 |HV455470 |R.CAR.FP —|4700 1/4W
R252 |HV455100 |R.CAR.FP 1100 0 1/4W A |R364 |HV455470 |R.CAR.FP 14702 1/4W
R256 | VK189100 |R. FUS 1.2X0 1/4 —A |R365 |HV455470 |R.CAR.FP 14702 1/4
R257 |VK188000 |R.FUS — [1509 1/4 A |R366 |HV455470 [R.CAR.FP —|4700 1/44
R259 |HV455150 |R.CAR.FP |150 0 1/4W A |R367 |HV455470 |R.CAR.FP — (4700 1/4W
R262 |HV456680 |R.CAR.FP |6.8KQ 1/4W A |R368 |HV455470 {R.CAR.FP —|4700 1/4W
R264 |HV455470 |R.CAR.FP 1470 1/4W À |R369 |HV455470 |R.CAR.FP — |470Q 1/48
R265 |HV455120 |R.CAR.FP 1120 0 1/4W A |R370 |HV455470 |R.CAR.FP —|4700 1/4W
R266 |HV456680 |R.CAR.FP 1|6.8KQ 1/4W A |R371 |HV455470 (R.CAR.FP —|4700 1/48
R267 |HV455100 |R.CAR.FP 11000 1/4W | R373 |HL315100 |R.MIL.OXD |100Q 1W
R269 |HV455560 |R.CAR.FP 15600 1/4W A |R374 |HV453100 IR.CAR.FP |1Q 1/4
R271 |HV454470 [R.CAR.FP 1470 1/4W A |R375 |HV453100 |R.CAR.FP |1Q 1/4W
R272 |HV455680 |R.CAR.FP ¡6800 1/40 A | R376 |HV453100 |R.CAR.FP |1Q 1/4W
R273 |HV455100 |R.CAR.FP {1000 1/4W A |R377 |HV453100 |R.CAR.FP |10 1/4W
R277 |VK189100 |R.FUS 1.2KQ 1/4W A | R378 |HV453100 |R.CAR.FP |1Q 1/4W
R278 | VK188000 |R. FUS 1500 1/4W RY101 | KC002020 | RELAY DH24D2-OT/M
R280 |HV455150 |R.CAR.FP 11502 1/4W RY102 | KC002020 | RELAY DH24D2-OT/M
R283 |HV456680 |R.CAR.FP [6.8KQ 1/4W RY104 | VK438300 | RELAY DH24D2-OT/M2
R285 |HV455470 |R.CAR.FP 147002 1/4W RY105 | VK438300 | RELAY DH24D2-0T/M2
R286 |HV455120 |R.CAR.FP 11200 1/4W RY601 | VK438300 |RELAY DH24D2-0T/M2
R287 |HV456680 |R.CAR.FP 16.8KQ 1/4W SW601 | VT903900 |SW. SLIDE — | SSAA22 (RT)
R288 |HV455100 |R.CAR.FP 1100 0 1/4W SW701 | VZ075500 | SW. SLIDE | SL14-22AMSF
R290 |HV455560 |R.CAR.FP 15600 1/4W TE101 | VC313700 |TERM.SP | 8P(UCRTA)
R296 |HV453470 |R.CAR.FP 14.72 1/44 TE101 | VK506200 | TERM. SP — |8P(LG)
R300 |VR412900 |R.MIL.OXD 10.10 3W TE601 |V2504700 |TERM.SP — |4P(LG)
R303 |HV453470 |R.CAR.FP |4.70 1/4W TE601 | VF018400 |TERM.SP |4P(UCRTA)
R304 |HV453470 |R.CAR.FP [4.70Q 1/4W TE602 | V2504800 |TERM.SP |6PCUCRTA)
RX-V2095/RX-V2095RDS
P.C.B. MAIN & FUNCTION
pu)
2 то
<x
Te
ae
y O
ya
un
Schm | Schm |
Ref. PART NO. Description Ref. PART NO. Description
TE602 | V2504900 | TERM. SP 6P (LG) C15 |Vi844900 |C.EL luF 50V(UCRTAL)
V]828000 |PIN IMSA-6024-03E C16 |Vi845600 |C.EL 47uF 50V(UCRTAL)
BB071360 |SCR.TERM |8.3x13 C17 |UP652100 |C. POL 100pF 100V (UCRTAL)
BB070700 | GND. MIL C18 |UP652100 |C. POL 100pF 100V(UCRTAL)
VY843300 | HEAT, SINK C19 |Vi845600 |C.EL 47uF 50V(UCRTAL)
VK697600 | SCR. BND. HD |3x10 SP ZMC2-Y C20 |Vi844900 |C. EL luF 50V(UCRTAL) |
1021 |Vi845000 [C.EL 2.2uF 50V(UCRTAL)
C22 |Vig44900 |C.EL luF 50V(UCRTAL)
C23 1Vi844900 |C.EL luF 50V
C24 |Vi844900 |C.EL luF 50V
C25 |UB245100 |C.CE.M.CHP {0. 1uF 25V
C26 |UB245100 |C.CE.M.CHP 10. 1иЕ 25V
C27 | UBO13100 |C.CE.M.CHP |1000pF 50V
BL (28 |UB013100 |C.CE.M.CHP |1000pF 50V
CN. BS. C29 |UB245100 [C. CE.M.CHP |0. luF 25V
CB2 CN.BS.PIN |16P C30 |Vi844800 |C.EL 0.47uF 50V
CB3 CN.BS.PIN |8P (31 |UB245100 |C.CE.M.CHP |0. 1uF 25V
CB4 |VM859500 |CN.BS.PIN |11P C32 |UB245100 |C.CE.M.CHP (0. luF 25V
CB5 |VQ044800 [CN.BS.PIN |18P (33 |UB245100 |C.CE.M.CHP |0. 1uF 25V
CB6 |VB858200 [CN.BS.PIN |3P C34 |UB245100 |C.CE.M.CHP |0. 1uF 25V
CB7 |VF982300 |CN.BS.PIN |17P C35 |UB245100 |C.CE.M.CHP (0. luF 25V
CBS [VP113500 |CN.BS.PIN |10P C36 |UB245100 [C.CE.M.CHP (0. luF 25V
CB9 |VB858300 |CN.BS. PIN |4P(UCRTAL) C37 |VI740700 |C.EL A700uF 5.5V
CB12 |VQ047300 |CN.BS.PIN |12P (38 |UB245100 |C.CE.M.CHP (0. luF 25V
CB201 | VB858200 |CN. BS. PIN |3P C39 |Vi841400 |C.EL 1000uF 6.3V
CB202 | VP082900 | CN. BS. PIN |25P C40 |Vi841400 |C.EL 1000uF 6.3V
CB203 | VV075100 | SOCKET 15P C41 |UB245100 |C.CE.M.CHP 10. 1иЕ 25V
CB204 | VP573800 |CN.BS. PIN |18P C42 |Vig45900 |C.EL 10uF 63V
СВ205 | VM923600 |CN. BS. PIN |13P (43 |Vi845600 |C.EL ATuF 50V
CB206 | VN066500 |CN.BS.PIN |12P (44 |UB245100 |C. CE.M.CHP |0. luF 25V
CB801 | VG879900 |CN.BS. PIN {2P C45 |UB245100 |C.CE.M.CHP |0. luF 25V
CB803 | VP206500 | HOLDER. FUS |EYF-52BC (ALG) C46 |UB245100 |C.CE.M.CHP [0. luF 25V
CB803 | VS996100 | HOLDER. FUS | EYF64BC (UCRT) C47 |Vig45000 |C.EL 2. uF 50V
CB804 | VP206500 | HOLDER. FUS | EYF-52BC (ALG) C48 |Vig45000 |C.EL 2. 2uF 50V
CB805 | VS996100 |HOLDER. FUS | EYF64BC (UCRT) (49 |UB245100 |C. CE.M. CHP |0. luF 25V
CB806 | VP206500 | HOLDER. FUS | EYF-52BC (RTLG) C50 |UB245100 |C.CE.M.CHP {0.1uF = 25V
CB807 | VP206500 | HOLDER. FUS | EYF-52BC(RTLG) [C51 |UB245100 |C.CE.M. CHP |0. luF 25V
CB808 | LA002410 | TERM. WRAP —|2P 1052 |Vi841400 [C.EL 1000uF 6.3V
CB809 | LA002410 |TERM. WRAP | 2P (RT) C53 |UB245100 |C.CE.M. CHP |0. luF 25V |
Cl |UP652470 |C. POL A70pF 100V C54 |Vi845600 |C.EL 47uF 50V(UCRTAL)
C2 |UP652470 |C. POL 470pF 100V C55 |Vi845600 |C.EL 47uF 50V(UCRTAL)
C3 |UP652470 |C. POL A70pF 100V C56 | UB245100 |C.CE.M.CHP (0. luF 25V (A)
C4 |UP652470 |C.POL 470pF 100V C57 |UB052100 [C.CE.M. CHP |100pF 50V (A)
C5 |UP652470 |C. POL 470pF - 100V C201 |UP652100 ¡C. POL 100pF . 100V
C6 |UP652470 |C. POL 470pF 100V C202 |UP652100 |C. POL 100pF 100V
C7 |UP652220 |C. POL 220pF 100V C203 |UB044100 |C.CE.M.CHP 10.01uF 50V
C8 — |UP652220 |C. POL 220pF 100V C204 |UP652220 |C. POL | 220pF 100V
|C9 |UP652470 |C.POL. —|470pF 100V C205 |UP652220 |C. POL 220pF 100V
C10 |UP652470 |C. POL 470pF 100V C206 |VHO53100 |C.CE. TUBLR {0. luF 50V
C11 |UP652220 |C.POL 220pF 100V C207 |VHO53100 |C. CE. TUBLR (0. luF 50V
C12 |UP652220 |C.POL 220pF — 100V C208 |Vi845000 ¡C. EL 2. 2uF 50V
C13 |UP652470 |C. POL 470pF 100V(UCRTAL) C209 ¡UP652220 |C. POL 220pF 100V
C14 |UP652470 |C. POL 470pF 100V(UCRTAL) C210 |Vi841900 |C. EL 220uF 10V
* New Parts * New Parts
96
Tr,
Го,
©
N
©
a
a =
RX-V2095RDS
RX-V2095/RX-V2095RDS
P.C.B. FUNCTION
| Schm | |
Ref. PART NO. — Description
| 0211 | UA6G53910 |C. MYLAR 9100pF 50V
C212 [UA653910 |C. MYLAR 9100pF 50V
C213 |UP652220 |C. POL 220pF 100V
C214 |Vi841900 |C. EL 220uF 10V
C215 |Vi845000 |C.EL 2. QUF 50V
C216 | UP652470 |C. POL 470pF 100V
C217 |UP652470 |C.POL 470pF 100V
C218 |UP652470 |C, POL 470pF 100V
C219 |UP652470 |C. POL | 470pF 100V
C220 |UP652470 |C. POL 470pF 100V
C221 |UP652470 |C. POL 470pF 100V
C222 |UP652470 |C. POL 470pF 100V
0223 |UP652470 |C. POL 470pF 100V
C224 | UP652470 |C. POL 470pF 100V
C225 [UP652470 |C. POL 470pF 100V
(226 |Vi845000 |C. EL 2. 2uF 50V
C227 |Vig45600 |C.EL 47uF 50V
C228 | UA653100 | C. MYLAR 1000pF 50V
C229 | UA654330 | C. MYLAR 0.033uF 50V
C230 |UA654330 |C. MYLAR 0.033uF 50V
(231 | UA653100 |C. MYLAR 1000pF 50V
(232 |Vi845600 |C. EL 4/7uF 50V
C233 |Vi845000 {C. EL 2. 2uF 50V
C234 |UB044100 |C.CE.M.CHP |0.01uF 50V
C235 | UB052100 |C.CE.M. CHP |100pF 50V
C237 |UB013100 |C.CE.M. CHP | 1000pF 50V
C238 |Vi845900 |C. EL lOuF 63V(UCRTAL) |
C239 |Vi845900 |C.EL 10uF 63V
C240 |Vi845900 |C. EL 10uF 63V
0241 |Vi845900 |C. EL 10uF 63V(UCRTAL)
10242 |Vi845900 |C. EL 10uF 63V
C243 |Vi845900 |C.EL 10uF 63V
(244 |Vi845600 |C.EL 47uF ‘ 50V
C245 |Vi845600 |C.EL 47uF 50V
C246 |Vi846000 |C.EL 22uF 63V.
