User manual | air 2+ console

AIR 2 +
R ADIO CONSOLE
TECHNICAL MANUAL
November 2006
AIR 2+ Radio Console Technical Manual - 1st Edition
®
©2006 Audioarts Engineering*
AUDIOARTS ENGINEERING
600 Industrial Drive
New Bern, North Carolina 28562
252-638-7000
*a division of Wheatstone Corporation
2+ / 1997
November 2006
R-16 AIR
/ Dec
Attention!
ATTENTION
Federal Communications Commission (FCC) Compliance
Notice:
Radio F
requency Notice
Frequency
NOTE: This equipment has been tested and found to comply with the
limits for a Class A digital device, pursuant to Part 15 of the FCC rules. These
limits are designed to provide reasonable protection against harmful
interference when the equipment is operated in a commercial environment.
This equipment generates, uses, and can radiate radio frequency energy
and, if not installed and used in accordance with the instruction manual,
may cause harmful interference to radio communications. Operation of this
equipment in a residential area is likely to cause harmful interference in
which case the user will be required to correct the interference at his own
expense.
!
This is a Class A product. In a domestic environment, this
product may cause radio interference, in which case, the
user may be required to take appropriate measures.
This equipment must be installed and wired properly in order to assure
compliance with FCC regulations.
Caution! Any modifications not expressly approved in writing by
Audioarts could void the user's authority to operate this equipment.
AIR 2+ / Feb 2007
R E A D ME !
CONTENTS
AIR 2+ Technical Manual
Table of Contents
Chapter 1 – Installation and Power
Unpacking and Installation the Console ..................................... 1-2
Power Supply ................................................................................ 1-3
Energizing ...................................................................................... 1-3
Audio and Control Wiring ............................................................. 1-4
Unbalanced Connections (analog audio) ................................................................. 1-4
Hook-Ups ....................................................................................... 1-5
Audio Connections - 6-pin Plug Terminals ............................................................... 1-5
MIC 1 and MIC 2 Connections ............................................................................ 1-5
PGM 2 Connection .............................................................................................. 1-5
PGM 1 Connection .............................................................................................. 1-5
Caller Connection ................................................................................................ 1-6
Cue Output and Control Connections - DB-25 ......................................................... 1-6
DB-25 Connections ............................................................................................. 1-6
CUE Output ......................................................................................................... 1-7
Remote Start ........................................................................................................ 1-7
MIC 2 Talkback to Cue/CR .................................................................................. 1-7
On Air Tally .......................................................................................................... 1-7
AIR 2+ Console Rear Drawing ..................................................... 1-8
Audio Connection Pinout Drawing .............................................. 1-9
Cue Out and Control Connection Drawing ............................... 1-10
Chapter 2 - Console Features
Overview ........................................................................................ 2-2
Inputs ............................................................................................. 2-3
Analog Mono Mic Level Inputs ................................................................................. 2-3
Analog Stereo Line Level Inputs .............................................................................. 2-3
Outputs .......................................................................................... 2-4
Mute and Tally ............................................................................... 2-4
Console Programming Options ................................................... 2-5
PGM/CUE Dipswitch ................................................................................................. 2-5
Cue Interrupt ........................................................................................................ 2-5
Split Cue, Control Room ...................................................................................... 2-5
Split Cue, Headphone ......................................................................................... 2-5
Studio Dim ........................................................................................................... 2-5
Program Mono ..................................................................................................... 2-6
CR MUTE/AIR TALLY Dipswitches .......................................................................... 2-6
CR Mutes ............................................................................................................. 2-6
On Air Tally .......................................................................................................... 2-6
Console Layout Drawing .............................................................. 2-7
AIR
2006
AIR 2+
2+ // Nov
Mar 2008
page Contents – 1
CONTENTS
Chapter 3 - Controls and Functions
Input Panel (IP-AIR2) .................................................................. 3-2
Source Select .................................................................................................... 3-3
Program Assign ................................................................................................. 3-3
Cue Button ......................................................................................................... 3-3
Fader .................................................................................................................. 3-3
Start Button ........................................................................................................ 3-3
Master Panel (MST-AIR2) ........................................................... 3-4
Caller Input ............................................................................................................. 3-5
Program Assign ................................................................................................. 3-5
Cue Button ......................................................................................................... 3-5
TB Button ........................................................................................................... 3-5
Fader .................................................................................................................. 3-5
Start Button ........................................................................................................ 3-5
Caller Set-Ups ................................................................................................... 3-6
Control Room Monitor ............................................................................................. 3-7
Program Select .................................................................................................. 3-7
EXT Switch ........................................................................................................ 3-8
Control Room Level Control .............................................................................. 3-8
Cue Level Control .............................................................................................. 3-8
Headphone Level Control .................................................................................. 3-8
Studio Monitor ......................................................................................................... 3-9
Program Select .................................................................................................. 3-9
EXT Switch ........................................................................................................ 3-9
Studio Level Control .......................................................................................... 3-9
TB Button ........................................................................................................... 3-9
Meters (VU-AIR2) ................................................................................................. 3-10
VU Meter Pairs ................................................................................................ 3-10
Meters Select Button ....................................................................................... 3-10
On Air LED ............................................................................................................ 3-10
Chapter 4 - Schematic and Load Sheet Drawings
Console Flow Diagram .............................................................. 4-2
IPA2-6 6 Inputs Panel Card
Schematic ............................................................................................................... 4-3
Load Sheet .............................................................................................................. 4-9
MSTRA2-4 Master Panel Card
Schematic ............................................................................................................. 4-10
Load Sheet ............................................................................................................ 4-15
MTRA2-4 Meters Card
Schematic ............................................................................................................. 4-16
Load Sheet ............................................................................................................ 4-19
CONA2-3 Three Connector Blocks Card
Schematic ............................................................................................................. 4-20
Load Sheet ............................................................................................................ 4-21
CONA2-4 Four Connector Blocks Card
Schematic ............................................................................................................. 4-22
Load Sheet ............................................................................................................ 4-23
AIR 2+ / Nov 2006
page Contents – 2
CONTENTS
Appendices
Appendix 1
AIR 2+ Console Performance Specifications .......................... A-3
Appendix 2
Replacement Parts List ............................................................. A-5
AIR
/ Nov
2006
D-7 /2+
Nov
2006
page Contents – 3
INSTALLATION and POWER
Installation and Power
Chapter Contents
Unpacking and Installation the Console .................................. 1-2
Power Supply ............................................................................. 1-3
Energizing ................................................................................... 1-3
Audio and Control Wiring .......................................................... 1-4
Unbalanced Connections (analog audio) ........................................................... 1-4
Hook-Ups .................................................................................... 1-5
Audio Connections - 6-pin Plug Terminals ......................................................... 1-5
MIC 1 and MIC 2 Connections ...................................................................... 1-5
PGM 2 Connection ........................................................................................ 1-5
PGM 1 Connection ........................................................................................ 1-5
Caller Connection .......................................................................................... 1-6
Cue Output and Control Connections - DB-25 ................................................... 1-6
DB-25 Connections ....................................................................................... 1-6
CUE Output ................................................................................................... 1-7
Remote Start .................................................................................................. 1-7
MIC 2 Talkback to Cue/CR ............................................................................ 1-7
On Air Tally .................................................................................................... 1-7
AIR 2+ Console Rear Drawing .................................................. 1-8
Audio Connection Pinout Drawing ........................................... 1-9
Cue Out and Control Connection Drawing ............................ 1-10
AIR-2+ / Nov 2006
page 1 – 1
INSTALLATION and POWER
Installation and Power
Unpacking and Installation the Console
The AIR 2+ console with its power supply, connecting cable, and
technical manual is shipped in one packing box. The console can be
unpacked by one person by grasping the console at the both sides, and
lifting it upward out of the box. Remove packing materials and store them
in the box for future use. Carefully place the console on your countertop
(the AIR 2+ audio console is designed for countertop placement). Avoid
proximity to any electromagnetic fields, such as large power transformers, motors, and fluorescent lighting fixtures.
28.832
NOTE: This console
contains static-sensitive devices. Normal
precautions against
static discharge should
be observed.
7.190
15.210
15.210
1.37
AIR-2+ / Nov 2006
page 1 – 2
INSTALLATION and POWER
Power Supply
The AIR 2+ console is powered by a factory
supplied power adapter with 100-240V/50-60Hz
input, 50W maximum output power, and a 4 foot
long output cable.
DC Power Output Pinout
5 2 4
3
1
PIN #
OUTPUT
1
COM
2
COM
3
+5VDC
4
-15V
5
+15V
The power supply adapter is supplied with a 3-wire grounded AC cord
that should be plugged into a "clean" AC power source, that is, an AC
source that feeds only the control room audio gear. This source should be
a separate feed from those powering lighting, air-conditioning, or any
other non-audio machinery.
The power feed recommended in the text is often installed and referred
to in studios as an “isolated AC ground” outlet.
It is usually orange in
color.
Energizing
Assuming the AIR 2+ console mainframe is properly placed, and its
power supply correctly connected to the console, you may now energize
the power supply adapter by plugging it into the AC mains. The console's
individual module switches will assume factory default settings.
Note: To de-energize the console, unplug the power supply adapter’s
AC cord from the AC mains. Never de-energize the console by disconnecting the cable that connects the console and power supply adapter
together.
Once you have verified proper power-up, unplug the power supply adapter
to de-energize the console. You may now proceed to wire up audio and
control connections.
Nov2009
2006
AIR-2+ / Jul
page 1 – 3
INSTALLATION and POWER
Audio and Control Wiring
All audio I/O connections to the AIR 2+ console are made via RCA
connectors and 6-pin plug terminals located on the rear panel of the
console. For control connections there is also a multipin DB-25 connector. See the console’s rear drawing on page 1-8.
Unbalanced Connections (analog audio)
ANALOG INPUTS — Wire to the console with typical shielded two
conductor cable (like Belden 9451), just as if you were connecting a
balanced source. At the unbalanced source machine’s output, connect the
black wire (LO) to the shield.
ANALOG OUTPUTS — AIR 2+ consoles use a balanced output
circuit which behaves exactly like the secondary of a high-quality
transformer, with no center tap—this output is both balanced and floating.
Either the HI or LO side of the output should be strapped to ground, with
the output taken from the other side. (Normally you’d strap LO to ground,
and take HIGH to feed your unbalanced equipment.)
AIR-2+ / Nov 2006
page 1 – 4
INSTALLATION and POWER
Hook-Ups
The rear of the console has multiple RCA connectors to plug in 24 stereo line
inputs, the external input, as well as providing studio, control room, and microphone output connections. There are also four 6-pin plug terminals (CT5 - CT8, on
the CONA2-4 PCB) provided for microphone MIC 1 and MIC 2 inputs, PGM 1 and
PGM 2 outputs, and hybrid to and from caller connections.
A DB-25 is provided for control connections and for the Cue output.
Pinouts drawings on pages 1-9 and 1-10 show all wiring connection at glance.
Audio Connections - 6-pin Plug Terminals
MIC 1 and MIC 2 Connections (CT5)
All signals are analog mono. The mic input level is normally -50dBu balanced.
Pin 1 – Mic 1 In SH
Pin 2 – Mic 1 In LO
Pin 3 – Mic 1 In HI
Pin 4 – Mic 2 In SH
Pin 5 – Mic 2 In LO
Pin 6 – Mic 2 In HI
These connections are to the
inputs of two internal mic preamplifiers. The outputs of the mic
preamplifiers must be connected to the desired line inputs
before you will be able to hear
the microphones. See page 2-3
for details.
