Hewlett-Packard 8005B Pulse Generator User Manual

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 OPERATING AND SERVICE MANUAL.
80055
PULSE GENERATOR
SERIAL NUMBERS
This manual applies directly to instrument serial number
1627600731,
With changes described in Section 1X, this manual also
applies to all earlier instruments,
For additional important information about serial numbers,
see INSTRUMENTS COVERED BY MANUAL in Section |,
&copy; HEWLETT-PACKARD GmbH 1973
Herrenbergerstr 110, D-703 Boblingen,
Federal Republic of Germany
MANUAL PART NO. 08005-90004
Microfiche Part No. 08005-00504 Printed: MAY 1977
General Information
Figure 1-1. 80058 Instrument and Accessories.
Figure 1-2, Rack-mount Kit, Option 908
1-0 |
re
Model 8005B
Mode! 86058
Generai Information
SECTION |
GENERAL INFORMATION
1-1 INTRODUCTION
1-2 This Operating and Service Manual contains in-
formation required to install, operate, test, adjust and
service the Hewlett-Packard Model 80058, Figure 1—1
shows the instrument and accessories supplied. This sec-
tion covers instrument identification, description, acces-
sories, specifications, and other basic information.
1—3 A microfiche version of this manual is available
on 4 x 6 inch microfilm transparencies (order number on
title page}. Each microfilm contains up to 60 photo-
duplicates of the manual pages. The microfiche package
also includes the iatest Manual Changes supplements as
well as all pertinent Service Notes,
1-4 SPECIFICATIONS
1-5 Instrument specifications are listed in Table 1-2.
These specifications are the performance standards or
limits against which the instrument is tested,
1-6 SAFETY CONSIDERATIONS
1—7 The Model 80058 is a Safety Class 1 instrument
{it has an exposed metal chassis that is directly connected
to earth via the power supply cable), |
1-8 This operating and service manual contains infor-
mation, cautions, and warnings which must be followed
by the user to ensure safe operation and to maintain the
instrument in a safe condition,
1-8 INSTRUMENTS COVERED BY MANUAL
1-10 Attached to the rear of this instrument is a serial
number plate (Figure 1-3}. The first four digits of the
serial number only change when there is a significant
change to the instrument, The last five digits are assigned
to instruments sequentially, The contents of this manual
apply directly to the instrument serial number quoted on
the titie page. For instruments with lower serial numbers,
refer to the backdating information in Section 1X of this
manual, For instruments with higher serial numbers, refer
to the Manual Change sheets at the end of this manual,
In addition to change information, the Manual Change
sheets may contain information for correcting errors in
the manual. To keep this manual as up-to-date and асси-
rate as possible, Hewlett-Packard recommends that you
periodically request the latest Manual Change supplement,
The supplement for this manual is identified with this
manuals print date and part number, both of which
appear on this manual’s title page. Complimentary copies
of the supplement are available from Hewlett-Packard,
HEWLETT-PACKARD GmbH
| 15366 00062 |
BOBLINGEN........
Figure 1-3, Serial Number Plate
1-11 DESCRIPTION
1-12 The Model 8005B is a versatile 20 MHz pulse
generator that can deliver up to 10 volts positive and,
simultaneously, 10 volts negative into a 50 ohm load from
a selectable source impedance. Provision is made for ex-
ternal and manual triggering, synchronous and asynchro-
nous gating, a positive trigger output and TTL output of
4.6 volts across an open circuit for positive or negative
logic, |
1-13 Repetition rate is variable over the range 0.3 Hz
to 20 MHz, alternatively, in double pulse mode 10 MHz
simulating 20 MHz or, in square wave mode, 0.15 Hz to
10 MHz. Pulse delay {with respect to the trigger output)
is variable over the range &lt; 100 ns to 3 s. Pulse width is
variable over the range 25 ns to 3 s with a normal mode
duty cycles of &gt; 80% and 100% in complement mode,
Transition times (pulse rise and fall} are variable from
&lt; 10 ns to 2 s with a rise and fall {or fall to rise} ratio of
up to 30:1, Amplitude and base line offset of each
channel is independentiy variable. A complete set of
specifications is given in Table 1-2,
1-14 OPTIONS
1-15 The following options are available:
Option 908 Rack-mount kit
Option 910 Additional Copy of the Operating
and Service Manual,
These options will be shipped with the instrument if
ordered at the same time,
General Information
1-18 ACCESSORIES SUPPLIED
1-17 The instrument is supplied complete with the
following items (see Figure 1-1),
ITEM
HP PART NUMBER
800 mA Fuse for 230V operation
1.6 A Fuse for 115V operation
Power cable
Operating and Service Manual
2110—0020
2110-0005
see Figure 2—1
08005-90004
Model 8005B
1-18 RECOMMENDED TEST EQUIPMENT
1-19 Eguipmentrequired to maintain the mode! 80058
is listed in Table 1-1, Other equipment can be substituted
if it meets or exceeds the critical specifications listed in
the table.
Table 1—1 Recommended Test Equipment
INSTRUMENT TYPE RECOMMENDED MODEL REQUIRED REQUIRED FOR
CHARACTERISTICS
Oscilioscope HP 180C with plug-ins Dual Channel, 50 MHz band PA
1805A and 18250 width, 5 mV/div, sensitivity
sweep speeds Bns/div. to 2s/
div, with sweep delay
Sampling HP 180C with plug-in 1810A Dual Channel, 1 GHz band- PA
Oscilloscope width, 1 mV/div, sensitivity
sweep speeds 10ns/div. to
2s/div,
Square Wave 80135 Capable of rep. rate of 10 kHz, Р
Generator 10 kHz, negative output (0
to —bV), fast rise and fall
times (5ns)
Digital Voltmeter 34740A 100V range to 4 significant A
with 34702A figures. Accuracy + 0.05% +
1 digit
AC Voltmeter HP 3400A Sensitivity 100uV to 300V A
rms
Test Oscillator HP 6518 Frequency Range 10 Hz to Р
10 MHz
Counter HP 5345A 0—50 MHz PA
502 cable assembly HP 10503A {4 required) terminated each PA
end with BNC male connec-
| tors
5012 Tee connector 1250-0781 PA
5087 Feed-through HP 10100C PA
termination (2)
Attenuator HP 8491A 20 dB 50 2, N PA
Connector HP 1250-0077 BNC male to N female PA
Connector HP 1250-0780 BNC male to N male PA
NOTE: P = Performance Check
A = Adjustment
1-2
Моде! 80058
General Information
Table 1-2 Specifications
PULSE CHARACTERISTICS
Offset
internal Ext Amplitude Arapiitude
soi Load | Rangs Selected Output (+) Output {-}
IN 505 1.25v/25V 300mV 10 1.25V + 7 + 2V
IN High Z 1.25V/2,5V BOOMY to 2 ВУ + АМ &pound; AV
OUT 506 1.25V/2 BV BO0MV to 2.5V + ZW + 2\
IM 508 5v/10V 1.25V го БУ + 2V + DV
IN High 2{ 5v/10V 2,5V to 10V* + av + 4V
OUT 500 5v/10V 2.5V 10 1041 + 2Vto | #2V 10
Ov —4V} 1 ov +9
1. The maximum output {amplitude + offset) is 10V.
2. Offset range with amplitude vernier CCW is + 2V. Offset
range increases to + 4Y when amplitude vernier is CW.
Transition times: &lt;&lt; 10ns to 2s in six ranges. Separate
verniers provide independent control of leading and
trailing edges within each range. Ranges are common
for leading and trailing edges. Max. leading edge/trailing
edge ratio, 1:30 or 30:1.
Linearity: for transition times &gt; 30ns, maximum ampli-
tude deviation from a straight line between the 10% and
90% points is less than 4% of pulse amplitude.
Overshoot, preshoot and ringing: each less than 5% of
puise amplitude,
Pulse width: &lt; 25ns to 3s in five ranges. Vernier pro-
vides continuous adjustment within each range.
Width jitter: &lt;&lt; 0.1% + 50 ps of any width setting.
Maximum duty cycle:&gt; 80% for repetition rates from
0.3 Hz to 1 MHz, &gt; 50% from 1 MHz to 20 MHz, Up
to 100% when using pulse complement.
Square wave: 0,15 Hz to 10 MHz. Duty cycie: 50% +
5% for repetition rates &amp; 1 MHz, increasing to 50% +
15% at 10 MHz.
Pulse delay: &lt; 100ns to 3s (with respect to trigger out-
put) in five ranges. Vernier provides continuous adjust-
ment within each range. Delay is inhibited in Square Wave
mode,
Delay jitter: &lt; 0.1% + BO ps of any delay setting.
Pulse outputs: simultaneous positive, negative and TTL
compatible outputs.
Maximum pulse amplitude: BV, with internal 50 ohms
and external 50 ohms, 10V with internal 50 ohms and
external high impedance, or with internal high impe-
dance and external 50 ohms.
External Triggering
Maximum output: {amplitude + offset) 10V.
Output protection: cannot be damaged by short circuit
or application of external voltages &lt; + 10V (at 25%
ambient) independent of control settings.
Source impedance: 50 ohms + 10% {shunted by typ
20pF) or high impedance, switch selectable.
TTL compatible output: fixed amplitude, +4.6V across
open circuit,
Source impedance: 50 ohms typ.
Pulse formats: normal or complement, switch selectable.
REPETITION RATE AND TRIGGER
Repetition rate: 0.3 Hz to 20 MHz in five ranges. Ver-
nier provides continuous adjustment within each range.
Period jitter; &lt;&lt; 0.1% of any period setting.
Double pulse: 10 MHz max. Simulates 20 MHz.
Trigger output: positive puises &gt; 2V amplitude across
externai 50 ohm load.
Output Trigger puise width: 15ns + 7ns.
EXTERNALLY CONTROLLED OP&Eacute;RATION
Repetition rate: dc to 20 MHz.
Delay: approximately 35ns between trigger input and
trigger output.
Manual: push button for generating single pulse {two in
double pulse).
Trigger Input
input impedance: approx. 1 kohm, dc coupled
Maximum input: + 10V,
Sensitivity: sine waves; 2Vpp. Pulses 1V peak.
Polarity: positive or negative, switch selectable.
Minimum puise width: 10ns.
Genera! Information Model 8005B
Table 1-2 Specifications (continued)
Gating Gate signal polarity: negative,
и Gate amplitude: 2V to 20V (max.)
Synchronous: gate signal turns on repetition rate. Time
between start of gate and first pulse defined by delay
control. Last puise is always completed even if gate ends GENERAL
during generation of last pulse. Synchronous trigger:
puises occur for duration of gate. Operating temperature range: 0&deg;C to 55&deg;C,
Power: 115V or 230V, +10%, —15%, 48 Hz to 440 Hz,
Asynchronous: gate signal controls output of free run- 180VA max.
ning repetition rate generator. |
Weight: net 7 kg (16 lbs), shipping 9 kg (20 165).
Gate Input
Dimensions: 425 mm wide, 140 mm high, 336 mm deep
Input impedance: approx. 1 kohm, dc coupled. {16 3/4 in. x 5 1/2 in, x 13 1/4 in.).
Model 8005B
installation
2-1 INTRODUCTION
2-2 This section provides installation instructions for
the Mode! 8005B Pulse Generator and its accessories, It
also includes information about initial inspection and
damage claims, preparation for use, and packaging, stor-
age and shipment,
2-3 INITIAL INSPECTION
2-4 Inspect the shipping container for damage. If the
container or cushioning material is damaged, it should be
kept untii the contents of the shipment have been checked
for completeness and the instrument has been checked
mechanically and electrically. The contents of the ship-
ment should be as shown in Figure 1—1 plus any accesso-
ries that were ordered with the instrument, Procedures
for checking the electrical operation are given in Section
3. If the contents are incomplete, If there is mechanical
damage or defect, or if the instrument does not pass the
operator's checks, notify the nearest Hewlett-Packard
Sales/Service office, If the shipping container is damaged,
or the cushioning material shows signs of stress, notify
the carrier as well as the Hewlett-Packard office. Keep the
shipping materials for carrier’s inspection, The HP office
will arrange for repair or replacement without waiting for
settiement,
2-5 PREPARATION FOR USE
2-6 Power Requirements
2-7 The 8005B requires a power source of 115 or
230 V ac at a frequency of 48 to 66 Hz (+10%, —15%)
single phase. The maximum power consumption is 70VA.
2-8 Line Voltage Selection
CAUTION
BEFORE SWITCHING ON THIS INSTRUMENT make
sure that the instrument is set to the local line voltage,
2-9 The line voltage is selected by setting the voltage
selector on the rear panel, Use a screwdriver to move the
slider to the required position,
2—10 Power Cable
WARNING
To avoid the possibility of injury or death, the following
precautions must be followed before the instrument is
switched on:
a, If this instrument is to be energized via an auto-
transformer for voltage reduction, make sure that
ground connection is not interrupted.
b. The power cable plug shall only be inserted into a
socket outlet provided with a protective ground con-
tact. The protective action must not be negated by the
use of an extension cord without a protective сопаис-
tor.
C. Before switching on the instrument, the protective
ground terminal of the instrument must be connected
to a protective conductor of the power cable. This is
verified by checking that the resistance between the
instrument chassis and the front panels of all modules
in the instrument and the ground pin of the power
cable plug is zero ohms,
2-11 in accordance with international safety standards,
this instrument is equipped with a three-wire power cable,
When connected to an appropriate ac power receptacie,
this cable grounds the instrument cabinet. The type of
power cable shipped with each instrument depends on the
country of destination, Refer to Figure 2—1 for the part
number of the power cords available,
2—12 11 the plug on the cable supplied does not fit your
power outlet, then cut the cable at the plug end and
connect a suitable plug. The plug should meet local
safety requirements and include the following features:
Minimum current rating of 2A
Ground connection
Cable clamp
The colour coding used in the cable will depend on the
cable supplied (see Figure 2-1).
2—1
Installation
Model 830058
NEMA TYPE
HP Part No. 8120-1348
LINE = BLACK
NEUTRAL = WHITE
GROUND = YELLOW/GREEN
SCHUKO TYPE
HP Part No. 8120-1689
LINE = BROWN
NEUTRAL = BLUE
GROUND = YELLOW/GREEN
BRITISH STANDARD TYPE
HP Part №. 8120—1351
LINE = BROWN
NEUTRAL = BLUE
GROUND = YELLOW/GREEN
USED IN AUSTRALIA
HP Part No, 8120-1369
LINE = BROWN
NEUTRAL = BLUE
GROUND = YELLOW/GREEN
2—13 Operating Environment
Figure 2—1. Power Cords
2-14 The 8005B will operate within specifications when
the ambient temperature is between 09&deg;C and 55&deg;C,
2-15 STORAGE AND SHIPMENT
2-16 The 8005B can be stored or shipped at tempera-
tures between —40%C and 75&deg;C. The instrument should
be protected from temperature extremes which cause
condensation within the instrument,
2—17 If the instrument is to be shipped to a Hewlett-
Packard Sales/Service Office, attach a tag showing owner,
return address, model number and full serial number and
the type of service required. The original shipping carton
and packaging material may be re-usable but the Hewlett-
Packard Sales/Service office will also provide information
and recommendations on materials to be used if the origi-
nal packing is not available nor re-usable, General instruc-
tions for re-packing are as follows:
1. Wrap instrument in heavy paper or plastic.
2. Use strong shipping container. A double wall carton
made of 350-pound test material is adequate,
3. Use enough shock-absorbing material {3 to 4-inch
layer) around all sides of instrument to provide firm
cushion and prevent movement inside container,
Protect control panel with cardboard,
4. Seal shipping container securely,
5. Mark shipping container FRAGILE to encourage
careful handling.
6. in any correspondence, refer to instrument by
model number and serial number,
Operation
ROOSE PUESE GENERATOR 7 UU NE
мов FEL HAG
DOI RE AE GEO MASE DEAN O
Ton = OEA rte Ee TET ao
1 REP, RATE (Hz): Rotary switch selects the upper limit of the
repetition rate and selects external * triggering or manual triggering.
Seg note 1,
2 REP, RATE VERNIER : Provides fine control of internal repe-
tition rate. Counter clockwise rotation of the control reduces the
frequency.
3 DELAY (s}: Rotary switch selects the lower limit of the range
of pulse delays with respect to the trigger output. See note 1.
4 DELAY VERNIER: Provides fine control of the pulse delay.
Clockwise rotation of the control increases the delay,
5 PULSE WIDTH (si: Rotary switch selects the lower limit of the
range of pulse widths. See note 1.
6 PULSE WIDTH VERNIER: Provides fine control of the pulse
width, Clockwise rotation of the control increases the width,
7 TRANSITION TIME: Rotary switch selects the lower limit of
the range of both rise and fall times.
8 OFFSET vernier: For adjustment of the positive pulse output
Dase line,
9 OFFSET ON/OFF: Two switches tone for each output) to turn
on or off the dc baseline offset voltage.
10 OFFSET vernier: for adjustment of the negative pulse output
baseline,
11 MAN: Push button when pressed causes one puise to be gene-
rated when the REP, RATE switch is in the EXT — MAN position.
12 PULSE MODE: Three position switch for selecting normal,
square wave or double pulse operation.
13 OPER. MODE: Three position switch for selecting synchronised
gating, asynchronised dating or normal (no gating) operating modes.
t&aacute; LEADING EDGE: Provides fine control of the transition times
for the leading edges of both positive and negative output pulses.
Clockwise rotation of the contro! increases the transition time.
15 TRAILING EDGE: Provides fine control of the transition times
for the trailing edges of both positive and negative output pulses.
Clockwise rotation of the control increases the transition time,
16 AMPLITUDE vernier: Provides fine control of the amplitude of
the positive output pulse, Counter clockwise rotation of the control
reduces the amplitude,
Figure 3-1, Front Panels Controls and Connectors
3-0
17 AMPLITUDE range: Two switches for selecting the upper
limits of the amplitude of the positive and negative output,
18 AMPLITUDE vernter: Provides fine control of the amplitude
of the negative output pulse. Clockwise rotation of the contro!
increases the amplitude,
19 LINE: push-for-on-push-for-off switch, The lamp adjacent to
the switch indicates when power is on,
20 TRIGGER INPUT: BNC connector for applying trigger puises
to, when the REP, RATE switch is in the EXT + or EXT — position,
21 GATE INPUT (-): BNC connector to which the negative gate
signal is applied when synchronously or asynchronously gating the
repetition rate generator,
22 TRIGGER OUTPUT (+): BNC connector supplies positive
trigger pulses.
23 TTL OUTPUT: BNC connector supplies TTL compatible
voltage.
24 QUTPUT {+}: BNC connector supplies positive output pulses,
Maximum external voltage can be applied to this connector is + 10V.
25 INT LOAD: Switch for connecting and disconnecting the in-
ternal BOLE load to both positive and negative output amplifier.
26 NORM _ COMPL
те &raquo; provides the following output formats.
TTL TTL.
NORM COMP
TTL TTL
OUTPUT ++) JA — — OV {or offset)
OUTPUT (a) T0 OV {or offset)
TTL OUTPUT
ДОЛ GV {or offset)
27 OUTPUT {—}: BNC connector supplies positive output pulses.
Maximum external voltage that can be applied to this connector is
+ 10V,
| Note that switch positions indicated by an asterix (+) can be used
for a customer selected range.
Model 80058
Operation
SECTION Hi
OPERATION
3-1 GENERAL
3-2 Figure 3—1 identifies and gives a brief description
of the function of the front panel controls, adjustments,
switches and connectors.
3—3 REPETITION RATE
3-4 The repetition rate can be generated internally or
established externally by means of an external trigger or
the MANUAL 11 push button,
3—5 Internal Triggering
3-6 The Model 8005B can establish internally any re-
petition rate in the range 0.3 Hz to 20 MHz. The desired
repetition rate is achieved by setting the REP, RATE 1
switch to one of the five possible ranges and adjusting the
REP RATE VERNIER 2 for the required frequency.
3—7 External Triggering
3-8 With the REP RATE 1 switch set to EXT+ or
EXT— the repetition rate can be established by an exter-
nal signal applied to the TRIGGER INPUT 20. The trigger
signal may be a sine wave or pulses of either polarity
{compatible with the position of the REP RATE 1 switch)
with a repetition frequency up to 20 MHz, Sine waves
must be of at least 2 volts peak to peak amplitude and
puises must be at least 1V peak and 15ns wide, The max-
imum permissible input signal is + 10V peak,
3-9 Manual Trigger
3-10 With the REP RATE 1 switch set to the EXT —
MAN position each depression of the MANUAL 17 push
button will produce an output pulse {two in the DOUBLE
PULSE MODE},
3-171 Pulse Modes
3—12 The 80058 is capable of operating in any one of
three different pulse modes as dictated by the PULSE
MODE 12 switch;
Norm: In this mode pulses are available at the
output connectors, Their repetition rate, delay
{with respect to trigger output}, width, transition
times and amplitude are determined by the front
panel control settings, |
TRIGGER O7P | i
оотвиты Г \ FA Fu
$
:
DELAY
Figure 3--2. Single Pulse Mode — Typical Output
Double: in this mode the pulse rate is effectively
doubled, The DELAY control determines by how
much the second puise is delayed with respect to
the first.
TRIGGER OP | | |
OUTPUT (+)
DELAY |
Figure 3-3. Double Pulse Mode — Typical Output
Square Wave: In this mode the repetition rate of
the pulse and trigger outputs is halved,
GATE INPUT | | |
Figure 3—4. Square Wave Mode — Typical Qutput
3-13 Gating of the REP. RATE GENERATOR
3-14 A front panel switch 13 (OPER, MODE) selects
three modes of operation; SYNCH GATED, NORM or
ASYNCH GATED. In the NORM mode the 8005B func-
tions normally and signals applied to the GATE INPUT 21
have no effect on the instrument, Inthe SYNCH GATED
made the rep rate generator is turned off until a negative
signal is applied to the GATE INPUT 21, The first pulse
is coincident with the leading edge of the gate and the
last pulse is of normal width even if the gate signal ends
during the pulse. inthe ASYNCH GATED mode the gate
pulse and the output pulses bear no time relationship. A
trigger output is available continuously. Square wave is
not available in the gate mode.
3-1
Operation
3-15 OUTPUT CONTROLS
3-16 Amplitude and Offset
3—17 The maximum puise amplitude from OUTPUT (+)
24 and OUTPUT (—) 25 is 10 volts including dc offset.
Figure 3—7 illustrates which combination of source and
external load impedances will provide the desired ampli
tude, The source impedance for both OUTPUT {+} and
OUTPUT {—) can be selected by means of the INT LOAD
25 switch, When operating in the 10V range, if changes are
made to the settings of the AMPLITUDE verniers 16 and
18 it is necessary to reset the appropriate OFFSET ver-
nier 8 or 10. -
3-18 An advantage of the selectable internal load is
that it helps overcome the problems of reflections. For
example, using a 200pF capacitor to simulate the capaci-
tance of an external load, Figure 3—7 illustrates which
output configuration will produce the best results. For
amplitudes up to 5 volts, reflections are more effectively
absorbed when the output is developed across a 50€ ter-
mination from a 500 source impedance (configuration 1).
For amplitudes above 5 volts, either the 5007 termination
or the internal DOS? load must be disconnected. In this
case, reflections are more effectively absorbed by using
the internal 500 load (configuration 2) as opposed to
using only a 500 termination as shown in configuration 3,
BEL
== ADE
py
541 mim 2GORE
Model 80056
OUTPUT (A c— B
Figure 3-5. Synchronous Gating of Rep. Rate Generator
GUT PUTI-=}
TRIGGER O/P | | |
Figure 3-8. Asynchronous Gating of Rep. Rate Generator
3—19 TTL Output
3-20 The TTL OUTPUT connector supplies +4,6V open
circuit voltage when the selector switch 26 is set to TTL
and +4.6V complement when set to TTL. When termina-
ted by 5082 the TTI. voltage is +2.6 volts,
3-21 In order to minimize pulse distortion caused by
interaction from unused outputs, it is necessary to termin- 7 N
ate all unused outputs with 508] and, where possible, re-
duce the amplitude to a minimum.
OFFSET
ABAPE | TEHDE AMPLITUDE OUTPUT 1&gt;] 24 DERTALIT (1 27
RANGE
1.20072 bv Fea 1.254 Ty =
BU EON 1,254 — SV 2 ZW i 2
ZEN Gen 25V + 4V 1 44
AWAY ZN TOM 1 47 : dv
Таба БМ &pound;00Y - 2.8% = ZW ta 5 VW} &pound;2 ter dE
BN EY —10v A ZOO SV N = JU tp OV ay
в те maximun coiput amplitude + o&eacute;fsee) &amp; 804,
2 Offer forge with armpiiede vernier ec is + ZW.
OTfsat range &iquest;16 resses TO value shoswa wilen ampli-
Tue verter 38 cv.
Figure 3--7. Output Configurations
Model 80055
Principles of Operation
SECTION IV
PRINCIPLES OF OPERATION
4-1 GENERAL DESCRIPTION
4-2 The basic concept of the Model 80058 pulse
generator is shown in Figure 4-1, The pulse repetition
rate is generated either internally or by an external trigger-
ing source. Gating can be effected either synchronously,
by using the gate signal to start and stop the repetition
rate generator, or asynchronously, by using the gate signal
to contro! the output from the repetition rate generator.
The selector circuit determines the shape and destination
of the rate signal used in the puise and square wave modes
of operation, In the pulse mode, the delay generator
delays, with respect to the trigger output, the output of
the rep rate generator and applies it to the width generator,
For each output pulse from the delay generator the width
generator issues a pulse with a width as defined by the
front panel control, Each pulse is processed by an inte-
grator (with a time constant which can be varied} to
achieve the desired rise and fall times. In the square wave
mode the delay and width generators are not used and the
square wave signal is applied directly to the integrator, The
final operation involves amplifying and scaling to achieve
the correct amplitude and source impedance.
4--3 REPETITION RATE
4—4 The pulse repetition rate is determined by either
one of two possible methods:
a. Thefree running state of the repetition rate genera-
tor,
b. The frequency of the input pulses,
SELECTOR
PULSE
dite
MODE
Saw,
L
Lode
REP RATE MODE
GENERATOR SQW.
MAN F-- Lede | ODE”
TRIER
INPUT д
PULSE
gare &Agrave;
MODE
CIRCUIT
WIDTH
4-5 Inthe free running mode the repetition rate genera-
tor operates as follows:
The selected ramp capacitor discharges linearly
through Q7 at a rate determined by the setting of
VERNIER R1 and the value of the capacitor, As
the voltage at Q7 collector approaches zero,
CR10/CR11 become forward biased causing Q5
and Q6 to conduct and rapidly recharge the ramp
capacitor. CR10/CR11 become reverse biased so
that O5 and Q6 cut off and the discharge cycle
resurnes,
4-8 In the externally triggered mode, trigger pulses
are applied to the differential amplifier 01/02 which in
turn switches the Schmitt trigger Q3/A4, Each trigger
pulse produces a positive pulse from Q4 which is differ-
entiated by R11/L.1, and inverted by O35, The positive
spikes from Q35 cause the base of O5 to rise so that 05
and Q6 turn on to produce an output pulse. Each trigger
pulse produces an output puise from Q6.
4—7 Inthe MANUAL mode, Q3 is normally on and O4
off. When the MAN push button is pressed, Q4 turns on
and a negative spike is applied to Q35 which in turn turns
Q5 and Q6 on to produce an output pulse. An output
pulse is produced each time the manual push button is
pushed,
4-8 Inthe NORM operating mode, gate 012/013 is
enabled by Q13 being held off. Thus, the pulses from the
repetition rate generator which appear at Q12 base are
inverted by 12 and applied to the Pulse delay generator.
Gating is not possible in SQ, WAVE,
CL... TRIGGER OUTPUT
&lt; ЗП TTL OUTPUT
An,
— UL aumpuries
TRANSITION ATTENU- OUTPUT (+
TIME os AMPLE ERS) LL ATORS
€ YU OUTPUT]
HU
Figure 4--1. Basic Concept
Principles of Operation
Mode! 80058
OQ 20
Q 23M
o ok
o 0300 ‚ _ SQUARER
REFETITION RATE FF MC
TRIGGER &copy; er? GENERATOR
INPUT | DIFFERENTIAL &copy; er SCHMITT ERA CURRENT SWITTH PHASE INVERTER TRIGGER
у TRIGGER SPLITTER —
ae e MAN 03,04 R CONTROL, 05.06 a ath aw AMP
| trey 20M ANP
&copy; mo co
ea Who
&ntilde;o 200 Lean
pu 300
EXT
I IL
E
MAN SYNC!
SATE INPUT GATE (AS
J AMPUFIER Fi —0— o NORM BAT oats ae — DELAY
p&Acirc;ZYNC 012,013 &gt; GEN
Figure 4—2. Repetition Rate Generator and Trigger Input Gating
4-9 GATING pulses are applied to the Pulse delay generator for the du-
ration of the gate signal,
4-11 in the SYNCH operating mode gate amplifier Q8
4—10 Inthe ASYNCH mode, gate amplifier Q8 normally normally on disables the repetition rate generator. A nega-
‘on’ disables gate Q12/013 so that repetition rate puises
are blocked. A negative signal at the GATE INPUT turns
08 off, hence gate Q12/Q13 isenabled and repetition rate
tive signal at the GATE INPUT cuts Q8 off which enables
the repetition rate generator for the duration of the gate
signal,
4-12 PULSE — SQUARE SELECTOR
+20Y
ASYNCH
|
NORM pr
meo || ДР
RATE FF
SIGNAL Li 1
VIA R30
DF AMP
ОЗС
Lic
ANO
CFRERENTIATOR
G3
LHR?
dl LIT INPUT TO
нее tr e nm e a —] ]— NTEGRATOR
CIRCUIT
RATE
SIGNAL =
VIA GC
DOUBLE od
NORM
SQW. | о
RATE
SIGNAL™
VIA 12
ам
_
+ 20V &reg;
тт : MODE ONY &agrave;
1
$—TRIGGER GUTPUT
Ar
WOMEN + ds Y e wm ЖОРА de JI
P&Uuml;LSE/ DOUBLE
PULSE MODE ONLY
INPUT TO
Be DELAY GENERATOR
Figure 4—3. Pulse - Square Selector Circuit
Mode! 80058
4—13 The purpose of this circuit is, in NORM and
DOUBLE pulse mode, to apply the ren, rate generator out-
put to the delay generator and trigger the out-
put amplifier, Alternatively, in SQ WAVE mode, the rep
rate output is effectively disconnected from the delay
generator and the trigger is established by one output from
the flip-flop. The other output from the flip-flop is applied
to the integrator circuits for the production of a fixed
delay, fixed width pulse output. The square wave flip-
flop is disabled in SYNCH gate mode,
4--14 When the PULSE MODE switch (59) is set to
NORM or DOUBLE pulse, the flip-flop {U1} is disabled.