C247 |Vi846000 {C.EL 22uF 63V
C248 |UB245100 {C.CE.M.CHP |0. 1uF 25V
C249 |UB245100 |C.CE.M.CHP (0. luF 25V
C250 |Vi845900 |C. EL 10uF 63V
C251 |Vi845600 |C.EL A7uF 50V
C252 |Vi845600 |C. EL ATuF 50V
C253 |Vi845900 |C.EL 10uF 63V
C254 |UB245100 |C.CE.M.CHP |0. 1uF 25V
C255 |UB245100 |C.CE.M.CHP [0. 1uF 25V
C256 | Vi841900 |C. EL 220uF 10V
C258 |UA654180 |C.MYLAR [0.018uF 50V —
(259 |UA654680 |C. MYLAR 0.068uF 50V
C260 |UB245100 |C. CE. M. CHP 10. luF 25V
C261 | UB245100 |C.CE.M.CHP |0.luF 25V
0262 |Vi845900 |C.EL 10uF 63V
C263 | UP652100 |C. POL 100pF 100V
C264 |UP652100 |C. POL 100pF 100V
C265 |Vi845900 |C.EL 10uF 63V -
Schm
Ref. PART NO. Description
C266 |Vi845900 |C.EL 10uF 63V
C267 |Vi845900 |C.EL 10uF 63V
C268 |Vi845900 |C.EL 10uF 63V
C269 |Vi845900 |C. EL 10uF 63V
C270 |UB245100 |C.CE.M.CHP [0. luF 25V
C271 |UB245100 |C.CE.M.CHP |0. 1uF 25V
(272 |Vi845900 tC. EL 10uF 63V
C273 |Vig845900 |C.EL 10uF 63V
C274 |Vi845900 |C. EL 10uF 63V
0275 |Vig45900 |C. EL 10uF 63V
C276 |UB245100 |C.CE.M.CHP {0. 1uF 25V
C277 |UB245100 |C.CE.M.CHP ¡0. luF 25V
0278 |UP652100 |C. POL 100pF 100V
C279 |UP652100 |C. POL 100pF 100V
C280 |UA654270 |C. MYLAR 0.027uF 50V
C281 |UA654270 |C. MYLAR 0.027uF 50V
C282 |Vi845900 |C. EL 10uF 63V
C283 |Vi845900 |C. EL 10uF 63V
C284 |UA654270 {C. MYLAR 0.027uF 50V
C285 |UA654270 {C. MYLAR 0.027uF 50V
C286 |Vig45900 |C.EL 10uF 63V
(287 |UP652100 |C. POL 100pF 100V
C288 |Vi845600 |C.EL 47uF 50V
C289 |Vig45600 |C. EL 47uF 50V
C290 |UP652100 |C. POL 100pF 100V
C291 |Vi845900 |C.EL 10uF 63V
C292 |Vig45600 |C. FL 47uF 50V
0293 |Vi845600 |C. EL 47uF 50V
C294 |Vi845000 |C. EL 2. 2uF 50V
C295 |Vig845000 |C. EL 2. 2uF 50V
C296 |VS029500 |C.MYLA.CHP |0.00047uF 50V
C297 |VS029500 |C.MYLA.CHP |0.00047uF 50V
C298. |VS029500 |C.MYLA. CHP |0.00047uF 50V
C299 - | VS029500 |C.MYLA. CHP |0.00047uF 50V
C801 |VR324600 |C.MYLAR 0.0luF 100V
C802 |Vi846200 |C. EL ATuF 63V(RT)
C803 | VF606700 |C.EL 1000uF 25V
C805 |VV975400 |C.CE 0.01uF 275V
DI |V6437400 |DIODE.ZENR |MIZJ5.1B (UCRTAL)
D4 |iF004600 | DIODE 155133
D5 |iF004600 |DIODE 155133
D6 |iF004600 | DIODE 155133
D7 |iF004600 | DIODE 155133
D8 |iF004600 | DIODE 155133
D9 | 13004600 | DIODE 155133
DIO | iF004600 |DIODE 155133
DI1 |VG438200 |DIODE. ZENR |MIZJ6.8A 6.8V
D12 |VG437400 |DIODE. ZENR |MIZJ5.1B 5.1V
DI3 |VG437300 |DIODE. ZENR |MTZJ5.1A 5.1V
D14 | iF004600 |DIODE 155133
D15 |VG437300 [DIODE. ZENR |MIZJ5.1A 5.1V
D201 |VG439900 |DIODE. ZENR |MTZJ11B 11V
D202 |VG439900 |DIODE. ZENR |MTZJ11B 11V
* New Parts
97
* New Parts
>
> > > >
| P.C.B. FUNCTION
Schm |
Ref. PART NO. Description.
D203 |VG439900 (DIODE. ZENR |MIZJ11B 11V
D204 |VG439900 (DIODE. ZENR |MIZJ11B 11V
D801 |VR253700 |DIODE.BRG |SINB20 .1.0A 200V
D802 | iF004600 |DIODE 155133
D803 |VG439900 |DIODE.ZENR |MIZJ11B 11V(RT)
F801 |KB000780 ¡FUSE |T5.0A 250V(ALG)
F801 | KB001390 | FUSE 10A 250V(UCRT)
| F802 | KB000780 | FUSE T5.0A 250V(RT)
F802 |VT942900 |FUSE TH2.5A 250V (LG)
IC1 |XB247301 | IC uPC4570HA (UCRTAL)
IC2 | XS884A00 | IC LC7536Y (UCRTAL)
IC3 | XV284G00 | IC HD6433397F-XXX CPU
IC4 |XA507A00 |IC AN78N05 a.
IC5 |XF494A00 | IC LB1641
10201 | X]553A00 | IC NJM2068MD
10202 | XP894A00 | IC LC78211
1С203 | XP895A00 | IC LC78212
1C204 | XP894A00 | IC — LC78211
IC205 | XF291A00 | IC uPC4570G2
1C206 | XF291A00 | IC uPC4570G2
*| 10207 | XVO39A00 | IC M5220FP OP AMP
*| 1C208 | XVO39A00 | IC M5220FP OP AMP
*| 1C209 | XVO39A00 | IC M5220FP OP AMP
IC210 | XP896A00 | IC LC78213
1C211 | XP895A00 | IC LC78212
LI — |VD473700 |COIL 60uH (A)
L2 |VD473700 |COIL 60uH (A)
PJ1 |VJ696300 |JACK.PIN |4P
PJ2 |VJ696300 |JACK.PIN |4P
PJ3 |VJ696300 |JACK.PIN |4P(G)
PJ3 |VM750600 |JACK.PIN | 6P(UCRTAL)
PJ201 | VO260900 | JACK.PIN |4P
PJ202 | V]696300 |JACK.PIN [4P
PJ203 | VJ696300 | JACK. PIN |4Р
PJ204 | VT666100 | JACK. PIN — |2P |
QU |iC287820 TR 2SC2878 AB(UCRTAL)
Q2 — |iC287820 |TR - 2SC2878 AB(UCRTAL)
Q3 |¡A093320 |TR 2SA933S QR(UCRTAL)
Q | iA093320 |TR 2SA933S QR(UCRTAL)
Q5 — |iA093320 |TR 2SA933S Q,R
Q6 — |VG722000 |TR.DGT DTC144ES
Q7 |iA093320 [TR 2SA933S Q,R
Q8 — |iA093320 |TR 2SA933S Q,R
Q9 — |iA093320 |TR 2SA933S ©, В
010 |iA093320 |TR 2SA933S Q, R
Q11 |D678700 |TR.DGT DTC114ES |
0801 |\В510800 |TR 2SD2396 J, K(RT)
10802 |VD488500 |TR.DGT + |DTC143XS
0803 |iEl02620 |FET 2SK246 Y (RT)
R59 |HV454470 |R.CAR.FP 1472 1/4W(UCRTAL)
R60 |HV454470 [R.CAR.FP 1472 1/4W(UCRTAL)
R242 |HV455100 |R.CAR.FP |1000 1/44
R243 |HV455100 |R.CAR.FP —|1000 1/4W
* New Parts
+
РРР
RX-V2095/RX-V2095RDS
Schm |
Ref. PART NO. Description
R246 |HV453220 |R.CAR.FP 12.20 1/4W
R253 |HV453220 |R.CAR.FP 12.20 1/4W
R254 |HV453220 |R.CAR.FP —|2.20 1/44
R255 |HV454470 ¡R.CAR.FP —|479 1/4W
R256 |HV454470 IR.CAR.FP |147 0 1/4W
R259 |HV453220 IR. CAR.FP [2.20 1/4W
R260 |HV453220 |R.CAR.FP 12.20 1/4W
R271 1Vil97400 |R.MIL.CHP |¡10KQ 1/10W
R272 |Vil96400 |R.MIL.CHP (3.9XQ 1/10W
R274 |Vil97400 |R.MIL.CHP |10KN 1/10W
R275 |Vil96400 |R.MIL.CHP |3.9KQ 1/10
R279 |Vi197600 |R.MIL.CHP [12KQ 1/10W
R280 |Vil97600 |R.MIL.CHP |12KN 1/10W
R281 |Vi197400 |R.MIL.CHP |10KQ 1/10W
R282 |Vil97400 |R.MIL.CHP |10KQ 1/10W
R289 |Vi196000 |R.MTL.CHP |3KQ 1/10W
R291 |Vi196000 {R.MTL.CHP |3KQ 1/10W
R299 |Vil94900 |R.MIL.CHP |1KQ 1/10W
R300 |Vi196100 |R.MIL.CHP |3.3KQ 1/10
R301 |Vi196100 |R.MIL.CHP |3.3KQ 1/10W
R302 |Vil96100 |R.MIL.CHP {3.3KQ 1/10
R303 |Vi196100 |R.MIL.CHP |3.3KQ 1/10
R304 |Vi196100 [R.MIL.CHP |[3.3KQ 1/10W
R305 |Vil96100 [R.MIL.CHP |3.3KQ 1/10W
R306 |Vi194900 IR.MIL.CHP {1KQ 1/10W
R802 |HV753820 |R.CAR.FP —|8.20 1/4W(A)
RY801 | 2695300 |RELAY DC DG12D1-0/M-IT
T801 |XC082A00 [TRANS.PWR | (RT)
T801 |XQ485A00 |TRANS.PWR | (UC)
T801 |XQ486A00 |TRANS.PWR | (ALG)
TE801 | VI915000 |QUTLET. AC |2P(A)
TE801 | V118800 | OUTLET. AC |3P(UCRT)
TE801 | V119000 |OUTLET. AC |3P(LG)
XL1 |VE222400 | RSNR. CE 8MHz
BB071360 |SCR.TERM |8.3x13
* New Parts
98
= ВО
at
<=
De
[Te Di
сл ©
mo
ov
cn
RX-V2095
Ll
a
[==
Ly)
Le)
©
a
©
><
oc
99
RX-V2095/RX-V2095RDS
P.C.B. OPERATION
CB402
CB403
CB404
CB405
CB406
CB407
CB408
CB409
CB410
CB411
CB412
(B413
CB414
CB502
CB901
CB902
CB903
CB904
(401
C402
C403
C404
C405
(406
(407
(408
C409
{1 C410
C411
C412
C413
C414
C415
C416
C417
C418
C419
£420
C421
C422
C423
C424
C425
C426
C427
C428
C429
£430
C431
VD004500
VP206500
VP206500
LA002320
VP206500
VP206500
LA002320
VD004700
VD005100
VD004500
VD004800
LA002000
VL844700.