PGM 2 Connection (CT6)
The signals are analog stereo; level is +4dBu balanced.
Pin 1 – PGM 2 Lt Out SH
Pin 2 – PGM 2 Lt Out LO
Pin 3 – PGM 2 Lt Out HI
Pin 4 – PGM 2 Rt Out SH
Pin 5 – PGM 2 Rt Out LO
Pin 6 – PGM 2 Rt Out HI
PGM 1 Connection (CT7)
The signals are analog stereo; level is +4dBu balanced.
Pin 1 – PGM 1 Lt Out SH
Pin 2 – PGM 1 Lt Out LO
Pin 3 – PGM 1 Lt Out HI
Pin 4 – PGM 1 Rt Out SH
Pin 5 – PGM 1 Rt Out LO
Pin 6 – PGM 1 Rt Out HI
AIR-2+
AIR-2+ // Mar
Nov 2008
2006
page 1 – 5
INSTALLATION and POWER
Caller Connection (CT8)
The signals are analog stereo; level is +4dBu balanced.
Pin 1 – Caller Out SH
Pin 2 – Caller Out LO
Pin 3 – Caller Out HI
Pin 4 – Caller In SH
Pin 5 – Caller In LO
Pin 6 – Caller In HI
Cue Output and Control Connections - DB-25
All control ports (except On Air Tally and Mic 2 TB to Cue/CR) use
opto-isolators. Functions include Mic 2 TB to Cue/CR, On Air Tally, and
Start for remote source machines. Several pins can be used for the common
side connections to remote starts, as indicated on the pinout below.
DB-25 Connections
Pin 1 – Start Channel 1
Pin 2 – Start Channel 2
Pin 3 – Start Channel 3
Pin 4 – Start Channel 4
Pin 5 – Start Channel 5
Pin 6 – Start Channel 6
Pin 7 – Cue Out
Pin 8 – Cue Out Audio Common
Pin 9 – On Air Tally N.O.
Pin 10 – On Air Tally Common
Pin 11 – Mic 2 TB to Cue/CR
Pin 12 – Mic 2 TB to Cue/CR Common
Pin 13 – Start Common
Pin 14 – Start Common
Pin 15 – Start Common
Pin 16 – Start Common
Pin 17 – Start Common
Pin 18 – Start Common
Pin 19 – Start Channel 7
Pin 20 – Start Channel 8
Pin 21 – Start Channel 9
Pin 22 – Start Channel 10
Pin 23 – Start Channel 11
Pin 24 – Start Channel 12
Pin 25 – Start Phone Channel
AIR-2+ / Nov 2006
Typical DB-25
connector
page 1 – 6
INSTALLATION and POWER
Cue Output
The Cue output signal (for feeding an external cue amplifier) is mono
unbalanced.
To START Remote Source Machines Using Channel
START Switches
EXTERNAL START — Hook up the remote machine’s “start” control
pins to the DB-25 connector control pins; for example, for channel 1 wire
to Start Channel 1, Pin 1, and Start Common, either one of the Pins 13 -18.
MIC 2 Talkback to Cue/Control Room
The talkback to cue logic input is used to connect an external usersupplied button that enables the person activating it to talk to the operator in
the control room, via the console’s cue speaker. Provide a closure between
Mic 2 TB to Cue/CR, Pin 11 and Mic 2 TB to Cue/CR Common, Pin 12. This
will cause the channel’s pre fader signal to be sent to the console’s Cue bus,
where it may be heard by the console operator. This non-latching condition
continues until the closure is released. (Requires a user-supplied momentary
action TALKBACK switch at the studio microphone location.)
On Air Tally
Lets the channel’s START switch control an on-air light or other
“microphone on” indicator at a remote location. This control function
provides a contact closure between Pin 9 (On Air Tally N.O.) and Pin 10 (On
Air Tally Common) whenever the module is ON.
This signal can be used to control an externally powered tally light that
requires a continuous closure to function. Current should not exceed 30
milliamps.
AIR-2+ / Nov 2006
page 1 – 7
AIR 2+ / Dec 2007
AIR-2+ Console Rear
page 1 – 8
INSTALLATION and POWER
Audio Connections
6-pin Plug Terminal
MIC 1 & MIC 2
INPUTS
(CT5)
1
2
3
4
PGM 2 RT OUT LO
5
6
PGM 2 RT OUT HI
6
MIC 2 IN HI
PGM 2 RT OUT SH
5
MIC 2 IN LO
PGM 2 LT OUT HI
4
MIC 2 IN SH
PGM 2 LT OUT LO
3
MIC 1 IN HI
PGM 2 LT OUT SH
2
MIC 1 IN LO
1
MIC 1 IN SH
PGM 1
OUTPUTS
(CT7)
1
2
3
4
5
CALLER IN HI
6
AIR-2+ / Nov 2006
CALLER IN LO
6
PGM 1 RT OUT HI
CALLER IN SH
5
PGM 1 RT OUT LO
CALLER OUT HI
4
PGM 1 RT OUT SH
CALLER OUT LO
3
PGM 1 LT OUT HI
CALLER OUT SH
2
PGM 1 LT OUT LO
CALLER
INPUTS/OUTPUTS
(CT8)
1
PGM 1 LT OUT SH
PGM 2
OUTPUTS
(CT6)
page 1 – 9
INSTALLATION and POWER
Cue Out and Control Connections
LOGIC - DB-25 Connector
START PHONE CHANNEL
START CHANNEL 12
START CHANNEL 11
START CHANNEL 10
START CHANNEL 9
START CHANNEL 8
START CHANNEL 7
START COMMON
START COMMON
START COMMON
START COMMON
START COMMON
AIR-2+ / Nov 2006
13
25
12
24
11
23
10
22
9
21
8
20
7
19
6
18
5
17
4
16
3
15
2
14
1
START COMMON
MIC 2 TB TO CUE/CR COMMON
MIC 2 TB TO CUE/CR
ON AIR TALLY COMMON
ON AIR TALLY N.O.
CUE OUT AUDIO COMMON
CUE OUT
START CHANNEL 6
START CHANNEL 5
START CHANNEL 4
START CHANNEL 3
START CHANNEL 2
START CHANNEL 1
page 1 – 10
CONSOLE FEATURES
Console Features
Chapter Contents
Overview ..................................................................................... 2-2
Inputs .......................................................................................... 2-3
Analog Mono Mic Level Inputs ............................................................................... 2-3
Analog Stereo Line Level Inputs ............................................................................ 2-3
Outputs ....................................................................................... 2-4
Mute and Tally ............................................................................ 2-4
Console Programming Options ................................................ 2-5
PGM/CUE Dipswitch ............................................................................................... 2-5
Cue Interrupt ...................................................................................................... 2-5
Split Cue, Control Room .................................................................................... 2-5
Split Cue, Headphone ....................................................................................... 2-5
Studio Dim ......................................................................................................... 2-5
Program Mono ................................................................................................... 2-6
CR MUTE/AIR TALLY Dipswitches ........................................................................ 2-6
CR Mutes ........................................................................................................... 2-6
On Air Tally ........................................................................................................ 2-6
Console Layout Drawing ........................................................... 2-7
AIR
2006
AIR 2+
2+ // Nov
Mar 2008
page 2 – 1
CONSOLE FEATURES
Console Features
Overview
Each AIR 2+ console has two Input panels and one Master panel. The Input
panel consists of six faders with associated switches. The Master panel has a
PHONE section, a CONTROL section, a HEADPHONE section, and a STUDIO
section. Each section is described below.
The basic purpose of the console is to take some of the many audio signals that
are wired to the console inputs, and generate several outputs that combine these
inputs in various groups and at various degrees of loudness, or signal strength. The
typical application is in a radio station where it is desired to develop the signals that
the station will broadcast (the on air signal), as well as several additional signals
for recording and monitoring.
AIR 2+ / Nov 2006
page 2 – 2
CONSOLE FEATURES
Inputs
The AIR 2+ console is designed to handle up to 12 analog stereo consumer
level (-4dBu unbalanced) inputs, two mono microphone (-50dBu nominal)
inputs, and one external stereo line level (-4dBu unbalanced) input that goes
directly to control room or studio.
The AIR 2+ also has one analog (+4dBu balanced) input dedicated to use as
telephone caller input.
Analog Mono Mic Level Inputs
These inputs are used to connect to microphones, which typically put out
signals at relatively low signal strength, and therefore require more amplification
(increase in signal strength) to be properly audible in the output. Mic level sources
are wired to 6-position plug terminals located on the rear of the console. On the
rear of the console also are a pair of the RCA connectors used for MIC outputs,
and the MIC 1 and MIC 2 GAIN trimpots for adjusting the level of each
microphone input independently.
Example: with a microphone input of –60dBm @150 ohm at the port, gain trim can set
levels from -22dBu to +16dBu (note maximum preamp gain is +76dB) at the PGM 1 or
PGM 2 output.
These microphone connections are to the inputs of two internal microphone
preamplifiers. In order to actually hear the microphone audio, the microphone
preamplifier outputs must be wired to the desired line inputs that feed the faders
you will use to control the microphone levels.
Looking at the rear of the console, the two RCA connectors at the left end of
the bank of RCA connectors are labeled MIC OUT. The top connector (labeled
MIC 1) is the output of mic preamplifier 1, and the bottom connector (labeled
MIC 2) is the output of mic preamplifier 2.
In a typical installation you will want to feed the mic signal to both left and
right sides of the stereo line input. You will use Y-connectors or cables for this.
For example, if you want mic 1 to be controlled by the first fader on the console,
connect the single end of an RCA Y-cable to the MIC 1 MIC OUT connector (for
mic 1). Then connect either of the two connectors at the double end of the Y-cable
to the top 1A RCA connector (assuming you are going to use the A input) and the
other of the two connectors at the double end of the Y-cable to the bottom 1A
connector. You would connect mic 2 (MIC 2 MIC OUT connector) in a similar
fashion.
Analog Stereo Line Level Inputs
These inputs are typically used to connect to machines, such as tape decks, cart
machines, CD players, etc., that provide analog outputs.
AIR
2006
AIR 2+
2+ // Nov
Mar 2008
page 2 – 3
CONSOLE FEATURES
Outputs
The console main analog outputs include two Program stereo buses
(PGM 1 and PGM 2). The Program stereo outputs can be programmed to
mono outputs via dipswitch SW1 (described in the “Console Internal
Programming” section).
Monitor outputs include a stereo Control Room output, a stereo Studio
output, a mono cue output, and a stereo headphone jack.
The console’s mono cue signal feeds the internal speaker in the meterbridge,
and also provides the cue signal used to interrupt Control Room and
headphones, if such interrupt has been enabled by the installer.
Mute and Tally
The console has the ability to mute the control room output. The console
also has an ON AIR tally output that is used to drive user-provided external
circuitry that will in turn operate the control room on air indicator. This tally
is automatically activated whenever the control room mute is activated. Thus,
turning on any module that activates the control room mute also turns on the
ON AIR tally.
See the “Console Programming Options” section for details.
AIR
2006
AIR 2+
2+ // Nov
Mar 2008
page 2 – 4
CONSOLE FEATURES
Console Programming Options
All programming (except for headphone split cue option) is made via three
PCB mounted dipswitches located on the console’s rear panel. One dipswitch
(PGM/CUE switch) is on the top left side of the rear, and programs the control
room cue, the studio dim function, and the mono program outputs. The two
other dipswitches (CR MUTE/AIR TALLY) are in between the two groups of
RCA connectors, and activate CR mute and AIR TALLY.