The gates O14 and Q2 are open (014 off, Q2 on) thus the
rate signal from Q12 is applied to the delay generator and
the trigger is established via 02. in setting $9 to SQ WAVE
Q1 is turned off, the flip-flop PRESET goes high, thus the
fiip-flop is enabled. The complementary outputs of the
flip-flop drive a differential amplifier (03/04), The output
of O3 is differentiated (L1/R17) and applied to the trigger
output amplifier Gb. This is turned on only by the nega-
tive spikes and thus the positive spikes are suppressed,
Principles of Operation
RATE INPUT
&quot;TO FF
BASE Q3
BASE Q4
OUTPUT Q4
OUTPUT Q3
OUTPUT G6
OUTPUT G5 | | | |
Figure 4-4, Square Wave Mode Timing Sequence
4-15 PULSE DELAY GENERATOR
016 | SCHMITT las ТО ВАЗЕ Q25b
BUFFER 015 ; TRIGGER E
Г 016,077 WIDTH
GENERATOR
G12
TO BASE
| CURRENT +
| SOURCE DEFERENTIATOR INVERTER 2 20
1L =
| | 022 GENERATOR
| \ nd
of ER QS SWITCH
018,019 020
Ср |
Figure 4-5, Delay Generator
Principles of Operation
4—16 The function of the Pulse delay generator is to
provide pulses which are delayed with respect to the re-
petition rate output. Two outputs supply the width
generator. One carries the delayed pulse only whilst the
other carries both the in-phase and delayed pulses,
4-17 Initially Schmitt trigger 016/Q17 holds 020 on
so that Q23 supplies O20 with current and the selected
ramp capacitor remains discharged. On receipt of a pulse
from the repetition rate generator via Q15, Schmitt
trigger Q16/017 switches and cuts off Q20, The current
source now charges the selected capacitor. When the ramp
reaches the threshold level of Schmitt trigger Q19/018,
Q19/018 switch and reset Schmitt trigger 016/017. Thus
Q20 is turned on discharging the ramp capacitor and re-
setting Schmitt trigger Q18/Q19, It is apparent that
Schmitt trigger Q16/Q17 switches first on the in-phase
pulse and is reset after the required delay. Thus the out-
puts from Q16/Q17 are complementary pulses of dur-
ation dependent upon the delay time. The delay time
range is chosen by selecting different capacitors and fine
adjustment is achieved by varying the current defining
resistance R3, The output from Q16 is differentiated by
R41/L7 to give a positive spike coincident with the rep
rate generator output and a negative spike on completion
Model 80058
of the delay. The inverter Q25 responds only to the
negative spike (delayed), Both the output from 016 and
the positive spike from G25 are applied to the width
generator.
BASE 015 | | |
BASE 016 | |
| | |
BASE 9720
COLLECTOR Qt7
BASE Q19
JUNCTION R71/R61 | | |
| |
BASE (22 | | |
| |
COLLECTOR G22 | |
Figure 4—6. Delay Generator Timing Sequence
4-18 WIDTH GENERATOR
GATE
Q25/026
| SCHMITT TO PHASE
031/032 08/08
CLOSED |
SQ WAVE DOUBLE |
ave | —
| [RAMP GENERATOR |
[
| | CURRENT |
| SOURCE |
023 |
|
SUFFER d SchMTT | ALI “L SWITCH
G24 027028 | | 030
| w
1 |
| |
Figure 4-7, Pulse Width Generator
Model 8005B
4-19 Operation of the width generator is similar to
that of the delay generator. A Schmitt trigger (031/0321
controls the operation of a ramp generator via a switch
(030), When the ramp reaches the threshold level of
Schmitt trigger Q25/Q26 the resulting change of state
resets the first Schmitt trigger. This in turn resets the ramp
generator which resets the second Schmitt trigger. This
cycle occurs once for each input pulse to Schmitt trigger
Q31/Q32.
4-20
in the SINGLE pulse mode, gate Q25/Q26 is
closed so that only the delayed output from the delay
generator reaches Schmitt trigger Q31/032 via 024.
4-21
In the DOUBLE pulse mode Q26 is held off so
that Q25 can be turned on by the in-phase output from
the delay generator. Consequently, two pulses reach
Schmitt trigger 31/032; first the in-phase output from
the delay generator via 025 and then the delayed output
via 024,
BASE (24
BASE 025
BASE OZ
BASE C30
BASE 028
Principies of Operation
SINGLE PULSE MODE
DOUBLE PULSE MODE
BASE G31
BASE (30
BASE 028
COLLECTOR G1
Figure 4—8, Width Generator Timing Sequence
4-22 PULSE DEFINING CIRCUITS
SINGLE OR SOUBLE | AMF
PULSE INPUT
FROM WITH
GENERATOR
КОРЫ 1141 TRAILING &Eacute;DGE
COMPL- 1 LEADING EDGE
CONTROL
CURRENT |
LEADING
NORM : + pui EDGE |
CONTROL — COMPL:- MODE VERNER OPER MODE
NORMICOMPE NORMICOMPL
SCH SWITCH
COMPL_ + a
o _ VERRIER
‘PHASE SELECTOR
25
OUTPUT
SELECTOR SCHMITT
CR CRES GATE Q7 TRIGGER &gt;
J CRi&eacute; &quot;CRIE atroz (
п КО” TI___ CONTROL :
A !
OPEN |“ CLOSED i
Lo
OPEN ;
DOUBLE NORM |
PULSE MODE WWE i
VOLTAGE
SOURCE SOURCE
до 011 | 17.0:2.014
PRECISI&Oacute;N
Sar VOLTAGE
hk | SWITCH 06 | 98.925
CHANGER i AMPLITUDE V or
Lim: FER .
Gib, CR2 i CAS, CRE -
ci
A SWITCH 07 4
An
INTEGRATOR
CURRENT | VOLTAGE
095,016 36.017018
CONTROL
H&Uuml;RIE -E-VIL&Eacute;ADING EDGE
COMPL: {AVI TRAIENS EDGE
Figure 4—9. Phase Defining Circuit and Integrator
Principles of Operation
4—23 The function of the phase selector is to deter-
mine whether the leading edge of the output pulses
are to be positive-going or negative-going (OPER MODE).
The purpose of the integrator circuit is, in all modes of
operation, to vary the rise and fall or fail and rise of the
pulse LEADING EDGE and TRAILING EDGE within a
selected range (TRANSITION TIME}.
&pound; 24 Pulse and Double Pulse Mode
4—25 For each positive pulse input from the width
generator, a differential amplifier (Q8/09) produces an
in-phase and an antiphase output. When the OPER, MODE
switch (58) is set to NORM, the output selector passes
only the inphase signal via CR14 or, when 58 is set to
COMPL, the antiphase signal via CR15, With the PULSE
MODE switch 12 set to NORM or DOUBL.E, the gate
Q7 is open (Q7 off} and thus the selected signal (via CR14
or CR15) is applied to a Schmitt trigger (01/02).
4-26 When switched by the in-phase signal, the Schmitt
trigger produces a positive pulse or, when switched by the
antiphase signal (CR15}, a negative puise.
4—27 Square Wave Mode
4—28 By setting the PULSE MODE switch to SQ
WAVE the gate Q7 is closed {Q7 turned on}, thus the
signal from the width generator is blocked and the Schmitt
trigger disabled, The signals appearing at the base of (4
in this mode are derived from the flip-flop U1 and
differentiated by L1/R4.
4-29 In all modes of operation, C3 and R10 reduce
ringing on all but the 10ns range where they would slow
down the transition times, 04 and CR2 convert the single
pulse train to two, each with a different de level. These
two outputs control the switches 06 and Q7. Voltage
sources Q12, Q13, Q14 and Q16, 017, 018 define the
switching potentials of Q6 and Q7 respectively. During
the positive excursion Q6 is off and Q7 is on causing Q16
to draw current from the transition time capacitor (CT)
at a rate determined by the capacitance of CT and the
position of the selected transition time vernier. During
the negative duration of the output from О4, Об turns on
and Q7 cuts off, Thus current flows from Q11 into CT at
a rate determined by CT and the position of the selected
transition time vernier, Voitage source 019 and 020
4—6
Model 80058
limits the voltage to which CT can charge to —8.4 V
whilst CRY limits the discharge potential to +0.7V. The
charging rate and negative clamp voltage define the puise
risetime whilst the discharge rate and positive clamp voi-
tage define the puise fall time.
4-30 When the OPER MODE switch (58) is set to
NORM, the LEADING EDGE vernier is connected to
016 and the TRAILING EDGE vernier to Q11. When
this switch is set to COMPL, the leading edge vernier is
connected to OT1 and the trailing edge vernier to Q16.
TRIOGER TIMING
INPUT to 08
PHASE SELECTOR |
08/09 - CRILICRTS [ NORM | |
CR14 | &Euml;
OUTPUT: OR
ul
NORM &laquo;=
PULSE OR
COMPL
INTEGRATOR INPUT _
(base 04} OR
NORM
SOR WAVE OR
COMPL | |
NORM Г
PULSE OR
INTEGRATOR OUTPUT ов
| SOR WAVE oR
COMPL |
Figure 4-10, Puise Defining Sequence
Model 80058
4—31 QUTPUT STAGE
Principles of Operation
VOLTAGE CURRENT VOLTAGE e
SOURCE SOURCE SOURCE OFFSET
016/05 022/07 {24
FROM COMPLEMENTARY INVERTING COMPLEMENTARY DIFEFERENTIAL
F&Uuml;LOWER Y Coma &Ouml;LLOWER [77 AER VERNIER Jed ATTENUATOR [omen OUTPUT {+
TRANSITION | FOLLOW 167017 |
CT
TTL
&copy; OUTPUT
| [COMPLEMENTARY
ee LEVEL DIFFERENTIAL
bord EMITTER le CHANGER pend AMPLIEFIER VERNIER fosssd ATTENUATOR ны” ОЦТРИТ|-)
OT &pound;R28 G27 - 026X334
CURRENT VOLTAGE se
SOURCE SOURCE OFFSET
030/31 033
Figure 4—11, Output Stage
4-32 Compiementary emitter foilower O10/O11 func-
tions as a buffer stage between the transition time defini-
tion circuit and the output stage. The signal from Q11
emitter supplies the positive channel (via 0.12 and com-
plementary emitter follower 016/0017) and the negative
channel {via complementary emitter follower Q25/Q26).
CR28 shifts the signal level to the negative stage by
—8.25V, Voltage source Q14/015 sets the position of the
positive channel baseline {without offset),
4-33 The output amplifier comprises two differential
amplifiers one in the positive channel {018-020} and
one in the negative channei (027-028 and Q34), Each
amplifier is supplied from its own current source Q22/
Q23 and 030/031, The switching characteristics of the
respective amplifier are improved by means of the diodes
CR20-CR24 positive channel, and CR29—CR32 in the
negative channel. The amplifiers feed the attenuators via
the AMPLITUDE VERNIER,
4-34 TTL OUTPUT
4-35 The +4.5V TTL output voltage is taken from the
collector of 018 and developed across a DOS impedance
(R123/R124).
4-36 DC OFFSET
4-37 The dc offset circuits control the baseline positions
of the positive and negative outputs. Both circuits operate
in identical fashion, thus only the positive offset circuit
is described. With the offset switch in the OFF position,
the bias potential of U1 is held at OV and the whole cir-
cuit is thus off. With the offset switch in the ON position
the bias potentiai of UT is dependent on the position of
the OFFSET VERNIER. As the wiper of the OFFSET
VERNIER is moved towards the R31 end, the output of
03/04 goes positive. Similarly, as it is moved towards
R32, the output of Q3/Q4 goes negative.
4-38 POWER SUPPLY
4-39 The +25Y and —25V power supplies are identical
series reguiated types, An error amplifier compares a
sample of the output with the voltage of a zener diode
and the resulting error signal controls the series reguiator
to compensate for any variations,
4—40 The +20V supply is derived from the +25V supply.
R81, and R82 define the potential of 20V at the emitter
of Q3. Q3 supplies the current,
Model 80058
Performance Tests
SECTION V
PERFORMANCE TESTS
5-1 INTRODUCTION
5—2 The procedures in this section test the electrical
performance of the instrument using the specifications of
Table 1—2 as performance standards, All tests can be per-
formed without access to the interior of the instrument,
5-3 EQUIPMENT REQUIRED
9-4 Equipment required for the performance tests is
listed in Table 1--1, Recommended Test Equipment, Any
equipment that satisfies the critical specifications given in
the table may be substituted for the recommended
models),
5-5 TEST RECORD
5-6 Results of the performance tests may be tabula-
ted on the Test Record at the end of the test procedures.
The Test Record lists all of the tested specifications and
their acceptable limits. Test results recorded at incoming
inspection can be used for comparison in periodic main-
tenance, troubleshooting, and after repairs or adjustments,
5-7 PERFORMANCE TESTS
5—8 The performance tests given in this section are
suitable for incoming inspection, troubleshooting, or pre-
ventive maintenance, During any performance test, all
shields and connecting hardware must be in place, The
tests are designed to verify the published instrument
specifications. Perform the tests in the order given and
record the data on the test card and/or in the data spaces
provided at the end of each procedure.
NOTE
The instrument must have a 15 min warmup time and the
line voltage must be within +10%, — 15% of nominal if
the performance tests are to be considered valid,
5-9 Each test is arranged so that the specification is
written as It appears in Table 1—2. Next, a description
of the test and any special instructions or problem areas
are included, Each test that requires test equipment has
a setup drawing and a list of the required equipment, The
initial steps of each procedure give control settings re-
quired for that particular test. |
Performance Tests
PERFORMANCE TESTS
Mode! 80058
5-10 Repetition Rate
SPECIFICATION: 0.3 Hz to 20 MHz in five ranges. Vernier provides continuous adjustment within each range.
8058 COUNTER
PULSE GENERATOR
TRIG 00
no TERMINATION
10503 A
PROCEDURE:
1. Set the 8005B controls as follows:
2.
3.
REP RATE I. ee ec a raras
VERNIER Z oo... aaa aaa ae dr vn un a ne aaa
PUESE DELAY 3... aerea ar rera waa nmaeer0rdaroredcdaro
VERNIER&Aacute; 2. ee
VERNIERO 1114 44 4 4 4 4 4 4 44 4 4 4 rara reader rare dvrererdavdar a a
TRANSITION TIME 7 111144 4 4 4 4 4 4 4 4 4 4 4 6 8 4 ee ee cee sca
OFFSET VERNIER 6 LL. 21442 44 44 4 4 4 4 4 4 2 4 4 4 4 4 4 4 4 4 4 4 1 V4 4 104 6
MAN TE | ee ee ce
AMPLITUDE RANGE 17 ec ee RM
AMPLITUDE VERNIER 18 . Lie ca
INF LOAD 25 1111444444 4 4e 4 4 4 4 4 ee 4e ee KG
Check the repetition rate for each of the following control settings listed below,
REP RATE 1 VERNIER 2
20M Cw
0.3M | CW
10k CW
Set the counter to period measurement and continue checking rep rate
300 CW
0.310 | CW
= &pound;&pound; 3 5 4 + 5 # 41 * + 5 &reg;&yen; 79
+ + 1 H Fr Et 4 т як чан
RESULT
&gt; 20 MHz
&gt; 300 kHz
&gt; 10 kHz
&lt; 3.33ms
&lt;100ms
Model 8005B Performance Tests
PERFORMANCE TESTS
5—17 Manual Trigger
SPECIFICATION: Push button for generating single pulse {two in double pulse mode).
OSCILLOSCOPE
&pound;005E
PULSE GENERATOR
TRIG + en EXT
o 20 279 A AMINATION
10503A
10503A
10503A
PROCEDURE:
1. Set the 80058 controls as follows:
ey 37 NF It naaa e nd eri adrraarede env dra da rr oo adreror ra a aaa EXT+
VERNIER 2 1111411 4 4 4 4 4 4 4 2 4 A 4 4 4 A odreresendd nde KK CCW
PULSE DELAY 311110 4 4 4 4 4 4 4 4 4 4e 4 4 4 4 0 4 4 4 4 A 4 a 4 Na 4 4 ee eee 0,1
VERNIER A ................ AA ee 4 4 4 4 SL 4 4 orerorrererervererrerd&Ntilde;rearerderr CCW
PULSE WIDTH 5 11111 411114 2 4 4 4 4 4 4 4 4 4 4 8 4 4 8 EM 4 4 4 8 4 8 8 8 4 eee a eee Зи
VERNIER 6 1.110424 4 14 4 4 LV 4 4 A 4 4 A 4 ee 4 M 4 4 8 8 4 4 A 4 4 4e 4 4 4 4 4 8 4 4 4 4 ea CCW
TRANSITION TIME 7 11 111 1 4 4 4 6 4 4 4 4 4 4 i tt ra ess ss es srt ee sien es ane 10n
OFFSET VERNIER 8... it tt it iit ts it tet tr tse err te et ss es ees tice rats —
OFFSET SWITCH 9 1111 4414 4 4 4 4 4 4 4 A A 4 8 4 4 4 4 4 4 6 4 6 6 8 6 80 0 4 8 0 8 4 4 46 6 4 6 4 85 4 65 OFF
OFFSET VERNIER 10 11.104 44 4 4 24 4 4 4 4 4 A 4 4 4 M4 8 4 4 4 4 48 oa ena 1 4 4 8 4 4 0 4 4 8 4 RK 0 —
VA re ee ee ee eee —
PULSE MODE 12... . ‚2... ee is es et ese ste sr sa ser a ee 0 NORM
OPER MODE 13 11.111114 4 LV 4 LL 4 ee ct ee a ee 4 4 8 rr eee NORM
LEADING EDGE 14 1111 4 414 4 1 4 4 4 4 4 4 4 4 4 A NA 4 A 4 4 4 4 8 4 4 4 4 A 4 4 4 6 4 4 8 84 4 4 8 4 4 8 440 CCW
TRAILING EDGE 15 111 11101 4 1 1 4 4 4 4 14 4 44 4 M 4 4 4 4 4 V4 8 4 KR KR KK CCW
AMPLITUDE VERNIER 16 111.120 14 4 4 44 4 4 4 4 4 4 4 4 4 6 4 4 4 444 4 4 8 4 4 4 4 4 4 4 4 4 8 40 85 0 Cw
AMPLITUDE RANGE 37 1114 1 4 4 i ir ee ie i ite vrs tte seb aa sie KR DV
AMPLITUDE VERNIER 18 11 12114 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 8 4 4 4 4 4 4 8 8 4 8 4 8 8 0 8 4 24 ea CW
INT LOAD 25 1114 41 114 4 4 4 14 i i it 4 4 4 4 8 ee ec RUHR 0 0e RK ON
NORM—COMPL 26 11.120414 444 4 8 4 4 4 4 4 8 4 4 4 4 4 4 44 6 8 4 4e 4 4 4 4 3 0 4 4 4 8 4 8 4 8 0 0 4 4 6 0 NORM
2. Press the MAN 11 push button Check that only one pulse is generated for each depression of the MAN button,
Check that no pulse occurs when the button is released,
Performance Tests Model 80058
PERFORMANCE TESTS
5—12 Pulse Width
SPECIFICATION: &lt; 25ns to 3s in five ranges, Vernier provides continuous adjustment within each range.
OSCILLOSCOPE
SAMPLING
OSCILLO-
SCOPE
#0058 83058
PULSE GENERATOR er PE OA Ав щи
TRIG + - A TRIG X -
239 &copy;’ 2) 1250-0077 &pound;3 59 29 79 TEAMINATION
BOLE TERMINATION BAStA — TA, in
ond
10503A
ТОБОЗА
10503A
t+OS0TA я OBOZA
Fast Ranges Slow Ranges
PROCEDURE:
1. Set the 80058 controls as follows:
ВЕР ВАТЕ 1. .... 2... etme eee etree eas SR ea 20M
VERNIER Z 11444 4 4 4 4 4 4 4 4 4 4 4 4 4 4 8 4 4 4 er ea a se e re rara aaa. CCW
PULSE DELAY 3 111104 44 4 4 4 2 4 4 4 4 4 4 4 4 i et 4 4 4 6 0 0 8 ia ad ererar naaa 0.1u
VERNIER &amp; i tte it ee te i eee ee ie Cee ae ees CCW
PULSE WIDTHS .... 4 44 4 4 4 4 4 4 4 4 4 4 4 4 4 te te ete ee es ee eee 25n
VERNIERG 114444 4 4 4 4 4 4 4 4 4 4 4 4 4 4 A 4 4 A 8 4 4 4 4 4 4 8 A 4 AA areredeodAre 4 0 4 4 4 14 6 CCW
TRANSITION TIME 7 1. 2114 4 4 4 4 8 4 4 4 44 4 8 4 4 4 4 4 8 4 A 4 4 8 4 8 4 4 4 4 8 6 4 4 4 A 4 4 4 4 4 140 10n
OFFSET VERNIER 8 11441 4 4 4 1 4 4 4 4 4 8 0 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 8 48 es ase eae as —
OFFSET SWITCHO ............... ee ee OFF
OFFSET VERNIER 1G 1112014 04 04 44 4 4 4 44 44 2 4 4 4 4 4 4 4 4 4e 8 4 4 4 4 4 6 6 6 4 44 46 4 4 41 4400
MAN TI 111 4 0 1 4 4 1 4 1 4 4 4 4 0 4 4 4e 4 4 A4 A 4 A 4 A 0 4 4 A 8 0 84 44 4 4 4 4 4 4 4 46 4 4 4 4 8 4 8 4 6 4 4 a 6 —
PULSE MODE 12 111 4 4 44 444 4 4 4 4 4 4 4 4 ee 8 4 4 4 44 4 A 4 4 8 6 0 revoro nea rvrerdroo NORM
OPER MODE 13 11112 4 2 4 4 4 4 4 8 4 4 4 4 4 te iis tte 8 4 4 4 0 4 A 4 0 4 4 4 8 4 4 44 6 4 4 0 NORM
LEADING EDGE 14 1111141 41 4 4 4 4 4 4 4 4 NA 4 4 4 4 4 4 4 4 1 61146 4 re RR 5 CCW
TRAILING EDGE 15 1.111414 4 44 4 144 4 4 4 4 i 4 4 8 4 4 4 4 4 KK KK CCW
AMPLITUDE VERNIER 16 1111220204 4 4 1 44 4 4e 4 4 4 4 4 8 4 KK 4 ra rra CW
AMPLITUDE RANGE 17 1111214 4 4 4 4 4 4 4 4 4 4 4 4 46 8 4 4 4 nera rrervo re denerci vrero 5V
AMPLITUDE VERNIER 18 1. 11114 4 4 4 4 4 4 4 4 4 4 4 4 11 40 ee 4 4 8 0 8 8 4 4 8 4 4 4 4 4 4 0 8 4 4 a 000 Cw
INT LOAD 25 i eee ie st te ss 4 4 4 8 8 4 8 4 8 ea a sea ON
NORM—COMPL 26 110214 4 4 4 6 4 4 4 4 1 4 4 44 4 4 4 8 4 A 4 es er 4 4 4 8 4 4 4 4 4 4 4 4 dra&raquo;, NORM
Model 80058 | Performance Tests
PERFORMANCE TESTS
2. Using test set-up “fast ranges” check the pulse width for each control setting listed below.
REP RATE 1 PULSE WIDTHB VERNIER 6 RESULT
20M 25 CCW &lt; 25ns
0.3M Зи CCW &lt; 3us
TOK 0.1m CCW &lt;0.1ms
3. Using test set-up “slow ranges’ check the pulse width for each control setting listed below,
300 3m cow &lt; 3ms
0.3—10 0.1—3 CCW &lt; 0.15
Manual 0.13 cw &gt; 3s
(switch to EXT+
and press MAN)
5-5
Performance Tests Model 80055
PERFORMANCE TESTS
5-13 Pulse Width Jitter
SPECIFICATION; &lt; 0.1% of any width setting,
OSCILLOSCOPE
BO0BE
PULSE GENERATOR
TRIG + — EXT
239 24S „&copy; TERMINATION
10503A
10503 A
PROCEDURE: 10503A
1. Setthe 8005B controls as folfows:
BEP RATE. 2 48 4 4 4 4 4 4 4 4 4 4 4 4 ae dara med w nora dede aa radeon&raquo; dame ra 10K
VERNIER 2 1121020104 1 111 1 2 4 LL 4 4 4 4 A 4 4 4 4 4 A NA 4 A 4 8 4 4 4 a 4 8 4 8 4 4 4 4 4 4 4e 4 44 ее CW
PULSE DELAY 3 111111 0014 1 1 4 LL LL 4 LA LL AL 4 4 4 4 4 4 4 RNA eee ee eee 0 0,1
VERNIER &agrave; 1101414111 11 4 1 LL 4 1 4 LL A 44 vedada dravardrende ondo do ona on ao CCW
PULSE WIDTHS 1110111 41 4 4 4 4 2 A A 4 4 4 4 A AV AA ee ee ee 4 4 8 4 4 4 4 4 4 8 4 4 4 4 0 0 ЗИ
VERNIER 8 10141 1 4 1 1 LA 4 4 4 A 4 4 A I A A AE A NA A A AN A A A NN A A 4 a ani aa rearana aa CCW
TRANSITION TIME 7 11 1 4 LL 4 4 1 4 4 4 4 et tt ts st st ter eee tr eer eee ee ee 0 10n
OFFSET VERNIERS 1114 4 4 1 4 4 4 2 4 4 4 4 4 A 4 A A 4 4 4 4 A 4 orreroea rave noeroaoauaro ra —
OFFSET SWITCHS 1111011 4111 1 4 4 1 4 4 4 4 4 4 4 4 4 4 4 4 A 4 4 4 4 4 re ee ee ee ee OFF
OFFSET VERNIER 10 .. 114 1110 4 1 4 A LL A LA A A A AR A A NA A A A A 4 A A se ee —
MAN 11 ara aaaediedredvzerdareore ada une rene ronda ed neoaaa ne naarcedrara —
PULSE MODE TS 11 111 1 LL 4 4 4 4 A VA A A A A 4 A A A M A A A A A 4 4 ee ee ee ee ec vw... NORM
OPER MODE 13 1114 4 14 4 1 4 4 4 4 4 4 4 4 A 4 4 4 4 44 4 8 4 4 8 4 8 4 4 4 4 4 8 4 4 ee ea NORM
LEADING EDGE 14 | 1 4 44 RL 4 A NA 4 4 4 A 4 4 A 4 4 dre recaer 4 A 4 4 a 4 4 4 4 4 4 4 + CCW
TRAI&Icirc;LING EDGE 15 1124 11 4 4 1 4 4 4 4 4 A 4 4 4 4 4 4 4 8 4 4 4 8 8 4 4 4 4 4 8 4 8 4 4 4 4 4 4 4 8 4 4 46 CCW
AMPLITUDE VERNIER 16 1.111114 4 4 14 4 4 4 4 4 4 4 4 4 4 te ets ts er ters er eee ass +. CW
AMPLITUDE RANGE 17 1.111111 111 1 NA NL AL A A A A NA so a 4e a aa 5V
AMPLITUDE VERNIER 18.111 1111 4 11 4 VAL 2 4 4 4 4 4 4 A es tt 4 4 4 8 8 8 4 4 4 4 en os Cw
INT LOAD 295 A ra ON
NORM—COMPIL 26 111144 4 1014 4 6 4 4 4 4 4 A 4 4 4 4 A 4 4 4 8 4 4 8 er 8 8 4 4 4 4 a 0 4 4 4 au 0 NORM
2. Set the controls of scope as follows:
MAIN SWEEP 0.1ms/div,
DELAY SWEEP 0, Tus/div,
SWEEP MODE NORM
DELAYED TRIGGER AUTO
CM DELAY О
3. Adjust the PULSE WIDTH VERNIER 6 for a pulse width of 0,1ms on the display.
4, Move the trailing edge of the first pulse to the centre of the display using the DELAY VERNIER 4.
5, Adjust the scope delay until the intensified spot coincides with the trailing edge of the first pulse.
6. Switch scope to DELAYED sweep display.
7. Measure the pulse width jitter,
Model 80058
PERFORMANCE TESTS
Performance Tests
5—14 Pulse Delay
SPECIFICATION: &lt; 100ns to 3s in five ranges. Vernier provide continuous adjustment within each range.