VB858400
VF982300
VQ044400
VB858300
VD004600
V1845600
VF466800
UP652100
V1845900
Vi845900
Vi844100
Vi844100
Vi845900
V1845900
V1845600
VF466800
UP652100
VR325000
UA654100
VS696700
V1843500
V1845600
UA654470
V1842600
VR325000
VR325000
UA654470
UA654100
VS696700
V1843500
Vi845600
Vi842600
VR325000
VR168300
V2864800
VR168300
СООО О ОО О О) О) О) О О) ОО О © © © О) О О) О ОЭ К
CN. BS. PIN
HOLDER. FUS
HOLDER, FUS
TERM. WRAP
HOLDER, FUS -
HOLDER, FUS
TERM. WRAP
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
ÓN. BS. PIN
TERM. WRAP
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
С.Н.
C. CE. TUBLR
C. POL
C. EL
C2
© 29 29 3 3) 3) 3
SEEEEEE
:
aT Ty he a ITA
arr
2P
EYF-52BC
EYF-52BC
3P
EYF-52BC
EYF-52BC
3P
AP
BP
2P
5P
2P
1 3P
5P
17P
oP
4P
3P
47uF
100pF
1 100pF
10uF
10uF
33uF
33uF
10uF
10uF
47uF
100pF
100pF
100pF
0. OluF
33pF
100uF
47uF
0. 047uF
100uF
100pF
100pF
0. 047uF
0.01uF
33pF
100uF
47uF
100uF
100pF
3300uF
ECQ-VIH104JL3 ‘
50V
50V
100V
63V
63V
35V
35V
63V
63V
50V
50V
100V
100V
50V
500V
20V
50V
50V
16V
100V
100V
50V
50V
500V
25V
50V
16V
100V-
ECQ-VIHI04JL3 —
35V
Schm
Ref. PART NO. Description
C432 |V2864800 |C.EL 3300uF 35V
C433 |VHO53100 |C. CE. TUBLR |0. 1uF 50V
C434 |VH520500 |C.EL 1000uF 35V
C435 |VR168300 |C.MYLAR.ML |ECQ-V1H104JL3
C436 |UR739680 |C. EL 6800uF 16V
C437 |UR739680 |C.EL 6800uF 16V(UC)
C437 |UR73A100 |C.EL 10000uF 16V (RALTG)
(438 |UR739680 |C. EL 6800uF 16V(UC)
C438 | UR73A100 |C.EL 10000uF 16V (RALTG)
C439 |VR168300 |C.MYLAR. ML |ECQ-V1H104]L3
C440 |UR739680 |C. EL 6800uF 16V
C441 |Vig45900 |C. EL | 10uF 63V
C442 |Vig45600 |C. EL 47uF 50V
C443 |Vi845900 |C.EL 10uF 63V
C444 |Vig45900 |C.EL 10uF 63V
C445 |Vig45600 |C.EL 47uF 50V
C446 |Vig44900 |C.EL luF 50V
C447 |Vi844900 |C.EL luF 50V
(448 |Vi845600 |C. EL 47uF 50V
C449 |VK180400 |C. EL 1000uF 16V
C450 |VK180400 |C.EL 1000uF 16V
(451 |VF467000 |C.CE. TUBLR |1000pF 50V
C452 |Vi845700 |C.EL 100uF 50V
C453 |Vi845900 |C. EL 10uF 63V
C454 |Vi845900 |C. EL 10uF 63V
(455 |Vi843500 |C.EL 100uF 25V
C456 |Vi843500 |C.EL 100uF 25V
C501 |Vig46000 |C. EL 22uF 63V
(502 |Vig46000 |C. EL 22uF 63V
C503 |Vi845900 |C.EL 10uF 63V
C504 |Vi845900 |C.EL 10uF 63V
C505 |Vi844900 |C. EL luF 50V
C506 |Vig44500 |C. EL 0. 1uF 50V
C507 |Vi844500 !C. EL 0. luF 50V
C508 |Vig45000 |C. EL 2. 2uF 50V
C509 |Vi845000 |C.EL 2. 2uF 50V
C510 |Vi844500 |C. EL 0. luF 50V
C511 |Vi844500 |C.EL 0. 1uF 50V
C512 |Vi844900 |C.EL luF 50V
(513 | UP652100 |C. POL 100pF 100V
(514 |UP652100 |C. POL 100pF 100V
C515 |Vi845600 |C.EL 47uF 50V
C516 | UP652100 |C. POL 100pF 100V
C517 | UP652100 |C. POL 100pF 100V
(518 |Vi845600 |C.EL 47uF 50V
C519 |Vi845900 |C. EL 10uF 63V
C520 |Vi845900 |C.EL 10uF 63V
C521 |VR168400 |C. MYLAR. ML |ECQ-V1H124]L3
(522 |UA654330 IC.MYLAR — [0.033uF 50V
C523 |UA654330 |C.MYLAR — [0.033uF 50V
C524 | VR168400 |C.MYLAR.ML [ECQ-V1H124]L3
(525 |UB245100 |C. CE.M. CHP (0. luF 25V
C526 |UB052100 |C. CE.M. CHP | 100pF 50V
* New Parts
* New Parts
> >
> E E >
> >
| P.C.B. OPERATION
Schm |
Ref. PART NO. Description
C527 |UB052100 |C.CE.M.CHP |100pF 50V
C528 | UB245100 |C.CE.M.CHP |0. luF 25V
C529 |UB245100 |C.CE.M.CHP |0.1uF . 25V
C530 |VF467000 |C. CE. TUBLR |1000pF 50V
(531 |VF467000 |C.CE. TUBLR |1000pF 50V
C532 |VH053100 |C.CE.TUBLR |0. 1uF 50V
C901 | VHO53100 |C. CE. TUBLR |0. 1uF 50V
C902 |Vi845900 |C.EL 10uF 63V
C903 |UB245100 |C.CE.M.CHP |0. 1uF 25V
C904 |VJ900700 |C. CE.M.CHP |33pF 50V
C905 | UB245100 |C. CE.M. CHP {0. 1uF 25V
C906 |UB245100 |C. CE. M. CHP 10. luF 25V
C907 |Vi841200 |C.EL 330uF 6.3V
C908 |VH053100 |C. CE. TUBLR |0, luF 50V
C909 |Vi845900 |C.EL 10uF 63V
C910 |VH053100 |C. CE. TUBLR [0.1uF 50V
C911 |VH053100 |C.CE.TUBLR |0. 1uF 50V
C912 |VHO53100 |C.CE. TUBLR (0. luF 50V
C913 |Vi845900 |C.EL 10uF 63V
C914 |Vi846200 |C.EL 47uF 63V
C915 | VHO53100 |C. CE. TUBLR |0. 1uF 50V
C916 |VHO53100 |C. CE. TUBLR | 0. luF 50V
C917 |UB245100 |C.CE.M. CHP |0. luF 25V
C918 |UB245100 |C.CE.M. CHP |0. luF 25V
C919 |UB245100 |C.CE.M.CHP |0. 1uF 25V
C920 |UB051330 |C.CE.M.CHP |33pF 50V
C921 |UB051330 |C.CE.M.CHP |33pF 50V
C922 |UB051330 |C.CE.M.CHP |33pF 50V
C923 |UB051330 |C.CE.M.CHP |33pF 50V
C924 |UB245100 |C.CE.M.CHP |0. tuF 25V
D401 |VG442800 [DIODE. ZENR |MIZJ27A 27V
D402 |VGA42400 |DIODE. ZENR [MIZJ24A 24V
D403 | iF004600 |DIODE 155133
D404 | 17004600 |DIODE 155133
D405 | iF004600 [DIODE 155133
D406 |iF004600 |DIODE + |1$5133
D407 |МТ359600 |DIODE.BRG |D3SBA20 4A 200V
D408 |VT359600 |DIODE.BRG |D3SBA20 4A 200V
D409 | iF004600 |DIODE 185133
D410 |VG442600 |DIODE. ZENR |MTZJ24C 24V
D411 |VG440800 |DIODE. ZENR |MTZJ15B 15V
D501 |iF004600 |DIODE 11588133 ———
D901 |VV625100 |LED(re) SIM-22ST (UCRALT)
D902 |VG438300 |DIODE.ZENR |MIZJ6.8B 6.8V
D903 |VG443500 |DIODE. ZENR |MTZJ30D 30V
F401 |KB003240 |FUSE T5.0A 250V(RALTG)
F401 |KB003640 |FUSE T6.0A 125V(UC)
| F402 |KB003240 [FUSE © .[T5.0A 250V(RALTG)
F402 | KB003640 |FUSE T6.0A 125V(UC)
G401 |VR463400 |TERM.GND —|D3.5 1P00385
1C401| 16092000 [IC M5220L | a
IC405 | XJ607A00 | IC NJM7805FA 5V
IC406 | XJ607A00 | IC NJM7805FA 5V
> PP E PPP
*New Parts
> > >
> >
> > > > >
>>> >
RX-V2095/RX-V2095RDS
Schm |
Ref. PART NO. Description
1C407 | XJ608A00 {IC NJM7812FA
1C408 | XE436A00 | IC NJM79MO5FA
IC409 | XD343A00 | IC NJM79M12FA
IC501 | XM356A00 | IC NJM2068LD
1502 | XB247301 | IC uPCA570HA
1C901 | XR188A00 | IC LC75710NE (UCRALT)
IC901 | XV160A00 | IC LC75712E FLD(G)
IC902 |XR188A00 | IC LC75710NE (UCRALT)
*| IC902 | XV160A00 | IC LC75712E FID(G)
*| JK501 | 2589500 | CN IP
JK502 | VI749200 | JACK. PHONE |HLJ5307
L401 |6D900470 |COIL 1. 5uH
LA02 |GD900470 |COIL 1. 5uH
PJ501 | VS868400 |JACK.PIN |3P
Q401 | VP872700 |TR 2504488 S, T
Q402 | VP872600 |TR 2SA1708 S,T
Q403 | VP872700 |TR 2504488 S,T
Q404 | VK174800 | TR 2SC4512 0, P, Y
Q405 | iC224030 |TR 2SC2240 GR,BL -
Q406 | VP872600 | TR 2SA1708 S,T
Q407 | iC224030 |TR 2502240 GR, BL
Q408 | VK174800 |TR 2SC4512 0, P, Y
Q409 |VP872700 | TR 2SC4488 S, T
Q410 |VK174800 |TR 2SC4512 0, P, Y
0411 | iC224030 |TR 2SC2240 GR, BL
Q412 | VP872600 |TR 2SA1708 S,T
Q413 | iC224030 [TR 2502240 GR, BL
Q414 | VK174800 |TR 2SC4512 0, P, Y
0415 |VC141900 |TR 25B941 P,Q
Q416 | iC1815C0 |TR 2SC1815 Y
Q901 | iC241200 |TR. CHP 25SC2412K Q,R, S
Q902 | iC241200 |TR. СЕР 2SC2412K Q,R,S
0903 |! iC241200 |TR. CHP 2SC2412K Q,R,S
Q904 | iC241200 |TR. CHP 2SC2412K Q,R,S
Q905 | iC241200 |TR. CHP 2SC2412K Q,R,S
Q906 | iC241200 |TR. CHP 2SC2412K Q,R,S
Q907 | iC241200 | TR. CHP 2SC2412K Q,R,S