PGM/CUE Dipswitch
When a PGM/CUE dipswitch position is up it is ON.
Cue Interrupt
The dipswitch pos. 1, when activated, sends cue to the control room.
Split Cue, Control Room
The dipswitch pos. 2, when activated, allows a summed (L+R) version of
the regular program to be sent to the right side of the CR monitor stereo output,
while CUE is sent to the left side.
Split Cue, Headphone
Consoles are normally programmed at the factory for CUE to appear on the
left channel, while L+R sum of the control room output appears on the right.
This can be changed with jumper J1 on the back side of the Master Panel. The
jumper normally spans pins 2 and 3 of the jumper header. To defeat this split
cue option, move the jumper to span pins 1 and 2 instead. Then cue will
interrupt both sides of the headphones.
Studio Dim
The dipswitch pos. 3, when activated, allows normal studio audio to DIM
(drop -20dB in level) when talkback to studio is engaged. If this dipswitch is
not activated, the normal studio audio is completely interrupted by the MIC 1
audio when talkback to studio is engaged.
If the studio is programmed to DIM talkback audio could presumably make
it from the studio monitor speakers to the open studio mic.
AIR
2006
AIR 2+
2+ // Nov
Feb 2010
page 2 – 5
CONSOLE FEATURES
Program Mono
The dipswitch pos. 4 - 7, when activated, sums the left and right PROGRAM channels and
sends L+R to the appropriate channel:
Pos. 4 - sends L+R of the PGM 1 to the PGM 1 LT channel;
Pos. 5 - sends L+R of the PGM 1 to the PGM 1 RT channel;
Pos. 6 - sends L+R of the PGM 2 to the PGM 2 LT channel;
Pos. 7 - sends L+R of the PGM 2 to the PGM 2 RT channel.
CR MUTE/AIR TALLY Dipswitches
When a CR MUTE/AIR TALLY dipswitch position is down it is ON.
CR Mutes
An input channel can be programmed to mute the control room speakers when the channel
is ON. Positions 1 through 13 of the dipswitches, when activated, automatically mute the
console’s control room speakers when the corresponding channels 1 through 13 are turned
ON. This is done to prevent feedback from the CR announcer’s mic. At the same time the ON
AIR LED in the center of the meterbridge will light up.
On Air Tally
For controlling the “on-air” tally function, a relay is provided. The tally is activated when
any channel set for CR mute is turned on or put into cue.
The relay connections are available at the “LOGIC” DB-25 connector mounted on the rear
of the console. Connect the on-air light to the external user-provided relay. Do not bring onair light AC connections to any pin of any connector on the console.
TYPICAL CONTROL ROOM ON-AIR TALLY CIRCUIT
USER-SUPPLIED RELAY TRIGGERED BY CONSOLE CR MUTE CIRCUI
INTERNAL AIR
TALLY RELAY
N.C.
N.O.
CONNECTOR PIN
ON "LOGIC"
DB-25
1N4002
COM 30VDC
2A
max
PIN
10
+
+
–
ECG
B40240
or equiv.
relay
YOUR
POWER
SUPPLY
–
PIN
9
RELAY CIRCUIT POWERED BY USER
SUPPLIED EXTERNAL SUPPLY
AIR
2006
AIR 2+
2+ // Nov
Feb 2010
page 2 – 6
S
A
B
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PGM 1
PGM 2
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PGM 1
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PGM 2
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PGM 2
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PGM 2
PGM 1
PGM 2
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S
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PGM 2
A
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G
A
B
N
PGM 1
PGM 2
PGM 1
PGM 2
CUE
CUE
CUE
CUE
CUE
CUE
CUE
CUE
CUE
CUE
CUE
CUE
START
START
START
START
START
START
START
START
START
START
START
START
PGM 1
PGM 2
CUE
TB
START
0
0
0
0
0
0
0
0
0
0
0
0
0
5
5
5
5
5
5
5
5
5
5
5
5
5
10
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10
10
10
10
10
10
10
15
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15
METERS
EXT
20
20
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20
20
20
20
20
20
20
20
20
20
30
30
30
30
30
30
30
30
30
30
30
30
30
40
50
00
40
50
00
40
50
00
40
50
00
40
50
00
40
50
00
40
50
00
40
50
00
40
50
00
40
50
00
40
50
00
40
50
00
40
50
00
PGM 1
CALLER
AIR 2+ / Nov 2006
AIR-2+ Console Layout
TB
CUE
EXT
PGM 2
PGM 2
CONTROL
EXT
PGM 1
HEADPHONE
PGM 2
STUDIO
page 2 – 7
CONTROLS AND FUNCTIONS
Controls and Functions
Chapter Contents
Input Panel (IP-AIR2) .................................................................. 3-2
Source Select .................................................................................................... 3-3
Program Assign ................................................................................................. 3-3
Cue Button ......................................................................................................... 3-3
Fader .................................................................................................................. 3-3
Start Button ........................................................................................................ 3-3
Master Panel (MST-AIR2) ........................................................... 3-4
Caller Input ............................................................................................................. 3-5
Program Assign ................................................................................................. 3-5
Cue Button ......................................................................................................... 3-5
TB Button ........................................................................................................... 3-5
Fader .................................................................................................................. 3-5
Start Button ........................................................................................................ 3-5
Caller Set-Ups ................................................................................................... 3-6
Control Room Monitor ............................................................................................. 3-7
Program Select .................................................................................................. 3-7
EXT Switch ........................................................................................................ 3-8
Control Room Level Control .............................................................................. 3-8
Cue Level Control .............................................................................................. 3-8
Headphone Level Control .................................................................................. 3-8
Studio Monitor ......................................................................................................... 3-9
Program Select .................................................................................................. 3-9
EXT Switch ........................................................................................................ 3-9
Studio Level Control .......................................................................................... 3-9
TB Button ........................................................................................................... 3-9
Meters (VU-AIR2) ................................................................................................. 3-10
VU Meter Pairs ................................................................................................ 3-10
Meters Select Button ....................................................................................... 3-10
On Air LED ............................................................................................................ 3-10
AIR 2+ / Nov 2006
page 3 – 1
CONTROLS AND FUNCTIONS
Controls and Functions
Input Panel (IP-AIR2)
The Input panel of the AIR 2+ console has six identical strips representing
six input channels.
AIR 2+ / Nov 2006
page 3 – 2
CONTROLS AND FUNCTIONS
Source Select
Each input channel accepts two analog stereo sources: A and B,
switched at the top of the panel. The A/B button will be lit when source B
is selected.
Program Assign
Output switches assign the selected source signal to any combination
of the console’s two stereo Program outputs—PGM 1 and PGM 2. The
button will be lit when the source is assign to its respective bus. To remove
a source from the bus, press the button again; the light will go off to indicate
that the source is no longer assigned to that bus. NOTE that when console
is powered up all input channels will be off, with source A selected, and
assigned to PGM 1.
Recessed rear panel trimpots adjust the left and right levels of PGM 1
and PGM 2 outputs.
Cue Button
A CUE switch places the channel’s signal on the console’s cue bus,
where it may be heard on the meterbridge mounted cue speaker, as an
interrupt to the console operator’s headphones, and as an interrupt to the
control room monitor speakers, if so programmed.
Press the CUE button. The channel’s input signal will be included in
the console’s CUE output at a level that is independent of the FADER
setting, and the button will light. The fader does not need to be turned ON.
To remove a fader from cue, press the CUE BUTTON again; the light will
go off to indicate the channel is no longer assigned to cue.
Fader
Level is set by a long-throw fader. The fader is the sliding mechanism
that determines how strong is the presence of the input in some of the
various console outputs.
If the fader is all the way down (that is, pulled toward the console
operator), the signal will not be present in either of the two program main
buses to which it is assigned. As the fader is moved up (that is, pushed away
from the console operator) the signal will appear more strongly in each of
the main buses to which it is assigned.
START Button
The START button turns the channel on and off by means of electronic
switching and can simultaneously start external source machines. The
channel is ON when the START button is lit. These can also be programmed (as mentioned in the previous chapter) to activate control room
mute and on air tally.
AIR 2+ / Nov 2006
page 3 – 3
CONTROLS AND FUNCTIONS
Master Panel (MST-AIR2)
The Master panel includes the Caller Input, Control Room monitor, Studio
monitor, and Meters sections.
AIR 2+ / Nov 2006
page 3 – 4
CONTROLS AND FUNCTIONS
Caller Input
The caller section is used for the telephone call-in talk segments, and
controls the audio for the caller. The caller signal enters the console from
your station hybrid.
The caller feed can be either or both of the two Program buses. The caller
feed will never contain the caller’s own voice.
A recessed rear panel trimpot adjusts the caller output level.
Program Assign
Output switches assign the caller to any combination of the console’s two
Program outputs (PGM 1 and PGM 2), and permit live talk-ins.
Pressing either of the two program switches causes the caller’s audio to
be included in the output mix for that bus, at a level dependent on the FADER
setting, as long as the caller section is ON. The button will be lit when the
caller is assigned to its respective bus. To remove the caller from a bus to
which it is currently assigned, press the button again; the light will go off to
indicate that the caller is no longer assigned to that bus.
CUE Button
The CUE button allows interviewing the caller prior to airing by including the caller in the console’s cue bus, where it may be heard on the
meterbridge mounted cue speaker.
TB Button
When the TB switch is pressed (it is momentary action), the microphone
(MIC 1) will interrupt the regular caller signal, thus allowing the DJ to talk
to the caller prior to airing.
Fader
The long-throw fader sets the caller’s signal level.
If a fader is all the way down the caller’s voice will not be present in either
of the two Program buses (PGM 1 and PGM 2) to which the phone is
assigned. As the fader is moved up the signal will appear more strongly in
each of the main buses to which the phone is assigned.
The fader position will also affect the strength of the caller in the cue
output.
START Button
The START button determines if the phone channel is ON or OFF. The
channel is ON when the START button is lit. The button can also be used to
provide external start logic for the hybrid.
If the phone channel is OFF, caller signal will not be present in any main
bus output, regardless of the status of the PROGRAM ASSIGN buttons or
the position of the fader. If the phone channel is OFF its signal will still be
present in the cue output if it has been assigned to cue.
AIR 2+ / Nov 2006
page 3 – 5
CONTROLS AND FUNCTIONS
Caller Set-Ups
Pre-air segment communication between the console operator (DJ)
and callers is aided by the CUE button, which places the caller’s voice
on the console’s cue speaker and headphones, and (if so programmed)
CR speakers. Additionally, pressing the caller TB switch sends the
MIC 1 signal to the caller output.
A typical call-in segment might proceed as follows:
Caller phones in, DJ picks up off-air during a track play to set up the
call. He places the caller in CUE, and talks to the caller by pressing the
TB button. Neither the DJ mic nor the phone channel need to be ON for
two-way communication.
When he is ready to take the call on-air, the DJ makes sure his mic
and phone are assigned to PGM 1 or PGM2 and turns them ON. He then
deactivates caller CUE to hear the normal feed.
AIR 2+ / Nov 2006
page 3 – 6
CONTROLS AND FUNCTIONS
Control Room Monitor
This is the console operator’s monitor
that allows the operator to listen to the
console’s two stereo Program outputs and
an external stereo line level input. This section of the console includes the monitor
level controls for the control room, headphone, and cue circuits.