OSCILLOSCOPE
BOOSE
PULSE GENERATOR
TRIG + u. A E EXT
m9 249 29 TERMINATION
10503A
10503A
10503A
PROCEDURE:
1. Set the 8005B controls as follows:
REP RATE &Agrave; 1114 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 i te se RR 8 4 8 4 0 00 0 0.3M
VERNIER 2 1114 4 4 4 4 4 4 4 4 4 4 4 8 4 44 4 4 4 8 4 44 8 ee 4 4 0 4 4 ee ……... Mid-travel
PULSE DELAY 3 111144444404 4 44 ES A4 AS A 44 0 Re AA A 44e a ea A 4 dc can ee Оли
МЕВМЕЕВ EEE Ce CW
PULSE WIDTHS 111144 444 4 4 1 4 4 4 4 4 4 4 4 4 4 a 4 4 4 4 8 a 4 4 a 8 tet 4 4 4 4 8 8 4 4 8 eee 25n
VERN ER BG oe a eee ee ee 4 440 CW
TRANSITION TIME 7 ................ aaa aaa a arrra wa de reEv re dera orar 10n
OFFSET VERNIER E .... RR RK RR RR RR KA CCW
OFFSET SWITCHO 11141 144 4 4 44 4 tt ts i tts ie rr ete ee ar eee —
OFFSET VERNIER 10 1.111 14 4 4 1 4 4 4 4 a 4 4 4 4 4 NL 4 4 4 4 4 ters se est 4 4 RR KK OFF
MAN TE acera , ee er rh ee ee o oe ae aorora redee are ara dra e —
PULSE MODE 12... .... .esenederxodavresaradecarrnar—eroonarerdeamamernmhoneneono NORM
OPER MODE 13 111 114 4 4 4 4 4 4 4 4 4 4 4 A 4 A 4 NRA 4 A ra reed 8 4 dearecmrro NORM
LEADING EDGE 14 11111111 4 4 4 1 4 1 4 A LL KK KUREN CCW
TRAILING EDGE 15 110111 V4 4 it et ett ar er ee ts er er es ee eee eee 0 CCW
AMPLITUDE VERNIER 16 1111 1102 44 4 4 44 ce i cee ee ce ea Cw
AMPLITUDE RANGE 17 Li ce ee cree HV
AMPLITUDE VERNIER 18 1111114 1 4 44 6 4 4 4 4 0 4 4 4 4 4 4 4 4 RR RK СМУ
INT LOAD 28 ...... 2. r.rresereeerrewroreredvoarereneareradre&Ntilde;deraeroerxao aaa ON
NORM-COMPL 26 11214144 4 4 4 4 4 4 tt it tt ett eset tt sts tree ee eas NORM
2. Set start point of trace to the left side of graticule and measure distance (delay) to the first leading edge.
RATE DELAY VERNIER WIDTH VERNIER RESULT
0.3M 0.1 CW 25n Cw &gt; Sus
10K Зи CW Зи cw &deg; &gt;&gt; 0.1 тв
300 0.1m CW 0.1m CW &gt; 3ms
0.3-10 3m Cw 3m CW &gt; 0.1s
EXT—MAN 0.1-3 CW 0.13 Cw &gt; 3s
5—7
Performance Tests
PERFORMANCE TESTS
Model 8905B
5—15 Pulse Delay Jitter
SPECIFICATION: &lt; 0,1% of any delay setting,
OSCH LOSCOPE
80058
PLILSE GENERATOR
TRIG + = so A В EXT
50 2 27 &copy; TERMI NATION
10503A
10503A
10503A
PROCEDURE:
1, Set the 80058 controls as follows:
REPRAT&Eacute;E TL 111421 4 4 4 4 4 4 4 4 4 4 4 4 i ee te ee 4 0 4 a 8 A 4 8 8 4 4 a 4 0 0 10K
VERNIER Z 11124 4 4 4 4 4 4 4 4 4 ee ee ee ee CW
PULSE DELAY 3 tt te eee ete ee RR RR 4 4 0 ee &agrave; 0.1u
VERNIER 4 11100 ee CCW
PULSE WIDTH5 RR KR KK Зи
VERNIERO ...... 0 m0rderrveadreoedenreerdverdercarerercore ave rerrorarernara, Cw
TRANSITION TIME 7 Ls ie et et te ei te A 4 4 8 0 4 4 4 8 4 8 4 84e 0 10n
OFFSET VERNIER 8 LL oi 4 4 4 ie i ess ee ce 4 8 4 4 4 4 4 4 a 4 0 4 0
OFFSET SWITCH 9 111144 4 4 4 4 4 4 4 4 4 rs 4 4 8 4 4 A 4 8 4 4 8 4 4 4 44 4 4 4 4 44 4 4 4 4 4 4 A 4 a 4 6 OFF
OFFSET VERNIER 10 LL 1214 0 1 4 4 4 4 4 8 4 4 4 4 4 4 4 4 4 4 ie ec eee 4 4 4 4 NA 0 4 4 a a ees —
MAN $T... rrva e rerercirev—crexerwdrednecdcedearvaodrard earedrervraradecdererarcaa —
PULSE MODE 12... .. 4 4 4 A 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 A 4 A 4 4 A 4 4 8 4 A 4 4 4 4 4 ena NORM
OPER MODE 13 1114 44 4 4 4 4 4 8 4 4 4 4 4 4 4 4 44 4 444 4 4 derervdradae oa cacao NORM
LEADING EDGE 14 1111 22 2 4 4 4 4 4e 4 4 44 4 4 4 4 4 4 4 4 4 44 0 A A 4 4 A A 8 8 44 4 8 4 4 4 8 4 4 a au 0 CCW
TRAILING EDGE 15 11144 ii 4 4 4 4 4 4 4 tee ee ee 4 4 4 4 eee CCW
AMPLITUDE VERNIER 16 112111 4 4 4 44 4 4 4 4 4 aaa recordara vxenoereseoadreadado ae Cw
AMPLITUDE RANGE 17 1.114 4 0 4 4 4 4 4 4 4 4 RR RK RK 5V
AMPLITUDE VERNIER 18 11.120142 04 4 4 4 4 4 4 4 4 A A 4 4 4 4 4 4 4 4 8 4 8 8 6 4 4 ce ea Cw
I 7 3 dew arcrervareavoordacrdreraereFrace, ON
NORM-—-COMPL 26 .......... ti i A 4 A A 4 4 4 ee te ee eae NORM
2. Set the controls of scope as follows:
MAIN SWEEP B.1ms/div
DELAY TRIGGER 0. 1us/div
SWEEP MODE NORM
DELAYED TRIGGER AUTO
CM DELAY О
TRIGGER —
3, Adjust the REP RATE VERNIER 2 to obtain a 0.2ms period on the display,
4. Move the signal 0.1ms by switching the PULSE DELAY 3 to 3m and adjusting the VERNIER 4 appropriately,
5. Adjust the 1821A DELAY (DIV) until intensified spot coincides with the leading edge of the second pulse on the
display.
6. Switch to MIXED sweep display on 1821A,
Measure the pulse delay jitter,
rend
Model 80058
Performance Tests
PERFORMANCE TESTS
5-16 Square Wave
SPECIFICATION 0,15 Hz to 10 MHz. Duty cycle: 50% + 5% for repetition rates &lt; 1 MHz,
increasing to 50% + 15% at 10 MHz.
OSCH LOSCOPE
[50058
PULSE GENERATOR
TRIG + — A В EXT
Е 29 29 TERMINATION Q
10503A
10503A
PROCEDURE: 10503A
1. Set 80058 controls as follows:
REP RATE Tt i tt ee tt es te tee es ee KK 0.3—-10
VERNIER 2 ee ee eee eee, CCW
PULSE DELAY 3. RU er ee tee e &ntilde;e naaa e oro dora 0,14
VERNIER 4 riera erewrsevrrervoarrecveevaarorareodoenandaa ena ooe naa na CCW
PULSE WIDTH 5 LL 11124 1 1 2 4 4 1 4 2 4 4 A A A 4 4 4 4 44 4 4 8 4 8 8 ee ce ee, 25n
VERNIER 6 1.124244 4 4 4 4 4 4 4 4 4 4 4 A 4 8 4 8 4 4 4 4 4 4 4 4 8 4 8 4 4 4 6 4 4 4 4 4 4 4 4 4 4 4e 4 4 6 CCW
TRANSITION TIME 7 i ie ts tes ee rt ttre 4 4 4 4 8 8 6 8 8 8 8 8 8 V4 6 4 4 as 10n
OFFSET VERNIER 8 111.424 44 4 44 4 4 4 4 4 4 4 A 4 8 A A 4 4 4 4 4 4 AE 4 44 4 6 8 4 4 4 4 8 4 4 4 4 La 4 6 —
OFFSET SWITCH 9 11111 04 4 4 4 4 4 4 4 4 A 4 844 4 vaa rdardaredawerderredodrara rara OFF
OFFSET VERNIER 10 1114404 14 4 4 4 4 4 4 4 ER 4 4 a Ra L&agrave; wm
MAN TT te ee re ee ee ea —
PULSE MODE 12 111211 00d rewcererevrserearereceFdereraceorarecaara SQ WAVE
OPER MODE 13 1111414 44 4 4 4 4 4 4 4 A it er tt ts et te 4 4 8 4 4 4 0 8 4 4 4 a 40 0 NORM
LEADING EDGE 14 1112214 44 4 4 4 4 4 V4 4 4 4 4 4 i 4 4 A A 8 4 4 4 8 0 4 4 8 8 4 4 8 8 4e ea CCW
TRAILING EDGE 15 11114044 04 4 44 4 4 4 6 4 4 4 4 4 8 4 4 0 4 4 6 Ka 6 La 2 4 4 4 4 4 60 0 + CCW
AMPLITUDE VERNIER 16 1.112444 4 4 4 2 4 4 4 44 4 4 4 4 4 4e 4 4 4 4 4 0 4 4 4 4 4 8 4 4 4 ea onan Er CW
AMPLITUDE RANGE 17 211244 4 4 44 4 4 4 4 4 4 8 4 4 4 4 8 4 4 0 4 4 4 8 8 4 8 8 4 8 RG 5V
AMPLITUDE VERNIER 18 1114114 4 444 4 4 4 4 4 4 4 4 8 8 4 8 8 4 8 4 6 4 6 C4 4 4 8 4 6 AN 4 4 6 4 444 0 CW
INT LOAD 25 .... 14 4 4 4 4 4 4 4 4 4 8 4 4 4 4 4 4 8 4 4 8 4 4 4 4 8 4 A NA 8 8 4 4 8 4 4 4 4 4 4 4 4 4 a 0 ON
NORM COMP 26 1122144044 4 4 4 4 i ees tre er ee ea NORM
2. For each setting of the REP RATE switch 1 given in the table below, turn the VERNIER 2 and check that the
pulse width (t on) equals the pulse off time (t off).
qe REP RATE 1 VERNIER 2
| | 0.3—10 cew
OUTPUT (+) = 300 COW
OUTPUT (-] | 0.3 MHz CCW &gt; 1tON=tOFF +5%
| 20 MHz CCW
3. Turn the vernier slowly CW
and stop at 1 MHz -
4, Turn the vernier fully CW
and measure pulse width
t ON = t OFF + 15%
Performance Tests
PERFORMANCE TESTS
Model 8005B
5-17 Duty Cycle
SPECIFICATION: &gt; 80% for repetition rates from 0.3 Hz to 1 MHz, &gt; 50% from 1 MHz to 20 MHz. Up to 100% when
using puise complement.
OSCIL EGECOPE
BOER
PULSE GENERATOR
TRIG + — А 8 EXT
20 20 29 TERMINATION.
10503A
10503A
10503A
PROCEDURE:
1. Set 80058 controls as follows:
REP RATE 1... ii i tt te es tee ee ee se a ee ee 20M
VERNIER Z 11114 4 4 4 44 4 4 4 44 4 4 4 4 4 ee ee ee ee ee KK eee CW
PULSE DELAY 3 111214 44 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 A 4 8 4 4 4 84 4e 4 4 er ee 8 4 4 4 4 4 4 ra 0,14
VERNIER 4 11 1114 1 4 LL 4 4 4 A 4 aaa arre evamrerxrora nie onadednodaoo CCW
PULSE WIDTHb 111 11 11 1114 4 4 4 4 4 4 4 4 Re A4 Ne 4 A 4 AA 8 4 A 4 A 4 4 4 4 4 4 4 1 4 4 4 A 6 4 V4 4&raquo; 25n
VA EEE CCW
TRANSITION TIME 7 11114 2 4 4 14 4 4 4 4 4 44 4 A A 4 A 4 A 4 i tr a tt tee es tee 4 1 4 1 4 4 0 10n
OFFSET VERNIER 8 111114 14 4 4 4 1 te et et ts sr er ee ee eee se eas ee =.
OFFSET SWITCH OG 11111 4 4 4 4 4 tt ir ee tse es ee tte ee tes sts tee ee я OFF
OFFSET VERNIER 10 11212 4 4 4 4 4 4 4 4 4 4 4 4 i tr vr tn et et te tte ete te se cr tea —
MAN IE 11111114 1 4 4 4 4 ee ee ee eee 4 4 4 A 4e 4 4 8 4 4 4 4 eee eas _
PULSE MODE 12 a. 4 4 4 4 4 4 ув 4 4 4 A EN A 4 8 4 4 vee nd ee a a 40 NORM
OPER MODE 13 1.111414 24 4 4 4 8 4 4 4 4 4 RK 4 4 KEG NORM
LEADING EDGE 14 1111141 1 4 4 4 6 1 4 4 A 4 4 4 4 4 4 4 A 4 4 A 4 4 44 4e A 4 Ra 4 6 8 4 4 4 4 4 4 880 0 CCW
TRAILING EDGE 15... rt i et 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 8 4 4 4 4 4 4 4 4 4 4 a 0 4 CCW
AMPLITUDE VERNIER 16 1 114 4 4 44 4 4 4 4 4 i it tr tr tt tre er eet et et eee eer ee a CW
AMPLITUDE RANGE 17 it tt te er te tee cs cee ay 5V
AMPLITUDE VERNIER 18 111111 444 4 4 4 44 4 4 4 4 4 4 4 rasa e dra y enrereredear Cw
INT LOAD 25 111144 44 4 44 44 4 4 4 4 ee ets A 44 4 ee ee a ee ee es ON
NORM-—COMPL 26 1424 44 44 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 a 4 se tr tt ae 8 8 4 4 6 4 4 4 0 4 0 NORM
Adjust the REP RATE VERNIER 2 for one complete period over the display area.
Turn the PULSE WIDTH VERNIER 8 slowly CW until the pulse period is affected (count down} and measure
the duty cycle &gt; 50%,
Set the REP RATE 1and adjust the VERNIER 2 for frequencies under 1 MHz and repeat step 2, &gt; 80% ‘on-time’,
ere
Model 80058
PERFORMANCE TESTS
Performance Tests
5-18 Double Pulse
SPECIFICATION: 10 MHz max (simulates 20MHz} spacing: &lt; 100ns to 3s (with respect to trigger output) in five ranges.
| Vernier provides continuous adjustment within each range.
OSCILLOSCOPE
80066
PULSE GENERATOR
TRIG + - A, 8 EXT
29 20 79 TERMINATION
10503A
10503A
10503A
PROCEDURE:
1. Set 8005B controls as follows:
REP RATE 1... ua rereasarorereva rea va dara ue ndvrrace rare dore ra e ao 20M
VERNIER 2 1111414 1 1 4 1 4 2 4 4 4 LL 4 4 4 4 4 4 4 4 4 A 4 4 4 4 4 4 44 4 AR A 4 4 4e 4 4 4 4 ae 4 4 4 4 4 &agrave; CCW
PULSE DELAY 3 111411 14 444 4 4 A A A 4 4 4 AL 4 A 4 RL 4 4 A 4 4 A 4 4 4 4 4 A 4 4 4 4 6 4 4 ee 4 4 44 0 C.1u
VERNIER 4 LL 11 4 1 4 4 4 4 4 4 8 4 4 4 4 4 4 4 8 4 4 8 4 ee ee ee eee CCW
PULSE WIDTRHS 11144 44 4 4 4 4 4 4 4 4 4e 8 4 4 4 M 4 A re ee ee eee eee Z2bn
VERNIER SG 11121 11 4 4 4 4 2 4 4 4 A 4 4 4 4 4 4 4 AR A 4 4 4 4 4 4 8 4 4 4 A 8 4 4 4 4 ee eae € CCW
TRANSITION TIME 7 aaa aa aerea der rercerrerevra mr orararervrro 10n
OFFSET VERNIER 8 oo ot et i ee et es 4 4 4 4 4 4 4 4 44 ee eee eee + —
OFFSET SWITTCHO 111444 4 44 4 4 4 4 4 4 4 4 4 4 4 4 4 4 8 4 8 4 4 4 ete 0 4 48 4 8 4 8 4 a 0 4 4 2 4 0 OFF
OFFSET VERNIER 40 1.112111 11 4 4 4 1 4 4 4 4 4 4 4 4 8 4 MA MN 4 4 4 4 4 ra a a 8 4 A A 4 4 4 4 4 8 4e 040 —
MANTT ......... aaa aa ee ee ee ee ee ee ee ee ee eee ore
PULSE MODE 12 1111111121 42 4 4 4 1 4 ee th ee a et cee eas DOUBLE
OPER MODE 13 124014 4 4 4 4 4 4 4 4 4 4 4 44 44 4 0 A 8 4 8 4 4 44 4 A 4 AR RR KR ae NORM
LEADING EDGE 14... ...... LA A Ad A A a erarerevarererererecererecer cow
TRAILING EDGE 15 1.121244 24 4 424 4 V4 4 4 4 4 4 4 4 4 8 A 4 8 4 4 4 4 4 4 4 A 4 dada dra rar. CCW
AMPLITUDE VERNIER 16) 00000 rt te es te 4 4 4 4 4 4 4 4 ieee eee CW
AMPLTIUDE RANGE 17 21244 4 4 4 4 4 4 4 4 i ie ie ete et ee ee te se 0 4 4 A 4 ea 40 5V
AMPLITUDE VERNIER 18 1111 201 4 4 4 4 4 4 4 4 4 V4 4 4 4 ste tt ttt te rete ee ana CW
INT LOAD 25 ,..... e sererrvoecaredocdoe errada drerav e cra eaedara aaa rada, ON
NORM—COMPL 26 11241414 4 4 4 4 4 4 4 4 4 4 4 4 4 44 4 4 M A 4 4 4 4 4 4 4 4 4 8e 4 4 4 4 4 a 4 a V4 0 NORM
2.
Check pulse spacing,
Performance Tests
PERFORMANCE TESTS
Model 80058
5.19 Transition Times (Fast)
SPECIFICATION: &lt;&lt; 10ns to 2s in six ranges. Separate verniers provide independent control of leading and trailing edges
within each range. Ranges are common for leading and trailing edges. Max. leading edge/trailing edge
ratio, 1:30 or 30:1.
SAMPE RNG
ее
PULSE GENERATOR EXT
TRIG + — А TRIG
39 49 7 1250—0077 A &copy;
502 TERMINATION BATA —&Agrave;
1250-0780 — — =
ТОБОЗА
TESCIA
PROCEDURE:
1. Set 800588 controls as follows:
REP RATE T1. 14 4 14 4 4 4 4 4 A A 4 4 4 4 8 4 4 4 A A 4 A 4 A4 4 4 4 4 EE 4e 4 4 0 0 A 4 4 A 4 4 4 4 4 ea 2 0 20M
VERNIER Z 1140444 4444 4 4 4 44400 LL 4 4 LL 4 4 4 4e RR KK KK A 4e 4 4 4 0 4 40 CCW
PUISE DELAY Z 11111 1 4 4 4 4 4 eee ara A A 4 A 4 A 4 4 4 A 4 44 4 A4 4 4 A 4 4 4 A 4 4 4 Ve 86 0.1u
VERNIER 4 1111141104 4 4 4 4 rt ee ee 4 4 A AR 4 RE 4 48 4 4 44 6 4 4 4 4 4 4 4e ee CCW
PULSE WIDTHS 111114 14 4 4 4 4 4 4 A 4 4 4 4 4 4 4 4e 4 KK 4 8 4 4 dare r neo 25n
VERNIER 6 11101 11 14 1 LL 4 2 4 4 4 4 4 4 A 4 adenda ud A 4 4 4 A 4 4 4 4 A 4 4 oe dro ara ran waa CCW
TRANSITION TIME J tt rir tet et tte te ca er cis i er rr 4 405 10n
OFFSET VERNIER 8.111101 1 1 11 4 1 LL LR 4 4 A nde orercadroddrore mande naoranevareorecra —
OFFSET SWITCHO 1111110104 4 4 4 4 4 4 4 4 4 4 4e A 4 4 4 a 4 A 4 4 4 4 8 4 4 4 4 8 4 4 6 4 rear OFF
OFFSET VERNIER 10 21111 1214 4 4 4 4 4 4 4 4 4 4 M EE 4 4 4 4 44 4 6 4 4 er et cre 4 4 4 4 8 0 8 a 4 0 —
1,7: 5 E 4 4 4 4 4 4 V4 4 A 4 4 A 4 4 4 4 4 A 4 8 4 4 A 4 4 8 8 A A 4 4 4 NA 4 4 4 4 8 4 4 4 4 4 4 0 4e 0e 0 —
PULSE MODE1Z............. ee er ee SQ WAVE
OPER MODE 13 aaa, areddreredrera€dedrarete 4 4 4 4 ree a NORM
LEADING EDGE 14 111114 4 4 4 4 4 4 4 4 A 4 4 44 KK KK KK KORK CCW
TRAILING EDGE 15 111112 4 4 4 1 4 2 4 4 ts ttre et te ee eee CCW
AMPLITUDE VERNIER 16 RR KK KU RK 4 0 40 CW
AMPLITUDE RANGE 17 111111 4 4 4 4 4 4 44 4 4 4 4 4 AE 4 4 4 4 UNO A 4 4 4 RK RK KK BV
AMPLITUDE VERNIER 18 , 1 124 4 4 4 4 4 4 4 4 4 4 4 A 4 A 4 4 A 4 6 4 4 V4 4 4 4 4 4 4 4 8 4 44 8 8 4 6 0 4 4 4 84&raquo; CW
INT LOAD 25 .... i ee ee 4 4 4 ee ee ee re ee es a a a ON
NORM—COMPL 26 1111114 4 1 4 4 RL LL LL 4 A A LA 44 A 4 A 4 A ee NORM
о пе &copy;
Adjust the amplitude for a full screen display.
Expand the display and measure the transition times &lt; 10ns,
Repeat the measurements for the negative output &lt; 10ns,
Return the scope to X1 expansion.
Switch the TRANSITION TIME 7 switch to 0, Tus.
Measure the transition times of both + and — outputs &lt; 100ns.
Model 80058
PERFORMANCE TESTS
Performance Tests
5-20 Transition Linearity
SPECIFICATION: For transition times &gt; 30ns, maximum amplitude deviation from a straight line between the 10% and
90% points is less than 4% of pulse amplitude.
SAMPLING
se
PULSE GENERATOR EXT
TRIG + — A TRIG
20 20 z 1250-0077 444%
BOS TERMINATION BAJA unsre
T250--0) 760 ———
TOS0IA
105034
PROCEDURE:
i. Set 8005B controls as follows:
REP RATE IL LL 1111 11 44 Le 4 LE A 4 A ee ee ee ee ee ee 20M
VERNIER 2 111111444144 4 A A ee A Re 4 a A La PA ee RK KK CCW
PUISE D&Eacute;LAŸY 3111101 et te te rr ee ee eee 0. 1u
VERNIER &amp; 111111 0 1 4 4 4 4 A 4 4 4 4 4 4 A A 4 4 4 A 4 A 4 A 4 4 4 4 4e A 4 4 4 A 4 4 4 4 4 4 4 a ren CCW
PULSE WIDTH 5 111101 4 4 4 4 4 4e ee 8 4 4 A A 4 4 4 4 4 rarererererernorerdarredrerrda 25n
VERNIER B Le ee ee CCW
TRANSITION TIME 7 11414 4 4 4 4 4 4 4 4 A 4 4 AE 4 A4 4 4 4 4 A 8 ete 4 4 se ee a a 4 4 00 Оли
OFFSET VERNIER 8 aer 4 4 4 4 ee 4 A AA 4 4 A A 4 4 A A A 4 A 4 4 eo ae drederar en —
OFFSET SWITCH 1114 41 4 4 4 4 4 4 4 8 4 4 4 A 4 M A 4 A 4 4 4 4 A 4 A 8 4 4 4 4 4 roo ne coa ear OFF
OFFSET VERNIER 10 1111044 4 44 4 4 4 4 4 4 4 4 4 4 4e A 4 4 4 A A A 4 4 4 8 A A 4 4 4 4 4 4 4 4 4 a 4 44 0
МАМ 17 2210 4 4 4 4 4 4 4 4 4 4 4 V4 4 EAN 4 4 A 4 Re AN 4 4 4 dado dicvavado daa daroorerevercar, —
PULSEMODE112.................. naaa ee ee ee ee SQ WAVE
OPER MODE 13 i te ee ee RR Er NORM
LEADING EDGE 14... rit 4 a 4 4 4 LA 4 4 4 4 a ee ee CCW
TRAILING EDGE 15 1111 4 4 4 4 4 4 4 4 4 4 4 AN 4 A4 A 4 4 4 A 4 4 A AR a RR KR EG CCW
AMPLITUDE VERNIER 16 LL 111124 14 44 4 4 4 4 4 4 4 4 4 A 4 4 4 4 ER A 4 RE e CW
AMPLITUDE RANGE 17 111 22 44 4 4 4 4 4 eee eee UK RR 4 4 4 4 4 a 6 5V
AMPLITUDE VERNIER 18 1.111144 4 111041 444 4 4 1 4 4 LA A A AL LA 4 A 4 4 4 A A 4 a A A ea 6 CW
INT LOAD 25 11141001 0 4 4 4 4 A4 4 A A 4 4 A 4 4 4 A A KR a 4 1 NA 6 ON
NORM—COMPE 26 | 4 4 4 4 4 4 4 4e 4 4 A A A 4 4 4 A A 4 4 4 a Ne 4 A 4 4 4 4 4 4 4 4 4 ea a 44 0 NORM
2. Adjust the amplitude for a full screen display,
3. Centre the leading edge of the nuise on the display.
4. With reference to the diagram check the transition linearity
Deviation to be &lt; 4% of puise amplitude
5. Centre the trailing edge on the display.
6. Repeat steps 2 to 4 for QUTPUT (—).
- ——]]
—…. / 4 Linearity
| Deviation
Performance Tests Model 80058
PERFORMANCE TESTS
39-21 Preshoot, Overshoot and Ringing
SPECIFICATION: overshoot, preshoot and ringing each less than 5% of pulse amplitude.
SAMPLING
OSCE LEO:
SCOPE
BONSE
PERLSE GEN&Eacute;RATOR
EXT
TRIG + A TRIG
597 2 &raquo; 1250—0077 sf &copy;
5011 TERMINATION BASTA ——{
соб:
НОВА
ТОБОЗА
PROCEDURE:
1. Зе! 60058 controls as foliows:
REP RATE 4 1111 4 1 2 4 4 4 1 4 4 4 4 4 A 4 4 A 4 4 4 A 4 4 A 4 4 4 4 A 8 A 84 4 4 4 8 4 A 4 4 4 4 4 4 8 ee eee 20M
VERNIER Z 1210141 11 1 4 1 4 4 1 aaa aaa aaa rea ud0 ref reri ade era aa e ara rardedao CCW
PULSE DELAY 311111001100 14 4 4 4 4 4 4 A 4 A A es tt 4 4 4 A 4 A 4 4 EN 4 4 M 4 8 4 4 4 4 4 eee 0.1u
VERNIER 4 21144 4 4 4 4 4 A 4 4 4 4 4 4 arererer0ravrederae rederoddae red a, CCW
PULSE WIDTHS 101101 11 4 4 4 11 4 4 4 4 4 4 4 4 es ee ee ee ee eee &agrave; 25n
VERNIERG 11044 2 14 4 4 4 4 4 4 A 4 4 4 4 4 4 4 4 4 A A 4 4 a enredar a nea e daa a darse nda CCW
TRANSIT HON TIME Fo rr ee ee et te et ee et tr eee ee ee ee ee se RR a 4 40 10n
OFFSET VERNIERS 111144 4 4 1 4 4 4 4 4 4 aware nde nao rad e ne na modi varada —
OFFSET SWITCHO aaa aero dun &raquo;e aan durara ne do enana e na OFF
OFFSET VERNIER 10 21111 1 14 4 4 4 A A 4 4 A A A A I 4 4 4 4 4 A A 4 ear rare de mroeretroerowo —
MAN 11 EEE —
PULSE MODE 32... RR RR &agrave; SQ WAVE
OPER MODE 13 RUHR RUHR HR RR U 4 4 44 NORM
LEADING EDGE 14 se er ee ee ee nevera CCW
TRAILING EDGE 16 1111011001 4 1 VV LL 4 LL A VA 4 A 4 A 4 4 4 4 4 4 4 4 4 A A AN 4 A 4 A A A 4 4 1 440 CCW
AMPLITUDE VERNIER 18 1.110144 114 4 4 4 4 1 44e A V4 4 4 4 4e 4 A8 4 4 4 4 4 4 4 4 A 4 1 4 11 44 Cw
AMPLITUDE RANGE 417 11114 1 11 4 11 4 NL LV es ee ee er ee se ee ee et ese, 5V
AMPLITUDE VERNIER 18 1 1111 11 4 1 111 1 11 1 4 2 4 4 4 1 4 4 LL 4 4 4 4 4 4 4 6 4 4 4 4 4 4 4 es es CW
INT LOAD 25 111011 4 14 1 4 4 1 1 4 4 4 4 44 4 4 4 A 4 A4 4 4 4 4 A 4 ee 4 4 4 8 4 4 4 4 ee eee 0 ON
NORM-COMPL 26 1111144 4 1 4 V4 A 4 4 4 LA 4 2 4 4 A A A A A 4 aia A 4 4 4 4 4 4 4 4 4 4 a a a &agrave; NORM
2. With reference to the diagram measure the following:
Overshoot . + Ringing
a) Preshoot &lt; 5% | | LS — \
b} Overshoot &lt; 5%
c) Ringing &lt; 6% Amplitude \
3, Repeat step 1 for OUTPUT {—},
Mode! 80058 Performance Tests
PERFORMANCE TESTS
5—22 Trigger Output
SPECIFICATION: positive pulses &gt; 2V amplitude across external 50 ohm load.