Q908 | iC241200 | TR. CHP 2SC2412K Q,R,S
0909 | 16241200 |ТВ. СЕР 2SC2412K 0, В, $
0910 |iC241200 |TR.CHP |25С2412К ©, В, $
Q911 | VP872600 |TR 2SA1708 S,T
R409 |HV455330 |R.CAR.FP 13300 1/4
R410 |VES69300 |R.MIL.OXD [0.1% 2W
R411 |HV456220 |R.CAR.FP 1|2.2KQ 1/4W
R413 |HV456150 |R.CAR.FP |1.5KQ 1/4W
R418 |HV455100 |R.CAR.FP 11002 1/4W
R419 |HV453470 |R.CAR.FP 14.70 1/4
R420 |HV455220 |R.CAR.FP |2200 1/4W
R421 |HV455100 |R.CAR.FP 11000 1/4W
R422 |HV453470 |R.CAR.FP 14.72 1/4W
R425 |HV455330 |R.CAR.FP 13300 1/4W
R426 | VE869300 |R.MIL.OXD [0.10 2W
R427 |HV456220 |R.CAR.FP |2.2KQ 1/4W
* New Parts
100
SAHS60ZA-XH
G60ZA-Xd
RX-V2095
RX-V2095RDS
Schm | |
Ref. PART NO. | Description |
A |R429 |HV456150 [R.CAR.FP |1.5KQ 1/4W
A | R434 [HV455100 |R.CAR.FP [1000 1/4W
R435 |HV455220 |R.CAR.FP 12200 1/4W
A | R436 [HV455100 |R.CAR.FP —|1000 1/4W
R439 |HV454100 |R.CAR.FP 1100 1/4W
R441 |HV454100 |R.CAR.FP |100 1/4W
A |R442 |HL324100 |[R.MIL.OXD |100 . 2W
A |R443 |HV453470 |R.CAR.FP 14.72 140
A |R444 |VP939900 |R.MIL.OXD |150 1IW
A |R448 |VP939500 |R.MIL.FIM |1Q 1
A |R449 |VP939500 |R.MIL.FIM |190 1W
A | R450 |HL324100 |R.MIL.OXD |100 2
A |R451 |VP939900 |R.MIL.OXD |150 1
A |R455 |HV454470 |R.CAR.FP —|47Q 1/4W
A | R461 |HVA54470 |R.CAR.FP — |470 1/4W
A | R462 |HL324100 |R.MIL.OXD |100 on
A | R463 |VP939900 |R.MIL.OXD |150 1W
A |R464 |HV453470 IR.CAR.FP —|4.70 1/4W
A |R465 |HV453470 |R.CAR.FP |4.70 1/4W
R466 |HV456330 IR.CAR.FP |3.3KQ 1/4W
R467 |HV456470 IR.CAR.FP |4.7KQ 1/4W
R469 |HL314100 |R.MIL.OXD |100 1
R501 |HV454470 |R.CAR.FP |47 0 1/4W
R504 |HV454470 |R.CAR.FP —|470 1/4W
RY501 | VM640200 |RELAY RY12W-0H-K-DC12V
* | SW501 | V2643900 |SW. PUSH — |SPUN22 2
* | SW502 | V2790200 | SW. RT SRRMIA
SW901 | VG392900 |SW.TACT — |SKHVAA
SW902 | VG392900 |SW.TACT |SKHVAA
SW903 | VZ630900 |SW.RT.ENC |EC16B12202
SW904 | VG392900 |SW. TACT + |SKHVAA
SW905 | VG392900 |SW.TACT — |SKHVAA
SW906 | VG392900 |SW. TACT — |SKHVAA
SW907 | VG392900 | SW. TACT — |SKHVAA
SW908 | VG392900 |SW. TACT — |SKHVAA
SW909 | VG392900 |SW.TACT |SKHVAA
SW910 | VG392900 |SW.TACT |SKHVAA
SW911 | VG392900 |SW.TACT |SKHVAA
SW912 | VG392900 |SW.TACT |SKHVAA
SW913 | VG392900 |SW.TACT |SKHVAA
SW914 | VG392900 |SW.TACT | SKHVAA
SW915 | VG392900 |SW.TACT — |SKHVAA
SW916 | VG392900 |SW.TACT |SKHVAA(G)
SW917 | VG392900 | SW. TACT SKHVAA (G)
SWO18 | VG392900 |SW. TACT ¡SKHVAA
SW919 | VG392900 | SW. TACT SKHVAA (G)
SW920 | VG392900 | SW. TACT SKHVAA (G)
TH401 | VM842300 | POSISTOR — |PTH9MO4 BF/80°C
U901 |VZ411100 |L. DTCT GP1U281X
*|V901 |V2763100 |FL.DSPLY — |32-BT-056
* | VR501 | V2859800 |YR B20KQ —
* | VR502 | V2859900 | VR G25K
*1 VR503 | V2860000 | VR MN100K Q
101
RX-V2095/RX-V2095RDS
P.C.B. OPERATION & VIDEO |
CB501
(B502
CB601
CB603
CB604
CB702
-CB703
(B704
CB705
CB901
CB902
C501
C502
C503
C504
C505
C506
C507
C508
(511
C512
C513
C514
C515
(516
C517
C518
(519
C520
(521
C601
C602
C603
C604
C605
C606
C607
C608
C609
C610
C611
VB858100
VQ044700
VB858200
VQ044700
VM859700
VQ047300
VQ047200
VM859500
VM688900
VV073300
VQ963700
Vi841400
Vi845900
UB052100
UB245100
Vi845900
UB245100
Vi841400
UB052100
UB052100
UB051220
Vi845900
Vi841400
UB245100
UB245100
Vi845600
Vi845600
Vi845600
Vi845600
Vi845600
UB052100
UB052100
UB052100
UB052100
UB052100
UB052100
Vi845900
Vi845900
Vi845900
Vi845900
Vi845900
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
CN. BS. PIN
C.EL
>
[23
—
===
==
SE
=
E
2P
16P
3P
16P
16P
12P
9P
11P
10P
15P
16P
1000uF
10uF
100pF
0. 1uF
10uF
0. 1uF
1000uF
100pF
| Schm
Ref. PART NO. Description
VJ828000 | PIN IMSA-6024-03E
BB071360 |SCR.TERM |8. 3x13
VP750600 | SCR.TERM [MEP1700
V2732400 | SPACER LDS-40B (UCRALT)
VZ628400 | SUPRT |
VZ628500 | SHEET
6.3V
63V
50V
25V
63V
25V
6.3V
50V
455
100pF 50V(UCRTAL
22pF — 5OV(UCRTAL
10uF 63V(UCRTAL
1000uF6. 3V(UCRTAL
MONOMANDO)? ©)
DEHEHOEH © © © © © © XE
НН НН НВ
COON MMC
==
SS
SEES
SS
0.1uF 25V
0.10F 25V
47uF 50V
A47uF 50V
47uF 50V
47uF 50V
A7uF 50V
100pF 50V
100pF 50V
100pF 50V
100pF 50V
100pF 50V
100pF 50V
100F 63у
10uF 63V
10uF 63V
10uF 63V
10uF 63V
)
)
)
)
* New Parts
* New Parts
RX-V2095/RX-V2095RDS
P.C.B. VIDEO
Schm Schm
Ref. PART NO. Description Ref. PART NO. — Description
C612 |Vi845900 |C.EL 10uF 63V C713 |Vi845000 |C.EL 2. 2uF 50V
C613 |Vi841400 |C.EL 1000uF — 6.3V | C714 | Vi845000 |C. EL 2. 2uF 50V
C614 |Vi841400 |C.EL 1000uF . 6.3V C715 |Vi845000 |C. EL 2. 2uF 50V
C615 |Vi845900 |C.EL 10uF 63V C716 |Vi845000 |C. EL 2. 2uF 50V
C616 |Vi841400 |C.EL 1000uF — 6.3V C717 |Vi845000 |C.EL 2. 2uF 50V
C617 |UB013330 {C.CE.M.CHP 13300pF 50V C718 |Vi845000 |C. EL 2.2uF 50V
C618 |Vi845600 |C.EL 47uF 50V C719 |Vi845900 |C.EL 10uF 63V
C619 |Vi845600 |C.EL 47uF 50V C720 |Vi845900 |C.EL 10uF 63V
C620 | UB012820 {C.CE.M.CHP (820pF 50V C721 |Vi845900 |C.EL 10uF 63V
0621 |Vi841800 |C.EL 100uF 10V C722 |UP652100 |C. POL 100pF 100V
C622 "| Vi845600 {C.EL 47uF 50V C723 |Vi841800 |C.EL 100uF 10V
C623 | UB052120 |C.CE.M. CHP | 120pF 50V C724 | UP652100 |C. POL 100pF 100V
C624 |UB044100 {C.CE.M.CHP 10.0luF 50V C725 |Vi841800 |C.EL 100uF 10V
C625 |Vi845600 |C.EL 47uF 50V C726 |Vi845900 |C.EL | 10uF 63V
C626 |Vi845900 |C.EL 10uF 63у C727 |Vi845900 |C.EL 10uF 63V
C627 |UB013120 |C.CE.M.CHP |1200pF 50V C728 |UP652100 | C. POL 100pF 100V
C628 | UB012470 |C.CE.M.CHP |470pF 50V C729 |Vi841800 |C.EL 100uF 10V
C629 |Vi844900 |C.EL luF 50V C730 |UP652100 |C. POL 100pF 100V
(630 |Vi844900 JC.EL luF 50V C731 |Vi841800 |C.EL 100uF 10V
C631 |UB245100 |C.CE.M.CHP |0.luF 25V |C732 |Vi845900 |C.EL 10uF 63V
C632 |Vi845600 |C.EL 47uF 50V С733 |Vi845900 |JC.EL 10uF 63V
C633 |UB245100 |C.CE.M.CHP |0. 1uF 25V C734 |UP652100 |C. POL 100pF 100V
C634 |Vi845600 |C.EL 47uF 50V C735 |Vi841800 |C.EL 100uF 10V
C635 |VJ899300 |C.CE.M.CHP |8pF 50V C736 |UP652100 1C. POL 100pF 100V
C636 [VJ899200 |C.CE.M.CHP |7pF 50V C737 |Vi841800 |C.EL 100uF 10V
C637 |UB051240 |C.CE.M.CHP |24pF 50V C738 |Vi845900 |C.EL 10uF 63V
C638 |UB051240 |C.CE.M.CHP |24pF 50V C739 | Vi845600 |C. EL 47uF 50V
C639 [UB012220 |C.CE.M.CHP |220pF 50V C740 |Vi845600 |C.EL 47uF 50V
C640 |Vi845900 |C.EL lQuF — 63V C741 |Vi845200 |C.EL 4. 7uF 50V
| C641 |Vi845200 |C. EL 4. TuF 50V C742 |VHO53100 |C. CE. TUBLR |0. 1uF 50V
C642 |Vi845600 |C.EL 47uF 50V C743 |VHO53100 |C.CE. TUBLR |0.luF 50V
C643 |Vi845600 |C.EL 47uF 50V C744 |Vi845200 |C.EL 4. 7uF 50V
C644 }VT900700 |C.CE.M.CHP |33pF 50V C745 |Vi845200 |C. EL 4. TuF 50V
C645 |¡VJ900300 |C.CE.M. CAP |22pF 50V C746 |VH053100 |C.CE.TUBLR {0. luF 50V