In a typical radio application the console
is located in the Control Room. Speakers in
the Control Room allow the console operator to listen to the console bus outputs to be
assured that the console is performing as
desired. These speakers are fed by a stereo
signal from the console’s Control Room
output. In addition to the Control Room
output, the operator may also desire to listen
to specific isolated faders via the cue system
and the console’s internal cue speaker, or
may want to listen via headphones. Thus,
the control room monitor consists of the
above mentioned level controls, along with
two program assign (PGM1 and PGM 2) buttons, and an external input
(EXT) button.
In some instances the console operator may also be performing talent
whose voice will be heard over the radio. The operator’s microphone may
thus provide a part of the signal that is going out over the air. If that signal
is the one being monitored with the Control Room speakers, there is the
potential for feedback. The amplified signal from the Control Room
speakers is picked up by the microphone and preamplified to a new, higher,
level, which then is once again picked up by the microphone. The signal
quickly rises to an ear-splitting screech. To prevent this, the operator’s
microphone is normally set to MUTE the Control Room output to prevent
the occurrence of feedback.
The master CUE circuit drives a meterbridge-mounted speaker through
a built-in power amp, and can be programmed to interrupt control room
feed, or provide a split feed (program mono sum to right, cue to left) to the
control monitor speakers. It also automatically interrupts the headphone
feed.
Program Select
Pressing either of the two program (PGM 1 or PGM 2) switches allows
the operator to listen to the selected output bus. The button will be lit when
the monitor is assigned to its respective bus.
AIR 2+ / Nov 2006
page 3 – 7
CONTROLS AND FUNCTIONS
EXT Switch
Pressing the EXT switch allows the operator to pick up the external input (useful
for such items as tape recorders or air returns) to listen.
CONTROL ROOM Level Control
The CONTROL level control determines
the overall loudness of the signal being
monitored as it appears in the Control Room
speakers. As the control is turned clockwise, the loudness increases up to a maximum at the limit of mechanical rotation. To
decrease the loudness, turn the control in a
counterclockwise direction.
NOTE: If the Control Room is muted
and you turn the level control all the way
up, then remove the condition that has
the Control Room muted, the sound in
the Control Room speakers will suddenly be VERY LOUD!
CUE Level Control
The CUE level control determines the overall loudness of the cue signal
as it appears in the console’s cue speaker (located behind the grill in the
METERBRIDGE).
Like the Control Room speakers, the cue speaker also has the potential for
feedback. To avoid this situation, operator mics that mute the Control Room
will also mute the cue speaker.
NOTE: If cue is muted and you turn the level control all the way up, then
remove the condition that has the cue muted, the sound in the cue speaker
will suddenly be VERY LOUD!
HEADPHONE Level Control
The HEADPHONE level control determines the overall loudness of the
headphone output signal, which monitors the same source (PGM 1, PGM 2,
or EXT) as the Control Room speakers.
The headphone output signal appears at the HEADPHONE JACK, located
beneath the armrest near the right side of the console. The jack is provided as
a place to plug in user-supplied stereo headphones having an impedance of
60 Ohms or higher.
AIR 2+ / Nov 2006
page 3 – 8
CONTROLS AND FUNCTIONS
Studio Monitor
In addition to the Control Room, there is a
Studio in which one or more performers will
be assembled, usually with microphones so
that their voices can become part of the mix.
Speakers may be provided in the Studio to
allow the talent to listen to the console bus
outputs at times that they are not actually on
air. These speakers are fed from the console’s
stereo Studio output.
The studio monitor consists of a STUDIO
level control, a TB (talkback) button, two
program assign (PGM 1 and PGM 2) buttons,
and an external input (EXT) button.
A connection is provided on the console’s
DB-25 connector to wire up a MIC 2 TB to
CUE/CR switch provided by the user. This
switch enables a guest using MIC 2 to talk
back to the Control Room over the console’s
cue system.
Program Select
Pressing either of the two program PGM 1 or PGM 2 switches allows the
selected output bus to be heard in the studio. The button will be lit when the
monitor is assigned to its respective bus.
EXT Switch
Pressing the EXT switch allows the external balanced input (such as tape
recorders or air returns) to be heard in the studio.
STUDIO Level Control
The STUDIO level control determines the overall loudness of the signal
being monitored as it appears in the Studio speakers.
TB (Talkback) Button
The TB button lets the operator’s microphone signal interrupt the normal
feed to the studio speakers. If the Studio Dim dipswitch (described in
Chapter 2) is set to the ON position, the normal studio feed is not completely
removed, but is dimmed by 20dB.
There may be times when the console operator wants to talk to one of the
performers in the Studio. When the TB button in the Studio is pressed the
speaker’s feed, that is normally heard in the studio, will be dimmed.
AIR 2+ / Nov 2006
page 3 – 9
CONTROLS AND FUNCTIONS
Meters (VU-AIR2)
The METERS section consists of two VU meter pairs on the console’s
meterbridge and a METERS select button, located on the Master panel.
VU Meter Pairs
VU meter pairs (PROGRAM 1 VU and SWITCHED VU) are stereo
LED bargraph type meters.
The level of the signal being metered is indicated by the number of
display elements that are lighted. The more elements lighted, the stronger
is the signal being displayed. The right four LEDs in each bargraph are red
to indicate when the signal level is approaching a clipping (distorted) level.
The next four LEDs are yellow, indicating a normal level range, and the
remaining LEDs are green. The top member of the pair indicates the level
of the signal’s left channel, while the bottom member of the pair indicates
the level of the signal’s right channel. Peak (CLIP) indication is also
provided.
The left VU meter pair shows the level of the PGM 1 output, while the
right VU meter pair (the SWITCHED VU) shows the level of the signal
that is selected for it (PGM 2 or EXT).
METERS Select Button
The METERS buttons select the source for the switched meter pair, as
indicated above.
On Air LED
The ON AIR LED, located in the middle of the
meterbridge, lights up when any input channel is programmed by dipswitch to have the CR MUTE/AIR TALLY
dipswitch activated, and is also ON.
AIR 2+ / Nov 2006
page 3 – 10
SCHEMATIC DRAWINGS
Schematic and Load Sheet
Drawings
Chapter Contents
Console Flow Diagram ................................................................. 4-2
IPA2-6 6 Inputs Panel Card
Schematic ................................................................................................................. 4-3
Load Sheet ................................................................................................................ 4-9
MSTRA2-4 Master Panel Card
Schematic ................................................................................................................ 4-10
Load Sheet ............................................................................................................... 4-15
MTRA2-4 Meters Card
Schematic ................................................................................................................ 4-16
Load Sheet ............................................................................................................... 4-19
CONA2-3 Three Connector Blocks Card
Schematic ................................................................................................................ 4-20
Load Sheet ............................................................................................................... 4-21
CONA2-4 Four Connector Blocks Card
Schematic ................................................................................................................ 4-22
Load Sheet ............................................................................................................... 4-23
AIR 2+ / Nov 2006
page 4 – 1
START
START OPTO
DB-25
TRIM
MIC 1
PREAMP
L
PGM 1
PGM 1
METERS
TO BRIDGE
PGM 1 MON
PGM 2
LOGIC
CR MIC 1
RCA
CR MIC 1
R
VU METERS
CR MUTE/
AIR TALLY
DIP SW
H
L
MIC 1 TB
TB TO PHONE
MUTE/TALLY
ON REAR
TRIM
STUDIO
A/B
PGM 2 LT MON
PGM 2 RT MON
EXT LT MON
L
A
A/B
SEL
FET
SW
R
INPUT
L
B
R
L
L
F
A
D
E
R
R
PGM 1 ACN
PGM
FET
SW
TB
L
VU
FET
SW
PGM 2 /
SWITCHED
METERS
TO BRIDGE
TRIM
EXT RT MON
EXT IN
PGM 1
R
PGM 2 ACN
PGM 2
R
LOGIC
RCA
CUE
FET
SW
CR TO STUDIO TB
EXT
ON REAR
PGM 2
INPUT CHANNEL
CUE
TB TO STUDIO
CUE SENSE
LOGIC
PGM 1 LT MON
N.O.
DRY
RELAY
PGM 1 RT MON
LOGIC
DRIVER
PGM 2 LT MON
PIN 10
DB-25
PIN 9
ON AIR TALLY
PGM 2 RT MON
F
A
D
E
R
L
E
V
E
L
L
R
L
L
R
R
FET
SW
ST OUT
RCA
EXT RT MON
TO TALLY LED
TO BRIDGE
CUE SENSE
LOGIC
H
L
ST
FET
SW
EXT LT MON
CUE
PHONE
CALLER FROM
HYBRID
DIM OR
INTERRUPT
DIP SW
LOGIC
CUE ACN
CUE
FET
SW
TB STUDIO
SPLIT CUE MODE
JUMPER
CUE ACN
LOGIC
CUE SENSE
STUDIO/GUEST MIC 2
TRIM
START
MIC 2
PREAMP
DB-25
PIN 25
START OPTO
HEADPHONE
H
L
MIC 2
RCA
PGM 1
PGM 2
L
E
V
E
L
MUTE / TALLY
PGM 1 LT MONO
TB
LOGIC
DIP SW
PGM 1 RT MONO
TO EXT CUE AMP
PGM 2 LT MONO
PGM 2 RT MONO
ON REAR
PGM 1 LT
PGM 1 RT
PGM 2 LT
PGM 2 RT
DB-25
PINS 11,12
GUEST TB TO CUE/CR
CUE ACN
PGM/
TB
FET
SW
L
E
V
E
L
CUE
FET
SW
HDPN OUT
R
R
DB-25
PINS 7,8
CUE
MB SPKR
FET
L
L
FET
SW
HDPN
JACK
CUE MON
TRIM
L
H CALLER
EXT IN
CUE MON
TO
L HYBRID
R
CR MUTE
PGM 1
SUM
MIC 1 TB
PGM 2
MUTE TALLY INPUT 1
CONTROL ROOM
TRIM
L
L
PGM 1 ACN
TRIM
R
PGM
MUTE TALLY PHONE
H
L
L
L
PGM 1 RT MON
PGM 1 OUT
R
TRIM
L
L
L
TRIM
EXT RT MON
R
CR MUTE
EXTERNAL IN
L
PGM 1 LT MON
PGM 1 RT MON
PGM 2 RT MON
R
ON AIR TALLY
ON REAR
PGM 2 OUT
PGM 2 LT MON
H
R
CUE TO CR
ENABLE
DIP SW
RCA
PGM 2 LT MON
L
ON REAR
CUE SENSE
R
SPLIT CUE
MODE
DIP SW
LOGIC
EXT LT MON
EXT IN
R
H
PGM 2 ACN
L
H
R
FET
SW
MUTE TALLY INPUT 12
PGM 1 LT MON
PGM 2 RT MON
L
EXT LT MON
CR
FET
SW
L
R
L
E
V
E
L
L
L
R
R
FET
SW
CR OUT
RCA
EXT RT MON
AIR 2+
System Flow Diagram
AIR 2+ / Feb 2010
CUE MON
page 4 - 2
8
7
6
5
INPUT 1
3
1
R18 220
4
R17 220
ABSW_1
VCC
2
1
R73 220
3
4
R58 220
SW8
3
1
R72 220
4
R57 220
SW19
R38
C31
1.00K
0.22uF
2
1
R150 220
3
4
R149 220
SW25
2
3
R210 100
4
R218 220
2
1
R70 220
3
4
R56 220
VCC
2
0.22uF
VCC
R40
C33
1.00K
0.22uF
1
R140 220
4
R139 220
SW26
VCC
2
C29
1.00K
1
3
4
R5 220
2
3
ABSW_5
1
R63 220
4
R50 220
SW16
2
4
VCC
ABSW_3
1
R68 220
3
4
R54 220
SW12
2
R34
C26
1.00K
0.22uF
R67 220
4
R53 220
VCC
R39
C32
1.00K
0.22uF
1
R130 220
3
4
R129 220
2
3
C28
R208 100
C24
1.00K
0.22uF
4
R215 220
1.00K
0.22uF
1
R65 220
R52 220
VCC
2
C25
1.00K
0.22uF
1.00K
R51 220
4
R46 220
1
R120 220
4
R119 220
SW28
C21
R41
C7
1.00K
0.22uF
GND
1
R207 100
4
R214 220
STARTSW_4
C
R24
C15
1.00K
0.22uF
R110 220
4
R109 220
1
R206 100
3
4
R212 220
R1 220
VCC
2
0.22uF
VCC
R60 220
4
R48 220
2
VCC
4
2
3
R26
C17
1.00K
0.22uF
R22
C12
1.00K
0.22uF
LINEAINLT_3
GND
LINEBINLT_3
LINEAINLT_4
R20
C10
1.00K
0.22uF
LINEBINLT_4
LINEAINLT_5
GND
LINEBINLT_5
PGM2SW_6
C9
1.00K
0.22uF
GND
1
R100 220
4
R99 220
1
R205 100
3
4
R211 220
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
22
23
24
25
26
LINEBINRT_1
LINEAINRT_2
LINEBINRT_2
LINEAINRT_3
LINEBINRT_3
AGND
LINEAINRT_4
GND
LINEBINRT_4
D+in
LINEAINRT_5
AGND
LINEBINRT_5
AGND
LINEAINRT_6
PGM1LTACN
LINEBINRT_6
PGM2LTACN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
R25
C16
1.00K
0.22uF
VCC
VCC
VCC
VCC
VCC
R21
C11
1.00K
0.22uF
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
C53
C38
C43
C30
C45
C49
C46
C44
C22
C41
C40
C36
C35
C59
C57
C55
C13
C37
C42
C39
C47
C61
C48
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
100uF
100uF
100uF
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
AIR-2 / Nov 2006
7
6
D+in
IPA2-6
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
5
4
3
A
DATE
DRAWN SA/WWP 10-13-06
CHECKED
SA
ISSUED
SA
GND
W# 700889
8
PGM2RTACN
GND
C51
GND
PGM1RTACN
GND
APPROVALS
VCC
B
V-in
CUEACN
STARTSW_6
GND
VCC
V+in
F1
- SA UR US - Sergey Averin VCC
D+in
POLYSW
1.0A
CONTRACT NO.