SAMPEING
ОСНО
SCOPE
80058
PULSE GENERATOR
EXT
ТА + us A THIG
23 &copy; „&copy; 27 1750-0077
SO TERMINA T:ON BAST A
1200-0788
105603 А
105034,
PROCEDURE:
1. Set 80058 controls as follows:
REP RATE 11111 1 LL 1 LL 1 4 LL 4 4 4 4 4 4 4 4 M4 A AA 6 4 A 4 dame dame do e daa e e aaa dear 20M
VERNIER Z 1114 4 4 4 4 4 4 4 4 4 4 ee se 4 4 4 444 4 4 4 4 4 8 8 8 4 4 44 8 4 4 4 4 4 4 0 eee CCW
PULSE DELAY 3 11414 1 44 tt tt ttt er ta ests sar rer te te eee es te RK 4 4 + 0,14
VERNIER 4 1 1144 14 4 4 4 4 4 4 4 4 4 4 4 8 4 4 8 8 A 4 8 4 4 8 4e 4 4 4 80 0 aaa 4 4 4 4 4 4 8 4 re daa CCW
PULSE WIDTHS5 1110104 111 LL 4 4 4 4 4 4 VA 4 4 4 4 4 4 4 RR RR 4 4 4 4 4 4 ara 25n
VERNIERG 1.1.4 11 14 4 4 4 4 1 4 4 1 4 4 4 0 4 4 4 4 44 4 44 6 A A A A 4 4 4 8 4 8 4 8 4 4 d nad ed CCW
TRANSITION TIME 7 1.111111 14 4 1 4 4 4 4 4 6 4 4 4 44 4 4 4 4 4 4 4 4 8 4 4 4 8 4 8 8 8 4 es nas 10n
OFFSET VERNIER 8... 1.120404 01 4 1 4 LL ee ee ees ee ee es ee ee ee ee ee ees —
OFFSET SWITCH 1111221044 4 4114 4 4140 aaa ever 4 4 8 A 84 8 8 0 8 8 8 8 8 84 0 4 00 0 OFF
OFFSET VERNIER 10 111214 4 444 8 4 4 4 4 4 4 4 4 8e 4 8 4 4 8 8 4 4 4 4 4 4 4 0e + Ce he ee ee 4 4 5440 —
MAN TT te ee re ee ee ee ee
PULSE MODE 12 111144 4 1 2 4 4 A 4 4 4 4 4 4 8 4 4 4 4 A 8 4 8 8 4 4 8 8 4 8 8 4 4 4 4 8 4 4 4 A ea 4 4e 0 NORM
OPER MODE 13 1214111 4 24 44 4 A 4 4 4 4 A A A 4 4 4 4 0 4 4 A 4 4 4 4 4 4 4 0 4 4 4 4 4 4 4 4 4 4 a 4 0 NORM
LEADING EDGE 14 111110010001 4 414 4 4 4 4 4 NN A V4 4 4 4 A 4 4 4 4 4 4 4 8 4 4 0 4 4 4 4 0 4 4 4 4 a ee CCW
| RAILING EDGE 15 i rt 4 4 4 4 A V4 eis te 4 4 se 8 4 8 4 3 4 4 4 4 44 4 4 + CCW
AMPLITUDE VERNIER 16 ... ... 2. esrerraresdredrade re nde rdramorciearenao CW
AMPLITUDE RANGE 17 11211 1 14 4 4 4 4 4 4 4 4 4 A A 4 4 4 4 4 4 4 4 4 4 8 M dare aace nan e aa 5V
AMPLITUDE VERNIER 18.111101 1 14 4 11 1 4 1 4 LV 4 4 4 1 4 4 4 4 4 4 4 4 4 4 4 4 6 4 4 4 4 4 4 e dura &agrave; CW
INT LOAD 25 11111214 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 8 4 4 A 4 8 4 4 4 8 4 4 4 4 8 8 4 4 4 8 8 4 4 4 4 40 ON
NORM—COMPL 26 ....... LA a 4 4 A 4 4 A A 4 A A 4 A vrenvrereretrdecrore cdarrererorr, NORM
2. Check the amplitude (across 5082} &gt;2V
3. Check the width 15ns + 7ns
Performance Tests
Model 80058
PERFORMANGE TESTS
5-23 Transition Times (slow)
SPECIFICATION: &lt;&lt; 10ns to 2s in six ranges. Separate verniers provide independent control of leading and trailing edges
within each range. Ranges are common for leading and trailing edges. Max. leading edge/trailing edge
ratio, 1:30 or 30:1,
rs ee
PULSE GENERATOR a
TRIG + — А TRIG
59 20 9 00 | O
TERMINATION
105034
10503A
PROCEDURE:
Я. Set 8005B controls as follows:
REPRATE TL. 4414 44 4 4 4 4 4 4 ee ets 4 4 8 44 A 4 4 4 et tes ee ee ee 0.3M
VERNIER 2 1014 4 4 44 44 4 4 4 4 4 4e 4 4 ee se ie ee ee ee ea CCW
PULSE DELAY 3 1111 14 4 1 4 2 1 4 4 4 4 A 4 4 4 LE 44 4 4 8 8 4 4 4 4 4 4 4 4 4 4 4 A 4 4 4 4 4 2 4 6 4 4 4 4 re 0.1u
VERNIER &amp; ts ee re ea ee rr ee ee 4 4 6 CCW
PULSE WIDTHG 11122 4 2 44 4 4 4 4 4 4 M 8 4 4 4 EE tie ee tte 4 8 4 4 4 4 8 4 4 4 8 8e 4 4 8 4 4 84 0 25n
VERNIERO 11111441 4 4 4 44 4 4 4 4 4 4 4 4 8 4 4 4 44 4 4 4 4 4 0 8 4 4 4 4 4 8 4 4 4 4 4 4 enana ee a CCW
TRANSITION TIME 7 1112 4 4 4 8 4 4 4 4 4 4 4 RR 4 4 4 44 8 0 4 0 8 6 4 4 8 4 4 a 8 4 1 4 134 6 0.1u
OFFSET VERNIER 8 1.110114 114 4 4 4 4 4 4 4e VA iis tr ts ere 4 4 4 4 RR KK KK 0 m
OFFSET SWITCH 9 1114 4 4 4 4 4 4 4 4 4 40 4 4 4 4 4 4 4 4 4 4 8 4 44 da reara rasa e&ntilde;rasadre&ntilde;dro OFF
OFFSET VERNIER TO 11112 4 4 4 4 4 4 4 4 4 4 8 4 4 8 4 4 8 4 4 4 4 KK KK KR TT
MAN TŸ 1111 2 2 4 4 4 A 4 4 4 4 4 4 4 4 4 8 4 4 4 4 8 A 4 8 4 4 rderverrerreresacarord oe 0 4 2 0 4 8 a 0 a TT
PULSE MODE 12... . ...eoederevrrevea rece rvcarex rara aw reare reco anrera 50 МАМЕ
OPER MODE 13... 2 4 40 4 4 4 4 rea aemrrewvre re rrerari e dra rerare rara NORM
LEADING EDGE 14 111212 1 4 1 4 1 4 24 4 4 4 4 4 4 4 4 4 4 4 4 4 AR A 4 4 A M A 4 4 4 0 4 8 4 4 4 4 4 0 4e 0 00 6 CW
TRAILING EDGE 15 111244 4 2 4 4 4 4 4 4 4 4 4 4 8 4 4 48 6 4 444 4 4 4 4 4 4 4 4 4 4 4 4 4 ana aro aaa CW
AMPLITUDE VERNIER 16 1.222414 4 0 4 4 4 4 4 4 VA 4 4 4 4 4 VA 4 4 4 4 4 4 8 4 4 4 4 1 4 4 4 4 4 4 4 40 4 0 CW
AMPLITUDE BANGE 17 1111 4 4 4 44 i i ii et tet te es tre st sas en eas 5V
AMPLITUDE VERNIER 18 111124 4 4 4 4 4 4 4 4 8 4 4 8 4 4 80 4 4 8 8 4 4 4 4 8 4 4 4 6 4 4 4 4 4 ode a daa Cw
INT LOAD 25 144414 ee ee ee er dara aaa anererra ON
NORM-COMPL 26 .... 4 4 4 4 4 4 4 vere, errar, near aavrrerdo dnde naaa NORM
2.
Adjust scope sensitivity for full screen pulse display and measure leading and trailing edge between 10% and 90%
of amplitude for each of the following control settings (Vary Rep rate vernier 2 to get one period on display with
best resolution}:
REP, RATE TRANS, TIME LEADING/TRAILING RESULT
EDGE VERNIERS
0.3M ЗИ CCW &lt; Зи5
10K 0.1m cow &lt;= 0.1m
300 3m CCW &lt; Зт
0.3-10 | 0.1-2 CCW &lt; 0.15
ea
Model 8005B | Performance Tests
PERFORMANCE TESTS
5—24 External Triggering
SPECIFICATION: de to 20 MHz, sensitivity 2V pp (sine wave), 1Vpk (pulse)
OsciLLATOR Pe GENERATOR ea
son водо oF QO 5 &amp; TERMINATION 5 8 EXT
N
105084 77
PROCEDURE:
1, Set 8005B controls as follows:
REPRATE Io 4 4 4 4 4 4 8 4 4 4 4 4 4 8 i i 4 4 4 A 4 4 8 4 4 dare ara a e 4 4 4 4 ara dara EXT+
VERNIER Z 114 44 4 4 4 4 4 4 4 4 4 4 4 4 44 4 4 44 4 A M 4 4 wcvarr advdererrarve orar a aaa aa e naa CCW
PULSE DELAY 3 1114 44 44 4 4 44 4 4 4 4 4 4 4 8 4 4 4 4 4 4 A 4 4 4 4 4 8 44 4 4 4 4 4 4 M8 8 4 4e 4 4 44 4 &agrave; Оли
VERNIER &agrave; 111044 4 4 4 4 6 4 4 4 4 4 Re 4 4 4 er et te 4 8 4 8 4 4 4 8 4 4 4 4 8 8 4 8 0 CCW
PULSE WIDTH 5 11414 4 4 4 4 2 4 4 4 44 4 44 V4 44 4 4 4 rr te a ee ee ee ee 4 Зи
VERNIERG .....uerrerecrecaeorecoardarerdrrradrrrarervsreoareveaar aro CCW
TRANSITION TIME 7 112144 4 4 4 4 4 4 4 4 44 4 4 4 A 4 AN 4 4e 4 4 4 4 2 4 4 44 4 4 4 4 ees eee 10n
OFFSET VERNIER8 110140144444 ae 4 4 a a 1 aa 4 ee ee —
OFFSET SWITCHS 1112 1 14 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 8 A4 8 4 8 4 8 4 4 4 4 4 4 4 4 4 HUN RR OFF
OFFSET VERNIER 10 1122044 0 4 4 4 4 4 4 4 6 4 4 44 a 4 eV 4 4 4 4 4 4 4 4 4 8 8 4 8 4 4 4 8 4 4 8 0 4 4 40 4 a 0 —
MAN TT EEE —
PULSE MODE 12... i i 4 4 4 tt ir tt ett te 4 8 4 4 4 4 4 4 4 4e 4 1 a 4 0 NORM
OPER MODE 13 naaa 4 4 44 AR 4 RE A 4 A A A A A A 4 4 4 4 4 4 8 8 4 4 4 A 4 8 4 davao e NO RM
LEADING EDGE 14 11111 0 1 4 1 4 4 A A 4 4 A 4 A 4 4 a 8 4 A A redonda ee 8 4 4 44 40 CCW
TRA&Icirc;LING EDGE 15 11 11 4 4 4 6 4 4 4 4 4e 4 4 8 4 8 4 8 4 A 4 0 4 4 4 8 4 4 4 ee eee CCW
AMPLITUDE VERNIER 16 1.114444 i 4 4 4 4 4 4 4 4 4 44 A 8 4 4 4 4 4 4 4 4 2 4 400 CW
AMPLITUDE RANGE 17 uu aaa anar rare raw 4 EN 4 44 4 a 4 4 4 a a a &agrave; 5\
AMPLITUDE VERNIER 18... 02.900 8 4 4 4 A 4 4 A A 4 4 4 A 8 4 8 4 4 4 8 4 daaecoade ano &agrave; CW
INT LOAD 25 112144 4 4 4 4 4 4 4 A 4 a 4 4 ee 4 4 4 AR 4 A A A 4 ee ea ON
NORM-COMPL 28 .. 4 4 44 44 44 4 4 4 4 4 4 44 ie A 4 4 4 8 4 4 A A 4 4e ee 4 0 4 4 4 a a 4 44 + NORM
2. Set the test oscillator for 10 kHz at 2.5V p-p. Observe that each pulse occurs during positive siope of the sine
wave,
3. Change the REP RATE 1 switch on 8005B to EXT, Observe that each pulse occurs during negative siope of
the sine wave,
Performance Tests
Model 80056
PERFORMANCE TESTS
5-25 Synchronous Gating
SPECIFICATION:
PROCEDURE:
gate signal turns on repetition rate. Time between start of gate and first pulse defined by delay control,
Last pulse is always completed even if gate ends during generation of last pulse, Synchronous trigger
puises occur for duration of gate,
OECILLOSCOPE
GENERATOR
WISE
PULSE GENERATOR
BYE TERMINATION A E EXT
O — Teena | 1 o
10&Eacute;0GA
1. Set 80058 controls as follows:
REP RATE To. oii i i aa va drearvdrererse ra aranore ra ase ara 0.3M
VERNIER 2 121 4 2 4 2 4 2 4 44 4 EM 4 A 4 4 8 4 8 4 nedererdcdadaretroonao a addsere&ntilde;serar der CCW
PULSE DELAY J. it i et tees te eee 0.14
VERNIER &agrave; 1114 4 4 4 4 4 4 4 4 4 eredrae enou gara rana ardarvevararedorcao e nooeaaara CCW
PULSE WIDTHS 1111140044 6 4 4 4 4 A 4 4 4 4 4 4 4 4 8 4 A 4 4 4 4 A 4 A 4 4 4 4 4 A8 4 4 4 4 4 8 4 a aa 4&raquo; 25n
VERNIER G 112114 4 4 4 4 4 4 4 4 4 44 4 8 4 4 4 8 MA 4 A 8 4 A A 4 4 A 4 RE 4 4 4 8 4 4 4 8 4 4 4 4 e ara 0 CW
TRANSITION TIME 7 211401 44 4 4 4 4 4 4 A 4 4 4 4 44 A A4 4 AA 4 4 A 4 4 44 4 4 8 4 4 4 A 4 NA arena re 10n
OFFSET VERNIER 8 111 114 4 4 4 4 6 4 4 4 4 4 4 4 4 tt tr tts ter tt tts tr ter eran —
OFFSET SWITCH 9 112114 4 4 4 4 4 4 4 4 8 4 4 4 4 errada roonreri cane nena a OFF
OFFSET VERNIER 10 &copy;. i KR ee seas —
MAN TI 11224 0 1 4 4 4 4 4 4 4 A 4 0 4 4 4 4 4 A 4 4 4 4 A A A 4 4 A A 4 4 A 4 4 A 4 4 8 A 4 4 A 4 8 8 redoace aaa po
PULSE MODE 12 1112214 4 4 4 4 4 4 4 4 4 4 44 4 4 4 4 4 ee ee ee ee eee NORM
OPER MODE 13 1111121 1 4 1 4 4 4 4 4 4 A ER A 4 RK EUR 8 8 8 8 4 4 8 4 4 A 00 SYNCH
LEADING EDGE Th, tit i ie te rs tre ei ete te RAR ER CCW
TRA&Icirc;LING EDGE 15 11124 10 4 4 4 4 4 4 4 4 4e 4 es ct ee te ee ce 4 4 4 4 8 4 an 0 CCW
AMPLITUDE VERNIER 16 1.111110 44 444 4 4 KK RER KR RR N CW
AMPLITUDE RANGE 17 1114 2 2 4 4 4 4 4 te tt tir tte 4 4 4 4 4 Me 8 6 M A 4 adnaadna eo 5V
AMPLITUDE VERNIER 18 11241101 0 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 A 8 4 4 4 4 A te ee ee irene CW
INT LOAD ZB i tt ee ee aa aa ON
NORM—COMPL 26 1114440144 444 et tt A 84 A 4 4 A 8 4 4 4 4 ec ess NORM
2. Set the sq wave generator
FREQUENCY 2 kHz
WIDTH SQ
AMPLITUDE 2V
3. Turn the 80058 REP RATE VERNIER 2 slowly CW, Check that the puises from 8005B occur onty during the
‘ON’ time of the gate. Check also that the first pulse is coincident with the start of the gate and the last pulse is
of normal width even when the gate ends during the pulse.
Disconnect the gate signal at the 80058 GATE INPUT 21. Check that no pulses are generated by 80058.
Model 80058 Performance Tests
PERFORMANCE TESTS
5-26 Amplitude Normal — Complement
SPECIFICATION: BV, with internal 50 ohms and external 50 ohms. 10V with internal 50 ohms and external high impe-
dance and external 50 ohms. Normal or complement, switch selectable.
1800
OSCILLOSCOPE
BOOSE
PULSE GENERATOR
TRIG + — A В EXT
239 e 7. TEAMINATION
104 204
1071204
TOtTZLA
PROCEDURE:
1, Set 80068 controls as follows:
BER RATE de te 4 4 4 4 4 4 ce ee ee ee ee eee o 20M
VERNIER 2 ee i ee ee ee ee ee ee a ea CCW
PULSE DELAY 3... . ue. risa a aaa dra A 4 4 4 44 4 4 8 4 44 4 A 4 4 A 4 44 RR a 446 Оли
VERNIER4 he ee KR CCW
PULSE WIDTHD LL 104 4 4 4 4 4 4 4 i i i te st te ee ee ee 25n
VERNIER&amp; 11044444 44 4 4 44 4 A 4 4 4 4 4 4 A 4 LA 4 A M A 4 4 4 4 8 4 4 aredaretre daeodae da CCW
TRANSITION TIME 7 22104444 44 4 4 4 4 4 4 4 A 4 4 4 4 4 4 4 8 4 4 4 4 4 4 A 4 RK 10n
OFFSET VERNIER 8 &copy; Li te ie A 4 4 4 4 4 4 4 4 4 4 4 A 4 4 8 8 HRG —
OFFSET SWITCH 9 11 111 4 4 4 4 4 4 4 4 4 8 4 4 4 4 4 udrererraretrareddooddedaro oa za OFF
OFFSET VERNIER 10 1121204 4 4 4 4 4 4 4 4 4 4 4 4 A A A A NE 8 4 4 4 A 4 4 A 4 A 4 4 4 A 4 4 4 4 8 4 a 4 40 0 —
MAN 11 naaa aaa neaaudaroav e ueau dnde cara dude ara radvrarrervoarererra —
PULSE MODE 12 1112244 4 4 4 4 8 4 4 4 4 4 4 4 te ee ee KR RR Va &agrave; SQ WAVE
OPER MODE 13 i te ir ee ee ee NORM
LEADING EDGE 18 ts et eee ee ee 4 A A 8 4 4 eee 4 0 CCW
TRAILING EDGE 15 1121 14 4 4 4 4 4 4 4 a 4 tt et st tts ts ee KR KA RK KM CCW
AMPLITUDE VERNIER 16 1. 1112114 4 4 14444 4 4 4 4 4 A 4 8 4 4 4 4 4 0 4 4 4 0 RG CW
AMPLITUDE RANGE 17 11044 4 41 4 4 4 4 4 A 4 4 4 4 A 4 4 4 4 A 4 A 4 A 4 4 4 6 A 8 4 4 4 4 4 4 V4 4 8 a a a 4 6 HV
AMPLITUDE VERNIER 18 1 1112 1 4 4 4 4 4 4 4 4 4 4 4 8 4 a 4 4 4 4 8 4 8 4 8 4 te ees ter ene as Cw
INT LOAD ZB 1111444 4410 4 4 4e 4e 4 4 A 4 4 A a 0 8 te ee RR RR RK RR ON
NORM-COMPL 26 1.111104 4 0 14 4 4 4 4 4 4 A 4 4 4 A tts 8 er tt ee te cee 6 NORM
more pos, than +5V | OUTPUT (—)
2. Check the normal mode output |
from both output channels. Oy — — ===
More
OUTPUT (+) neg. —5V ;
than &agrave;
3. Set the NORM—COMPL switch 26 7979 pos. than | | OUTPUT (-)
to COMPL. and check both outputs. ov —— = = ue ra ZT ey — Jone =
more `
OUTPUT (+) Ded. ~SV|
5-19
Performance Tests
Mode! 8005B
PERFORMANCE TESTS
5-27 DC Offset
SPECIFICATION: the maximum output (amplitude + offset) is 10V. Offset range with amplitude vernier CCW is + 2V.
Offset range increases to values shown when amplitude vernier is CW,
1805
OSCILLOSCOPE
SO0RE
PULSE GENERATOR
TRIG + = 50 &Agrave; В EXT
no 249 279 TERMINATION
101 70A
HOT ZA
1017204
PROCEDURE:
1, Set 80058 controls as follows:
REP HATE ear ea rav ereQadaFodceredriacr—orooreno EXT+
VERNIER Z euvrerredrddernrercerecraneoredrvao —
PULSE DELAY 3. RK RG me
VERNIER 4 111111 11 4 4 4 4 4 A 4 4 4 4 4 4 A M 4 4 A 4 4 4 4 4 NA 4 4 4 4 4 4 4 A 4 4 4 ee A 4 aa 40 oe
PULSE WED TH BL ii sit tt ttt ees ee a ee eee _
VERNIER 6 enana errado rrerened nro nac dar drena era —
TRANSITION TIME 7 2111141 4 44 14 44 4 4 A 4 RR RUN RK 4 a Aa 4 0 —
OFFSET VERNIER 8 111124444144 4 4 4 4 4 4 4 4 A 4 44 0 A A 4 4 4 4 4 A 4 da xon—arorderrvkera, CW
OFFSET SWITCH 9 2111414444 4 4 4 4 44 4 4 4 4 4 i tt cr ee ee et ee A a a 4 40 OFF
OFFSET VERNIER 10 1112114 4 4 4 4 1 4 4 4 1 4 4 A 4 4 4 A 4 A 4 4 4 0 4 8 4 8 4 A A A NV 4 A 4 4 4 a 4 0 CW
MAN 1% urea ecrremdera enano nora rredrda dvece diareceroda noe ara na —
PULSE MODE 12 tt ii ete te ter ee ee ee ee &agrave; NORM
OPER MODE 13 11141144 44 4 A A 4 44 4 4 4 4 a A 4 4 Ne 44 A A 4 A A 8e 4 8 8 4 KR 4 an &agrave; NORM
LEADING EDGE 14 i ie te ea ee aa —
TRAILING EDGE 15 1114 11 4 4 4 6 4 4 4 4 4 4 4 4 8 4e A Ne 4 4 4 4e A A 4 4 4 4 A 4 4 LA VA 4 4 1 &agrave; —
AMPLITUDE VERNIER18 ,............... ee ee KA aa aaa CCW
AMPLITUDE RANGE 17 ee eee ee cee ee 1.25V (2,5V)
AMPLITUDE VERNIER 18 ,... гвиана ee eee eee ee ee A 8 4 44 4 0 CCW
INT LOAD 25 ee ee ee KK 44 6 ON
NORM-COMPL 26 12410200 44 4 4 44 4 4e A A A A 4 4 4 4 A A A A 4 A ee 4 4 4 4 4 4 A A 4 4 8 4 a 4 4 a 0 —
STEP INSTRUCTIONS RESULTS
Center trace on screen and set the OFFSET switch 8 to ON = +2V
Turn the VERNIER 8 slowly from fully CW to fully CCW +2V to —2V
Reset the VERNIER 8 to the CW position &gt;+2V
Set the INT LOAD 25 switch to OFF
Turn the AMPLITUDE vernier 16 slowly to fully CW =
Turn VERNIER 8 slowly CCW = —4\
Connect scope to QUTPUT (—) and repeat steps 1 to 6
“оО &copy;) OS GON es
5-20
Model 80058 Performance Tests
PERFORMANCE TESTS / SAFETY CHECK
continuity. Check internal ground connections on
boards and frame, Also check resistance of any front
SPECIFICATION: fixed amplitude, + 4.6V across open or rear panel ground terminals marked т
circuit
TEST SETUP AND PROCEDURE — as 8 5--27 except
apply TTL OUTPUT without load to scope input A.
5-28 TTL Output
3. Check resistance from cabinet to line and neutral
{tied together) with the power switch on and the
power source disconnected, The minimum acceptable
Verify logic 1 level = 4 6V resistance is two megohms, Replace any component
Verify logic O level &lt;0.2V which results in a failure or refer to production Memo
or Service Note issued by product division for alter-
nate action.
5—29 Safety Check 4. Check line fuse to verify that the proper value is in-
stalled.
1. Disconnect power cord from line. Visually inspect in-
terior for any sign of abnormal internally generated
heat, such as discolored printed circuit boards or
components, damaged insulation, or evidence of arc-
ing. Determine cause and remedy.
Check resistance from cabinet to ground pin on power
plug with suitable ohmmeter, The reading must be
less than one ohm. Flex the power cord while making
the measurement io detect any intermittent dis-
Check that the plastic safety cover for the line fuse
is installed.
Check that ail coaxial and fiat cables inside are
properly connected. Check that all boards and the
heatsink on the chassis are properly connected,
Inform Hewlett-Packard (internally, the responsible
product division} of any repeated failures in the above
tests or any other safety features,
521
Performance Tests
Tabie 5-1, Performance Test Record
Mode! 8005B
Hewlett-Packard Company
Mode! 80086 Tested by
Pulse Generator
Ser&iacute;al Number Date
Para. Test Description Results
No. Min Actual Max
5-10 Repetition Hate
Rep Rate Vernier
20 MHz Cw 20 MHz
0.3 MHz CW 300 kHz
10 kHz CW 10 kHz
300 Hz CW 3.33 ms
10 Hz CW 100 ms
5-11 Manual Trigger
Press MAN button 1 1
Release MAN button 9 O
5-12 Puise Width
REP RATE $T PULSE WIDTHS5 VERNIERS
20M 25 CCW 25 ns
0.3M Зи CCW Jus
10K 0.1m CCW 0.1 ns
300 3m CCW 3 ms
0.3-10 0.1—3 CCW 0.1 ns
Manual 0.13 CW 3s
5-13 Pulse Width Jitter 0.1 us
5-14 Pulse Delay
RATE 1 DELAY 3 VERNIER 4 WIDTHS VERNIERSG
0.3M оли CW 25n CW 3us
10K 3L CW ЗН CW 0.1 ms
300 0.1m CW 0.1m CW 3ms
0.3-10 3m CW 3m CW 0.1s
EXT. MAN 013 CW 0,1--3 CW 3s
5-22
Model 80058
Table 5—1, Performance Test Record
Performance Tests
Hewlett-Packard Company
Modei 8005B Tested by
Puise Generator
Serial Number Date
Para. Test Description Results
No, Min Actual Max
5-15 Pulse Delay Jitter O.1us
5-16 Square Wave
50% Duty Cycle 0.3 Hz 45% 55%
10 Hz 45% 55%
300 Hz 45% 55%
10 kHz 45% 55%
0.3 MHz 45% 55%
1 MHz 45% 55%
20 MHz 35% 65%
5-17 Pulse Mode Duty Cvycie above 1 MHz 50%
below 1 MHz 80%
5—18 Double Pulse
Minimum pulse spacing 50 ns
5-19 Transition Times (Fast)
TRANSITION 7 LDG 14 TRLG 15
10n CCW CCW positive 10 ns
negative 10 ns
Оли CCW CCW positive 100 ns
negative 100 ns
5-20 Transition Linearity
Positive output: leading edge 4%
trailing edge 4%
Negative output: leading edge 4%
trailing edge 4%
5-21 Preshoot, Overshoot, and Ringing
Positive output: preshoot 5%
overshoot 5%
ringing 5%
Negative output; preshoot 5%
overshoot 5%
ringing 5%
Model 80058
Performance Tests
Table 5-1, Performance Test Record
Hewlett-Packard Company
Model 8005B Tested by
Pulse Generator
Serial Number Date
Result
Para, Test Description il
No. Min Actual Max
5-22 Trigger Output
Amplitude (across B02) 2V
Width Ons 21ns
5-23 Transition Times (Slow)
Rep, rate 1 Transition 7 leading/trailing
gdge verniers 14, 156
0.3M Зи CCW 3us
10K 0.1m CCW 0.1 ms
300 3m CCW 3 ms
0.3—10 0.1—2 CCW 0.15
5-24 External Triggering
Pulses on positive trigger slope Г]
Pulses on negative trigger slope Г}
5-25 Synchronous Gating
Qutput pulse oniy during gate on []
First pulse coincident with start of gate =
Last pulse of correct width [3
No output E
5—26 Amplitude Normal-Complement
Amplitude, Output +, Normal +5\/
Amplitude, Output —, Normal —5V
Amplitude, Output +, Complement +5V
Amplitude, Output — Compiement BV
5-27 DC Offset
Max positive offset with int 5082 +2\/
Max negative offset with int 5082 —2V
Max positive offset without int 5082 +4V
Max negative offset without int 56082 —4V
5—28 TTL Output
Logic 1 4.6V
Logic 0 0.2V
5—29 Safety Checic
Interior inspection
Resistance cabinet to power plug gnd 12
Resistance cabinet to line 2MO
Line fuse LJ
Line fuse safety cover E
Heatsinks secure Ll
5-24
Моде! 80058
Adjustments
6-1 INTRODUCTION
6-2 This section describes the adjustments which will
return the instrument to peak operating condition after
repairs are completed.
6—3 ff the adjustments are 10 be considered valid, the
instrument must have a 15 min warmup time and the
fine voltage must be within +10% to —15% of nominal,
6—4 SAFETY CONSIDERATIONS
6-5 This manual contains information, cautions, and
warnings which must be followed to ensure safe operation
and to retain the instrument in safe condition {see Sec-
tions |! and !H}. Service and adjustments should be
performed only by gualified service personnel.
WARNING
Any interruption of the protective {grounding} conductor
(inside or outside the instrument) or disconnection of
the protective earth terminal is likely to make the instru-
ment dangerous. Intentional interruption is prohibited,
6—6 Any adjustment, maintenance, and repair of the
opened instrument with voltage applied should be carried
out only by a skilied person who is aware of the hazard
involved,
6-7 Capacitors inside the instrument may still be
charged even if the instrument has been disconnected
from its source of supply.