(646 |¡Vi841400 |C.EL 1000uF — 6.3V C747 |VHO53100 |C. CE. TUBLR |0. luF 50V
C647 |UB245100 |C.CE.M.CHP 10. 1uF 25V C748 |Vi845200 |C. EL 4. TuF 50V
C648 |UB245100 |C. CE.M. CHP |0. luF 25V C749 |Vi845200 |C.EL 4. 7uF 50V
C649 |UB012820 |C.CE.M.CHP |820pF S0V(ALG) C750 |VHO053100 |C.CE.TUBLR |0. luk 50V
C649 |UB013150 |C.CE.M.CHP |1500pF 50V(UCRT) C751 |VH053100 |C.CE. TUBLR (0. luk 50V
C650 |UB052100 (C.CE.M.CHP [100pF 50у 0752 |Vi845200 |C.EL 4, 7uF 50V
C651 | UB245100 |C.CE.M. CHP yO. luk 25V C753 |Vi845900 |C.EL 10uF 63V
C701 |Vi845200 JCEL 4. 7uF 50V C754 |Vi845900 |C.EL 10uF 63V
C702 |Vi845200 |C. EL 4. 7uF 50V C755 |Vi845900 |C.EL 10uF 63V
C703 |Vi845200 |C.EL 4, TuF 50V C756 |Vi845900 |C.EL 10uF 63V
C704 |Vi845200 |C.EL 4. TuF 50V C757 |Vi845900 |C.EL 10uF 63V
C705 |Vi845200 |C.EL 4. 7uF 50V (758 |Vi845900 |C.EL 10uF 63V
C706 |Vi845200 |C.EL 4. 7uF 50V C759 |VH053100 (C.CE.TUBLR |0. luk 50V
1 C707 |Vi845200 [C.EL =~ [4.7uF 50V C760 |Vi845600 |C.EL 47uF 50V
C708 |Vi845200 |C.EL 4. 7uF 50V C761 |Vi845600 |JC.EL ATuF 50V
C709 |Vi845000 |C. EL 2. QuF 50V C762 |UP652100 |С. РОГ. 100pF 100V
C710 |UP652100 |C. POL 100pF 100V C763 |UP652100 |C. POL 100pF 100V
C711 {UP652100 |C.POL 100pF - 100V C901 | UB052100 |C.CE.M.CHP | 100pF 50V
C712 |Vi845000 |C.EL 2. 2uF 50V C902 |UB052100 |C.CE.M.CHP |100pF 50V
* New Parts
* New Parts
102
pu)
Xx
=
De
mon
o
y O
ov
nN
RX-V2095
a
oa
a
TE
o
©
N
o
><
ес
103
RX-V2095/RX-V2095RDS
P.C.B. VIDEO
Schm | Schm
Ref. PART NO. Description Ref. PART NO. Description
C903 |UB052100 {C.CE.M.CHP |100pF 50V 0502 | 1А101521 |ТВ 2SA1015 Y (UCRTAL)
C904 |UB052100 |C.CE.M.CHP |100pF 50V Q503 | iC053540 | TR 2SC535 ABC (UCRTAL)
C905 |UB052100 |C.CE.M.CHP |100pF 50V(UCRT) Q601 | iC174020 |TR. 2SC1740S R, S
D601 | iF004600 |DIODE 185133 0602 |VH964100 |TR. DGT DTA143ES
D602 | iF004600 |DIODE 155133 Q603 | iC287820 |TR 2802878 A,B
D603 | iF004600 |DIODE 155133 0604 |VG721700 (TR. DGT DTAI44ES
D604 | iF004600 |DIODE 155133 Q605 |VG721700 [TR. DGT DTA144ES
D605 | iF004600 |DIODE 155133 Q606 | VD678700 | TR. DGT DTC114ES
D606 | iF004600 [DIODE | 185133 (0607 | iC174020 |TR 2SC1740S R, S
D607 | iF004600 | DIODE 155133 0608 | iC174020 |TR 2SC1740S R, S
D608 | iF004600 | DIODE 155133 Q609 | iA101521 |TR 2SA1015 Y
D609 | iF004600 | DIODE 185133 Q610 | iC053540 |TR 250535 А, В, С
D610 | iF004600 | DIODE 185133 Q611 | iC224030 |TR 2502240 GR, BL
D611 |iF004600 |DIODE 155133 0612 | 1С174020 |ТВ 25017405 В, 5
0612 | 17004600 | DIODE 185133 VR701 | VY689400 |VR.MIR Y100K Q
IC501 | XLA93A00 | IC TC74HC4051AP XL601 | VV949800 |RSNR.CRYS | 14. 31818MHz (UCRT)
10502 | XLA93A00 | IC TC74HC4051AP XL601 | VV949900 |RSNR.CRYS | 17. 734475MHz (ALG)
10503 | iR406600 | IC TC74HC4066AP AN-SW BB071360 |SCR.TERM 18.3x13
10504 | Xi 109D00 | IC MC14576CP
IC505 | XK313A00 | IC LC7824 (UCRTAL)
10601 | X1493A00 | IC TC74HC4051AP
10602 | XL493A00 | IC TC74HC4051AP
10603 | XLA93A00 | IC TC74HC4051AP
10604 | XLA93A00 | IC TC74HC4051AP
10605 | iR406600 | IC TC74HC4066AP AN-SW
10606 | iR405300 | IC TC74HC4053AP
10607 | 16142200 | IC TC74HCUO4AP
IC608 {Xi 109D00 | IC MC14576CP
IC609 | Xi109D00 | IC MC14576CP
10610 | Xi109D00 | IC MC14576CP
10611 | XS502A00 | IC LC74781-9626
IC701 |XF291A00 | IC uPC4570G2
IC702 | XF291A00 | IC uPC4570G2
IC703 | XF291A00 | IC | uPC4570G2
1C704 | XF291A00 | IC uPC4570G2
IC705 | XRO40A00 | IC TC9299P
1С706 | XRO40A00 | IC TC9299P
IC707 | XRO40A00 | IC TC9299P
1C708 | XF291A00 |IC uPC4570G2
IC709 | XF291A00 | IC uPC4570G2
IC710 | XF291A00 | IC |uPC4570G2
JK601 | VU245200 | CN. DIN 1P |
JK602 | VP113600 | CN. DIN 2P
JK603 | VP113600 | CN. DIN oP
JK604 | VT973000 | CN. DIN oP
1601 |М2726100 [COIL — |33uH
1602 |V3233700 | COIL 1. 5uH
PJ501 | УВ110100 | JACK.PIN — |2P
PJ502 | VR110100 |JACK.PIN |2P
PJ503 |VR110100 [JACK.PIN — |2P
PJ504 | VN134600 ¡JACK.PIN {1P
PJ504 | VN134600 |JACK.PIN | | 1P(UCRTAL)
PJ601 | VN134600 |JACK.PIN {IP
* New Parts
* New Parts
C21
C22
C23
C24
C25
C26
C27
C28
C29
C30
C31
C32
C33
C34
C35
C36
C37
C38
C39
C40
C41
C42
(43
(44
C45
C46
C47
C48
C49
C50
VQ961900
VG288900
VG275800
VJ837200
VF467300
VJ837200
VJ839100
VF467300
VF467300
VF467300
VF467000
VJ836900
VJ836900
FG212100
VF467000
VF466700
VT837200
VA761200
VG288900
VJ599000
VG290700
VF467300
UM416470
UM216330
YJ836900
VF467300
VA761200
VT839100
VJ839100
VG288900
VJ839000
VJ839100
UA654470
VG290700
V3451700
V3451700
VF466900
VQ082700
VE020000
UT453390
UM407220
UT453390
VE020000
VJ837200
VJ837200
VG278600
VG278800
V3451600
VJ599000
ПООРООРООООООООООООООООООООООООООООО ООО 00 ООО ОО ООО о
=
LR
in 6 e
LR
i;
. TUBER
Edd
E. TUBER
BIE ES Ed de
Ss E S
BB 5
oo"
E SESESSSEES9SSSEE9SHOE
E. TUBLR
SEEERES
EEESESEEGSSEE
Om EE
CE. TUBLR
E. TUBLR
[ES
E. TUBLR
Description
25V
50V
16V
16V
16V
50V
16V
16V
16V
50V
16V
16V
50V
50V
50V
16V
50V
25V
16V
-— 50V
16V
50V
50V
16V
16V
50V
50V
50V
29V
50V
50V
50V
50V
100V
100V
50V
16V
50V
100V
25V
100V
50V
16V
16V
50V
50V
100V
16V
* New Parts
*
| P.CB.TUNER
Schm
Ref. PART NO. Description
C51 |V]837200 |C.EL 47uF 16V
C52 1V]837200 ¡C. EL 47uF 16V
(53 1V]837200 |C.EL 47uF 16V
C54 1VA761100 |C.CE 27pF 50V
C55 |VA761100 |C.CE 27pF 50V
C56 |VJ599000 |C.CE.TUBLR 10.047uF 16V
D1 VD631600 {DIODE 185133, 176, HSS104
D2 VD631600 | DIODE 155133, 176, HSS104
D3 VG437700 ¡DIODE. ZENR |MIZ]5.6B 5.6V
Fil |G6000560 |FLTR. CE SFE10. 7MS3GHY-A
Fi2 166000560 | МК. СЕ SFE10. 7MS3GHY-A
Fi3 |VC219000
IC1 | XB760A00
IC2 |XQ944A00
IC3 | 16158100
IC4 |XU664A00
LI |Vi546100
L2 |Vi546100
L3 |Vib46100
LA |Vi546100
L5 |Vis46100
PKI |М2716700
PK2 | VU333700
Qu |10053540
Q2 |i0053540
Q3 |D678500
Q |iC174020
Q5 |VG722000
Q6 | iC1815C0
Q7 |VD678500
R56 |HV454470
T1 |VC218600
T2 |VR895700
T3 |VT486800
T4 |VQ138200
T5 |VQ138200
ТЕ! | VU477800
TP1 |VI969000
TPZ | VT969000
VR1 |V]694000
VR2 | V]694000
XL1 | QU003800
XL2 — 166000750
XL3 |VY704900
BB071360
VR282500
FLTR. CE
IC
IC
IC
IC
COIL
COIL
COIL
COIL
COIL
TUNER. PK
COIL.RF. AM
TR
TR
TR. DGT
TR
TR. DGT
TR
TR. DGT
R. CAR. FP
COIL. DT. FM
COIL. IF
COIL
FLTR. LC
FLTR. LC
TERM. ANT
PIN. TEST
PIN. TEST
VR. TRIM
VR. TRIM
RSNR. CRYS
RSNR. CE
RSNR. CRYS
SCR. TERM
PLATE
SFZ450JL3
LA1266
LC72131
LA3401
LC72720N
220uH
220uH
220uH
220uH -
220uH
ENV-172A461
'940536051A
280535 A,B,C
250535 A,B,C
DTA114ES
28017408 R,S
DTC144ES
2C1815 Y
DTA114ES
470
10. "MHz
450KHz
XYA2
19KHz
19KHz
AJ-2038-040
IRS-2049
IRS-2049
B47KQ
ВКО
7,2MHz
18. 95KHz
4. 332MHZ
8.3x13
ANT.