VCC
GND
GND
VCC
START
GND
3
LINEAINRT_1
CUESW_6
GND
2
LINEBINLT_6
R19
2
A
VCC
0.22uF
GND
CT1
1
21
LINEAINLT_6
R47 220
SW30
VCC
STARTSW_5
LINEBINLT_2
AGND
CUE
GND
0.22uF
R59 220
SW24
GND
C1
1.00K
GND
1
LINEAINLT_2
R3
PGM1SW_6
PGM-2
CUESW_5
GND
1
LINEAINLT_1
LINEBINLT_1
PGM-1
3
1.00K
ABSW_6
GND
SW18
C14
GND
2
4
GND
R23
GND
1
3
SW17
PGM2SW_5
START
VCC
C20
1.00K
GND
CT2
R2 220
A/B SELECT
R49 220
SW29
VCC
GND
R29
GND
0.22uF
GND
CUESW_4
START
0.22uF
C18
GND
3
2
GND
PGM2SW_4
CUE
VCC
0.22uF
1.00K
2
GND
C19
1.00K
R27
SW22
VCC
R28
GND
1
0.22uF
GND
PGM1SW_4
PGM-2
GND
R33
GND
GND
4
D
C3
1.00K
SW14
C23
ABSW_4
R9
3
3
GND
4
R7 220
2
GND
R31
R30
R8 220
PGM-1
STARTSW_3
START
0.22uF
R32
GND
1
VCC
CUESW_3
SW27
VCC
STARTSW_2
1
SW13
GND
3
CUE
GND
0.22uF
GND
2
2
A/B SELECT
PGM2SW_3
SW21
CUESW_2
1.00K
GND
1
PGM-2
GND
C4
PGM1SW_3
PGM-1
VCC
VCC
3
R10
GND
2
GND
1.00K
1
3
CUE
VCC
0.22uF
R36
2
GND
R62 220
SW23
3
0.22uF
VCC
PGM1SW_5
PGM-2
2
C2
1.00K
GND
1
3
R4
GND
PGM-1
VCC
R217 220
4
R11 220
SW6
2
SW15
VCC
4
R12 220
INPUT 6
R6 220
A/B SELECT
B
C27
1.00K
GND
SW5
VCC
R209 100
1
SW11
GND
R35
GND
1
GND
INPUT 5
VCC
0.22uF
3
START
0.22uF
1.00K
GND
3
3
GND
R55 220
2
GND
R37
4
SW4
2
A/B SELECT
PGM2SW_2
CUE
STARTSW_1
START
R69 220
SW20
CUESW_1
C5
PGM1SW_2
PGM-2
GND
R15
GND
1
VCC
3
PGM-1
3
1.00K
ABSW_2
GND
SW10
C8
GND
1
VCC
GND
R42
GND
4
R13 220
SW9
GND
PGM2SW_1
CUE
C
0.22uF
R14 220
A/B SELECT
PGM1SW_1
PGM-2
VCC
1.00K
GND
2
VCC
C6
GND
PGM-1
VCC
R16
1
1
INPUT 4
SW3
2
3
A/B SELECT
SW7
VCC
2
INPUT 3
SW2
2
D
3
INPUT 2
SW1
VCC
4
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
IPA2-6A PCB
22S0001-1
SHEET
REV
A
1 of 6
1
page 4 - 3
8
7
6
VCC
R45
4.99K
4
VCC
R44
U3
___
PR
5
Q
CK
2
__ 6
D
____
Q
1
CLR
4.99K
4
ABSW_1
5
U2
___
PR
5
Q
CK
2
__ 6
D
____
Q
1
CLR
4.99K
1
U1
___
PR
5
Q
CK
2
__ 6
D
____
Q
1
CLR
4
ABSW_5
3
74LS74
D
2
VCC
R43
4
ABSW_3
3
3
3
74LS74
74LS74
D
BAT54 D1
U3
___
PR
9
Q
CK
12
__
D
8
____
Q
13
CLR
U2
___
PR
9
Q
CK
12
__
D
8
____
Q
13
CLR
10
ABSW_2
10
ABSW_4
11
74LS74
U1
___
PR
9
Q
CK
12
__
D
8
____
Q
13
CLR
BAT54 D2
10
ABSW_6
11
11
74LS74
BAT54 D12
BAT54 D7
74LS74
BAT54 D10
U14
___
PR
5
Q
CK
2
__ 6
D
____ Q
1
CLR
4
PGM1SW_1
PGM1_1
3
U10
___
PR
5
Q
CK
2
__ 6
D
____ Q
1
CLR
4
PGM1SW_3
3
74LS74
U6
___
PR
5
Q
CK
2
__ 6
D
____ Q
1
CLR
4
PGM1_3
PGM1SW_5
3
74LS74
BAT54 D5
PGM1_5
74LS74
BAT54 D13
U14
___
PR
9
Q
11
CK
12
__ 8
D
____ Q
13
CLR
10
PGM2SW_1
C
PGM2_1
U10
___
PR
9
Q
11
CK
12
__ 8
D
____ Q
13
CLR
10
PGM2SW_3
74LS74
U6
___
PR
9
Q
11
CK
12
__ 8
D
____ Q
13
CLR
10
PGM2_3
PGM2SW_5
74LS74
BAT54 D8
PGM2_5
BAT54 D6
C
BAT54 D11
74LS74
BAT54 D9
U12
___
PR
5
Q
3
CK
2
__ 6
D
____
Q
1
CLR
4
PGM1SW_2
PGM1_2
U8
___
PR
5
Q
3
CK
2
__ 6
D
____
Q
1
CLR
4
PGM1SW_4
74LS74
U12
___
PR
9
Q
CK
12
__ 8
D
____
Q
13
CLR
PGM2_2
11
U8
___
PR
9
Q
CK
12
__ 8
D
____
Q
13
CLR
10
PGM2SW_4
11
74LS74
U15
___
PR
5
Q
CK
2
__
D
____ Q 6
1
CLR
B
11
U7
___
PR
5
Q
CK
2
__
D
6
____
Q
1
CLR
4
CUESW_5
74LS74
U11
___
PR
9
Q
11
CK
12
__ 8
D
____ Q
13
CLR
74LS74
U7
___
PR
9
Q
11
CK
12
__ 8
D
____ Q
13
CLR
10
10
CUESW_4
CUESW_6
74LS74
U13
___
PR
5
Q
3
CK
2
__ 6
D
____ Q
1
CLR
4
START_1
U9
___
PR
5
Q
3
CK
2
__ 6
D
____ Q
1
CLR
4
STARTSW_3
74LS74
B
3
74LS74
U15
___
PR
9
Q
11
CK
12
__ 8
D
____ Q
13
CLR
PGM2_6
74LS74
U11
___
PR
5
Q
CK
2
__
D
6
____
Q
1
CLR
10
STARTSW_1
PGM2SW_6
3
74LS74
CUESW_2
U4
___
PR
9
Q
CK
12
__ 8
D
____
Q
13
CLR
10
PGM2_4
4
CUESW_3
3
BAT54 D4
PGM1_6
74LS74
74LS74
4
CUESW_1
PGM1SW_6
74LS74
10
PGM2SW_2
U4
___
PR
5
Q
3
CK
2
__ 6
D
____
Q
1
CLR
4
PGM1_4
74LS74
U5
___
PR
5
Q
3
CK
2
__ 6
D
____ Q
1
CLR
4
START_3
STARTSW_5
74LS74
START_5
74LS74
VCC
A
U13
___
PR
9
Q
11
CK
12
__ 8
D
____
Q
13
CLR
10
STARTSW_2
START_2
U9
___
PR
9
Q
11
CK
12
__ 8
D
____
Q
13
CLR
10
STARTSW_4
74LS74
U5
___
PR
9
Q
11
CK
12
__ 8
D
____
Q
13
CLR
10
START_4
STARTSW_6
74LS74
VCC
R64
D3
4148
4.99K
START_6
C34
100uF
74LS74
GND
- SA UR US - Sergey Averin -
APPROVALS
AIR-2 / Nov 2006
7
6
5
4
3
A
DATE
DRAWN SA/WWP 10-13-06
CHECKED
SA
ISSUED
SA
W# 700889
8
IPA2-6
CONTRACT NO.