6—8 Make sure that only fuses with the required rated
current and of the specified type {normal blow, time
delay, etc.) are used for replacement, The use of repaired
fuses and the shortcircuiting of fuseholders must be
avoided.
6—9 Whenever it is likely that the protection offered
by fuses has been impaired, the instrument must be made
inoperative and secured against any unintended operation.
WARNING
Adjustments described herein are performed with power
supplied to the instrument while protective covers are
removed, Energy available at many points may, if contac-
ted, result in personal injury.
6-10 EQUIPMENT REQUIRED
6-11 The test equipment required Tor the adjustment
procedures is listed in Table 1-1, Recommended Test
Equipment. The critical specifications of substitute test
instruments must mest or exceed the standards listed in
the table if the instrument is to meet the standards set
forth in Table 1—2, Specifications.
60-12 ADJUSTMENT LOCATIONS
6-13 Figure 6—1 at the end of this section shows the
locations of adjustment points,
6-14 ADJUSTMENTS
6-15 Power Supply
EQUIPMENT: Digital Voltmeter
ac Voltmeter
PROCEDURE:
Voltages are measured with respect to chassis,
ADJUST RESULT
1 Connect the digital voltmeter ABR17 +25V + 200mV
to +25V TP
2 Connect the digital voltmeter ABRS — 25 200mV
to A5 —25V TP
3 Connect the digital voltmeter +20V 1 500mYV
to AT +20V TP
I
4 Connect the ac voltmeter to — &lt; 10mV
AS +25V TP and
measure ripple
5 Connect the ac voltmeter to — &lt;&lt; 10mV
AS .—25V TP and measure
ripple
Adjustments Model 8005B
ADJUSTMENTS
8—16 Timing ADJUST RESULT
2 With the 8005B connected A1C9 22 MHz + 5%
es shown in the upper
pro COUNTER diagram {1) measure rep rate
PULSE GENERATOR
TRIGO + = 505 3 Set Rate Vernier CCW
239 28 &raquo; TERMINATION
TTT 4 With the 80058 connected A1C33 22us 10%
NT as shown in the iower
105304 diagram (2) measure pulse
width at 50% of amplitude
REP RATE SET-UP 5 Connect trigger output to
scope channel A and 80058
output A to scope channel B.
SAMPLING Set Rep Rate to 0.3M,
oO vernier mid position delay
o 0.141 vernier CW
PULSE GENERATOR E
„о 0 27 с 50-00 A o 6 Measure the distance A1C22 3.95 = 10%
1 77 ь
50% TERMINATION BADIA between the trigger pulse
1250—0780 and the leading edge of the
output pulse
105074
10503A
6-17 Pulse Shape
2. PULSE WIDTH SET-UP
EQUIPMENT:
Digital Voltmeter
PROCEDURE: PROCEDURE:
1 Set 8005B controls as follows: 1, Set 80058 controls as follows:
REP RATE 20M REP RATE 1 EXT+
VERNIER 2 СМУ VERNIER 2 CCW
PULSE DELAY 3 0.1u PULSE DELAY 3 0.1u
VERNIER 4 CCW VERNIER 4 CCW
PULSE WIDTH 5 28n PULSE WIDTH 5 25n
VERNIERO CCW VERNIER 6 CCW
TRANSITION TIME 7 10n TRANSITION TIME 7 10n
OFFSET VERNIER 8 — OFFSET VERNIER 8 —
OFFSET SWITCH 9 OFF OFFSET SWITCH &copy; OFF
OFFSET VERNIER 10 me OFFSET VERNIER 16 —
MAN 11 — MAN 11 ww
PULSE MODE 12 NORM PULSE MODE 12 NORM
OPER MODE 13 NORM OPER MODE 13 NORM
LEADING EDGE 14 CCW LEADING EDGE 14 CCW
TRAILING EDGE 15 CCW TRAILING EDGE 15 CCW
AMPLITUDE VERNIER 16 Cw AMPLITUDE.VERNIER 16 CCW
AMPLITUDE RANGE 17 5V AMPLITUDE RANGE 17 5V
AMPLITUDE VERNIER 18 CW AMPLITUDE VERNIER 18 CCW
INT LOAD 25 ON INT LOAD 25 ON
NORM—COMPL 26 NORM NORM-—COMPL 26 COMPE
6—2
Model 80058
ADJUSTMENTS
Adjustments
floating
a. Connect the DVM high
terminal to TP1 and the
low terminal to TP2
o, Connect the DVM high
terminal 10 TP3 and the
low terminal to TP4
2 Reverse voltage adjustment — operate with DVM
ADJUST RESULT
A4R31 + 150mV &pound;50mV
A4R41 + 150mV E5OmV
PULSE MODE 12
OPER MODE 13
LEADING EDGE 14
TRAILING EDGE 15
AMPLITUDE VERNIER 16
AMPLITUDE RANGE 17
AMPLITUDE VERNIER 18
INT LOAD 25
NORM-—COMPL 26
SO WAVE
NORM
CCW
CCW
Cw
5\
CW
ON
NORM
3 Integrator adjustment
ADJUST RESULT
. Adjust OUTPUT(~)
ADJUST
RESULT
a. Set 8005B Pulse Mode 12
to SQ Wave
b, Using DVM, measure across
chassis and A4 06/07
Collector, if necessary
press MAN button once to
get a negative voltage
AdRAS —9.5v T0.1V
6-19 Pulse Amplitude and Rolt-off
3, Adjust ieading and trailing edge
verniers from CCW to CW for
equal roli-off on both edges
4, Adjust OUTPUTI{—} roil-off
5. With the TRAILING EDGE vernier
turned fully CCW observe the
position of the pulse delay point,
OSCILLOSCOPE
80058
PULSE GENERATOR
TRIG + — A 8 EXT
29 29 79 TERMINATION
10503A
10503A
T10503A
PROCEDURE:
1. Set 800568 controis as follows:
REP RATE 1 20M
VERNIER 2 CCW
PULSE DELAY 3 0.1u
VERNIER 4 CCW
PULSE WIDTH B 25n
VERNIER 6 CCW
TRANSITION TIME 7 10n
OFFSET VERNIER 8 —
OFFSET SWITCH 9 OFF
OFFSET VERNIER 10 —
МАМ 11 —
8.
9.
A3R100 — 5.5V
A3R956 =&gt; 30ns
6, Turn the TRAILING EDGE vernier A4R46 18ns 1 2ns
fully CW and measure the
difference between the first and
second starting points.
if recessary, verify &sect; 6-17 (2),
. Adjust OUTPUT (+) A3H72 +5.bV
amplitude
Repeat 3 for OUTPUT(+)
Adjust QUTPUT(+) roli-off A3R48 = 30ns
10. Repeat 2 to 7,
CCW CW
rei Roil off
TX
и OUTPUT (4
A
A N
LEADING |
7
EDGE re | Roll off
cow CW
~N
&gt;
x
&gt;
TRAILING EDGE
Re
y QUTPUTE-)
T
a— Rolt off
CCW CW
+25V TP
=CR7—
= СК $ —
Rp ett
&quot;CRIG —
7
+25V
&quot;CRE —
-
E
|
(cr)
Ab
- RIO —
- Rit —
- ВЦ =
CE
— Rig -—
(cs)
CR
— Ri8 —
“R15
GC)
— R16 &Agrave;
-CRIZ-
—25V
TH
(cz)
RE
e Rm
e RE
C3
000 ce - &copy;
+25V ADJUST
R17
O Ti
+20V TP
| — 658 — — 1908 —
AL pa SM wun owe wae лещ
Sep
Sheet?
—25V ADJUST
R8
Model 80058
+
xy
To
о Ed
И |
EEE = i!
| Selene? rs low
Ly 7
1 1 be 4 a 1 1 ee |
a
hero
=
if}
Ч
dm ще НЫ ее ты кт тетей
&copy;
E о —
ADJUST
CZ
PL
A&Iuml;
FRONT OF INSTRUMENT
\
C22
ADJUST
DELAY
Model 8005A
SECTION Vii
REPL
7-1 INTRODUCTION
7-2 This section contains information for ordering
parts, Table 6—1 lists abbreviations used in the parts lists
and elsewhere in the manual. Table 6—2 lists all replace-
able parts in reference designator order, Table 6—3 con-
tains the names and addresses that correspond to the
manufacturer code numbers.
7-3 ABBREVIATIONS
7—4 Table G—&Agrave; lists abbreviations used in the parts
fists, schematics and elsewhere in the manual, In some
cases two forms of the abbreviation are used, one ail in
capital letters, and one partial or no capitals, This occurs
because the abbreviations in the parts lists are always all
capitals. However, in the schematics and other parts of
the manual, the same abbreviations may have upper and
lower case letters,
7-5 REPLACEABLE PARTS
7-6 Table 6-2 is the list of replaceable parts and Is
organised as follows:
a. Mainframe (chassis) parts in alphanumerical order
by reference designation
b, Electrical assemblies and their components in
alphanumerical order by reference designation.
Reference designators are of the form ABRS i.e, resistor
9 on assembly 5,
ACEABLE PARTS
7—7 The information given for each part consists of
the following:
a, The Hewlett-Packard part number,
b. The total quantity (Qty} in the instrument, This Is
given only once for each part — at the first appearance
of the part in the list.
c, The description of the part.
d. A typical manufacturer of the part in a five-digit
code.
e. The manufacturer's code number for the part,
7-8 ORDERING INFORMATION
7—9 To order a part listed in the replaceable parts
table, quote the Hewlett-Packard part number, indicate
the quantity required, and address the order to the nearest
Hewlett-Packard office {list of Sales/Service offices at the
rear of this manual},
7-10 To order a part that is not listed in the replace-
able parts table, include the instrument model number,
instrument serial number, the description and function of
parts required, address the order to the nearest Hewlett
Packard office,
Table 7-1 ———
Replaceabie Parts
Figure 7—1 Mainframe Replaceable Parts Location
7-2
| XF1 MP29
= LULU LE it LU | ui
9 9 MPI Ja _
) 1 К
| |
X
; | С1 || &copy;2 | Ne
Rp &Agrave; | |
| &Agrave; ———
4 &copy; el 1
|| АЗ MP8 р -WS5
——— MP9
4
&reg; e:
&Oacute;N
MPS &reg; e
| MPIG S5
UNDERSIDE ||
T1
MP . ВЕ
5 ML U LL UN 7
Ha ele 3 e
A5 Ad J
|] 1
y &copy; i
| O Sl le e - й
Sl |
(| A1 |
|
E
LP _ e
— / A A3R12 A3R13
J o а ba += TL
\ X X +
\ \ \ \ \
\ \ \ \
АВВ! A10R3 MP12 AQRZ MP11
UPPERSIDE |
Model 80058
Table 7-2. Replaceable Parts
Replaceable Parts
Reference HP Part 4 Mir
; ; Cty Description Mitr Part Number
Designation Number Code
Al GHO)G—#68513 1 BARD ASSEMBLY, TIMING FHLB DENOS=66511%
Ar CSONSeb 50 1 BOARD ASSEMBLY, MOTHER 78480 05005-66509
A3 ПАООб еб 10 1 BOARD ASSEMBLY, AMPLIFIER QUTPUT 28480 0800506510
A&Ntilde; DARAUF 1 BOARD ASSEMBLY, INTG ena 08005-066511
AR DAOONRE=D651?7 i BOARD ASSEMBLY, PONER SUPPLY rBUBD DRNOS:6A512
AR CANO 1901 i SWITCH ASSEMBLY, RATE 28580 DEH05=61901
A4 DEDOS =e18002 t SWITCH ASSEMBLY, WIDTH 28480 WELLES TSR
ALE 08005 н6 1903 1 SWITCH ASSEMBLY, DELAY 28480 08005=615063
Ci 1801880 i CAPACITOR=FXD 78QUE:TS=10% 7SVDC AL 5492859 3800757607 5JE4
ce O180=m 1850 1 CAPACITORe FO 8900UF+100=10% s65VDC &eacute;t 56259 DE2872=DEE
Cel 2140-0016 } LAMPeGLONW T=2 BULA 50Y 76278 AG Al
Fi 2110-0095 &iacute; FUSE 1,68 250Y SLOCHLO 1,25X.25 UL THGLS 3i55t,6
F1 21100020 1 FUSE „НА 250V SLO=8L0 1.,25X. 25 UL 71400 MEL 8/10
FLI 9100= 3121 i FILTER=L INE CEE=YTERMS ZBURDYD еб Обе 12}
J1 1250-0118 E CONNECTORaeREF ENC FEM BOL-HOLE-FR SO OHM 24931 ЕВ ТВ
Je 12800118 - CONN&Eacute;ECTORSRE BNE FEM 236LoHOLERFR Зое НМ PNTE PB8JR IFA!
13 1250x0818 CONNECTOR=PF ANC FEM SGLeoHDLE&laquo;FR S0a0HM 4935 ACC
JE 12500 т 18 CONNECTOR=RF BNC FEM SCL=HOLE=FR S0=(0HM 24931 AB8JR128= 4
JE 17800118 CONNEC TOR&laquo;RF BNC FEM SGL-MOLE=FR S0=0MM 24931 eBJRiZE=]
J&eacute; 125090 $ 18 CONN&Eacute;CTEOR=RF ENC FEM SGL=FOLE.FR S50&laquo;0kW 24931 RJR R=]
MP1 ОЗабеб Та i TERMINAL STUD FEDeTUR PRESS=MYG ATi 015=S013c6869
MPA 05709148 $ BEZEL &cent; PUSHBUTTON KNOR, JADE GREY 28500 03700514
ME 3 CIT&Oacute; IO? i KNOB&laquo;HABE-PTR 25 IN JGE SGI=DELAL 28480 55370-18597
MP A DIT! i KNOROBASE-PTAR ,5 IN JGK SGI-DECAL 2AJEO 8370=109%
Meg 0370= 1107 i KNON=HASE=PTR AND BAR „&reg; IN .JGE 266EO 03701147
MEE 03706] РОЯ t KNA=BASE=L0ND PTR AND DAR ,5 IN JGK 2ANBO О%70е 108
МР? 057&yuml;0eft175 1 KNCOBeCONC-PTR ,5 IN Лек SGI-0ECAL SHEED 05701525
MEA PRAGeQGOS t SHACEN=-RND &iquest;SEG &iquest;AD ,2500 BES NIePL ZRUAG 0380m000R
Mpg 08005=651601 i DECK, MAIN 2 ASE Ооо бя бо ЕО}
MELO {Rg04w002535 &Icirc; PANEL, SUB, LEFT СВАО 080605=00202
ME] TACOS 00209 t PANEL, FRONT 28880 0800500209
MPSS US t PANEL , SUBeSWITCH 25680 (8008, 0021U
MELE JES&Uacute;S 0011 t PANEL , SUB&laquo;RIGHT 26580 08005-002311
МР Та 08005=002t2 i PANEL sy REAR 2ANBO Q800k= 00217
ме {= ОВО бе 040 1 t COVER 28480 0850504191
META 080050402 } CUVER, SWITCH 28480 D8505=04102
МР 7 ОВООТ ОН ЕО 1 COVER, HANDLE 2BNBO QH0)T=0651603
МЕТА BRONTF=04L 04 1 COVER ASSEMBLY, ТОР 28480 GEOOTV=084104
MEQ 0891001155 1 HEAT SIA PEBUED GRO10=0110%
MP AG 1200=00R 1 INSULATOR &laquo;ESHE=FLG NYLON 28480 1200= 0087
MEZ1 3101=0126 1 NUT-HEVS FOR 1/4112 THD BUSEINGSY BRASS 8459 3101=0126
MP2 ВОйер 051 t TRIM STRIF SRUAD B000=00%1
MP 23 SON AFTO! i COVYERERT SIDE ,REAR(DLIVE GRAY, ITD) 26480 S000=8T701
MF 2 Sont=eB7O% 1 CONERERT SIDE ,FRONTLOLIVE GRAY BTDY 28480 5600-8701
MPSS SOoN=ADOGS 1 FEHED 50008408
RE 26 Sou NTE t LAMPROLCER 258568 EO40= 0214
ME 27 Hp&euml;le0215 1 BASEL AMPHORDCER FEOED 05092735
MP 28 5060е $ $24 1 candO Edw iad
MP po 506000731 1 FRAME ASSY:S X 11 FM 26450 50600731
MATO SOb&Iacute;eO7A7 t FOOT ASSYIFM 26180 5050707657
MP RE Ch&eacute;&yuml;eRBT729 COVER ASSEMBLY, BOTTOM све ОБО =наТ
5) 185-0063 zg TRANSISTOR NPR 2N505% SI1 TOwI ROai18W 28460 {8545064
un 1ABJadOn% TRANSISTOR NP 2N3055 SI TO=1 PDx115H 28485 1854-0064
RT 2100=1512 = RESISTOR=VER CONTROL CC SK 10% 10DEN ties J
ma 2100-1612 RESISTORe VAN CONTROL СЕ SK 10% 158&pound;W ited Wo
#9 2100-1717? = RESISTOR &Ntilde; VAR CONTROL EL SOX 20% LIN atid Wi
mi 2t&ocirc;0e1717 HEBIEYOR=VAR CONTROL EC SEK 20% LIN Oitel hr
211 02755-95074 &Icirc; RESISTOR 27K 5% 258 F TE=x0+&laquo;100 27167 ER
НЕ? ci {id=%145 z RESISTOR, VAR 50 DHM 10% SW, LC AIte!1 Ar
[FART OF AZ, AMPLIFIER OUTPUT ASSEMBLY
513 litio: RESISTOR, VAR 50 OHM 10% Bw, CL &ucirc;ltet AD
{PART OF AB, AMPLIFIER OUTPUT ASSEMBLY
Si 210045519 i 284080 3100=0519
54 TDI atra t SaiTCHePR EPST YC MOM &Eacute;ZE69 She
55 Bi&ucirc;t=1720 t Su ITCH=PA DEDT A 250VYAC авео 2101-1720
59 Saa 2 SWITCH=3L DPIT-NS MINTR „ЗА 12SVAL/DC 18727 Big83e00063A
Sun TIM =0907% SWITEH=5L DPIT-NE MINTR &iquest;EA 125VAE/DL 79727 Gi2B8wQG 3A
See introduction to this section for ordering information
Replaceable Parts
Tabie 7—2. Replaceable Parts
Model 80058
Reference HP Part ge Mr
Oty Description Mir Part Number
Designation Number Code
511 Holey Fag t BWITCH-5L DPOT-eNS STO 24 Z250VAC SLOR LUG 28480 101-1780
T1 EOR&Oacute;=ONAL t 28450 5080-0940
и} ОВОббБе&amp; ТЫ } CABLE ASSEMBLY, MAIN FEURD f5005=61618
wz TEONDtSebiA!T t CABLE ASSEMBLY, SHIELD 7 8480 DEONS=&Eacute;1611
#3 HENS 1612 i CAHLE ASSEMHALY, SHIELD II СЁ ай BOC =biblr
wd CAODE=1611 1 EARLE ASSEMBLY, SHIELD 111 26UBO ORCOS =e1613
WS CAQGONS=btb61dH 1 CABLE ASSEMBLY, POWER EEE DANCE =61l61d
we CACOebiAta 1 CABLE ASSEMBE Y, TY 28480 OBOOSe&oacute; lO
WY CAONSebteth 1 CARLE ASSEMBLY, Y 28488 0800541616
WHE Bi20e#i655 POWER LORD SET GOOTR G02 311
ХЕ ТА 2110-0465 1 FLSEHMOLDER=EXTR POST СИТЕС a 25X1,25FUSE 28480 2110-0565
LEE 2110-0570 1 FUS&Eacute;HROLDER-EXTRE POST 20h Z00V UL/&Iuml;FC 75915 145003040
ХЕ ФС 211 0=UeyT } NUT, HEX SINGLE EHAMFER 1/2=28 THREAD 75915 4b3=071
HF ID 1340-0059 1 HASHERmER INTL TO NO,e1/72 ,508miNeID 78189 1920= 12
xFiF 1400= 0096 t WASFER:AURSER 5,8&quot; Ob 40400 DAD
ХО! 17000043 7 INSULATOR=XSTR ALUMINUM 765210 Iz2047
xXEZ 120000483 INSULATOR =XSTR ALUMINLIM 768530 322047
See introduction to this section for ordering information
Model 80058
Table 7—2. Replaceabie Parts
Replaceable Parts
Referenc HP Part . Mfr
efe ence Oty Description Mfr Part Number
Designation Number Code
Ai CHG0heH&eacute;S ZE BOARD ASSEMBLY, TIMING 28485 0800564513
ATC 01800201 10 &Eacute;BPACITOR=-FXD 1UF+=10% 35VDC TA 56259 1500105590454
A1CZ 150=eG231 CAPACITOR=FXD 1UF4+=10% 35VDC TA 562859 150D105X903542
A1C7 ОНО = Охта 1 CAPACITORaFXD 10F +=10% Z0WDC TA 582869 1500106X90282
A1LCH Cie! * CAPACITQOReFXD S6PF +=5% 300WVvDC MICA 772138 DMISESSGJOS0ONVICE
АСЯ 014608019} CAPACTTOR=FYXD R&amp;PF +=5% Z00WvyDL MICA 721316 DMISESHOJOSOOWYVICR
A1C&amp; 0190-0291 CAPACITOR=FXD 15F &lt;=10N ISVDL TA E4289 150D104&lt;9035542
alg? Gibde4213 E EAPACITOR=FXO +,1U6 +=20% BOWYDC POLYE 28480 Q&uuml;160=4 213
AICA Aldi i CAPACITOR=FXD BePf +&laquo;5% 100WVEBEC MICA 72126 OMESEBZOJOB0OOHMVICR
A1C% G121=0004 3 CAFACITOR=Y TEMBSCER 9/35PF 200V PL=MTH 008685 104322 9/35PF N650
AICID OSO TO i CAPAC ITORF XD TORE 425% Z0AWVEL MICA 72136 DMIR&Eacute;ETS&Eacute;JHSCONVEER
asf UIAGeD2St CAPACITUReEFXD 19F4x=10% 35V0E TA 5287 1500105933542
AIC1IZ 0161-3714 i CAPACITOR&raquo;=FXO S00PF +#10% 250WVDC MET 28480 CibdeT7j8
АСЗ tot&raquo; T7277 i CAPACITOR-FXD ,22UF +=10% 1604) YDC MET 28480 Отд АТВ
dla DifAjent lh 1 CAPACITORF XD 6, НЫЕ +0 10% S5VYDC TA Eto 15006ABXOO TOO
A1C15 dD1AG=2205 1 CAFPACITOR=FXO 220UF+=10% i0VDC TA ELA 1500227X591052
Alia Ois0=2055 a CAPACTTOReFXO ,OUF +&laquo;B0-20% 100WVDC CER BA 01602054
A1C17 Dift=ad29t САРАСТТОВеЁ ХО 1UF+=10% 35VBC TA 56289 1 50D INEXOCTISAZ
A1C18 tdo&raquo; ЕЯ 5 2 CAPACITOR FED Z22FPF +=25% S00#4VOC MICA T2134 DMISC220JOS00WVYtCA
A1C20 Hi8G=020} CAPACITOR-FXD 1UF+=10% ISVDC TA Зе 150D105X6035A2
A1C21 Disdadais CAPACIEITOREFXD &iquest;1UF +=20% SORVRE FOLYE 284850 gladmyg2i
ALICE? Отеч 0085 CAPRETT&Eacute;RESYV TREMRDER 9/35PF 200V PCeMTH DOME 304322 9/I5PF NEO
ALICE UtAGe=207 = CAPAETTGReFXD 10QUF+##10X% JOVBC YA 56289 155D1067XS015RE
Attgd Ot&eacute;gwpi41 2 CAPACTTOR=FXD З,ЗЫОЁ += 10% SOVDE ТА S&amp;P289 1500535X905082
ACCESS &Uuml;iA0=&laquo;#3720 &euml; CAPACITOR=EXD „ФР +=10% 160WVDE MET 28480 Dishe1 720
AtCl2h Utnd&aelig;4%7t2 ё CAPACITOR=FYD I300PF +=10% 250wvDE MET 28480 0ib0d=e1712
ATEO? рай О 1 2 CAPACITORSFXD 12PF +=5% SOOWVDC MICA 72138 DOME 20 JOSCONFICA
ALCOR H&aacute; =2i06 1 CARLAEIYORF XD Z27PF &iquest;o&iacute; I0O0WYVYDC MICA 28480 160 05
ArL29 HL CAPACITOR=FXD ,1UF +=20% SOKVDC POLYE ZBHBO HEE. DEL FS!