1/4W
" *New Parts ...-
E CHIP RESISTOR
Schm
Ref. PART NO. . Description
RD250000 |R. CAR.CHP JON 1/10W
RD253220 |R.CAR.CHP 12.20 1/10W
RD254220 |R.CAR.CHP |220 1/10W
RD254470 |R.CAR.CHP |470 1/10W
RD254680 |R.CAR.CHP 1680 1/10W
RD254750 |R. CAR.CHP {758 1/10
RD254820 [R.CAR.CHP 1822 1/10W
RD255100 |R.CAR.CHP [100Q 1/10W
RD255120 |R.CAR.CHP 11200 1/10W
RD255150 |R.CAR.CHP 11500 1/10W
“| RD255220 |R.CAR.CHP 12200 1/10W
RD255300 |R. CAR.CHP 13000 1/10W
RD255330 |R. CAR.CHP |330 0 1/10W
RD255430 |R. CAR.CHP |4300 1/10W
RD255470 |R. CAR.CHP |470Q 1/10W
RD255680 |R.CAR.CHP |680 © 1/10W
RD256100 |R.CAR.CHP |1KQ 1/10W
RD256120 |R.CAR.CHP |1.2K0 1/10W
RD256150 |R.CAR.CHP |1.5K0 1/10W
RD256180 |R.CAR.CHP }1.8KM 1/10W
RD256220 |R.CAR.CHP |2.2KQ 1/10W
RD256270 |R.CAR.CHP |2.7KN 1/10W
RD256330 |R. CAR.CHP |3.3KQ 1/10W
RD256390 |R. CAR.CHP |3.9KN 1/10W
RD256430 |R. CAR.CHP |4.3KQ 1/10W
RD256470 {R.CAR.CHP |4.7KQ 1/10W
RD256510 |R. CAR.CHP |5.1KQ 1/10W
RD256560 |R. CAR.CHP |5.6KQ 1/10W
RD256680 |R. CAR.CHP 6.8K 1/10W
RD256750 |R.CAR.CHP |7.5KQ) 1/10W
RD256820 |R. CAR.CHP |8.2KN 1/10W
RD256910 |R.CAR.CHP |9.1KQ 1/10W
RD257100 |R. CAR.CHP | 10KQ) 1/10W
RD257110 {R.CAR.CHP |11KQ 1/10W
-|RD257120 |R.CAR.CHP |12KQ 1/10W
RD257150 |R. CAR.CHP {15KQ 1/10W
RD257180 |R.CAR.CHP |18KQ 1/10W
RD257220 |R.CAR.CHP |22KO 1/10W
RD257270 [R.CAR.CHP |27KQ 1/10W
RD257330 |R. CAR.CHP —|33K0 1/10W
RD257360 |R.CAR.CHP |36KQ . 1/10W
RD257470 |R.CAR.CHP |47KQ 1/10W
RD257510 |R. CAR.CHP ¡51KQ 1/10W
RD257560 |R. CAR.CHP |56K 1/10W
RD257620 ¡R. CAR.CHP 162K0 1/10W
RD257680 |R.CAR.CHP |68К © 1/10W
RD257820 |R.CAR.CHP |82KQ 1/10W
RD258100 |R. CAR.CHP | 100KQ 1/10W
RD258220 |R.CAR.CHP |220KQ = 1/10W
RD258470 |R.CAR.CHP |470KQ 1/10W
|RD258680 |R.CAR.CHP |680KQ = 1/10W
RD259100 [R:CAR.CHP [IMQ
1/10W
* New Parts
RX-V2095/RX-V2095RDS
Schm
Ref. PART NO.
Description
* New Parts
(49a 6.0 models
V2095RDS
RX-V
nA
107
Hl EXPLODED VIEW
E MECHANICAL PARTS
E X X X * E
E X X x
At
Af
At
E E E + * *
RX-V2095/RX-V2095RDS
E X E X X X X XxX
Ref. | |
No. PART NO. | Description Remarks Markets:
1- 1 |V2615700 |FRONT PANEL RX-V2095 BL (UCRALT)
1- 1 |V2615900 |FRONT PANEL RX-V2095 GD
1- 1 |V2616000 |FRONT PANEL RX-V2095RDS BL | (G)
1- 2 |V2619600 |PLATE, SIDE L BL
1- 2 |V2619800 |PLATE, SIDE L GD
1- 3 {V2619900 |PLATE, SIDE R BL
1- 3 |V2620100 |PLATE, SIDE R GD
2- 3 |VZ619800 | SUPPORT [HINGE
2- 4 |VZ830500 | SUPPORT MG
2- 5 |VZ621800 | SHAFT AA
2- 6 |VZ621900 |MAGNET
2-11 |V2616500 |PANEL, LID BL
2-11 |V2616700 |PANEL, LID GD
2-13 |V2616800 |PLATE, L RX-V2095 BL (UCRALT)
2-13 |V2617000 |PLATE, L RX-V2095 GD
2-13 |V2617100 [PLATE, L RX-V2095RDS В. | (©)
2-14 |V2617700 |PLATE, SP BL
2-14 |V2617900 |PLATE, SP GD
2-15 |V2618900 | CASE, SUB PANEL BL
2-15 |V2619100 |CASE, SUB PANEL GD
2-16 |V2048500 |CUSHION, LID GD
2-16 |VT062900 {CUSHION BL
2-17 |VZ875000 | SPACER MG
2-18 |VH625500 | DAMPER
2-19 |V2637300 | BUTTON PG BL
2-19 |V2637500 | BUTTON PG GD
2-20 |V2637600 | BUTTON TU BL
2-20 |V2637800 | BUTTON TU GD
2-21 |V0050300 | STOPPER HINGE GD
2-21 |V]888100 | STOPPER {HINGE BL
2-22 |V0047400 |HINDGE GD
2-22 |VZ629400 |HINDGE BL
2-23 |VZ830300 |DAMPER, GEAR 156 |
2-25 |ED330066 |BIND HEAD SCREW 3x6 FCRM3-BL
12-26 |EP600190 |BIND HEAD B-TITE SCREW 3x8 ZMC2-BL
2-97 |VG893800 |BIND HEAD P-TITE SCREW 2x6 ZMC2-BL
2-28 |VE529700 | PW HEAD B-TITE SCREW 3x6-8 FCRM3-BL
2-30 |V3217600 |PLATE, GROUND
2-31 |V3281300 |PLATE, GROUND
3- 1 |VV693500 |HEAT SINK 40BS300-L110
3- 2 |VY705000 | TRANSISTOR 25C5200 R, 0 Q166, 168, 169,
3- 2 |VY705000 |TRANSISTOR 25C5200 R, 0 171,172, 174, 175
3-2 |VY705000 | TRANSISTOR 2805200 R, 0 ‚ 177, 178, 180
3-5 |VK196000 | SHEET 22x29
3- 7 |VK195900 | SHEET 19x24
3- 9 |VK173200 | SCREW, TRANSISTOR 3x15 SP FCM3
3-13 |VU195800 |DAMPER, FIN |
6 V3010000 |P.C.B. ASS” Y OPERATION (UC)
6 173010200 |P.C.B. ASS Y OPERATION (RALT)
6 73010400 |?P.C.B. ASS Y OPERATION (G)
7 V3010500 |P.C.B. ASS’Y - FUNCTION (UC)
7 |V3010700 |P.C.B. ASS” Y FUNCTION (RT)
7 13010900 |P.C.B. ASS Y FUNCTION (A)
* New Parts
108
=
“2
<>
Le
on
ae
be BS
oo
an
RX-V2095
©
Q
ee
Ty;
o
©
N
0
>
a=
109
RX-V2095/RX-V2095RDS
E E E HK ххх X* X X Ex #% LEE E
X
хх ох Хх *+у *
Ref. |
No. PART NO. | Description Remarks Markets
7 V3011000 |P.C.B. ASS” Y FUNCTION N (L)
7 73011100 |P.C.B. ASS' Y FUNCTION (G)
8 3011400 |P.C.B. ASS Y DSP
9 73011500 |P.C.B. ASS Y [VIDEO | (UCRT)
9 V3011600 |P.C.B. ASS’Y VIDEO (AL)
9 73011700 |P.C.B. ASS” Y VIDEO (G)
10 13012000 |P.C.B. ASS” Y MAIN (UC)
10 13012100 |P.C.B. ASS” Y MAIN (RT)
10 [V3012200 [P.C.B. ASS’Y MAIN (A)
10 13012300 IP.C.B. ASS” Y MAIN (L)
10 [73012400 |P.C.B. ASS Y MAIN (G)
11 [v2518600 [P.C.B. ASS’Y TUNER/TU-01 (UC)
11 |V2518700 |P.C.B. ASS” Y TUNER/TU-01 (RT)
11 12518800 [P.C.B. ASS Y - TUNER/TU-01 (AL)
11 12518900 |P.C.B. ASS’Y TUNER/TU-01RDS (6)
12 |V3012700 |P.C.B. ASS’Y DIGITAL-IN (UC)
12 13012800 |P.C.B. ASS” Y DIGITAL-IN (RAGLT)
15 |XV398A00 | POWER TRANSFORMER (U)
15 {XV399A00 | POWER TRANSFORMER (C)
15 — |XV400A00 |POWER TRANSFORMER (R)
15 — |XV401A00 ¡POWER TRANSFORMER (A)
15 |XV402A00 |POWER TRANSFORMER (GL)
15- 1|Vi449800 |VOLTAGE SELECTOR ESE-37284-F (R)
16 |V2643800 [POWER CORD ASS” Y (UC)
16 |VPA18300 |POWER CORD ASS’ Y (A)
16 |VS759300 |POWER CORD ASS” Y (GL)
16 |VZ542500 | POWER CORD ASS” Y — (RT)
17 |V2438700 |CORD STOPPER #10P1
18 |[V2063800 [DC FAN MOTOR DC MMS-06D24DU-ROE
21 10120600 |CONNECTOR, FLAT CABLE 12P 70mm
22 |2853800 |CONNECTOR, FLAT CABLE 11P 250mm
23 |VZ869000 |CONNECTOR, FLAT CABLE 11P 100mm
24 |V2854200 [CONNECTOR, FLAT CABLE 14P 300mm
25 12853700 |CONNECTOR, FLAT CABLE |10P 160mm
26 — |V2854000 |CONNECTOR, FLAT CABLE 13P 80mm
27 12854400 |CONNECTOR, FLAT CABLE 117P 300mm
28 12854300 |CONNECTOR, FLAT CABLE 16P 80mm
29 12854600 |CONNECTOR, FLAT CABLE 25P 100mm
30 |2854500 |CONNECTOR, FLAT CABLE 18P 60mm