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
IPA2-6A PCB
22S0001-2
SHEET
REV
A
2 of 6
1
page 4 - 4
8
7
6
5
4
3
2
1
D
D
VCC
1
STARTSW_1 R82 220
START_1
R81
R71
1.00K
1.00K
U23
8
3
2 AQW210S 7
1
2
VCC
U24
STARTSW_2 R80 220
START_2
3
GND
74LS00
C60
4
5
PGM2_1
U24
9
10
GND
PGM1_2
6
U22
4
5
STARTSW_3 R79 220
START_3
3
GND
U24
12
13
C
U24
PGM2_2
8
U22
9
10
U22
12
11
13
GND
PGM1_3
6
5
PGM2_3
8
2
U22
13
5
U19
9
10
U19
1.00K
1.00K
U20
6
1
STARTSW_5 R76 220
START_5
3
GND
13
U19
11
C
2
VCC
R61
1.00K
U17
8
3
2 AQW210S 7
1
U18
STARTSW_6 R74 220
START_6
3
GND
74LS00
C52
GND
PGM1_5
6
4
5
PGM2_5
U18
9
10
3
GND
B
GND
PGM1_6
6
4
5
U18
12
11
13
74LS00
U18
U16
6
74LS00
PGM2_6
8
9
10
74LS00
U16
8
74LS00
12
11
13
74LS00
GND
U16
74LS00
C50
74LS00
8
6
4 AQW210S 5
1
2
U17
0.22uF
74LS00
12
U21
GND
74LS00
PGM2_4
8
74LS00
0.22uF
4
U21
12
11
R75
0.22uF
GND
6
VCC
74LS00
C54
U21
9
10
R66
4 AQW210S 5
U19
GND
74LS00
VCC
1
3
74LS00
GND
3
U21
4
74LS00
GND
8
74LS00
C56
74LS00
74LS00
STARTSW_4 R77 220
START_4
2
U20
2 AQW210S 7
1
74LS00
74LS00
PGM1_4
1
0.22uF
74LS00
B
6
0.22uF
GND
PGM1_1
1.00K
U23
74LS00
C58
0.22uF
R78
4 AQW210S 5
1
2
VCC
U16
11
74LS00
GND
GND
A
IPA2-6
CONTRACT NO.
- SA UR US - Sergey Averin -
APPROVALS
DATE
DRAWN SA/WWP 10-13-06
CHECKED
SA
ISSUED
SA
W# 700889
8
AIR-2 / Nov 2006
7
6
5
4
3
A
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
IPA2-6A PCB
22S0001-3
SHEET
REV
A
3 of 6
1
page 4 - 5
8
7
6
5
4
3
2
1
R98 13.3K
-2dBu
C78 10pF
R203 88.7K
D
8
LINEAINLT_1
A
R147 10.0K
1
2
R148
X
Y
3.32K
15
V+
6
X-Y
6
INH
U36 S 10
4053
5
LT
AGND
AGND
4
LT
CT8 5 4
10K 3
V-
LINEBINLT_1
8
C173 22uF
R204 22.1K
AGND
R146
IN 1
R143 10.0K
3
5
X
Y
3.32K
X-Y
INH
U36 S
4053
4
4
3
9
V-
6
2
4
6
-2dBu
C172 10pF
22uF C120
1
RT
CT8 1 2
10K 3
AGND
AGND
1
9
-2dBu
5532
U31
15
X-Y
X
INH
Y
10
S U47
4053
R190 10.0K
2
6
RT
C170 22uF
R227 22.1K
1
5532
U54
22uF C149
R193 10.0K
14
C171
C99
C152
0.1uF
0.1uF
0.1uF
0.1uF
C79
C148
C136
C140
0.1uF
0.1uF
0.1uF
0.1uF
AGND
3
PGM2LTACN
5
VDD
AGND
C81
C67
C126
C83
0.22uF
0.22uF
0.22uF
0.22uF
C62
C88
C108
C84
0.22uF
0.22uF
0.22uF
0.22uF
13
X-Y
X
6
12
INH
Y
11
U48
S
4053
-14dBu
R141 10.0K
X-Y
X
INH
Y
U47
S
4053
PGM2RTACN
AGND
VEE
R142
3.32K
C
C101
PGM1RTACN
2
3
AGND
B
R192 10.0K
R228 88.7K
R144
LINEBINRT_1
22uF C146
-2dBu
C102 10pF
LINEAINRT_1
7
5532
U54
V-
AGND
A
V+
FADER 1
R162 13.3K
3.32K
D
PGM1LTACN
V+
-14dBu
R145 10.0K
13
X-Y
X
12
INH
Y
11
S U47
4053
6
6
5
AGND
B
14
22uF C150
7
5532
U31
R191 10.0K
-2dBu
C147 10pF
-2dBu
R194 20.0K
13
12
AGND
X
Y
AGND
15
14
X-Y
6
INH
U36 S 11
4053
6
10
X-Y
X
INH
Y
S U48
4053
C
1
CUEACN
2
AGND GND
R161 20.0K
4
6
9
X-Y
X
INH
Y
S U48
4053
3
5
1.30K R91
VDD
GND
C64
Z1
C5V1
5.1V
AGND
C63
4.7uF
1.30K R92
VEE
8
A
2
R138
X
Y
3.32K
B
V+
X-Y
6
INH
U35 S 10
4053
5
LT
AGND
AGND
4
LINEBINLT_2
LT
CT7 5 4
10K 3
V-
8
C169 22uF R202 22.1K
5
AGND
R136
3.32K
3
5
X
Y
3.32K
X-Y
INH
U35 S
4053
6
9
3
RT
5532
U30
1
4
15
1
6
2
X-Y
X
INH
Y
10
S U45
4053
V-
4
6
CT7 1 2
10K 3
C167 22uF R216 22.1K
B
PGM1RTACN
5532
U53
1
22uF C145
R188 10.0K
14
3
PGM2LTACN
5
13
X-Y
X
12
INH
Y
11
S U46
4053
PGM2RTACN
6
-14dBu
R131 10.0K
X-Y
X
INH
Y
U45
S
4053
2
3
AGND
-2dBu
C168 10pF
22uF C119
RT
AGND
AGND
LINEBINRT_2
R187 10.0K
9
-2dBu
2
4
PGM1LTACN
22uF C142
R226 88.7K
R134
B
7
5532
U53
R185 10.0K
AGND
LINEAINRT_2
13
X-Y
X
12
INH
Y
S U45
4053
V+
-2dBu
C100 10pF
A
AGND
NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY
IN PHASE
R132
3.32K
R189 20.0K
13
12
AGND
X
Y
AGND
A
15
14
X-Y
6
INH
U35 S 11
4053
6
10
X-Y
X
INH
Y
S U46
4053
CUEACN
2
4
6
9
GND
X-Y
X
INH
Y
S U46
4053
- SA UR US - Sergey Averin -
3
5
APPROVALS
AGND
AIR-2 / Mar 2009
6
5
4
3
A
DATE
DRAWN SA/WWP 3-17-09
CHECKED
SA
ISSUED
SA
W# 700889
7
IPA2-6
CONTRACT NO.
R159 20.0K
OUT OF PHASE
1
AGND GND
8
V-
FADER 2
R160 13.3K
R133 10.0K
F3
V-
6
-14dBu
R135 10.0K
IN 2
6
11
AGND
B
14
22uF C118
7
5532
U30
R186 10.0K
-2dBu
C143 10pF
-2dBu
6
15
V-in
AGND
POLYSW
0.3A
R201 88.7K
1
V+
100uF
-2dBu
C76 10pF
R137 10.0K
C66
4.7uF
R97 13.3K
V+in
POLYSW
0.3A
100uF
C65
Z2
C5V1
5.1V
LINEAINLT_2
F2
V+
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
IPA2-6A PCB
22S0001-4
SHEET
REV
A
4 of 6
1
page 4 - 6
8
7
6
5
4
3
2
1
R96 13.3K
-2dBu
C74 10pF
R199 88.7K
D
8
LINEAINLT_3
A
R127 10.0K
1
2
R128
X
Y
3.32K
15
5
AGND
AGND
LINEBINLT_3
4
LT
V-
8
CT6 5 4
10K 3
C166 22uF
AGND
-14dBu
R200 22.1K
3.32K
R123 10.0K
3
5
X
Y
3.32K
X-Y
INH
U34 S
4053
4
R182 10.0K
15
10
V-
R180 10.0K
4
6
3
9
-2dBu
C165 10pF
22uF C117
1
5532
U29
RT
AGND
AGND
9
-2dBu
2
6
RT
LINEBINRT_3
4
R225 88.7K
R124
B
22uF C138
-2dBu
AGND
LINEAINRT_3
7
5532
U52
X-Y
X
INH
Y
S U43
4053
1
PGM1RTACN
2
FADER 3
R158 13.3K
C98 10pF
A
D
PGM1LTACN
V+
6
AGND
R126
13
X-Y
X
12
INH
Y
11
S U43
4053
6
6
5
R125 10.0K
IN 3
14
22uF C116
7
5532
U29
R181 10.0K
-2dBu
C139 10pF
-2dBu
6
X-Y
6
INH
U34 S 10
4053
LT
B
V+
CT6 1 2
10K 3
C163 22uF
AGND
-14dBu
R224 22.1K
3
PGM2LTACN
5
2
3
R121 10.0K
X-Y
X
INH
Y
U43
S
4053
1
5532
U52
22uF C141
R183 10.0K
14
13
X-Y
X
12
INH
Y
11
U44
S
4053
PGM2RTACN
6
AGND
R122
3.32K
C
R184 20.0K
13
12
AGND
X
Y
AGND
15
1
6
2
4
3
X-Y
X
INH
Y
10
S U44
4053
14
X-Y
6
INH
U34 S 11
4053
C
CUEACN
AGND GND
V+
R157 20.0K
6
9
X-Y
X
INH
Y
S U44
4053
5
GND
AGND
C95
C91
C153
C93
0.1uF
0.1uF
0.1uF
0.1uF
C132
C128
C73
C75
0.1uF
0.1uF
0.1uF
0.1uF
AGND
V-
R95 13.3K
VDD
-2dBu
C72 10pF
R197 88.7K
8
LINEAINLT_4
A
R117 10.0K
1
2
R118
X
Y
3.32K
B
V+
-2dBu
6
15
X-Y
6
INH
U33 S 10
4053
5
LT
AGND
AGND
4
LT
CT5 5 4
10K 3
V-
LINEBINLT_4
8
C162 22uF R198 22.1K
AGND
R116
3.32K
LINEAINRT_4
3
5
X
Y
3.32K
X-Y
INH
U33 S
4053
6
9
3
RT
5532
U28
1
4
15
1
6
2
X-Y
X
INH
Y
10
S U41
4053
V-
4
6
CT5 1 2
10K 3
C160 22uF R213 22.1K
5532
U51
1
22uF C137
R178 10.0K
R111 10.0K
X-Y
X
INH
Y
U41
S
4053
14
0.22uF
C82
C80
C103
C107
0.22uF
0.22uF
0.22uF
0.22uF
PGM2LTACN
5
13
X-Y
X
12
INH
Y
11
S U42
4053
AGND
PGM2RTACN
NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY
IN PHASE
R179 20.0K
13
12
AGND
X
Y
AGND
A
15
14
X-Y
6
INH
U33 S 11
4053
6
10
X-Y
X
INH
Y
S U42
4053
CUEACN
2
IPA2-6
CONTRACT NO.