АРСО &Uuml;BER CAPACITOR=FXD 1UF+=10KX 35VDC TA 6289 1500105X903542
ATELY Ul&eacute;D=2045 CAPACITORFXD ,01UF +B0~20% 1GGHVDE CER 28680 Эф бей 055
ATC DIO=0155 CAPACITOR-FXO Z22FF +095% EOCWYEC MICA 72136 DMISCI20J0S00WVICR
A1C33 121 = Оль CAPACITOR&raquo;= Y TRME=CER 9/35PF 200% PC 4TO 508685 304322 9/I5PF NEO
AICTA CintweZc0d i CAPACITOR=FXE 100PF +~5% INOWYDC MICA 28480 Cit -220A
Aal $180.00] CAPAC ITORSEYD 12PF +e58% SOOWYDE MICA 72136 DMESC120JO0ECOWYW CR
LiE TH DI5Ced513 CAPALITORFXD „1ЫР ve20% SOHVOO POLYE 28489 Gi&eacute;lea215
ATEST7 O160= 4213 CAPACITORSFED „1ЫР +=20X SOCHYDE POLYE Z8480 1604211
АРЕН D15Q=0AZ91 CAPACITOR:-EXD 1UF4&raquo;19% 35YDC TA 5b289 1555D1565X903SA2
A1C39 0159-2707 CAPACiITOR=EXD 100OYF+=e10% 10VDC TA 56289 L5SODIATRINIORE
ACOSO 0102 163 CAPACITOR#FXD 3,30F4=10% SOVDC TA 56289 150D03535&lt;4$05082
AtCHE 160-4720 CAPACITOR=FXO ,1UF +=10% 160WVO0C MET 8560 0160=3720
ACER 160-3712 CAPACITOR=FXO 1300PF +&laquo;10% 250W%YbC MET 2BHBG 0ibb=37t5
APEC 0180=029] CAP&Aacute;CITOR&raquo;FXD 1UF + =10%X 3ISVDL TA 5.289 15001 05KQ035A
AtC 44 G1&eacute;{-2205 i CAPACITOR=FXD 12Z0PF +-3% I00WYEC MICA 28485 Ql&egrave;dez2es
&Acirc;tCaG OLEG 0058 1 CAFACITORFXD S5SQUF+75=10% 25Y0C AL Зы IDOSOCSLOPECCr
ATCU6 O&Ouml;180=0291 CAPACITOR#FXD tUF==10% ZSVBC TA 56780 1500105X70395A2
APCO7 61900 $ 9+ CAFACITOR=FXD SePr +=5% XIO00WYDC MICA 72136 DMISESeNJOSOONVICA
AtCGHE &Ouml;160= 2150 1 CAPACITUORF XD 33PF 475% IO00WYDC MICA 28482 016902150
AtCUR 8141-5702 1 CAPACITURaFXD {SPF &iquest;05% SOQWVOC MICA 72136 EM EC1SOJOSAONVILER
ALTER Fla Gad 13 DICDE=SKITCHINE TAV SoMa 2NE 1015 28485 195{i=6840
АХ СВ 190. ОО DIDDEPSKITCHINS 30V SOMA ZNS Бобы 35 28485 19010080
АРЕНА 1901-0045 CIODE=&Eacute;SNTTCAMING 10V SOMA 2NS DOei6 28450 19010040
AICR&uuml; 19010040 DIODE=SKITOMING IOV SOMA ENS DO=35 28485 190-0040
A185 1901= 051% 2 DICDEmGOHOTTKY 28480 19010535
A1CP6 19015555 DIDDE#&Eacute;CHOTTEY ?AHEN 1901=05%1
ACRE 1901-0640 BIODE=SNITOHINE 19V SOMA 2NS DO= 35 ZEGBO 1700055
Ail#9 19010040 DIODE#SWHITEHTINE 30V 50MA 2NS5 DU-e15 25580 17010040
AI&Ccedil;RI9 1901-0040 DICDE=SWITEHMING Хоу SOMA 2NS DO=35 78480 19010040
ALCA! 1901=0448 DIODE=SNITCHING 30V SOMA Z2NS DO=35 2ELB(Q 19010040
ALCRI2 190 1=0 080 DIGDESSWITEHINGE 20V SOMA ?NS DO=M35 28480 1901= 0040
A1CRt3 19&cent;i=00480 DIODE#SWHITCHING 30V SOMA 2N9 DO=35 28480 1901=0040
A1CR14 191040055 z BIODE=5GE 60 Y 60ONA LUS D0=Y 28580 190.016
A1CRtS 190x004 DIODE=GE 60V 6SON&Aacute; TUE DOe7 cBUBQ 1910-0016
ATRIO 1901-0040 BIODE=SWITCHING 30V SOMA 2N5 DO=3% 28485 1901= 0040
ALCRIT 19010040 DICUE =SWITCMINCG 30V50MA 285 DO.e3% cEHBG 1905-0040
ALCRI&Eacute; 1901-0060 BINDERWITCHING Z4V SOMA 2N8 [0035 25480 190 1 040
ALCR22 1901-0179 1 SIODE=SWITCMING 15 S0MA 75098 D&uuml;m? 28086 19018179
A1CR23 1901-0535 2 DIODE=BEHOTTKY 28480 1901=05325
AICRES 1901-0535 CIDDE#SCHOTTKY 28480 190140535
A1LLM $1idse&ucirc;li1 1 COILaMLD 5,3UH 10% Q=m13 215950X,375L6 2i&eacute;2en 15/331
ALE Yid0=0096 i COTLeMLO 11H 10% 28590 ,1550X,IFSLG 59800 1537&laquo;=12
ALLI Bi00=t61? 1 COLL =MLD ZI0NH 20% dxdo ,1550X,.375L6 S800 153700
ALO 91700029 к! CORE&laquo;SHIELDING BEAD Зе 14 B4nuSO0ehBAR UA
A1L5 41700029 CORE&laquo;SHIELDING BEAD Gali SA
See introduction to this section for ordering information
7-5
Replaceabie Parts
Table 7-2. Replaceable Parts
Model 8005B
Reference HP Part но r
етегепс Oty Description Wit ify Part Number
Designation Number Code
ALLE 900-516 2 COLL MUDO 1.5UM 10% ВЕ „1550X.375L6 24826 15/7151
A1L7 91001516 COTL=MLD 1,506 109% 223% ,1550%, 375.6 2426 15/151
A1LR 91706628 CORE+#SHIELDING BEAD 02154 S&eacute;-590=65A2/#h
ATE} TRS 4al215 15 TRANSISTOR NPN Si PDESSOMM FTRIOOMAHZ 04713 8F5 3611
A192 1B5 40715 TRANSISTOR NFN S1 PDeISOMY FTaI0O0MHZ 05713 SPS 3611
A1G3 1tS#e0215 TRANSISTOR NPN ST POS3SO0MN FTE300MHZ 94713 ЗР&reg; 3631
A104 1854-03215 TRANSISTOR NPM ST POSISOMX FT&lt;IO0OMHZ BATES SES 4611
ALOE 18540630 5 TRANSISTOR NEN SI TO=52 FDs3o0MW 04733 582677
ALS 18530034 &Eacute; TRANSISTOR PNP 31 TO=18&amp; FOSTHOMW 28480 188 3=0034
A1G7 185800653 2 TRANSISTOR NPN ZNE218 81 TO.5 POSACOMYW 04713 eENCZ18
AGE 1856440053 TRANSISTOR NEN 2N22t8 SI TD=5 PDEBOOM# 08713 eNZZi6
4109 185500028 TRANSISTOR PNP ST TO=18 POSIHOMN 28480 155100634
A1Q10 14540630 TRANSISTOR NPN $1 TD=52 POR36OMk 04713 $82077
AtQt1 18530034 TRANSISTOR PNP 81 TO=t8 PORI6QMN 28480 1853=0036
A101? 1865-0016 3 TRANSISTOR PNP SI POSITicMA FTr2SOMBZ 265480 185300036
A1QtS 1855-0656 TRANSISTOR PNP SI PDZ310MK FŸh2S0HHZ 28480 1853-0016
ALLG 1859-0630 TRANSISTOR NPN BE! 7052 PRRI&amp;OHN DUTLE 582077
A1QtS 1854-0215 TRANSIETOR NPN ST POSISoMW FTei00MEZ ОН 8F8 35611
A1G16 185320357 8 TRANSISTOR PNP 31 TO&laquo;18 PDEIGOMW 28488 1553-0357
A1817 185300157 TRANSISTOR PNP 51 TO16 POR&Iacute;6gMW 28480 1853e0357
41918 18540215 TRANSISTOR NPN SI POZISOM# FT=TOOHHZ 04713 SPS 3611
181% 1854=0215 TRANSISTOR NEN SI PRat50MN FT=I00MMZ 04713 SPS 311
A1G20 BDO TRANSISTOR NPN SI TO=52 PD=360MMW 04713 852077
AtQet 18%4=0215 TRANSISTOR NPN SI PO-I50MW FTS300MHZ 04713 SPS 3611
Alta? 1551-5056 TRANSISTOR PNP ST POEILOMN FTa250MHZ 28480 1853-0036
A1Q23 1853-9034 TRANSISTOR PNuP ET TO=18 PDE&Iacute;GOMW 28480 1850034
AjGa4 1ES4=0215 TRANSISTOR NEN ST PDSI50MN FESIDOMHZ 04713 8P5 3611
ASGes 1565405215 TRANSISTOR NPN S51 PORJISOMW FTsi00MMZ ORI SPSS 3611
A1226 1854-0215 TRANSISTOR NPN SI FPD&amp;150MwW FTS3H9MHZ 90713 SPS 1811
At927 18540215 TRANSISTOR NEN $1 POR3SOMW FT=I00MMZ 09713 8F8 3611
&ucirc;tQza {RB d=) TRANEISTOR NPN SI PDaISOMH FT2300MMIZ (4713 SFE 3611
41229 185340034 TRANSISTOR PNP SI TO=16 PORISOMN 28480 1650034
A1G30 18540650 TRANSISTOR NPN ST TO=52 PORXISOMN QU7&Iacute;S 552877
A1631 18510257 TRANSISTOR PNP SI TO=18 PDS360Mw 28480 185300357
A1G37 {8263-0357 TRANSISTOR PNP 81 TO=18 PD2lsoMy 28480 LOS ImOTST7
ALUET 1854-0307 1 TRANSISTOR NEN BY TOSIA PORSCOME 28450 18540307
A1G32 185300052 i TRANSISTOR PNP Z2NI7UO 81 TO=b6 POwadSk 04713 ENTER
A1GT5 1253-0036 TRANSISTOR PNP 51 TD=18 PDSILOMH 28480 18530034
АЗК} 4757-0718 4 RESISTOR 200 1% .&amp;5W F TCrO+=%ID00 19701 MPG]
AIRE 0757=071B RESISTOR 200 1% „Z25W F TOSO+=100 19701 MFSAL wm]
ATRI ОТБ не ВО 8 RESISTOR {IK 1% ,125W F TC30+&cent;=100 24546 Che] /BeTD#100i&lt;F
ATRU 0757-0390 f RESISTOR 16,9 1% 11250 F TCS0+=100 26556 Chef /B-T(eT&amp;8R5eF
ALRS 0758-0033 2 RESISTOR 2K 5% &iexcl;254 F TCEO+&raquo;=106 27167 cs
AiF&eacute; 0758=0071 RESISTOR 2K 5% ,2%W F TExOP=100 27167 cs
ART 07570273 1 RESISTOR 3.01K 1% 125W ЕР ТСкО же 100 4546 C&eacute;ai/beTha3lilsF
AtRE DESEO 1A + RESISTOR 787 1% „1250 Р TCede=100 25506 Сен | /BeT(=78FARsF
ARS G15 Tedd 5 RESISTOR 100 1% &iquest;ir75Ww F TCs&Oacute;+=100 24544 Cm] /B=Tlw]li=F
ALRIO D757=0398 t RESISTOR 75 1% 129% F TCs0+e100 20546 Chef /BaT(aT5R{=F
APRIL&Eacute; 076 T&raquo;DUO7 3 RESISTOR 200 1% ,1258 5 T&eacute;ste=100 24548 Сон | ИВеТ ое 0 1 нЕ
A1R12 VIET =0420 1 RESISTOR 750 1% &iexcl;1254 F T&pound;Exger 100 EHS US Chef /Bef)=&laquo;7681efF
A1R$3 0797=0G24 &Icirc; RESISTOR 1,1K 1% ,125N F TCL=04&lt;105 24346 Cisi/ Beetle] 101=-F
ARLE 075 7=0433% 5 RESISTOR 3,52K 1% ‚1250 F TCe&Oacute;+=ido 24546 Сан фи еТОн За 21 Е
A116 От Уж 08а 1 RESISTOR 10K 1% „125% Е ТСаб+е 00 2u5&uacute;6 Chet/Est)et0020F
A1RI&eacute; O7 TFa0GGO1 RESISTOR 100 1% ,125W F T&pound;z0+=100 24546 {dei/BeT)el01#F
-A1F17 06&yuml;8=34&copy;2 1 RESISTOR 2,67kK 1% ,125W F TC#0+#=100 casse Cd ZT OT]
HIRE 0757 +0835 1 RESISTOR 3.92K 1% , 1258 F TCsx0e=100 24546 fle} /BaT(uiF2 af
AIRIS 07570284 2 RESISTOR 150 1% ,1254 F T{s80+=100 24546 СН | ИВТ бе | 51 оЁ
ARO 07570735 + RESISTOR 1,3K 1% ,25W F T&pound;ud&eacute;#100 19701 MER 2Cet
AIR? 7.0280 RESISTOR 1% 1% ,1258 F TOEO+=100 24546 Сна ИВТ Он 1001 =
ARIZA 0787-04 ра 1 RESISTER U%2 1% ,1254 F TE=0e0iD00 2H 586 LGw1{/Bau7{e{T2R=f
AjR23 О75 7 &laquo;0718 RESISTGR 200 1% „би РО 10304100 19701 MFS2C=3
AFRZO 07670718 RESISTOR 200 1% ,25W F TCexugr=100 19701 MFS2&Ccedil;wi
ATRAS 0757 +0750 3 FESTSTOR 750 1% ,25W F YC=0e=100 19701 MFG2&Ccedil;et
APRA DETA-10096 1 RESISTOR 3,57K 1% ,t25# F TC=b+#100 24546 Clef fBeT0el5TRaF
ALPET 057-0476 1 RESISTOR 1,3K 1% , 1258 F TEx=04=100 24346 Che{/8=T0+#1301=F
ATRZ2E 07ST#036K 1 RESISTOR 302,1 1% ,1295W F Tlz0+#t50 pusss Сан фИВеТ ое ЗОВ Дэ Р
AtR29 0747-0461 RESISTOR 100 1X 1250 F TO=0O+=100 24546 {d=1/B8aT0=j{ieF
ATRIO 0757=0401 RESTSTOR 100 1% 125% F fC#5&lt;4#t00 24506 Сан $ ИВеТ О = ЕО тн
AIRIS! $757&laquo;0410 3 RESISTOR 301 1% 1254 F TC50+=100 24546 Се Вет ОНО р Но
RIRS? TET Es 0 RESISTOR 3K 1% ,12%W F TC=0+=100 2454s fla] /8eTdaliweF
ARES 9757-6415 } RESISTOR 475 1% Lig8W F 100+ 100 245446 Chef/BeTOS475ReF
АЯ За 07570407 RESISTOR 200 1% ,12%W F TCz0+=140 24546 Сон 1 B&Uuml;RO
AIRES 0757=h4tb } RESISTOR 511 1% L125W F TExO+=e100 28546 Сан трибе ТОТ ЗК
AtR3b NTE Teo z RESISTOR 6,19K 1% ,175W F TCxO+=100 19701 MPEOCI/BeTO=biOimF
AtR37 0757-0280 RESISTOR 1K 1% ,12%5W F T{=0+=1{00 ГЛ {&auml;si/8=10=e1001=F
ATRIA 077-0289 RESISTOR 1K 1% 1256 F TC=0+&laquo;€i00 SEGUE C&eacute;ei/B=TO=100I=F
АНУ 0757#0337 € RESISTOR 432 1% ,25W F TO=0+=100 19761 MFSALa!
AtR&uuml;G 0757-0417 2 RESISTOR Se2 1% &iquest;1254 F TCe=0e=100 25546 Loi /8af(=S562RaF
7-6
See introduction to this section for ordering information
a.
Model 8005B
Tabie 7-2, Replaceable Parts
Replaceable Parts
| HP Part es r |
Reference Oty Description M&Iacute; Mfr Part Number
Designation Number Code
AiR: 0757=0 401 RESISTOR 100 IX „125W F TCEO+#=100 24546 Cul /B8uTiun])]l=F
AU? 0757=0 284 RESISTOR 150 1% ,12358 F TO&reg;O+H=100 25546 Сы И&raquo; ТОн | 5 фай
AiRAdx 07957-10427 2 RESISTOR 1,5kK 1% 1258 F TC=0.=t00 КАТ Св] /&amp; ТО | ВОЗ ЗЕ
A1Rdd 0757-0397 Е RESTSTOR 88,1 1% 1258 F TC=0e=&quot;t00 245406 Chm] /B=T0=EARt=F
ATREE 0757—-(337 3 RESISTOR 43.2 1% ,125W F TCx0+=100 2456 Chmi/BatmiIRewF
AtRdb 07570001 RESTSTOR 100 1% ,125W F TC20+6108 24586 C&auml;=1/6=T0a1id1=F
AiR4UY 0757-0413 RESISTOR 3,32K 1% ,1254 F T&eacute;zt+e&lt;idt 24846 Chuei/BaTa%i210F
AtR4E 0757-6433 RESISTOR 13,32K 1% 125% F Tlac+-ibdt 24506 Comi /As TO =IirioF
AROS 0747-6721 ё RESISTOR 274 1% 25% F T(S0+et00 19721 МЕБ осн 1
АРНЕ 0747-0827 2 RESISTOR 2, 74% 1% ,584 F T&pound;Ea0+=1090 19701 MFTCL1/28=T0e2T8] nF
AIRS] 0757-0758 = RESISTOR 1,82K 1% .,258 F TCer&oacute;+=.e100 19791 MES m]
AtR52 0757-5995 z RESISTOR 182 1% ,125W F TCs0-+=i&ntilde;00 24506 Comi /ATO=jbcR=f
ARS 075707310 RESISTOR 750 1% .25% F TERQ04ewm1 00 19701 MES!
ATREA EFE (IE RESISTOR 3,65 1% ,254 F О Теж04+ 100 19761 MFS EF wm]
AIRS Gra T=0401 RESISTOR 100 1% „‚125wW FE TOZ0+=1006 Е Chi 1/0aTO=i51=F
AtR56 0758-0666 t RESISTOR 820 5% ,254 F T&pound;zx0+=1i00' 2716? cs
ALRS?Y Dean? 2 RESISTOR 357 1% &iquest;1254 F TCseO+=100 dukes Cumi/Be?T0=357R=F
AtRSA 7h Y= 282 t RESISTOR 221 1% ,12564 F TC0+=100 24546 Сены | ИВеТ Он 1 ВЕ
AtRSS 757 = 411 1 RESISTOR 332 1% &iquest;1254 FE TLxQ+wi(0 24546 Ctimi/B=TOm=iizReF
E1R6O 0757=4467 RESISTOR 200 1% ,125% F TC=0+=109 24506 Сан {ИВ Тон от =
AIRE 0757-4410 RESISTOR 301 1% , 125% F TC=O+=i00 PNSUb Cdt /6=T0=301ReF
A1R62 O79 7=0410 RESISTOR 301 1% „1258 РО ТСЕй++ $00 245u6 Сет И Ва Тон ЗО Вы
АНД 07570280 RESISTOR 1X 1% ,125W &pound; TCesO+=100 diss&eacute; Ent /8mTUni00 ef
AlR&Eacute;L 0757-0285 1 RESISTOR 2% 1% „125 РО ТСеб0 же! 50 ARE Cami/BrTOQ=C001=F
ATRAS DFT 290 RESISTOR &amp;,19K 1% ,i25NN F TCen+=106 19701 MELO /B=T0=&eacute;iQieF
AtR&egrave;&eacute; OTSTetCE&Uacute; RESISTOR 1K 1% ,1254 F TE=0+=100 FUL 6 Cd&eacute;ui/8=-19=19010F
ATRO7 0757&laquo;0337 RESISTOR 432 1% ,2586 F TEx0e=100 197014 MER ZL mY ;
AIRES 0757=0&auml;4{i7 RESISTOR 562 1% , 1256 F TC=0+.100 PASE Сен | ИВн ТО ЗБ НЫЕ
ALRAS 075 7=07&ucirc;t RESISTOR 100 1% „125W F T&pound;204=108 24548 COmi/BeTOC=i01=F
ALRYO O7SFTeOdue7 RESISTOR 1,5 1% ,1258 &pound; TE=0e&laquo;100 ева Соч ИВ ч ТО ЕО рей
ALR 0757-0387 RESTSTOR 68,1 1% ,1254 F TE=0+=t00 24546 Сабы | И Вет Об ВЕ Фа
AIRE 0757—-038%7 RESISTOR 43.2 1% ,125W F TEzd+e+id0 cisd&eacute; Clu] Fut dnd Rar
A1E73 DVS Ten? RESISTOR 274 1% 256 F Ttzd&eacute;=100 197014 MEC!
A1R7&auml; 07570442 RESISTOR 3.32 1% 1256 F TOx0+=100 246046 Сен) УВ ТОТО.
A1H75 G7957+04373 RESISTOR 13,32K IX 1254 Е TC20+100 PARLE Cdut/BeTl#&laquo;35219F
ALARTE 07T UGS RESISTOR 162 1% ‚1PSW ЕР TCRO+=100 24546 Cul But julbileF
АВТ 0747-0738 RESISTOR 1.82K 1% 25H F TEEQ+:2100 19701 MEE 2 mi
A1K7H 0757-6710 RESISTOR 750 1% 25% F T,=s&yuml;+=t&eacute;0 19761 MESS]
A1R79 0757-0827 RESTSTOR 2,74K 1% AW F TC=0+=i90 19701 METCI/2=TO=2T&Eacute; LF
ALRAO 0757=—-0354 RESISTOR 3,65K 1% ,254 &pound; TCmO,+150 15701 МЕ Бан]
AYRES 0757=0281 RESISTOR IK 1% 1256 E TE=x0+=106 AUS 4k Сы Ва ТОН ОО Ты
А НЕ 90757=0437 1 RESISTOR 4,75K 1% ,128W F TC204=100 AUS ба ИВТ Она Трей
ATR&Eacute;Z O6 45 Du RESISTOR 357 1% L125W F TC=0+w100 EBLE wl /Bafdnii inf
ARAS 07570048 1 FESISTOR 208€ 1% ,125K F TC=5+=i05 24546 Сб 1 ИВе Тоже бб ЖЕ
11k86 0757=5487 RESISTOR 3,0 1% ,125W FO TLEH+=160 TUBE Cd=n]/8=T0=41R72af
АВТ GFE Y=0200 } RESISTOR 5,02k 1% „125 F TE=0+=100 24506 Cd] /5=tTD—Gb2taF
ARE 0757—M65 RESISTOR 100 K -
A1REE ООВ RESISTOR 210 K
ATRSE CEDA.4 1% RESISTOR 487 K
ATRES MAY BE OMITTED.
AtTVRT, 35 19023140 1 DIODE=ZNR 9,05V BY DOwY Plz _4w% TELEF ,057% 971% 87 1093197170
AtVRIS 1902-0041 3 DIODE#2NR S,11V 5% Doe? POE 4px ТС&quot;, 009% 15818 &Eacute;D 156722
A1VR20H 19020041 DIDDESZNR BS 11V 5% DO=7 POE, dw TCr=, 008% 15818 ED 15622
AYER! 1902061” DINDE=2N&Eacute; 6,11 5% Def POX, de TET=e, 009% 15818 LD 35822
See introduction to this section for ordering information
Replaceable Parts
Table 7-2. Replaceable Parts
Model 80058
R ne HP Part ge Mir
efere e Qty Description Mfr Part Number
Designation Number Code
Az 18005-64509 HOARD ASSEMBLY, MOTHER BYE BACON =-6509
APC HikOo=Ct74 E CAPACYTOR=FPXO &iquest;ATUF +B0=20% 2664VDC CER 28480 Рено ТВ
APC? O1a0=0174 CARPAL ITORWEXD LU4TUF +B0~20% 25WVDC CER PASES Piel 7
ARLE 016042055 CAPACITOR=#FXE ‚„&Ouml;1LUF +80-20% LOOWWDC CER 2480 Об = ОЕ
204 0156020655 EAPACITOReFXO ,01UF +80= 28% 100#VDC CER cHUED 0165#—23055
ABER? 1901=0640 = DICDESSNITLMING 30V SOMA 2NS D0=35 28466 17901=0040
APCRA 1901-0040 &Eacute;TUDRE=SWNITCHINS 10 SOMA 245 C0-e35 BB 19010040
hal RY 1901050 4 DINDE =ENTTCHINOC 80 Z00MA EN DO=T PANES 1701=0050
ABCR1IO 1901= 0681 DBIODE=SWITCHINGE B0V Z0ODMA ANS DOm? Pda 19010059
ARCREIt 1401-5050 DIODE=SSWTTCHING BOV Z00MA 2NS DoOmY 28488 1301-0050
AZCR12 1901-0059 DIOR =SwITCHINE EOV 200MA 2NS De? 25480 1901=0050
b&eacute;li 7 Ed anttA = COLL =MLEO SO0Uk 5% 0565 190K. 44LG chH22E 179/503
AL? L&ocirc;Btet973 # IRDUCTANGE, JI&laquo;DEAD 28086 ESNAw1 977
ALS 9140 iia ESTE =MLO SOCHUH 5% 5565 190X 44L6 25228 19/503
421 БОВ Та ЧТ INDUCTANCE, J=BEAD 26080 SCA TE
&agrave;2G1 1863w005i 2 TRANSISTOR PFNP 2N46%7 ST TOS PLEIN 027135 PN&Eacute;UOST
17050061 2 HEAT STNK TCO=5/T0=i7ePK5 28480 1205=0061
Aga AS40039 z TRANSISTOR NPN 2NACEL SY TO=5 POxi&uacute; ат 3 2NIOSI
17052 2 MEAT SINE TCe5/T0:I9ePXC 28480 {1205-0033
APC 1AS 30051 TRANSISTOR PNP ENOST SI T=5 Satin 02735 246037
1205-0074 HEAT SINK ТО-ТО) бе РКО 28480 1255-6033
A2G4 1854=50510 TRANSISTOR NFM 2N5053 SI T6=S FDEtu 64713 2N1053
1205=&laquo;00361 HEAT SINK TO=5/T0=34=PKG 28480 1205=0061
A2R1 JHEGBuBi ia ty RESISTOR 250 1% ,5%W F TL=0+=100 91637 MFFa&aelig;t/2=t0
АЗК ФАЗЕ ЗО RESISTOR 250 1% 54 F T&pound;ExO+&raquo;-108 41637 МЕР = | ён $0
дана Oh$5=58 16 RESISTOR 250 1% ,5W F TC=0+=106 91637 MFF=1/2=1t6
APRA 1698534 RESISTOR 259 1% ,E54 F Tl=0+=&gt;105 91637 MFF=1/2=st0
APRS COFA=SOTC RESISTOR 250 1% „ЭМ F T&pound;=ge=190 1637 МЕН Ино
AZR&amp; 0757=0811 7 RESISTOR 192 1% ,5W FO Tlz&yuml;+s-t&ocirc;0 197701 MEC 2e Th+35G2HeF
AZRT 5157-0148 2 RESISTOR 100 1% (564 FF TCRD++*100 13701 MF TC]/2=TGe16teF
&Egrave;PRR V&eacute;ya&auml;st}t23 2 RESISTOR 4995 1% ,1285H F ТСЕЙ+= 00 24546 Ed=u1/B=T0=j794R#F
ApRS UbSR=58136 RESISTOR 250 1% ,9W F TCzG+-i00 1537 MFFali/2=t&ucirc;
APRO LY 0140 RESISTOR 2509 1% ,.54 F T{=g+=in&ucirc; 91637 MEF =1/2=t0
A2R11 HAYES RESISTOR 250 1% ,5K F Tlage=100 91637 MFFm]/2=10
AZRL1Z V&eacute;9&eacute;=5936 RESISTOR 250 1% ,5w F T&pound;=0+=i06 91637 MFF&aelig;1/2w=10
EE DL A.E016 RESISTOR 2509 1% ,5K F Tlshe= 105 91537 HFF=i/geti
ден +4 07570811 RESISTOR 392 1% Sk F TC=0e=i100 1970! MEF /2eT hal =F
AZ2R1S 47570178 RESTSTOR 100 1% „SW FR TCWO+4+=J00 19703 MF7C1L/2eT0m10i=F
AZRI&Oacute; LESA RESISTOR 499 1% ,1e5Ww F YCE0+v0i09 Zu Com l/Eu TONE
ARI? 07570438 &uacute;l RESISTOR 5,11% 1% ,125W F TCad+=100 24546 Cia Es tTeDt1ituF
АНУ 0757=0438 RESISTOR 5.11K 1% 1258 F TC=0+wm100 24544 Ca 1/EmTO0-511i=F
ABREG 07970458 2 RESISTOR Бр, {К 1% Lid50 F TCxO+.i06 24546 Сен УВ ЗОН 112 нЕ
лен {&yuml;757=0453 i RESISTOR 30,1K 1% 129% F TC204w100 24546 C&auml;uti/ExnT{w30{2aF
ARSE {0757-5455 RESISTOR 39.1 1% ,125w F TC=O0+=i100 AHS LA Che] /BoT{&laquo;5912—F
ApPhos 075740283 4 RESISTOR 2K 1% &iquest;1256 F TE=0+=t06 24546 (ie! /8=T85=2591=F
АН 0797=0283% RESISTOR 2K 1% „125W &amp; TC=0+=100 24546 Сбы {Убе ТОя2 ОСТ НЕ
AZRZE &yuml;7&eacute;t=0614 d RESISTOR 180 9% 177 MO TOug+=200 11502 REP
Арне 0748-5030 i RESISTOR 510 5% 254 Y TCx0r=iC0 27167 Cs
S2R26 9761-0014 RESISTOR 180 5% JW MO TCag+=200 11502 REA
АРВ ОТВ 000 RESISTOR S10 5% „25 F TLeh+=2100 2167 ce
AZR 28 0757=043} = RESISTOR 2, 43K 1% ,t25W F TC=20+=140 24% Le Chel /BaTiwd2ddinF