31 | V2853900 |CONNECTOR, FLAT CABLE | 12P 160mm
32 |VQ157200 |CONNECTOR, FLAT CABLE 16P 60mm
33 13122700 |CONNECTOR, FLAT CABLE OP 180mm
35 13260000 |FERRITE CORE FSOB190RT02B (UC)
36 |B933800 |FERRITE CORE BP53RB310190N0A (AGL)
37 13311500 |FERRITE CORE FSOB140RN (AGL)
41 |VQ194100 | SHORT PLUG CNT31-0
42 |CB069250 [BINDING TIE BK-1 |
51 |V0051300 [TOP COVER GD
51 |VV690300 |TOP COVER BL
52 |V]893400 | BOTTOM COVER
53 |V2614200 {SUB CHASSIS
54 |V2614300 |FRAME L
55 |V2614400 | FRAME R
+ New Parts
E E E E *
RX-V2095/RX-V2095RDS
Ref. -
No. PART NO. - Description Remarks - Markets
56 V2614500 | FRAME SL
57 VV691100 | FRAME SF
58 |V691200 | FRAME С
59 [V2614600 |REAR PANEL (U)
59 V2614700 |REAR PANEL (C)
59 V2614800 {REAR PANEL (RT)
59 V2614900 {REAR PANEL (A)
59 V2615000 [REAR PANEL (L)
59 |V2732300 |REAR PANEL (6)
60 VV826100 | SUPPORT TR
61 V2615600 | SHIELD CASE
62 V2825300 | SUPPORT D/PCB
63 VV306200 | SUPPORT, TOP
64 V2048600 |KNOB, LED D40 GD
64 VV268600 |KNOB, LED D40 BL
65 \/2467900 | ESCUTCHEON, VOL BL
65 V2468100 | ESCUTCHEON, VOL GD
66 VS757200 | KNOB D12P BL
66 |VZ891300 | KNOB D12P GD
67 VI275100 [KNOB DI2R BL
67 VZ891400 | KNOB D12R GD
68 V2467300 |BUITON, 3/8 BL
68 V2467500 |BUITON, 3/8 GD
69 V2642700 | SUPPORT PJ
70 VJ895500 | FRAME A
71 YV713600 {BRACKET IF
72 VY707200 ¡HOLDER, PCB A-1 3R48
73 VE222600 |CUSHION
80 0042500 | LEG D60xH21 GD
80 VS025000 ¡LEG D60xH21 BL
81 CB068880 [PLASTIC RIVET No. 1027
82 CB605620 | PLASTIC RIVET No. 1781
83 VV692400 | SUPPORT H/PCB
84 V2643000 | SUPPORT |SF
85 VN413300 |BIND HEAD BONDING B-T. SCREW | 3x8 MFZN2-BL
86 EP600190 [BIND HEAD B-TITE SCREW 3x8 ZMC2-BL
87 ED330066 [BIND HEAD SCREW 3x6 FCRM3-BL
80 EK930010 [PW HEAD B-TITE SCREW 3x8-8 FCRM3-BL
39 VK625000 |CUP S-TITE SCREW 5x10-12 7MC2-Y
90 EK365090 | PW HEAD S-TITE SCREW Ax8-10 FCRM3-BL
91 AA627310 | GROUND TERMINAL
92 EV265560 |PLAIN WASHER 3.6x10x0. 8 FNM3-3G
93 EP600220 |BIND HEAD B-TITE SCREW 3x10 ZMC2-Y
94 EX601850 | SPECIAL SCREW S-TITE 4x8-10 FCRM3-BL|BL
94 YZ893000 |DECORATED SCREW S-TIGHT 4x8-10 MFNI-33 |GD
95 Vv220300 (BIND HEAD B-TITE SCREW 3x30 MFZN2-BL
96 VY979800 | SUPPORT, FAN COVER
97 VY980000 | SUPPORT R
98 VY980100 | PLATE, FAN COVER
100 |VK173200 | SCREW, TRANSISTOR 3x15 SP FCM3
‚101 | CB502030 |BINDING TIE S-75B |
102 |VZ180200 | SPACER
103 |EP630220 BIND HEAD P-TITE SCREW 3x8 ZMC2-BL
* New Parts
110
prs
3
TÍO
os
[Te LA]
one
7 O
[a hal
an
LO
eZ,
=
N
>
к
a =
RX-V2095RDS
111
RX-V2095/RX-V2095RDS
X X X X X X X
Ref. |
No. PART NO. Description Remarks Markets
105 |EP600790 |FLAT HEAD B-TITE SCREW 3x8 MFZN2-BL
111 (12620300 |SIDE PANEL
112 |VK492400 | SPACER
113 |V2961800 |RING - |/W0OD
114 |VC077200 |FLAT FILLISTER HEAD SCREW | |4x27 FCRM3-BR
121 |VY731200 |BONDING HEAD TAPPING SCREW [3x10 MFNI33
123 |VK697600 |BIND HEAD B-TITE SCREW 3x10 SP ZMC2-Y
124 |EP600530 |BIND HEAD S-TITE SCREW 3x8 ZMC2-BL |
125 |VZ012900 |CUSHION, FAN
130 |V2618300 |KNOB D30 BL
130 |V2618500 [KNOB D30 GD
131 |V2619200 |ESCUTCHEON, SEL BL
131 |V2619400 |ESCUTCHEON, SEL GD
132 |V2620200 |WINDOW PANEL, LID
133 |V2618600 | BUTTON CASE, UPPER BL
133 |V2618800 {BUTTON CASE, UPPER GD
135 13317100 |PW HEAD P-TITE SCREW 3x6-8 MFZN2-BL
137 |V3188700 | SPACER T=0.2
138 [V3246000 | SHEET, GROUND UC-300285
139 |V3259600 | SHIELD PLATE RF
140 |VQ625400 |DAMPER H. SINK (AGL)
ACCESSORIES ВЕ
200 |V2686700 |REMOTE CONTROL TRANSMITTER |RAV180 See page 112
201 |V2690000 |REMOTE CONTROL TRANSMITTER |RAVI1 (UCRALT)
201-1 | CX679050 | LID | |
VE366200 | LOOP ANTENNA AM
VG850700 | ANTENNA, FM | 1.4m
VI948000 | ANTENNA ADAPTER (UC)
VY814500 |LABEL, REMOTE CONTROL
BATTERY, MANGAN-ALKALINE 1.5V LR6 |
BATTERY, MANGANESE | SUM-3, AA, ROG (UCRALT)
* New Parts
D
Ш EXPLODED VIEW
RX-V2095/RX-V2095RDS
Ref.
No. PART NO. Description Remarks Markets
V2686700 | REMOTE CONTROL TRANSMITTER -|RRC4000-5453R
1 CX680040 | COVER, BATTERY 103RRC11101R
2 XX710680 [LID 103RRC11204R
3 CX680060 [BRACKET A 503RRC00401R
4 CX680070 [BRACKET B 503RRCO0501R
5 CX680080 | GUIDE PIN 522RRC00101R
6 CX680090 |PIN 524RRCOO101R
7 EX603910 | SCREW M1. 7x13.5 ABB1703321001
* New Parts
112
21-01
REMOTE CONTROL TRANSMITTER
HB SCHEMATIC DIAGRAM
RX-V2095/RX-V2095RDS
RESET
|
#91551: 60'Ра
35019 H3A09
(2/2)60 o s
e PM
A >
(2/50 , NIdO Y3A09
Lal
ra
La
NIS m
АВ al
© YILOHPL: PINE! ALY СВЕ. E
sd €Z-S1U 39001 --|_-_
+4 ii (
4 13534 eg £-0805-8dS gn I
02-01 AAN id 50 du < 44 —
SIZH PA с el
81-01 ANA e 40 SSA
7174 PIZ1 14 1 |
AAN e 30 | яго
сы уу 6121 OL #21 T го
ин AAN м Т оо -
НЧ dé LZ Ss
| A Lal
он 0124 47 OUZI + 80 8
&l AA te vo Y
62d 621 € | LL 28 la la [da la | a |5
va < <= 9 o = 2 2 = > > <=
E 2 X X ¢ E 8 QQ = 2
221238598878
64 vd | — | 5
OS EZ
13834
AAA Ral ai
#71 A м 50
91| —— | НО SEA
974 971 LL 1 —
sE “er of © E | ve
My : £ol T —
ti ANY 1e ao aaa +
tzH dé #71 9 PL
AAA La
Si Ува др т © 20 = 0£0-1420281-S
El 278 ¿y 621 $ во 8 z SY | | LOI
| A Lal 62
a Za e Y vn os
< "vd os
bi © Ssvd Ig
3NOZ HANNL => WA =
ON Г avd ce 9 =
. INOZ aD pi A y < = Al =
61X OLJO-HHOEZTD : XXZ1 ZN a 2 3 5 vo S ВЕ
61X UY" 1: XXZH ~~ NA e a 8<2Mfs
3NOZ 3dVL > AA y
¿IZ Na vd со e o
HOIVOIONI Re AA “13 19
LINSNYE.L so N о BH ovd > IS
gozu11 NN - 0095 | BE
4 y
Эго
so
€
=]
col ALZ |
z
EzST y < A008
¿ar <
(ere 330
H3.13WvHYd
(2/1)a o
o IS
2
Y
AAA
o
"a ANEW 135
m m
3) 3
—0
N N N gL
es to ó ro o óta ota ta ©
POH Zo 09% 65M BEY 15%
shot tato ta sat Ste 3
95H SSH tSH ECM Z5Y 15) sa 72
he bio dio tra tia to thats
Sp iM ob SHA vd £by ZbM LM
Eto Ite The Ste dts The Ste Sta d
Gb SEM sex LEA sex SEN PEN EEN
87 > Ste oto oto ote oto o rota 6
zex 1€H OEM 624 8 LEA 92 Sex
F ho Silo Ih Sh tte Ste 3h 3h 4
e) e Zo 12H 021 614 81 ZUM
9? ¿to dio dio Sia dba о фо S10 6
| 91H SIX PH eIM els ED OL EX п
FR te dh th dh dh тЫ ЛЬ Фа
gx 4» 9X GM PX ex os | 1
a 5 ©, œ = 9, tn) > ©
1022 "zp | .