R155 20.0K
4
6
9
GND
X-Y
X
INH
Y
S U42
4053
- SA UR US - Sergey Averin -
3
5
APPROVALS
AGND
5
4
3
A
DATE
DRAWN SA/WWP 3-17-09
CHECKED
SA
ISSUED
SA
W# 700889
6
OUT OF PHASE
1
AGND GND
7
B
AGND
3
6
-14dBu
3.32K
AIR-2 / Mar 2009
C123
0.22uF
PGM1RTACN
R112
8
C121
0.22uF
2
3
AGND
-2dBu
C161 10pF
22uF C115
RT
AGND
AGND
LINEBINRT_4
R177 10.0K
9
-2dBu
2
4
C124
0.22uF
VEE
R223 88.7K
R114
B
22uF C134
R175 10.0K
AGND
A
7
5532
U51
-2dBu
C96 10pF
R113 10.0K
C85
FADER 4
R156 13.3K
IN 4
PGM1LTACN
V+
-14dBu
R115 10.0K
13
X-Y
X
12
INH
Y
11
S U41
4053
6
6
5
AGND
B
14
22uF C114
7
5532
U28
R176 10.0K
-2dBu
C135 10pF
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
IPA2-6A PCB
22S0001-5
SHEET
REV
A
5 of 6
1
page 4 - 7
8
7
6
5
4
3
2
1
R94 13.3K
-2dBu
C70 10pF
R195 88.7K
D
8
LINEAINLT_5
A
R107 10.0K
1
2
R108
X
Y
3.32K
15
5
AGND
AGND
LINEBINLT_5
4
LT
V-
8
CT4 5 4
10K 3
C159 22uF
AGND
-14dBu
R196 22.1K
R103 10.0K
3
5
X
Y
3.32K
X-Y
INH
U32 S
4053
4
15
10
4
6
3
9
-2dBu
C158 10pF
22uF C113
1
5532
U27
RT
AGND
AGND
9
-2dBu
2
6
RT
LINEBINRT_5
R172 10.0K
V-
R222 88.7K
R104
B
4
R170 10.0K
AGND
LINEAINRT_5
22uF C130
-2dBu
C94 10pF
A
7
5532
U50
X-Y
X
INH
Y
S U39
4053
1
PGM1RTACN
2
FADER 5
R154 13.3K
3.32K
D
PGM1LTACN
V+
6
AGND
R106
13
X-Y
X
12
INH
Y
11
S U39
4053
6
6
5
R105 10.0K
IN 5
14
22uF C112
7
5532
U27
R171 10.0K
-2dBu
C131 10pF
-2dBu
6
X-Y
6
INH
U32 S 10
4053
LT
B
V+
CT4 1 2
10K 3
C156 22uF
AGND
-14dBu
R221 22.1K
3
PGM2LTACN
5
2
3
R101 10.0K
X-Y
X
INH
Y
U39
S
4053
1
5532
U50
22uF C133
R173 10.0K
14
13
X-Y
X
12
INH
Y
11
U40
S
4053
PGM2RTACN
6
AGND
R102
3.32K
C
R174 20.0K
13
12
AGND
X
Y
AGND
15
1
6
2
4
3
X-Y
X
INH
Y
10
S U40
4053
14
X-Y
6
INH
U32 S 11
4053
C
CUEACN
AGND GND
V+
R153 20.0K
6
9
X-Y
X
INH
Y
S U40
4053
5
GND
AGND
C164
C97
C151
C157
0.1uF
0.1uF
0.1uF
0.1uF
C77
C69
C71
C144
0.1uF
0.1uF
0.1uF
0.1uF
AGND
V-
R93 13.3K
VDD
-2dBu
C68 10pF
R163 88.7K
8
LINEAINLT_6
A
R89 10.0K
1
2
R90
X
Y
3.32K
B
V+
-2dBu
6
15
X-Y
6
INH
U25 S 10
4053
5
LT
AGND
AGND
4
LT
CT3 5 4
10K 3
V-
LINEBINLT_6
8
C155 22uF R164 22.1K
AGND
R88
3.32K
LINEAINRT_6
3
5
X
Y
3.32K
X-Y
INH
U25 S
4053
6
9
3
RT
5532
U26
1
4
15
1
6
2
X-Y
X
INH
Y
10
S U37
4053
V-
4
6
CT3 1 2
10K 3
C109 22uF R219 22.1K
5532
U49
1
22uF C129
R168 10.0K
R84 10.0K
X-Y
X
INH
Y
U37
S
4053
14
0.22uF
C86
C105
C104
C106
0.22uF
0.22uF
0.22uF
0.22uF
PGM2LTACN
5
13
X-Y
X
12
INH
Y
11
S U38
4053
AGND
PGM2RTACN
NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY
IN PHASE
R169 20.0K
13
12
AGND
X
Y
AGND
A
15
14
X-Y
6
INH
U25 S 11
4053
6
10
X-Y
X
INH
Y
S U38
4053
CUEACN
2
IPA2-6
CONTRACT NO.
R151 20.0K
4
6
9
GND
X-Y
X
INH
Y
S U38
4053
- SA UR US - Sergey Averin -
3
5
APPROVALS
AGND
5
4
3
A
DATE
DRAWN SA/WWP 3-17-09
CHECKED
SA
ISSUED
SA
W# 700889
6
OUT OF PHASE
1
AGND GND
7
B
AGND
3
6
-14dBu
3.32K
AIR-2 / Mar 2009
C87
0.22uF
PGM1RTACN
R83
8
C122
0.22uF
2
3
AGND
-2dBu
C154 10pF
22uF C111
RT
AGND
AGND
LINEBINRT_6
R167 10.0K
9
-2dBu
2
4
C125
0.22uF
VEE
R220 88.7K
R86
B
22uF C90
R165 10.0K
AGND
A
7
5532
U49
-2dBu
C92 10pF
R85 10.0K
C89
FADER 6
R152 13.3K
IN 6
PGM1LTACN
V+
-14dBu
R87 10.0K
13
X-Y
X
12
INH
Y
11
S U37
4053
6
6
5
AGND
B
14
22uF C110
7
5532
U26
R166 10.0K
-2dBu
C127 10pF
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
IPA2-6A PCB
22S0001-6
SHEET
REV
A
6 of 6
1
page 4 - 8
Top
Bottom
AIR 2+ / Nov 2006
IPA2-6 6 Inputs Panel Card - Load Sheet
page 4 – 9
8
7
6
5
PHONE
4
3
CR
SW2
VCC
1
R43 220
3
4
R41 220
PGM1SW_13
PGM-1
SW3
VCC
C25
1.00K
0.22uF
GND
2
1
R40 220
3
4
R38 220
SW4
1
R66 220
3
4
R64 220
C24
1.00K
0.22uF
4
R172 220
1.00K
0.22uF
1
VCC
3
4
1
VCC
3
4
R194 220
PGM-1
2
1
VCC
3
4
2
1
VCC
3
4
R168 220
1
VCC
3
4
1
VCC
3
4
R165 220
EXT
VCC
R191
SW14
10.0K
2
10.0K
2
R193
GND
R167
GND
PGM-2
VCC
VCC
SW11
10.0K
GND
R125 220
TB
R169
R192 220
10.0K
GND
2
1
VCC
3
4
PGM-2
R190 220
PGM-1
VCC
R189
SW15
GND
D
10.0K
GND
VCC
SW10
10.0K
2
R170 220
EXT
R195
SW13
C47
2
R126
SW7
10.0K
GND
VCC
GND
GND
R65
GND
3
SW12
CUESW_13
CUE
VCC
GND
R39
GND
2
1
EXT
PGM2SW_13
PGM-2
VCC
R42
2
VCC
R171
SW9
10.0K
GND
STUDIO
VCC
R173
SW8
2
1
SWITCHED METERS
VCC
D
2
10.0K
GND
2
1
VCC
3
4
VCC
C
R63
SW5
2
1
VCC
3
4
R62 220
1
R98 100
4
R96 220
C
PGM-2
10.0K
GND
R188 220
TB
SW6
VCC
2
3
STARTSW_13
R97
START
1.00K
GND
C79
0.22uF
VCC
GND
1
SW1
VCC
VCC
VCC
VCC
VCC
VCC
R1
R2
R3
R4
R5
R6
R7
10.0K
10.0K
10.0K
10.0K
10.0K
20.0K
20.0K
2
3
4
5
6
7
GND
B
CT2
EXTINLT
1
STOUTLT
CROUTLT
MIC1OUT
MIC2INHI
MIC1INHI
AGND
PGM2OUTRTHI
PGM2OUTLTHI
PGM1OUTRTHI
PGM1OUTLTHI
CALLINHI
CALLOUTHI
3
4
5
6
7
8
9
10
11
12
13
14
15
CT3
CT1
EXTINRT
2
16
17
18
19
20
21
22
23
24
25
26
AGND
STOUTRT
CROUTRT
MIC2OUT
AGND
MIC2INLO
MIC1INLO
GND
AGND
PGM2OUTRTLO
PGM2OUTLTLO
GND
D+in
PGM1OUTRTLO
PGM1OUTLTLO
CALLINLO
PGM1LTACN
CALLOUTLO
PGM2LTACN
1
CUEOUT
2
3
4
5
6
7
8
9
10
11
12
GND
13
14
GND
15
B
D+2VU
AGND
ONAIR_TALLY
17
18
19
20
AGND
21
22
23
24
25
26
TALLY_LED
AGND
PGM1LTVU
SWTLTVU
1
2
3
4
5
6
AGND
7
8
AGND
9
10
11
12
13
14
F4
VCC
GND
D+2VU
V+2VU
V-2VU
F7
D+2VU
CUE_SPKR
SWTRTVU
F6
V+2VU
V+in
V-in
F5
V-2VU
CUEACN
PGM2RTACN
APPROVALS
DRAWN
MSTRA2-4
5
4
3
A
DATE
SA 10-15-06
CHECKED
SA
ISSUED
SA
W# 700890
AIR-2 / Nov 2006
V-in
POLYSW
0.3A
PGM1RTACN
- SA UR US - Sergey Averin -
6
V+in
POLYSW
0.3A
CONTRACT NO.
7
D+in
POLYSW
1.0A
PGM1RTVU
A
8
D+in
POLYSW
1.0A
D+in
16
AGND
GND
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
MSTRA2-4A PCB
22S0002-1
SHEET
REV
A
1 OF 5
1
page 4 - 10
8
7
5
PHONE
VCC
R51
D
6
4.99K
3
CR
U9
___
PR
9
Q
11
CK
12
__ 8
D
____
Q
13
CLR
10
PGM1SW_13
4
1
2
74LS74
U42
___
PR
9
Q
11
CK
12
__ 8
D
____
Q
13
CLR
3
U50
74ACT08
STUDIO
U42
___
PR
5
Q
CK
__
D
6
____
Q
CLR
4
3
2
1
74LS74
GND
1
SWITCHED METERS
10
PGM1_13
2
U43
___
PR
5
Q
3
CK
2
__ 6
D
____
Q
1
CLR
D
4
1
3
U45
2
74ACT08
74LS74
GND
74LS74
GND
BAT54
D4
U9
___
PR
5
Q
CK
2
__
D
____ Q 6
1
CLR
4
4
PGM2SW_13
PGM2_13
3
5
9
10
74LS74
4
74ACT08
8
U50
11
74ACT08
9
10
74LS74
GND
8
U45
74ACT08
U47
___
PR
9
Q
CK
12
__
D
____ Q 8
13
CLR
U43
___
PR
9
Q
CK
12
__
D
____ Q 8
13
CLR
10
6
U45
5
3
74ACT08
U17
___
PR
9
Q
CK
12
__
D
____ Q 8
13
CLR
CUESW_13
U47
___
PR
5
Q
CK
2
__
D
____ Q 6
1
CLR
4
6
U50
74LS74
GND
U44
___
PR
5
Q
CK
2
__
D
____ Q 6
1
CLR
10
10
4
11
11
3
12
13
74LS74
U50
11
74ACT08
12
13
74LS74
GND
U45
11
74ACT08
74LS74
GND
VCC
C
R187
U17
___
PR
5
Q
3
CK
2
__ 6
D
____ Q
1
CLR
4.99K
4
STARTSW_13
U44
___
PR
9
Q
11
CK
12
__ 8
D
____ Q
13
CLR
C
10
START_13
74LS74
GND
VCC
74LS74
VCC
R166
D4
BAT54
10.0K
C135
100uF
GND
VCC
R74
1.00K
3
U13
6
VCC
VCC
R59
STARTSW_13 R75 220
START_13
10
U16
R57 10
10.0K
Q1
FDN340P
8
GND
74LS00
C54
B
4 AQW210S 5
9
ONAIR_TALLY
B
0.22uF
PGM1_13
TALLY_LED
R67 10
GND
1
2
U16
R69
3
2.43K
74LS00
GND
PGM2_13
4
5
U16
6
VCC
74LS00
13
R182
BAT54 D1
12
U16
20.0K
11
BAT54 D2
74LS00
GND
BAT54 D3
VCC
A
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
C139
C138
C134
C46
C67
C68
C140
C148
C36
C136
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
100uF
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
- SA UR US - Sergey Averin -
APPROVALS
DRAWN
8
7
6
5
4
3
A
DATE
SA 10-15-06
CHECKED
SA
ISSUED
SA
W# 700890
AIR-2 / Nov 2006
MSTRA2-4
CONTRACT NO.