AROS Te =TUSA &euml; RESISTOR 2,67% 1% ,125W F TCade=io9 21546 Сбер ИВеТ Оч БЫТ ЕЕ
N2REO 07570477 a RESISTOR 232K 1% ,1256 F TOS04= 100 19701 MEXCI/E=&quot;T0=3823.F
APR | 0757=A438 RESISTOR 5,11K 1% „185W F TC=0e=109 24546 Cel /BefubSiilef
ARTS 0757-5038 RESISTOR S,11K 1% ,125% F TCRO+={ 0D 24506 Cet /BeThiaB{i1=F
AZRTT 0757=0458 RESISTOR Si, t&eacute; 1% 125 F Tlade#t&ocirc;&ocirc; 24548 Chet/BuT5-51120F
APR&Iacute;A 0757= 0477 AESISTOR 342K 1% , 1258 F TCS0+4=100 19761 МЕЦ ТИВ Тон АЗЫ
APRES 5757-5455 RESISTOR 30,1% 1% ,1254 F TCs09ei00 24506 Cleat /Butlallidnf
AgR3T&eacute; 0757406443 RESISTOR 30,1IK IX 125% F To20ewlid 28548 Cli /BuTDwROl uF
ASRI? 0757+&laquo;0283 RESISTOK 2K 1% ,12%K F YC=0+=109 24546 Сао ИВеТ ОВ 00 1 нЕ
APCRIA 075 Te 283 RESISTOR 2K 1% 1259 F TCag+=100 25546 Сон ИВТ Оно ОО! Е
AgR34 f'&eacute;1=60149 FESISTOR 180 5% tv MO TE=(+=250 11502 RGE#
Адена 0758-5030 RESTSTCOR 510 5X ,25W F YTCa0+=1Q0 27167 cs
AZR4dj 20761-60614 RESISTOK 186 5% 14 MO TLe(d+=240 11502 ROTA
RERUZ GTSR=003%0 RESISTOR 514 5% „25W F TC0+=100 27167 cs
ARES 0757-0611 RESISTOR 2.03% 1% 125% F T0sd&eacute;etpi 24546 CHat/8=TG=&laquo;2331=eF
AcRas Ut9 En 5597 RESISTOR 2,67K 1% 18k F Toede=i00 24506 Clmi fBuT (imdb Tlf
ACROSS 0757=0/&auml;47 ё HESISTOR 16K 1% ,125W F TL&reg;0%=i() 24576 Сао] ИВТ бе] Обр
AZRESA 0747-0442 RESISTOR 10K 1% ,12%K F TCZ6+&lt;&laquo;td0 24546 C&eacute;et/8-T0&laquo;id0ZeF
See introduction to this section for ordering information
Model 80058
Table 7—2. Replaceable Parts
Replaceable Parts
Reference HP Part E Mr
, Oty Description Mir Part Number
Designation Number Code
ARS! 3101=15656 $ SWITCHeSL DPOTeNS MINTR 168 t25VAC FE 25450 ElO=1E06
Авер Зло те | BBs SWITCH=5L OPOT-NS MINTR tA 155YyAC PEC 25480 35041594
A253 ХО Те | бб SWITCH=8L DPOT=NS MENTA LA L25VAC PC 28480 Sites
ASE iO ны | В Ь SWITCH=SL DFPDT+NS MINTR LA 125VAC PE ree $10{i=157&eacute;
ACES 3101=15%6 EW&Icirc;T&Eacute;H=SEL OPDTeNS MINTE 14 1E5VAC FC 28460 312j=1%96
ASE 31851-15458 SHITCHeSL OPDTS-RS MINTR 1A 125VAC PC 28480 210 =1506
AOL 18260111 1 IC MC TASA ОР AMP 947313 MO14S58G
AFVRY 190 2=0025 2 DICDE=ZNR 10V 5% DOT Pho. 48 TL8&cent;,06% 28480 1902-0025
АУБ 1902005 DIODE=2NH 10V 5% DD=F Ph=z, 48 ТОВ, 06% PASAN 1902-0025
ASVRE&Eacute; 12325 ER 4 DIODE=ZNE 23.7Y 5X DO=7 Phe dW The+, 076% 0473 872 1095290
AcvRa EHTEL ть DIGDE=ZNR 23,7V 5% DOe?7 POR, HN TCm+,076% 04713 87 1098290
APWRS 1902-3258 DICDE=ZNR 25,7v SX DQO=7 PDE, UN TCa+, 076% 64713 57 10939-2910
LEZVRR 1#02&quot;3256 DIDD&Eacute;=7NR 25,9V 5% O07 POs dW YCo+ 076% 087 13 87 109139200
See introduction to this section for ordering information
Replaceable Parts
Table 7—2, Replaceable Parts
Моде! 80058
Mer
HP Part Le |
Reference Gty Descrintion Mfr Part Number
Designation Mumber Code
AZ DROS mbEAS BOARD ASSEMBLY, AMPLIFIER OCTPUF caus&eacute; DAOOSe66810
RECI DFN 1700 = CAPACITOR=FAD 4Tif+=10% bVDC TA ве 155D47&eacute;x%006A7
ASC? Ole A055 tz CAPACITOR=FX0 ,O1UF +80&laquo;20% 100WVDC LER BEN &Uuml;t&eacute;tbagt%5
AACE dise et CAPRCTTOR=FYD OUR 480=280% 180wivDC CEM cANEO G1E0=2055
ARE 4 Он ОБЬ CAPAC ITOR=F XD „ОТЫР +B0.20% 100WYDC LER cad&amp;q 160m 2055
ALES 1604712 3 CAPACITOR=EPEXD ,EUF +=20% S0nyBC POLYE 28480 Dilaudid
BEE H160=12t3 CAPAC ITORFYXD LIUF +=20% So0WYDE POLYE SERED &uuml;l60= 4213
A3C7 01 8/1 706 САРАЕ ТОН ей ХО АТР +=} 0% ARVOC TA S&eacute;2aB9 15004676&lt;%00652
ASCEH &Uuml;fat#=2/055 &Eacute;APACITOR#EXD ,OtUF +80=20% 100WVYDC CER 2 ALEC &Ouml;160= 2055
A359 DistweTUEL 4 EAPACITORFXD 1000FF 4=10% 1000WWVDC CER ABGB D0ib0=-3456
ASEO 016Gup055 ECAPFECITOReFxO &iquest;016 +B0=20% LOOWVDC DER “6480 pisGeztRE
CE ice tig &euml; &Eacute;AFACITIR=-FXD 220PF +E0=-720% 1N0GWYDC CER 2 ALE (16071319
A312 0186-0231! i CAPACITIOR=FXE 11UF+=410% ISUDC TH 58255 1500105X%9023542
ATELY 0160-5178 E CAPACITOR=EXD „470F +80a20% Z5HWVDE CER FRURD Оо Тя
АЗС а &Uuml;1ie0= 305% EAPACITON=FX5 1000PF +e15% 1000 vOL CER BEN 0150043456
ASES Aelw TEA CARPACITORFYD {000PF &laquo;=t0% 1000WVDC CER 25860 0{i&eacute;0e34565
A3Cte 9150#0176 CAPACITOReF XD ,A7UF +80-20% 2SWVDE CER 28486 ODteN=0171
ASC d1ibGe{{7u CAPACTTOR=#FEXYD 4TUF +80=20% 25WVYEC CER ZRUBD Bisgbeli7T4
AICLE U{1bb-0{170 CAPAC ITORwF XD L4TUF +ё0е20% 2SWyDC CER c&eacute;usl Gi8O=01 FO
ASOCIA O1 CAPACITOR=FXD „B1UF +BU=70% 130WVDL CEFR ANACO 01a0-20%%
ASCO 0160821954 CAPACITOR=aFXD OEUF s80020% 1U6WYDC CER 25280 8160=2055
ATC! f150=2055 CAPACITOR#FXD L01UF +B0=20% {00wyDL CER SEAN 8i60=2055
ATC 160217 CAPACITOR=-FXD ,1UF +#=20% SONYDC POLYE 26480 BDikdeda1ı
A3C23 01600176 CARPACTITOR=FXD LufUF +B0=20% 25WwvDC CER REDEN B160=3174
43524 ООН ОТ Та CAPACITORwF UD „47UF +BO-20% ZSKXVDC CER 28480 0600178
AZL 25 Dtedartas CAPACITOR=-PxO „010F +80=20% 100hYDE CER 28480 0160=2055
LIL FA d1bG&aelig;;51134% CAPACITOR=FXD 220PF +80-20% 1000AWVDC CES 2854B0 H1E60=21 30
ABER? 0150-5955 LAPACITOR-FXN ,OftUF +8500:50% 100W4YDE CER 28485 ECO 55
ААВ 16002055 CAPACTTORSFXD ,01UF +80=20% 100WVYOC CER авео Oli&eacute;dae155
ARAL PG Обе 72055 CAPACITOR=FXD &iquest;QtUF +80=20% 1LGOWVDC CER 28480 1602 055
LILES ILLERA CAPACITER&raquo; FED O TOGOFF +=10% 1O0C0WYEDC CER 28480 fi460=34%
AXLE HD e CAPACITORF AD 1000PF +=20% 108NVYEO CER 28480 0150=2327
A303? Qie0m 2527 CARACITOR=F YD 1000PF &lt;=20% 10064 YDE CER 28480 Gibd=2327
АЗС 01400196 с EAPALCITOR=FXD 150PF +=5% 300WVWDC MICA 72136 DMISEFLIRIJIDSCOWYICR
AXCEO Q140=51%6 &Eacute;APACITOR=&Eacute;EXD 150PF +=5% 300wyDL MICA 72146 CHMESFISIIOINONYICR
ARLES ALAN. 191 i CAPM ITORFYD B2PF se5% S9DWVDC MICA 72136 OMISERB20NJO300HVICR
A335 ibNerrta 1 CARACITOR=FXOD 100PF +=8% J00WVDC MICA 28488 D160#2204
ABER? 19100040 1 DIODFE.GF 30V 80MA BNS &Ouml;&szlig;&laquo;eT 2BRGEBO 1915-0014
A3CR&uuml; 190 1= 6000 7 BIADE&laquo;SWITEHING IOV SOME 280 Бе уе 28480 1901-0046
AXCRIO 1901-0640 DICKE&raquo; SWITCHING 30V SOMA 2NS8 CD= 35 28480 19010046
A351] 170 1= 040 DIODESSWITCOMING 30V 5O0MA 285 БО 28480 1901=004E
AXCR1G 1701e404C DIOS =ENTTCHING 30V SOMA Z2NE D&uuml;= 25 28480 1901=0 040
ALTCRIS 190120040 DIODE &laquo;SWITCHINE 30V SOMA 2NS DO 36 eBUEO 1551-0540
AZCRZN Отн 0533 9 ВТРОЕ „ОСНО ТТК У FEUER 1901-0533
AILRZY 19701= 052% DIODE=SCHOTTHY SAHA] 19010533
AiLR2E 1901405321 SIONE=SCROY Tx Y 220480 19014059
ATLRSE 1901-0533 DIOCE=SCHOTTRY SALAD 1901905 А
A3CRE4 1901-5040 DINDE=SwITCHING 30Y SOMA 285 DO=35 285885 1901-0000
ASCRZ5 1901= 0040 DIODE=BWITCHINGS &Iacute;0V SOMA ENS D&uuml;m= 45 284890 1901-0045
ATCKZS + 1901= 0523 DIODE=SCHOTTKY ; 28450 19910531
ASCRIO 190140543 DIODE=ECHOTTS Y ZERO 1901=0523
AZLREY 190% = 5х BIODE=SCHOT TERY cBUBD 1991005353
A3CR32 1901-0533 DIODE=SCHOTTKY 28480 [301=053%
ATCRIT 1201-0513 STONE =SCHOTTKY 28480 1901=05323
ASLI 410000976 3 ECIL=-MLO UA 10% 0550 +1550xX, 375,6 96800 1537=12
ASLe H1GG#10%6 ELIL=eMLD 1UM 10% 0250 ,1580X,374L6 4+480&Egrave; 1537#t2
ALE F 140-009 COIL=MLD 1UH 10% 0850 +1550%.37516 94895 1537-12
ALA FLED 0O%Y i ECIL=MLD 680NH 10% 2950 ,1550X,3575L6 24726 15/880
AILS G100 = rd &euml; COTL=MLD JQOUH 5% 0265 ,155DX,375L6 duces 15/3072
AL a 7100-1624 CAIL=ML 0 БОНН SX 6565 ,155DX,1375L0 25276 15/1307
&Agrave; 317 3100=2247 2 ECIL=F20 MOLDED RF CHOKE „‚1UH 10% 2&uuml;2db 10/100
ASLE 10d dy EGY =FxD MOLDED RF CHORE ,1U 10% 24226 10/100
ALLS 21000346 e ECIL=FXAD MOLDED RF CHOKE „O5UM 20% 28480 915607067345
A3Lid 9100+#03546 CDIL=FXD MOLDED R&Eacute; CHORE ,05UH 20% 28480 9100-0546
ASLT! 4100-2251 1 COTLeFYD MGLDED BF CHOKE ,22UM 10% 24226 10/2298
ARO! 18540630 q TRANSISTOR NPN 51] T0-&lt;52 POsi60Mw 04711 382077
AZ 1853-0218 1 TRANSISTOR PNF SI T0e18 PDSIHOMN 28480 1530218
A=9Y3 1854=067%0 TRANSISTOR NPN ST TO=B2 FPDe360MW purty 3952077
A3 1854-0030 TRANSISTOR NEN SI ŸDehz PDS360MW BUTLER 8872077
A305 1853#=0034 i TRANSISTOR ENP 81 THe|8 FDSFSQHK 28480 185200030
See introduction to this section for ordering information
Model 80058
Tabie 7-2, Replaceable Parts
Replaceable Parts
HP Part o
Reference -Oty Description Mir Mir Part Number
Designation Number Code
ARG 1853-0034 TRANSISTOR BNP SI TO=18 PORI60MMW 28585 185%=0044
КЗОТ 1854=0 630 TRANSISTOR .NEN ST ТОеб2 FDsL&eacute;0HW 08713 882677
AJOS 18S le 3&amp;0 TRANSISTOR NEN 51 TO=57 PReI&amp;0MW pUTIE 852077
A369 1854-0630 TRANSISTOR NPM SI FO=52 PD=460Mi 04715 882077
ATEO 1854=0&pound;30 TRANSISTOR NPN 81 10-52 POsiaCMb 071% $82677
АЗЫ {1 18510357 i TRANSISTOR PNP ST TOei8 PDE&Iacute;LOMMN ZEEE 185303157
A3G12 1854=0233 3 TRANSISTOR NPN 2N5666 SI T0=3% PDStW 02746 aN3B&eacute;&eacute;
105-0031 6 HEAT SINK TO&quot;.5/T0e30=wPKG 28480 1208-5033
АЗ! 18540630 TRANSISTOR NPN BI TO=52 POSTECGMN 04713 882077
АО Та 1853=0001 1 TRANSISTOR PNP 31 TOS19 PONSCOMYW 2B4B 1853-0001
АХО ТУ 16544-03057 &Eacute; TRANSISTOR. NEN SI TO=18 POEJIOOMN 28480 1854-0307
A3Qt&eacute; 18540630 TRANSISTOR NPN SI TO=@m527 POEI60MMW &yuml;4713 882077
A3SUt7 1853-00734 TRANSISTOR PNP EST TO=18 POTi&eacute;NMN 28480 1655-0034
АЗОВ 18530 % 15 3 TRANSISTOR BNP BY TO=34 F&uuml;siw FTSIiGHMZ ZERO 1853=0315
1245-0033 HEAT ZINK ТОЧ И ТО= бе? КС 268 12050033
АО 16583=0315 TRANSISTOR PNP 31 TO&Iacute;39 PDELR FTELGHZ ВАО 158530315
1205—0061 4 HEEAT SINK TO@mS /TO=39=DKOG 28480 17050061
AGED 18530315 TRANSISTOR РЫР 8] 10839 PDaiw FT=1GHZ BUA 185300319
120800061 HEAT SINK TO=R/TO=30=PKO PEGASO 1Z05- 7061
АЗОВ! 185400055 3 TRANSISTOR NFN &Eacute;2N2218 SI TO=5 POSBCOMN 04713 Вега
AIA 18530027 5 TRANSISTOR Pub 31 TO=359 PDE(N FTei00MAHZ FHLB 1853=0 027
1205=00232 REAT SINK FO2RS/TO&laquo;30=-PKO 25486 L205=00325
A3Q2% 1650027 TRANSISTOR PNP SI TOe39 PO*=iw FT=id0MHMZ7 28460 1853-0027
1205-0033 HEAT SINK TO=5/TO=19=PKO ZB4A0 1705e20032
Aged 16580307 TRANSISTOR NPN 851 TO=18 PD=300M#W 28480 LBS 80307
AIAN 18540019 Е TRANSISTOR NPN SI TO=18 PDa@33b0OMMW 28486 1858-0019
Alll2g 18530034 TRANSISTOR PNP S51 TCe18 PORICOMN 28480 1893=0034
Alay 1854073 TRANSISTOR NPN 2N3866 SI TO=39 FORK 02735 ENG
53028 LESA (iZ = TRANSISTOR NPN SI 70-39 FPhsiW FTSBGOMHZ 25480 185400337
1205=0061 HEAT SINK TO.5/T0=39ePKG 28480 120506!
ALGAS TASA 0535 TRALETSTOR NEN S&Iacute; TO=.39 POsthy FTesACO0MH7 28682 184031
1205008] MEAT BINK TO=5/T0=19=PKG 2 ALEN 120%=0061
AGEN tA55+00873 TRANSISTOR NPN Z2NZ218 SI TOS POEBOOMN 34713 ENZELE
1 205%=003%3 HEAT SINK FTO=/TO=19=PkKG 258480 1205=0033
AZO LASA-=005% TRANSISTOR NPM ZN2218 SI TO=5 POSSCOME 071% eNECIE
12050035 MEAT SINK TO=S/TOai%wRKG 25580 1205-0033
ATG37 LEN OCA TRANSISTOR PNP ST TO.159 POZiw +Tel&oacute;&oacute;nMhr 28460 18510027
ABO 18513-06079 &Icirc; TSTRIST FPNP 28480 1883-0070
A3Qau 185H—{0733 TRANSISTOR NPN 2NTE8H6 SI TO=19 FD=iw 02735 23866
ABRI 0761-0552 t RESISTOR 2TH 5% IW MO T&uuml;r0+&laquo; 200 11502 REI?
AERP META = RESISTOR 1K 1% „1258 РО ТС#0 же! 08 254 Che BTL Em
A323 0757=0418 1 HESISTOR $18 1% ,i25 PF TCEO+e100 24546 Cow] AP Tub |{GR=F
ARA 17570091 7 PESTETOR 100 1% ,125% F TCeje.100 24548 Сан /B=T=10]=F
ABR 0757=6H67 4 RESISTOR 200 1% 125W F TCelewi(l 24544 81 ИВТ Оно 0 ре
ATHY YET GH z MEBLSTOR %t,1 1% ,1254 F TEro*+rido 24546 Com Ame if
AIRE QO7ST=e{563 z RESISTOR 2K 1% &iquest;1254 F TLzo+=100 24548 Chet/EsTG=-25CG1ieF
A3RS D747#02E0 RESISTOR 1K 1% L125W F TC=(G+=108 24566 Cdwui/Eu{Ga]jd901=F
ATRiD (75 7—0591 2 RESISTOR 39,7 1% ,125%W F TL=04={00 245406 Eldal /BaT{=39Re=F
АЗК 1 0747-0273 1 RESISTOR 3,016 1% , 1258 F TCe0+=i06 2450 Dei /AnT&uuml;m if
ARI? 07570835 3 RESISTOR 4,92K 1% „1258 Е TOudewing 28546 C4#{/B=T0=3921=f
KART 0757=0#10 3 RESISTOR 301 1% ,125% F TOS0&lt;&eacute;e109 24548 СЦ | ИАН ТОПе ОТВ ЗЕ
AiR а OFSB=(0GL 1 RESISTOR 62 5% ,29% F TL=20+=]100 27167 Ls
AIRIS 07576410 RESISTOR 301 1% ,te2e5w F TC=0C+0=100 2956 Сб | У Вот ое О ВЕ
ATR15 ATS Tm Bits 5 FESIETOR 10 1% 125 F TCLEf+=150 24566 Сан | ИВеТ Он РОЯ (= ЕР
АЗК ЕТ 078 T7Te{04t5 RESTSTOR 101 1% ,125W F TL=60+e1060 4646 Chat /6#Tde401ReF
AIHA A757 Ru i RESISTOR 150 1% ,1254 F TC=0+et00 245446 Em Baier =Е
AH 07570351 5 RESISTOR 15 1% ,125W F TE50+—100 19791 МЕ ЦС УВе Тон р ОВ бы
AIROSO 7570621 i RESTSTOR 5825 1% ,125W F Towd+=1040 24546 СН | ИВе ТО ево бя нЕ
APRA 0757—1478 2 RESISTOR 5.,11X 1% „125W F TE=Q:=2100 24546 бб ИВ = ТО нЕ ЕЕ
ATRAS 9757ehgd&eacute; 7 RESISTOR 10K 1% ,125W F TEs&Oacute;0+=i00 29546 Ch#1/Bet)0#et002eF
ATREA 5787#=07651 RESISTOR 18 1% ,125W F TL304=1400 FINDE Сао { ИВеТ Он ОО Те
ABRO G75T7=0%%8 Y RESISTOR t&eacute; 1% ,25wW F TCs0+=i00 19701 MESA =}
ARRE 075S7T=)#67 RESISTOR 200 1% , 1258 F TC0+e100 2454 Cm But mE &gt;
ARE 57 Ta RESISTOR 200 1% ,125W 5 TCe=0+=100 245045 Edw] fBeToe2iteF
AER? DTSTagan? RESISTOR 200 1% &iquest;1254 F o TExo+=t00 USA Llu /BeTleilieF
ATRAE 76 +0015 3 RESISTOR 1,5K 5% 1% MO TC204=200 11502 R&amp;32
ATRAS DTO ON 2 RESISTOR 7,53K 1% ,i25w F TCx0+=100 24546 Сан И Вет Он ТБО та
ATRIO HLIE=IT00 1 RESISTOR 715 1% 1256 F TO=04=100 20546 Еве Ибо ТОН Бы
ATH TY 7970391 RESISTOR 39,2 1% ,125W F TC=0+mi00 aH&eacute;d&eacute; Са = ИВеТ Он БОН еЕ
AZRT 2 0757-0283 RESISTOR 2K 1% ,ta5# F TCzd+=100 24546 Chafj/BeTie20{]l=F
ATRET &uuml;757e0252 NESISTOR 28 1% ,1254 F TC=0+=100 24546 Cd&uuml;=i/B=STD=e/001=F
ATR&Iacute;A DTS THEY 3 RESISTOR 150% 1% ,125K FO T&Eacute;5G4+=i00 24506 {{H#1/E=T0#1501=F
ATR3E 0757=e05459 : &Icirc; RESISTOR 22.1% 1% &iquest;125% F TC=0+2a100 c&auml;sd&eacute; Ewell /E=TOmeg | 2wF
ATRIA GETS RESISTOR 150K 1% ‚1254 FO OTESO4m=m100 24506 Cdu1/6=*1)a15913—F
See introduction to this section for ordering information
Replaceable Parts
Table 7-2. Replaceable Parts
HP Part 2
Reference Oty Description Mir Mfr Part Number
Designation Number Code
ATRIAT7 07572416 &euml; PESISTOR S1t 1% 1254 F Te=s0+=100 24546 Св Ибо ТОПе Тян
AREA D7E 7004041 RESISTOR 150 1% ,Ie5W F TC=0-=100 245086 C&eacute;al/BeTleti]ef
AEREO 01757—04647 RESISTOR 19K 1% „Le5W F TLeG+=100 PET CHui/B#f)et002eF
ARRAN ПЬбН 337 1 RESISTOR 189,7 &iquest;25% ,254 FO TCRO0+=100 Usp MAS
ATREA! 0757-0605 } RESISTOR 200 1% SK FO TlG+=1G0 19751 MFFTC6{/2=-10=201=F
ABRO? DESTE 1 RESTSTOR 945 1% i129W F TL=0+=100 24546 Chel /laTlaGuSRaF
ASAS Tee ld7h t RESISTOS 1.,56K 1% „125w F TC=0+=100 UBB Chel Balle TdF
A XRAL O7STefN Sh z RESISTOR 100 1% ,584 F TE=0+=t00 19701 ME TC /2&quot;T0#1p1=5
ДУНАЕ 7570177 RESIETOR 100 1% RW F Tlsde=t&ocirc;&ocirc; 19701 METE /2=T=i01=F
ATRdU&eacute; Un&yuml;f=s35425 1 RESISTOR 357 1% ,i25W F TCed+=100 24506 Cel fT ei TRaf
A3R4T He Tu 1 RESISTOR 2,6FK 1% 4,1254 F TE&pound;0+=100 24546 Fleet fBalTiiadeTleF
ATRAR 2103257 ! RESISTOR TEME Sk 10% &copy; TOP&laquo;AD) 1eTRN 71138 12=t0F=0
ARR YG DFS T=00480 E RESIETOR 17,1K 1% , 1256 7 TCex0+=x1i00 HEA Eat Ea TO.
ASREO 07570069 RESISTOR 1508 1% ,1258 F TE=0e=100 24544 Clo ИВеТ бе } БО За
ARRE! DTS NAS # RESIETOR 30,1K 1% L125&quot; F TOsU+wi Of 24546 Comba TQmuicCizor
ABRES 2757-0136 RESISTOR %,11K 1% ,1265W F TLHO+e 100 26556 Lm] /B8mTO=R1] =F
AZR%SY CTA TOQUE SESISTOR 100 1% 1255 F T,(r0=-=108 NEO Cdnt/8&laquo;T)={010F
ARRE=O 57570496 1 RESISTOR 130 1% „175W FF TC=O+m100 case {dai/BeT)=sti]aF
АЗН5 0757=0 246 RESISTOR 10 1% ‚125W F TC&reg;0+= 106 gubd&eacute; Са Ибн Тов ТОЙ бы
ARES &Uuml;BER 2 RESISTOR 47 5% IW МО Тео же 200 11508 AG&Iacute;P
A3RS7 На ИЕН 2 RESISTOR 56 SX tx HO TLS0+=#209 11502 RG32
AX3RSE 075 F-05070 4 RESISTOR 509,8 1% ,25W F T{z0+=104 ESTO! МР ас $
ATRSO 0757-0550 RESISTOR 30.1 1% .25W F TCs0+=100 15701 MEE A wm
ALLAN отб Те 500 RESISTOR 30,1 1% &iquest;25H F Te=0&lt;=100 15701 MFS2C=1
АЛЫЕ | 0757-5500 RESISTOR 30.1 1% ,eSW F TCaOo+=106 197041 MPE2C=]
ATRED &uuml;b83=0755 2 RESISTOR 7,5 5% 254 FE Te==4007+500 Gitel LB75GS
A3R61 071-5046 fr RESISTEOR 110 8% 17 MO TCs0DxerDO 11802 RGLE
ATREA Q7TS1=R0 46 RESISTOR 110 5% [x MO TOSD+= 202 11502 R&amp;12
A3XHHS ОТ Та На ё RESISTOR 750 1% ,id%W F TLs0+&raquo;100 gus dh Flat flaT{iaTS if
ASEO 0757-0234 RESISTOR 3,92K 1X ,i&eacute;5w F TCrd+s-i00 24546 Edel /AaTlwiCgtaF
A43#Rk&amp;7 U&eacute;9Ha18%6 1 RESISTOR A.UEK 1% 1256 F T&Eacute;Zd+=100 245046 E&uuml;mi /BeT0 GGF
ATREA D7E7.:0399 2 RESISTOR B2,% 1% &iexcl;1256 F TC=te=i00 ins Cum / Br
AIRES DSYR.&raquo;SBAR 4 RESIATOR 1,6 1% „еб ОР YTL=0+=106 27167 LE
ARTO aA REBISTOR 31.6 1% (254 FE TCORO+= 100 27167 LE
A3R71 ОТ ет нов z RESISTOR 1,1K 1% 2125w F TEX0e-100 24546 Ciei/Batf&uuml;milcief
A3R72 2100-0554 3 R&Eacute;SISTOR=TRME 500 10% D TOPeADJ 1=TEN 151358 72 104=0
A3R73 HL LETT a RESISTOR I 57K t% &iquest;1257 F TCsOt=ido PCT Се | ИВеТ Он ОУ HF
ATR7L G&eacute;tB={&auml;Tt &euml; RESISTOR 7,159X 1% 12%W F TL20+=180 cards Cum fBal=T {5 af
AIRE 0757=0418 RESISTOR 511 1% „12&auml;N FO TE=O+m1l00 finds Сбе УВЫ ТО 5 | hor
ARTO D757 0053 RESISTOR 30,1% 1% ,1259 F TCade=100 24506 Cw) BY mint p=F
A3R77 OTTO 1 RESISTOR 274% 1% L125%W F TE=04ei0D c&eacute;sd&eacute; Del AT TI
BIRTH 5757-0522 &Icirc; RESISTOR 909 1% 212554 F T&pound;E=O.=i06 gash Cam RT ОбВеЕ
AERTS A757 0415 1 RESIETOR 475 1% „125W 7 TCed==106 PARE Сан | ИВнТ О нА ТОВ ей
AJRAO ОТТО! RESISTOR 1060 1% „1250 € TCe+=100 FERAL Lal fBeTleliwd
A3RBt о Че Те ОН RESISTOR 7,5% 1% „125И F TE=SO-=100 24506 Се | ИВТ ОТО Те
ARES 787-0470 1 RESISTOR 1,B2x 1% ,1254 F TEs0+0i0g0 24546 CU&eacute;et/BvtT{a{B2teF
ARRAY D757=02346 RESISTOR 10 1% ,l25wW FO Tlst+=1g9 PELE Comi / Ae TO=10R0sF
ALRES A7el=00M! RESISTOR 56 5% tw MO TC0+=200 11502 RG32
ATRAS ПОВ ЛЬ ЧН REBISTOR 47 5% iW MO TO#0+=220 11502 REST?
ALRSE 0757=0500 RESISTOR 50,1 1% 290 F TCE0+=150 14701 МЕ БС 1
A3K&AElig;7 7570500 RESISTOR 50,1 1% ,05w F T[r0+al0d0 19701 МЕС!