= 6X ASI
7 $0 во
Ur .
| wo
(AY/1) Doz
zd
|
113
1
RX-V2095/RX-V2095RDS
=
SR
N ||
o“
TL]
SI
|
Key arrangement he
j | me | co me EE & & 2 @
YAMAHA © :
PAMOTE CONTROL Ш > © ©_© | © Zi
| ao] fo 1 | Zea)
Z2 A
y po = SA C2
_ — CH 73
Ch “EN
74
__ | (=) boo m 1 T Wa
ГВ) —A
) =
I Como Jo | Bb = с
) )
0 о >
[ ooo 1
La 0 an E i
PRESET VA ABCIDIE A
0|[vax J 9 |
= | rss) HICH GC) Gj — 7
ROCK ENTER 210
| Сет -| NS E |
aca CONCERT TY 712
| | STADIUM VIDEO THEATER | ||
É MOVIE mars
) OPÉRATION THEATER 1 THEATERZ SURROUND Z13 714
mu $ PARAMETER N // E LIGHT
er SET MENU th 216 1959
SET MENU A (/ N
SLEEP ON SCREEN MACRO
> > = ws
YST ¡SEN MASTER VOLUME & — or
y POWER ON WER ON | ЕВ — SLOW
J [/ a — [of
О Q _
VER e anDaY — VE AN
J SW 4
COVER
OPEN/CLOSE
CEYAMAHA
PES TER OL
Î Î
ZXX : LED point
) List of the fixed code
Key
No. À B
15 | 7A-85-15 | 7A-85-15 | 7A-85-15
A-85-16 | 7A-85—16 | 7AÀ-85-16 | 7A-85-16 | 7A-85-16 | 7
A-85-0F 78-85-07
7A-85-54 | 74-85-54 7A-85-08 7A-85-08
7A-85-0B 7A-85-0B
7A-85-55 | 74-85-55 | 74-85-55 | 74-85-55
7
14
7A-85-87 | 7 7A-85-87
7A-85-56 | 7
7
7
7A-85-10 —
74-85-88 | 74-85-88
7A-85-1E | 7A-85-1E | 7A—-85 1E | 74-85-1E | 7A-85-1E | 7A-85-1E
A PLAYA - 7A-85-9D | 7A-85-9D 7A-85-C5|7A-85-C5
+ DD +
7A-85-8A | 7A-85-8A
— Ka - 7A-85-C7 | 7A-85-C7
Y PAUSE/STOP Y |7A-85-9C 7 7A-85-8C | 7A-85-8C | 7A-85-8C | 7A-85-8C
+ 7A-85-8D 7 7
VOLUME — 7A-85-1B | 7A-85-1B | 7A-85-1B | 7A-85-1B | 7A-85-1B | 7A-85-18 7A-85-8E 7 7A-85-BE
) MUTE 7A-85-1C 1C| 7A-85-1C 7A-85-1C|7 - 7 7
7 7A-85-86 7A-85—90 7А-85-90 | 7А-85-90
7
74-85-85 | 7A-85-85 | 74-85-85 | 74-85-85 | ТА-В5-85 | ТА-85-85 7A-85-91 7A-85-91 | 7A-85-91
74-85-57 | 7 7
7A-85-00 7 79-86-A8
79-85-AB
RX-V2095
RX-V2095RDS
RX-V2095/RX-V2095RDS
Learning and macro key
Key
No.
NAME LEARN | MACRO
The list of action when each key is pushed.
>
<=
: Transmit the fixed code (non-learning key)
: Transmit the fixed code or learn code |
: Transmit the fixed code (non-learning key) + lighting
: Transmit the fixed code or learn code + lighting
: Transmit the code of contro mode + lighting
: Transmit the learn code (in case of the non-learning, transm
: Transmit the learn code (in case of the non-learning, transm
: MACRO transmission
: MACRO transmission + lighting
: Lighting only
LEARN | MACRO
pt
<
its no code)
its no code) + lighting
PRESET +
LEARN
O ; Learning key A (The key of learning 1 position (Don't care every SW).)
e : Learning key B (The key of learning 2 position of SW3-B and
SW3-C. in case of SW3-A, non-learning key, without regard to the
positions of other SW.)
X : Non-learning key (The key of non-learning without regard to posi-
tions of every SW.)
MACRO
O : The key of macro setting
X : The key of macro non-setting
care
Don't care
GS
|
ill it if
ПОЕДЕ ДЕТЕЙ
Lit ELE]
|
|
RX-V2095/RX-V2095RDS
=
SR
К '
as
toN
ane
xo
(wh
wn
Lighting point
Key
No.
Don't care.
Z14 216 :C), 215:
Z14 216:
#14 216 : 1), 215
710:
#11:
#12:
as the case of pushing the mode key of current mode.
{In case of having set the mode TAPE , the lighting is same
as the case of pushing TAPE key.)
Detail :Q) ---=--==--- Lighting on.
KXX-Y------ Lighting on if the key, that is key No. X X and SW2-Y,
has been learned.
и Control transmission | |
; The unit transmits the code of the mode set by pushing one of 4 keys (OPERA-
| TION CONTROL keys) shown below. |
The codes of every mode are the code setting key No. shown below.
(The code is fixed code or learned signal in case of finishing learning. H the key
has no code and no learning, the unit transmits no code.)
hoy NAME TAPE | CD |TUNER| VCR1 | DVD/LD|TV/DBS| VCR2 | «==> | V-AUX
17 | ~ PLAYA K28-A | K36-A | K44-A | K28-B | Kse-B | Kas-B | K28-C | K36-C | K44-C
18 | + > + K29-A | Ka7-A | K45-A | K29-B | Ks7-B | Kas'e | Kes-C | K37-C | Kas-C
19 |- == = K30-A | K38-A | K46-A | K30-B | Kss-B | K4e-B | Ka0-C | Kas-C | Kae-C
7 20 | Y PAUSE/STOP V| K31-A | K39-A — K31-B | K39-B — K31-G | K39-C —
) Detail : K X X- Ÿ
|
Key No. The position of SW2
All key lighting MACRO transmission
If the LIGHT key (Key No. 62) is pushed, the LED lights Transmission code of initial setting is shown below. (key No.)
‘as shown below. | Each transmission code is the fixed or learning code.
If the LIGHT key (Key No. 62) is pushed again during
lighting of the LED, the LED turns off.
Don't care.
care.
COVER OPEN CLOSE
Lighting LED | Z1 -219 | 21-216
K13 | K6
K13 | K8
| | a | K13 | K10
) | | |
14 [POWER STANDBY | K14 | -
Detail : K X x- Y
| .
Key No. The position of SW2
116
A B | с | р | E
RX-V2095/RX-V2095RDS
ZONE 2 REMOTE CONTROLLER
E SCHEMATIC DIAGRAM
K1/05
Kl/04
50
S1/LED KI/02
REM KI/01
VDD KI/00
K13
K12
K11
Q1
Function
CHAPTER +
LD PLAY
2
VIVIANA
Parts List for Carbon Resistors
RX-V2095/RX-V2095RDS
HF45 6910
Value 1/4W Type Part No.|1/6W Type Part No. Value 1/4W Type Part No.(1/6W Type Part No.
1.0 Q - HJ35 3100 HF85 3100 10 kQ HF45 7100 HF45 7100
1.8 Q HJ35 3180 à 11 kQ HF45 7110 HF45 7110
2.2 Q HJ35 3220 HF85 3220 12 kQ HJ35 7120 HF85 7120
3.3 © HJ35 3330 HF85 3330 13 kQ HF45 7130 HF45 7130
4.7 Q HJ35 3470 HF85 3470 . . 15 kQ HF45 7150 HF45 7150
5.6 Q HJ35 3560 HF85 3560 18 kQ HF45 7180 Hras 7180
10 Q HF45 4100 HF45 4100 22 kQ HF45 7220 HF45 7220
15 © HJ35 4150 HF85 4150 24 kQ HF45 7240 HF45 7240
22 Q HF45 4220 HF45 4220 27 kQ HJ35 7270 HF85 7270
27 Q HJ35 4270 HF85 4270 30 kQ HF45 7300 HF45 7300
33 Q HF45 4330 HF45 4330 33 kQ HF45 7330 HF45 7330
39 © HJ35 4470 HF85 4390 36 kQ HF45 7360 HF45 7360
47 Q HF45 4470 HF45 4470 39 kQ HF45 7390 HF45 7390
°56 © HF45 4560 HF45 4560 47 kQ HF45 7470 HF45 7470
68 Q HF45 4680 HF45 4680 51 kQ HF45 7510 HF45 7510
75 Q HF45 4750 HF45 4750 56 kQ HF45 7560 HF45 7560
82 Q HF45 4820 HF45 4820 62 kQ HF45 7620 HF45 7620
91 Q HF45 4910 HF45 4910 68 kQ HF45 7680 HF45 7680
100 Q HF45 5100 - HF45 5100 82 kQ HF45 7820 HF45 7820
110 © HJ35 5110 HF85 5110 91 kQ HF45 7910 HF45 7910
120 Q HF45 5120 НЕ45 5120 100 kQ HF45 8100 HF45 8100
150 Q HF45 5150 HF45 5150 110 kQ HF45 8110 HF45 8110
160 Q HJ35 5160 He 120 kQ HF45 8120 HF45 8120
180 Q HF45 5180 HF45 5180 150 kQ HF45 8150 HF45 8150
200 Q HF45 5200 HF45 5200 180 kQ HF45 8180 HF45 8180
220 Q HF45 5220 HF45 5220 220 kQ HJ35 8220 HF85 8220
270 Q HF45 5270 HF45 5270 270 kQ HF45 8270 HF45 8270
330 © HF45 5330 HF45 5330 300 КО HF45 8300 HF45 8300
390 Q HF45 5390 - HF45 5390 330 kQ HF45 8330 HF45 8330
430 Q HF45 5430 HF45 5430 390 kQ HJ35 8390 HF85 8390
470 Q HF45 5470 . HF45 5470 470 kQ HF45 8470 HF45 8470
510 Q HF45 5510 HF45 5510 560 kQ HJ35 8560 HF85 8560
560 Q HF45 5560 HF45 5560 680 kQ HJ35 8680 HF85 8680
680 Q HF45 5680 HF45 5680 820 kQ HJ35 8820 HF85 8820
820 Q HF45 5820 HF45 5820 1.0 MQ HF45 9100 Hras 9100
910 Q HF45 5910 HF45 5910 1.2 MQ HJ35 9120 *
1.0 kQ HF45 6100 HF45 6100 1.5 MQ HJ35 9150 HF85 9150
1.2 kQ HF45 6120 HF45 6120 1.8 MQ HJ35 9180 HF85 9180
1.5 kQ HF45 6150 HF45 6150 2.2 MQ HJ35 9220 HF85 9220
1.8 kQ HF45 6180 HF45 6180 3.3 MQ HJ35 9330 HF85 9330
2.0 kQ HJ35 6200 : HF85 6200 3.9 MQ HJ35 9390 He
2.2 kQ HF45 6220 -HF45 6220 4.7 MQ HJ35 9470 HF85 9470
2.4 kQ HJ35 6240 HF85 6240
2.7 kQ HF45 6270 HF45 6270
3.0 kQ HF45 6300 HF45 6300
3.3 КО HF45 6330 HF45 6330 OOO
3.6 kQ HJ35 6360 HF85 6360 1/4W Type 1/6W Type
3.9 kQ HF45 6390 HF45 6390 0.00, Hrs OOOO
4.7 kQ HF45 6470 HF45 6470 10mm —
5.1 kQ HF45 6510 " HF45 6510 К бит >|
5.6 kQ HF45 6560 HF45 6560 | | JA
6.8 kQ HF45 6680 HF45 6680
8.2 kQ -HF45 6820 HF45 6820
9.1 kQ HF45 6910
1992
118
>
dr:
X
Л '
с <
ON
GS
70
ga
cn
RX-V2095/RX-V2095RDS
HE
YAMAHA
">