ARRER 757-5556 RESISTOR 36,1 1% .25W F TC=0+—e160 197041 MEE a
ARAS 0757-0500 RESISTOR 39,1 1% 205% FO T&eacute;zt+=150 19701 MFRZ&Ccedil;=]
AZRSO 0757#0349 HESISTOR 82,5 1% ,12564 F TCSo+=100 24546 Clot /BaT{iaB2R5aF
ARO: по ОТ SESISTOR T.% 5% .&amp;%W FL TCaedO04500 21121 CE7555
AZRGR 0757-0401 RESISTOR 100 1% ,125#W F TEe=O+=ig0 24545 dati /8=T{n{btieF
RR 0757=0470 RESISTOR 750 1% L185W F T,s04o105 24506 Софи ВеТ ОВ 5 рн
ATRGY OSA t RESISTOR 4,.32K 1% „125W F TC=0+=108 25506 [det/B=Tj#digdief
AIRES 21000556 RESISTOR=-TRME BOO 10% E TOP= ADJ (eTRN 73138 Tam iure
ASRO6 0757-0455 RESISTOR 3,92K 1% 2,1258 F T(=5)+=108 24546 Edel TOO
ARO Y DEA. BSENE RESISTOR 34,6 1% ,25W F T&pound;so:=i00 &pound;71167 cs
ARRGA CAZA=SBAA RESISTOR 31,6 1% ,25W F TCx=0+53i00 21167 cH
AROS 0757-0824 RESISTOR 1.1K 1% 129% F TCrd0e=100 FAR Co! fBaTiallfil=F
AIRION 2100= 0554 RESISTOR=TRMR 500 10% &copy; TOP=ADJ |= ТАМ 151158 Тен | Он фр
ASRIQI GhGR=0471 RESISTOR 7,15K 5% „1250 ЕР TORO+=-100 dakd&eacute; fle] /BaY0uT 51 =F
ASRIDE OTEFT=DA01 RESISTOR 100 1% „1@#5W F TEs=j+-=106 pisse Ld4&aelig;1/BE=TD#101=F
A3#103 0761-0046 RESISTOR 110 5% tw MO TC=g+e200 1150 RG32
ABRIO STEIC&Oacute;Nde RESISTOR 110 5% 1W МО TC=04+=200 11507 REA
ANIOS DAFR=I19h RESISTOR 3,57K 1% ,125% F TCBO0+=100 саба Сы! Вет Он ОТВ
ASR&Iacute;CGE 5757-0581 RESISTOR 15 1% „125W FF TCRO+=100 19701 MF&auml;C1/8=0T0=15R0=F
ABRIDY 0757-6381 RESISTOR 15 1% ,125% E TCx0e=i00 15701 MFUL]1/BeTal SRF
AFRICA 76046 RESIETOR 110 5% ie MD TOS0+=200 11507 RG
AERIOS Оо Ре 0085 RESISTOR 110 5% 18 MO T=0+w r00 PI50€ REIS
ASRI11O D761=0046 RESISTOR 110 5% iIW MD TC80+= 200 11502 RG37
ASR11! 0756100646 RESISTOR 110 5% 18 MO TCEQ.r 200 11502 RER
See introduction to this section for ordering information
Model 80058
Table 7—2. Replaceable Parts
Replaceable Parts
Reference HP Part ear Mr |
; , Oty Description | Mfr Part Number
Designation Number Code |
A3R112 &Ouml;7T61=-00046 RESISTOR 116 5% 14 MO TOS, TOO 11502 R&eacute;32
ASRILS 0761-0008 RESISTOR 110 5% IW MO TCEQe=200 11507 RGTZ
ABRIO D07H1e0048 RESISTOR 110 S% ta MU TL=E0)+4=260 11508 REP
A3R115 0761=0008 RESISTOR 110 5% 187 ME TCEQ+=00 11502 RESP
ABRILA 075 Y—0T81 RESISTOR 15 1% „1254 к ТСай+е 100 19703 МЕН {ИВТ 0 = | НО Е
A3R119 OF TORI FESTSTOR 15 1X 125m F TCafe=1{0 19701 MESE 1/BeTO=15R0eF
AFRO 0757 ааа RESISTOR 10 1% 125m F TCul4=100 EEE Cari/E-TO=101RDeF
LARRY ZS 0756705446 RESISTOR 10 1% ,125W F TC=0:=i00 258 Chei/BaT0a10R0=F
AFRt22 07571594 RESISTOR St,1 1% 125K F TCes0+=100 ais&eacute;s C&eacute;de{/EeT)—S{RteF
CELE ACA: TAO i RESISTOR 30 5% 146 MD TEa(+&laquo;200 11502 Нез
AXR1 74 0758-0016 t RESISTOR 300 5% ,25W F YLeld4eidd 27167 C5
ATRL 25 CTR Tw080] RESISTOR 190 1% &iquest;1254 F TCri+=1400 SURESH Сы! ИВ ТОН) 01 =Ё
AREY 15820-10065 &Icirc; ICeDIGITAL SN7470M TTL же К 01295 aha TOM
AXVR&Ccedil; 1902-064 x DYNDE=TME S41 EY De? POS, de ТЕве, $ 09% 15818 CO 36622
ALVRE 15020150 1 CIDODEENR 16,.2Y 5% DO=7 POR, Uv TCe+, 066% 54713 BZ 10507 Ane
ATVRSG 190йе 1 я = BIODE=ZNE Ре, ХУ 5% D{=7 Pom. dw TOS+, 0603 28480 197902=3182
A3VR&eacute; 150/=315; SIODE=7NR 12,1v ES DO=7 POS, dW TC=+,064% 26480 1956231825
AY 1902. 1139 ? SIDE: ZNE E,25Vv 5% DO=-7 POS, Un TCre&gt;,053% 04715 SP 1H5939-158
ASVREA 1702=0060 i BIODE=ZNR 7.5 5% DO=7 PD=. 8w TCE (5X FADEN 1902-0064
ATVYRSG 1402-0081 GIODE=ZNR S,11V 5% D7 PDe dW T(E-,009% 15818 CD 55&eacute;22
AZVRt2 1702=0 040 z DIOGE#ZNF 1tEV SY DO=7 POR, 4W T&pound;=4,056% 07253 FE 12018
AEYREZ ( v&ocirc;&eacute;sdgii DIODE-7Nk t&aacute;v 5х DOF PDE dW TOm+, 056% 57263 Е? 120%
A3VRt&eacute; 1i907a&ucirc;0t753 2 BIODE=FINR 9.53%Y 5% D0=7 PD, db ŸC,an+,059% GUYS 57 109239176
LEVEY 17020555 &Icirc; DINDERZNR Р%М 5% D0=15 Fosiu T4 06% 6480 1405=0555
ASVRIR 19070041 DIORE=ZNR S,11V&yuml; EY 6087 FPDz, 0k TCOz=. 009% 15818 Ch 35622
AVES 14075-31640 1 BIODESZINE %,620V 5% DGeT Pos, du TCe+, 016% 15818 CD 355644
ASYREI6 1702=0556 i DICE =Z7NF 20Y 5% DOe(5 PosIW TC, 573% 28485 19020556
ART 1702= 0031 1 BICDE=ZNE 12. 7V 5% Dey POs, de TC=+.081% 04711 82109309212
ASVRER 14073100 1 OIGDE=7NR 8,285 2% DO=7 PDz 40 TCxe, 083% 34713 97 1091020158
LIVRTY 19050175 &Eacute;'IODE=ZNR 4$,53v 4% D&ocirc;e7 PDS JW TCH+,059% nats 57 10972974176
A3VRES 1907 =3130 SIODE=ZNR 8,25v 5% D&ucirc;+e7 Ppzu, du TCz+. 053% 04713 SI 10439155
See introduction to this section for ordering Information
Replaceable Parts
Table 7-2. Replaceable Parts
Model 8005B
HP Part ,
Reference Qty Description Mir Mfr Part Number
Designation Number Code
A4 NAQOS=-06h11 ACARD ASSEMBLY, INTG RUBE GROOSmbb5]
LEE #150#r3456 &auml; CARACITOR=FXD LOGOPF #=10% ICOONWVOC CER 26460 01603456
AUCT 01400196 1 LAPACITOR=-FXD 150PF +25% SOCWYOC MICA 72136 OMISFISIJO3OONV1ICE
AUCS Of&eacute;0=24558 b CAPACITOR=FXO ,OLUF +&Eacute;020% 100WŸDC LER 25489 Gib0=2055
AUCH bi6b&aelig;ta2ti 2 CAPACITOReFXO „ФЫЁ +=20% SOWYDE POLYE 28480 016042 1%
AUCT OiARORIASa CAPACITOR=FXOD 1000PF &laquo;=10% 100NWVDE LER 28480 0160=3456&amp;
AUCa &Uuml;toG=e1 134 3 CAPACITOR FXD 220PF +.5% YDowVDC MICA 25480 216090014358
AULT D160a2&yuml;55 CAPACITOR#FXD ,01UF +80=20% 100WVYDC LER 28480 0160+2055
AUC10 11602055 CAPACITOR#FXD „ОРЫР &laquo;E0=Z20% 100NYDC CER 28480 016002055
AUCI $ &uuml;L60maRi3 CAPACITOR=F XD &iquest;1UF &lt;&laquo;&gt;=20% SOWVDC ROLYE 28480 G1650=42;3
AUCtZ E&Oacute;N=I456 CAPACITER=F XD 1000PF e=109X LOQGONYDOC CER 28480 0160-3456
АЧС 3 9160-09134 CAPACITOR=FXD 220PF +eS%X 100WVOE MICA 286480 Gi60=0136
AUCEH 3160-2055 CAPACITOR&raquo;FXD QUE &laquo;BO=20% 150WVDC CER 25480 1602065
ABCES OiIEO=0tid CAPACITOR=FXO 220PF +25% I00WVDC MICA 78480 O1l8#0=0134
AGCt6 0180-0291 i CAPACITURSFXD 1ЫР += 10% S5YDC TA 542589 1590105X903542
AGCET 6160-2085 CAFPACITOR=EXD ,OSUF +BO=20% 1007VOC CER 28460 0160-2055
AuC1 4 LILU=&raquo;Z2197 1 CAPACITYOR=&raquo;FXO (0PF +=5% 300wyDE MICA 28480 01608=2197
Ady &uuml;1r60m2212 1 CAPACITOR#FXD SAQPF 495% IO0NYOC MICA 28880 Gib&ocirc;vg2te
RATO AIEN=1TI6 1 CAPACITOR=FXO ,022uF +e=10% 250wvDL MET 28480 Di69=37i6
AU. at 0185&yuml;)#6376 1 CAPACITOR#FXD ,A7TU&Eacute;:=10% 38vOC TA 56250 150D474x9535A2
pal zp Biai=372% 1 CAPACITOR-FXD ,8BUF &laquo;=10% dOnvyDC MET Ва) тебе TAS
AC23 OLAQ=0226 1 CAPACITOReF XO 22Uf mit 15VDL TA 58289 150b226x951582
4407 0160m0158 2 CAPACITOR=FXD 220UFe=20% 10У0С TA 56289 150b227x001052
auf zs gi56=91589 CAPALITURSF XE 220UF+=20% 10VDBC TA S628 150D227x001052
ANETO Ote0=7085 CAPACITORa&Euml;XE &iquest;QU&Eacute; +80=20% I00WVODC CER 24480 O160=2055
AUC 27 Uibde3456 CAPACITOR=FXO 1O000PF +#10% 1000NVDC CER 284580 0160=3458
АСУ 1901-0179 4 DIODE=SKITCHING 15V SOMA 750PS DO=7 28480 1901-0175
ASCRG 1901-5178 DIODE =SATTEMING 15V SOMA TEOPS DO=7 28480 1901=0179
AUCRE 1901-0044 3 DICDE=SNITCHING SUV SOMA &ocirc;N8 28480 1901-0044
AUCRS 1901=9179 DICDE=SWwITCHING 1i5V S0MA 750PS DO&raquo;=7 28485 1901-0179
ANCHO 1901-6178 DLODE-SWITCHING 15V SOMA 750PE DO=7 28460 19010179
AUGER | 199150 dd DICDE-SRITERING SOV SOMA dNE 28480 1901= 8044
AUCRIP 1901-0044 DIDDEmSWITEHING SOV SOMA ANS 28480 1901= 0044
ASLI . 9100164123 1 COTL-MLE 470NM 20% GR45 „1550X,375L6 24226 15/470
AGLS y mA. 1073 | 170-0029 2 | CORE=SHIELNING BEAD 02114 | Sb=590meSA2/4A
A8L6 ) ` | 9170-0079 CURL=SHIELDING BEAD | GRAt1d S6=59{=#b5A2/ 44
SET OF 3 FERBEAPS
AQUEL? 1208001 2 HEAT SINK TB=S5/T0&raquo;3%=FKG 28480 1205-0011
AUMPZO 172055011 MEAT SINK TO=5/T0=-39=PKG 28489 1208-0011
AG! 18830357 5 TRANSISTOR PNP 9Y TO=18 PD=360Mw 28480 {8510357
ALR 1853=0357 TRANSISTOR PNP SI T0=18 POs&reg;360Mw 28480 1855-0357
AYES 1854=0092 t TRANSISTOR NFN SI! FDz=200Mu FTZHOOMHZ 284886 18540092
Ady 1956-0015 i 28480 1954= 0019
ALO 1851e0157 TRANSISTOR PuP SI TO=.18 PDSI60MW 28460 1853-0357
12050037 1 HEAT SINK TO=36=PKG 28480 120540037
AGO? (85400233 1 TRANSISTOR NPN 2N3866 SI TO=.19 PDE1H 02715 NIDOS
ACA 18830357 TRANSISTOR PR ST TO=18 POxXISOCMY 28580 1853-0257
AUR 18530357 TRANSISTOR PNP 57 TO&laquo;18 Phal&eacute;&uacute;mw 28480 1853-0357
AUGtO 1658-0307 3 TRANSISTOR NPN SI TOe18 PDZ306HW 28480 18540307
AUG 1853-0091 2 TRANSISTOR PNP SI TO=19 PDS600 MW 28480 1865 Im0O00!
AGOtZ 1ASAd=0039 1 TRANSISTOR NEN A2NZOS1 SI TOeS POSiN 04713 2N3053
AUT 18530090 2 TSTRISI FNP 28480 1853-4050
AUG 4 1854-0329 1 TSTRISI NPN 28480 {85400329
AYRES 1883-0090 TETRIS] PNR 28480 1853-0090
ANETO 185040053 1 TRANSTSTOR NPN 2N2218 S1 T0=5 PORECOMN 04713 2NZ218
AOL? 1853-0051 TRANSISTOR PNP 286037 51 10-5 PDSIMW 02735 2N5037
AULA TASU=0107 TRANSISTOR NEN ST TO=18 PDE3COMN 26485 18540307
40019 PALO. 0307 TRANSISTOR NPN 8! TO=16 PDSic0mMyN 26480 186540307
LEG20 TES ION! TRANSISTOR PNP 8% TO=39 POS600MY 28485 1851-0001
AGRO GAFA 0083 1 RESISTOR 1,96K 1% ‚125w F TCRO+=100 24546 Сан | Иво Тон 196 1 нЕ
AURY 0758&raquo; 0014 } RESISTOR 180 5% ,25 F TCx0+.100 27187 &pound;5
&agrave; 4R&auml; 0757-9284 i RESISTOR 150 1% , 1254 F TC=0+.100 24546 Cumt/BeTOriSiuF
AdRS 0757-0718 i RESISTOR 200 1% ,254 F TEsO+a100 19701 MESPCmi
AUR 06780085 1 RESISTOR 2.,61K 1% ,125H F TCade=i00 245&uacute;6 CUmi/Br-TO=261teF
AURT 0757=07174 1 RESISTOR 1.21K 1% „250% F TCs0+=100 19701 МЕ БЭС |
ARE 075700726 1 RESISTOR S11 1% ,25W F TCx0e=100 19701 MFE2&Ccedil;+1
АННО 0757-0384 2 RESISTOR 22,1 1% „1258 В 1804100 19701 MFB.t /BoT)&aelig;g2Rtef
BURLY 9757-0741 1 RESISTOR 2,43K 1% 250 F TCx0+=100 19701 МР 52Се 1
AUR12 0757-0819 1 RESISTOCR 909 1% „SW F T&pound;SQ+0i00 19701 METLL/ Ze Twa 9RaF
AdR13 90757-05401 1 RESISTOR 106 1% ,125h F TEx0+e100 74506 Cdmi /BmeT&uuml;e1GL=F
AURIS 0757-0427 2 RESISTOR 1,5K 1% 1284 F TCx0+=100 24546 Cdai/80T5={1S3G1—F
L4RYE 0757-0276 t R&Eacute;SISTER 61.9 1% 1285W F TC=0+=ib0 24546 Ciwi/8=T0nbi920F
AHRtT 0757-0185 RESISTOR 22,1 1% „1254 F TCn0s=100 14701 MPACi/B-=10.722R1=F
AGRIB (6830519 3 RESISTOR 5,1 EX ,2358 FC TCe-=400/:500 altel C&eacute;S165
See introduction to this section for ordering information
Model 80058 Replaceable Parts
Table 7-2, Replaceabls Parts
HP Part .
Reference Qty Description Mir Mfr Part Number
Designation Number Code
A&amp;R19 C&eacute;&eacute;i=nt$15 RESISTOR 5,1 5% ,256 EC TCe=400/+500 01121 COSTES
A4R20 J&eacute;Bi=0515 RESISTOR 5,1 5% .28W FC TLs=-400/4500 03121 C8516%5
AHRP}3 HE z RESISTOR 2,15 1% ,125W F T&pound;z6+&lt;100 24528 Cul /feTimP2iSi=F
AURz2 07570288 2 RESISTOR 1K 1% 12%W F TL=0+e100 26556 Cdat/B#TH={9010F
ARD 0757-0446 2 RESISTOR T.,5K 1% ,i25W F TCsgew 100 24506 Cle BT TEL
ARPA DETAIL 2 RESISTOR 2,57kK 1% 1258 F TL20+=10&cent;0 25506 A ИВеТ бе ат Кей
AYRES Те бей 049 1 RESISTOR 200 SX IW MO TCRO+=209 11502 REGIA
AURZE 07570797 = RESISTOR 90,9 1% „SW F T&Ccedil;rS+4=i00 19701 MFC fP=TH=9{0 Gof
ARZT 075704156 1 RESISTOR S,11K 1% &iexcl;1256 F Тео же 100 245048 E&uuml;ml/ButT0=51}1=F
AURZER Da&yuml;Bae 3/5 3 RESISTOR 157 1% ,125W F TEz0+=100 24546 Сб ИВеТ Он 357 Вы
AGRES 0757-0783 1 RESISTOR 2K 1% , 1254 F TCm0+=i&ocirc;0 25546 C&eacute;si/8=#T0#2101—F
ALRIO 9757-0638 1 RESIETOR 6,818 1% „1258 Е T&eacute;x&yuml;+=t&ocirc;c 28306 Cdet/B4T)=eb8{1=F
AERI! 2100-0558 3 RESISTOCR TRAMA 500 10% &pound; TOPeARJ Та ТАК 13138 72 = $0480
ART? 0757 „0827 RESISYOR 1.5K 1% „1258 F TOSD+at09 2556 Cdut/80T{0o1501—5
AUR3 3 OTH Tail RESISTOR 7,5 1% ,te54 F TC=fe=100 cd&eacute;sd&eacute; Cd#i/B#T0=7501=F
ALERT (1698=00R4 RESISTOR 2,15 1% 1258 F TCud+=1{0 24546 Сб бий Тон Е) Е
AGREE 20757-02680 RESISTOR IM 1% 2,125 F TCeC.=i00 2546 dat /Bo&iuml;l={0)1eF
АНУ OB RESISTOR 35,57K 1X ,1285W F TCude=180 74546 Cdui/6=T)=&laquo;357ReF
OR 7 07580126 1 R&Eacute;SISTOR 51 5% .2%K F TEROwR=100 27167 LS
AURTE 5767-0797 R&Egrave;SISTOR 98,9 LE „ЭЙ ЕР T(ab+ib&eacute; 197064 MEIEwl 72 TioQ{RRaF
ASR39 CATA: RESISTOR 3857 1% ,125W F TOex0+=100 SUENE Сны ИВТ Оо ОТВ
AUR 0767-0273 1 RESISTOR 3,01K 1% ,1235w F TC=0es150 20506 Ehwi/E=uTds3Q{11leF
ARS 2100-0554 RESISTOReTRME 500 159% &pound; TOPsAD. 1&laquo;=TRN 73118 Tate
ANRAZ CaSARidod 1 RESISTOR 2,67K 1% „125W F T&pound;90+*&laquo;={00 2454s CT&auml;xi/feTGad6717F
AUR 07570422 i RESISTOR 909 1% .12%W F TCs0+-100 20506 Cd / Amt DR
AGRADO 07610018 ё RESISTOR 185 5% 1W MO TO&reg;0+=200 11502 Rate
AURAS 0757-0431 z RESISTOR 2,83K 1% 1258 F YLz=04&laquo;140 24546 Edie $ Rall) af
BURA 2100754 RESISTOR=YTAMR SOC 10% &pound; TOR=A0J Ре вы 731218 Тан $ 04-0
дева? 0757-0451 RESISTOR 2,43K 1% ,1258 FE TCrge=t00 25506 Ene 1/BeTO=2631eF
AdR4R GTST eli is 1 RESISTOR 4,32K 1% ,1258 F TEs0e=i50 24546 Сон ИВ от Оо Таш
AuRte Обе лаве RESISTOR 3597 1% ,125x F TCa0+x100 24546 Сан Ве ТО ОТ Нее
АВЕ бо 761-0010 RESISTOR 180 5% {nw MD TC204e200 11502 REGIA
Advri 1907-3149 1 DIODE#ZNR 9,00 5% DO=7 PD=,0W Tere, 057% 804713 aZ 1093090170
AdVRE 1902= 3223 1 DIODE=ZNR 17,8Y 2% DO=T FPDYr,4wW T&pound;E+,.068% 54713 SZ 15949752
AdVRS 1902 ++ ХЕ Ва 1 DIODE=ZNR 50,9V 2% DO=7 PhOm 4% Tous 07%% 28450 1902-3288
AVR 19065-73295 1 DIODE#2NR 15V 5% DD#7 PD=S,8k TC#+,067% ВОТ 1 ЧЕ 1099233
АНУ 10 1902093097 1 DICDE&laquo;ZNR 4,99V 2% DCe7 POx,dN Tima 012% 4713 832 1097706
See introduction to this section for ordering information
Replaceable Parts
Моде! 80058
Table 7—2. Replaceable Parts
Reference HP Part oa Mr
` ‚ Oty Description Mr Part Number
Designation Number Code
AS OA005=56512 BOARD ASSEMBLY, POWER SUPPLY 28480 08005-446512
АЗС! 01566-09657 2 CAPACITOR=FXD ЧОЦР +75 10% 504057 AL Sh2a&auml;q 3004066050002
ABE 2 DLENe21&pound;6 2 CAPAC ITOR=FXD ,02UF &laquo;B0=20% 100NVDOC CER 28080 Bibde2 156
ASE O:80e0PZ26 2 CAPACITORFXD 22UF+~=10% 15vDC Ta 56289 1500226X%01582
AS 0180=0050 CAPACITOR-FXD GOUF+T5=15% SOVDC AL 56286 104065050002
ASCS Qi60= 2146 CAPACITOR-FXD ,02UF +80=20% 100WVDC CER 28480 ible ab
ASCO 0180-0278 _ CAPACITOReFXD Z2UF4=10X% ISVDC TA 56289 180D226X901582
ASE? Y LED 53 7 2 CAPACITOReFXD ,OA7UF +=20% SOWVYDE POLYE 28480 Glbheldzil
1568} 90421 SE 7 CAPACITOR=FXD ,087UF ew=20% SONVDE POLYE 28480 01604211
* : ОС
АСЯ! 1901-0577 8 DINDE=GEN PRP 200V 3&amp; 2US у 28480 1901-0522
АСЯ? 190105622 DIODE=GEN PRP 200V 3A 2US 285480 1901=0822
ARCRE 19510527 DIQUE=GEN PRP Z60&yuml; 34 ZU8 28480 1901-0522
ASCRA 1901= 0522 DIODE=GEN PRP 200V 3A BUS 26480 1901= 0522
ASCR7 1901-5527 DIONE=GEN PRP ZOOVY 3A 208 26860 190tm0522
ASCRA 1901=0572 DICDE-GEN PRP 200V JA ZU8 28580 1901-0577
ASCRG 19010522 DINDE=GEN PRP 200v &Iacute;A ZUS 28480 1901=065827
ASCO 1901-0522 DIOSE=GEN PRP z00V 34 ZU8 28480 1901= 0587
ASG 1854-0039 2 TRANSISTOR NPN 2N3053 SI TO&raquo;5 PO=14 04713 2N3953
AE? 654-0325 4 TSTREST NPN 28089 1854-0329
A503 1650-0039 TRANSISTOR NPN 203053 SI TO. POR! 04713 2NZOET
A&Ntilde;OS {65429329 TSTR18] NPN 204B0 &iexcl;854-0129
AOS 1854-0329 TETRIS] HPN 28480 PASdeDIZ0
A506 1854-0329 TSTRISI NPN 28480 1854= 0329
ASHE 0757-0280 5 RESISTOR 1K 1% ,1254 F TE=0Oe=100 24546 {del /BeT Ow G0 aF
ASRZ 0757-9473 2 RESISTOR 3,32€ 1% ,125W F Ttz0+=i00 24516 {##1/B-f0&laquo;33210F
ASRI 081 1=0929 1 RESISTOR ,81 5% 2W PW TC=0e=809 78042 BNH2=R5;=J
ASR4 0757-0542 2 RESISTOR 19K 1% ,125W F TCaQw=itO00 24506 Сон ИВ НТ Он 1002 ЭК
ASAS 1767-0738 2 RESISTOR &sect;,82K 1% ,2564 E TCane=100 19701 MESAC=t
ASR&amp; 0757-0281 2 RESISTOR 2K 1% ,125w F TCre0e=100 24546 {8=1/BeT0#2001#F
ASR7 0757-0429 2 RESISTOR 1,82K 1% „1250 Е TCs0exi00 24506 Сан ТИ Вет Он | Вафа
AGRA 2100-0554 2 RESISTCR-TRMR 500 10% E TOP=ADJ (=TRN 73:38 7201040
ASKO 0757-0280 RESISTOR 1K 1% ,1298 F T&pound;s04+mt00 24546 &Eacute;get/GeTGs{ghbtaf
АБВ {О 1757-0289 RESISTOR 18 1% ,125W F T&pound;xo+=i00 24546 Cdoet/B-TO=iQ00IRF
ABRES 075740433 RESISTOR 3,32K 1% 125% F Te=0e=100 24546 Сан | уВеТ Она 521 ый
ASRt2 D811=1746 $ RESISTOR ,36 5 24 PR TCe0+=800 75042 EWH2a36/10005
ASR1I 0757-0042 RESISTOR 10kK 1% ,125wW &pound; TCsO+et00 74546 Cda1/BoTO=]002=-F
ASR &yuml;787e0735 RESISTOR 1,82K 1% .25W F TEEQe=100 19701 MFS2Coi
ASRiS 075740281 RESISTOR 2K 1% „1250 Е TC=0+e100 24546 Cdoi/BeT&uuml;=2001=F
ASR16 0757-0429 RESISTOR 1,82% 1% , 1256 F TCade=100 24506 Chai /BuTlielB2ial
ASRI? 2100—0558 RESISTOR=TRMR 500 10% C TOPeAD. Фе ТАМ 73138 72$ 40
ASR18 0757-0285 RESISTOR 1K 1% ,125W F TCzG+4-150 24844 Clim] #BeT fet 00iaF
АВЕ! 9 0757-0280 RESISTOR 1K IX „125W F TCsdevic0 24546 CUoi/SeT?TQ-1001=F
ASVRS &iexcl;902-0061 2 DINDE =ZNR S.11V 5% DO=7 PO=,0M TC=,009% 5818 CD 15622
ASVRS 1902=3149 e DIGDE=ZNR 9,09V 5% DO=7 Pos, de TCe+,057% 0471% 87 10939170
ASVR&Egrave;E 1902-0041 DIODE.Z7NKk S,11V 5% DO.7 POS, UN TCs=,009% 15818 CH 35622
ASVR12 1907-3140 DIODE=ZNR 9,09Y 5% DO=T PDR. GW TC24,057% 04713 87 10939=170
See introduction to this section for ordering information
Replaceabie Parts
Model 80058
Table 7-2, Replaceable Parts
Reference MP Part o Le Mir
. , t Descrintion Mfr Part Number
Designation Number Y р Code b
AB VADO 101 SWITCH ASSEMBLY, RATE 28480 CAOS =&eacute;1S%01
ABR! 21002686 i RESISTOReVAR CONTROL EC 190% 10% 10CCHW ое) oJ
ARS! 31000511 cBEBD 3100-5515
See introduction to this section for ordering information
Replaceable Parts
Table 7-2. Replaceable Parts
Mode! 3005B
Reference HP Part o Le Mir
` , t Description Mfr Part Number
Designation Number у р Code
AG AGE edHli902 SWITCH ASSEMBLY, WIDTH СНОВО ESO E702
ASA 11679355 1 RESISTOR 22,1 1% .12%% F TLs0+=100 19701 МЕЦ ИВТ Оо Н {её
ASK? PIE 1 RESISTOR= VAR CONTROL CE 100% 10% 100H &ocirc;ti2i A;
ASES DFS TWh? 1 RESISTSOR 1,5 1% ,125W F TCHD+=td0 245506 Chut/B&lt;&laquo;T0—-1551eF
4951 3100-0512 i 28480 3100=0517
See introduction to this section for ordering information
Replaceabie Parts
Model 80058
Table 7—2. Replaceable Parts
Reference HP Part ar Mir
` . Oty Description Mfr Part Number
Desighation Number Code
ATL TEO 1903 SWITCH ASSEMBLY, DELAY 28480 0800561903
АТОР, GS TIAS } RESISTOR 22,1 1% ,125W F TLA0#&lt;100 19701 MFU4Ci 78m Tow ZRF
ALORE 07570274 i BESISTOR 1,21K 1% ,1254 F TCe=O+=100 24546 Сан ИВеТ Он |213
41083 2100-2683 1 RESISTORevAR CONTROL LE 140K 10% TOCW 01121 J
A1051 31000512 28450 31000812
See introduction to this section for ordering information
Replaceable Parts Model 80058
Table 7-3. Manufacturer's Code Numbers
AS OF 01713777
00000 NO M/F DESCRIPTION FOR THIS MFG NUMBER
0007K STETTRER=TRUS
-DZI14—— FERROXCUBE CORP | SAUGERTIES N 2477
02735 RCA CORP SOLID STATE DIV SOMMERVILLE NJ 08876
04713 MOTOROLA SEMICONDUCTOR PRODUCTS PHOENIX AZ 85008
24226 MEPCOZELECTRA CORP. CORP GOWANDA NY 14070
24546 CORNING GLASS WORKS (BRADFORD) BRADFORD PA 16701
“28080 HEWLETT-PACKARD CO CORPORATE HQ
9 SPRAGUE ELECTRIC CT
2039 i ho ALDEA 24208
71400 BUSSMAN MFG DIV OF MCGRAWeEDISON CO ST LOUIS MO 63017
72136 ELECTRO MOTIVE CORP SUB IEC ur WILLIMANTIC CT 06226
TRW BELEK CMPNT CINCH=-MONADNOCK DIV CITY oF INDUSTRY СА 91747
a ILLINOIS TOOL WORKS INC SHAKEPROOF ELGIN IL &quot; | 60126 )
AMER PRCN IND INC DELEVAN DIV AURORA Ny 14052
Model 80058
8—1 INTRODUCTION
8-2 This section contains the component layouts
and schematic diagrams for the Model, Tables listing
the referance designators and schematic symbols used
are also given. Refer to Section 6 for the replaceable
parts information,
8-3 RECOMMENDED TEST EQUIPMENT
8-4 Test equipment and test equipment accessories
required to maintain the Model 1223A are listed in table
1-1. Equipment other than that listed can be used if it
meets the listed critical specifications,
Service
VIE
Table 8—1, Reference Designators
A = assembly U Mmicro-circult
3 = motor Р plug
BT = battery O transistor
C = capacitor R resistor
CP = coupler RT thermistor
CR = diode S switch
DL = delay line T transformer
DS = lamp ТВ terminal board
F = fuse V vacuum, tube, neon
FL = filter bulb, photocell, etc.
HR = heater VR voltage regulator
J = Jack WwW cable
K = relay X socket
L = inductor Y crystal
M = meter TP test point
Sarvice
Table 8-2. Schematic Diagram Notes {1 of 2)
Model 80058
Units
P/O
TA
т жет жет ей
ERLE
XV
Signal
га гб ег
вене
General
Resistance values are in ohms, capacitance vaiugs in
microfarads and inductance values in microhenries untess
otherwise noted!
Part of
Asterisk denotes a factory setected value, The value
shown is the nominal value.
Enctoses front panel momenciature
Enctoses rear panel nomenciature
Heavy line indicates signal path
Heavy dashed line indicates primary feedback path
Wire colour code. Same as resistor colour code. First
number 15 wire body colour.
Wire or plug used as fink.
Test point in a circuit. Point may/may not be identr
fied on P. ">
Merhaba! Ben, Hewlett-Packard 8005B Pulse Generator User Manual konusunda size yardımcı olmak için özel olarak eğitilmiş bir yapay zeka sohbet robotuyum. Belgeyi iyice inceledim ve ihtiyacınız olan kesin bilgileri bulmanıza veya içeriği açık ve basit terimlerle açıklamanıza yardımcı olabilirim. Belirli özellikler, sorun giderme adımları veya genel kullanım hakkında rehberlik arıyorsanız, sorularınızı sormaktan çekinmeyin. Endişeleriniz veya ihtiyaçlarınız hakkında ne kadar çok ayrıntı verirseniz, o kadar doğru ve etkili bir şekilde size yardımcı olabilirim!
Asistan yazıyor
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Görünüşe göre, birden çok dilde yazılmış bir belgeye ulaştınız; bunlardan biri ana diliniz değil. Aşağıdaki bağlantıları kullanarak, tercih ettiğiniz dilde olmayan sayfaları geçici olarak gizleyebilirsiniz.