C137
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
MSTRA2-4A PCB
22S0002-2
SHEET
REV
A
2 OF 5
1
page 4 - 11
6
7
C15 10uF
MIC1INHI
HI
-50dBu BAL
MIC1INLO
MIC 1 LO
L2
L1
C5 10uF
5
330pF
3
6
SSM2017
U4
100uF C11
0.001uF
0.001uF
5.1V
C5V1
Z2
AGND
10.0K
AGND AGND
10
AGND AGND
-50dBu BAL
MIC2INLO
MIC 2 LO
L4
L3
MIC 1
GAIN
TRIM
AGND
C29
5
330pF
3
6
SSM2017
U8
0.001uF
Z8
C5V1 R32
5.1V
10.0K
5.1V
C5V1
Z5
AGND AGND
5.1V
C5V1
Z6
AGND
C101
C61
C107
C45
C87
C105
C94
C21
C3
C63
C65
C49
C111
C155
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
330uF
330uF
R44
10.0K
AGND
V+
D
AGND
C72
C119
C8
C17
C125
C97
C74
C117
C99
C53
C82
C90
C30
C10
C76
C56
C42
C121
C154
C12
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
330uF
330uF
V-in
V-
POLYSW
1.0A
100uF C23
MIC2OUT
R45 1.69K
1
R33
10
AGND AGND
1.30K R56
VDD
1.00K
39
Z7
C5V1
5.1V
AGND
R34
C27
C114
R35
1K 3 2
CR11 1
C26
C6
4
2
C20 10uF
0.001uF
C59
MIC2MON
-2dBu
8
SH
V+in
F2
C28 10uF
MIC2INHI
C109
1.00K
V-
7
HI
C1
POLYSW
1.0A
C22
AGND
V+
AGND
1
R16
AGND
F3
39
5.1V
C5V1
Z1
R26
1
V+
V-
D
C14
R17
C13
2
MIC1OUT
R27 1.69K
R18
1K 3 2
CR10 1
SH
Z4
C5V1 R15
5.1V
10.0K
3
MIC1MON
-2dBu
8
Z3
C5V1
5.1V
4
4
2
C16
5
V-
7
V+
8
MIC 2
GAIN
TRIM
Z10
C5V1
5.1V
AGND
Z9
C5V1
5.1V
PGM1LT2PHN
PGM1RT2PHN
AGND
C51
C92
C18
C147
C35
C91
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
4.7uF
C40
C100
C19
C146
C34
C106
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
4.7uF
AGND
1.30K R47
VEE
R127 20.0K
8
PGM1LTACN
14
V+
2
3
AGND
1
5532
U14
4
100uF C69
R103 20.0K
R124 4.99K
R12 3.92K
100uF C103
C102 10pF
15
2
8
2
3
V+
PGM1LTMON
6
1
5532
U30
AGND
4
9
-2dBu
C55 33pF
PGM1RTACN
R105 20.0K
14
5
7
5532
U14
100uF C57
AGND
1
5
V-
C93
C89
68pF
68pF
AGND
R121 4.99K
13
15
1
6
2
X-Y
X
INH
Y
10
U25
S
4053
U23
SSM2142
gnd
5
X-Y
X
12
INH
Y
11
S U25
4053
R106 20.0K
8
HI
2
3
1
TL072
U2
C96 10pF
4
AGND
PGM1
R13 3.92K
R24
PGM1RTMON
C4 33pF
PGM1RTMON
6
7
5532
U30
3
R14 10.0K
6
V+
PGM1OUTRTHI
+4dBu BAL
PGM1OUTRTLO
7
4
8
U21
SSM2142
gnd
1
HI
5
RT
LO
7
TL072
U2
AGND
2
AGND
5
C85
V-
C77
68pF
B
AGND
68pF
AGND
PGM2LT2PHN
PGM2RT2PHN
R8 3.92K
R9
C7 33pF
R120 20.0K
9
-2dBu
C50 33pF
R108 20.0K
14
8
5
R100 4.99K
R99
13
X-Y
X
12
INH
Y
11
U26
S
4053
C88 10pF
15
2
6
8
PGM2LTACN
V+
2
3
1
5532
U11
100uF C48
R109 20.0K
6
10
AGND
4
V-
X-Y
X
INH
Y
S U26
4053
8
1
2
3
100uF C86
AGND
1
R93 20.0K
AGND
9
R58 10.0K
-2dBu
C41 33pF
PGM2RTACN
A
14
5532
U11
7
100uF C39
AGND
15
X-Y
X
6
INH
Y
10
U27
S
4053
GND
1
HI
LT
PGM2RTMON
LO
5
V-
C70
C58
68pF
68pF
AGND
R94 4.99K
13
R95
C81 10pF
R30 10.0K
2
3
5
15
1
6
2
14
13
3
EXTRTMON
R36 10.0K
4
6
9
X-Y
X
INH
Y
S U5
4053
PGM2RTMON
SWTLTVU
R21 100
SWTRTVU
V-
R20
C2 33pF
R19 100
6.19K
5
6
AGND
5
7
TL072
U1
-2dBu
4.99K
AGND
6
6
1
2
5
5532
U22
7
PGM2OUTRTHI
+4dBu BAL
PGM2OUTRTLO
7
4
3
AGND
V+
8
U12
SSM2142
gnd
1
HI
5
V-
C52
C44
68pF
68pF
RT
- SA UR US - Sergey Averin -
LO
APPROVALS
DRAWN
IN PHASE
AGND
OUT OF PHASE
5
4
3
A
DATE
SA 10-15-06
CHECKED
SA
ISSUED
SA
W# 700890
6
MSTRA2-4
CONTRACT NO.
2
AGND
AGND
AIR-2 / Nov 2006
4
R10 3.92K
3
GND
NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY
7
1
TL072
U1
AGND
X-Y
X
12
INH
Y
11
U5
S
4053
PGM2
AGND
8
6.19K
V+
6
AGND
100uF C80
X-Y
X
INH
Y
S U6
4053
X-Y
X
INH
Y
10
S U5
4053
2
5
X-Y
X
12
INH
Y
11
U27
S
4053
R112 20.0K
8
3
6
6
5
CALLPSTMON
R111 20.0K
X-Y
X
INH
Y
S U27
4053
PGM2OUTLTHI
+4dBu BAL
PGM2OUTLTLO
7
U15
SSM2142
gnd
V-
2 1 CR9
3 10K
6
R28 10.0K
V+
4
AGND
4
4
9
EXTLTMON
5532
U22
R37 10.0K
6
V+
6
4
PGM2LTMON
PGM2LTMON
-2dBu
4.99K
3
GND
R110 10.0K
B
3
2 1 CR8
3 10K
6
R73 10.0K
PGM1RTVU
6.19K
-2dBu
4.99K
AGND
X-Y
X
INH
Y
S U26
4053
R25 100
V-
AGND
100uF C95
6
AGND
4
PGM1LTVU
LT
LO
R122
5
GND
R107 10.0K
R22 100
3
6
6
C
6.19K
V+
2
2 1 CR7
3 10K
6
R72 10.0K
X-Y
X
INH
Y
S U25
4053
PGM1OUTLTHI
+4dBu BAL
PGM1OUTLTLO
7
VAGND
4
R23 10.0K
V+
4
3
AGND
R119 20.0K
R104 10.0K
R11
C9 33pF
-2dBu
4.99K
8
1
GND
PGM1LTMON
R123
13
X-Y
X
6
12
INH
Y
11
S U24
4053
X-Y
X
6
INH
Y
10
U24
S
4053
V-
5
2 1 CR3
3 50K
R102 20.0K
3
2 1 CR4
3 50K
-2dBu
C66 33pF
X-Y
X
INH
Y
S U24
4053
2 1 CR1
3 50K
C
9
2 1 CR2
3 50K
6
2 1 CR6
3 10K
4
R101 10.0K
R85 10.0K
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
MSTRA2-4A PCB
22S0002-3
SHEET
REV
A
3 OF 5
1
page 4 - 12
8
7
6
5
4
3
2
1
VCC
R61
R71 10.0K
10.0K
4
6
R60 100
9
D
X-Y
X
INH
Y
S U10
4053
GND
3
R159 10.0K
5
R52 40.2K
-2dBu
C120 33pF
R55 1.00K
CUEOUT
C33 33pF
D
AGND
V+
V+
8
CUEACN
2
3
1
5532
U34
4
AGND
100uF C43
CUEMON
22uF C130
5
C131 22uF
10K 3 2
CR12 1
V-
R164
4.99K
AGND
CUE
R68 10.0K
-14dBu
GND
14
C32 1uF
2
13
X-Y
X
6
12
INH
Y
11
S U10
4053
1
R54
AGND
1.00K
AGND
AGND
C37
3
F1
4
LM675
U3
C31 1uF
V-
MIC2MON
AGND
R53
3.3
3.3
CUE_SPKR
TO CUE
SPKR
C38
AGND
330pF
R46
POLYSW
0.16A
0.22uF
AGND
R162 4.99K
-2dBu
C124 33pF
R163 88.7K
8
CALLINLO
+4dBu BAL
CALLINHI
LO
CALLER
HI
L6
R161 10.0K
L5
C
0.001uF
C122
C113
0.001uF
1
5532
U35
3
22uF C132
CT4 1 2
10K 3
R132
33pF
4
4.99K
V-
AGND
AGND
C78 22uF R133 22.1K
6
5
CALLER
AGND
7
5532
U35
100uF C133
CALLPSTMON
C
-14dBu
AGND
AGND
-2dBu
C115 10pF
2
R131 10.0K
C123
V+
R70 10.0K
AGND
15
1
6
2
X-Y
X
INH
Y
10
U10
S
4053
CUEACN
R198 40.2K
GND
AGND
V+
C153 33pF
6
2
X-Y
X
INH
Y
10
S U6
4053
R31 20.0K
14
R130 4.99K
R160
C112 10pF
13
R50 20.0K
4
6
9
PGM2RT2PHN
B
R48 20.0K
MIC1MON
X-Y
X
INH
Y
U7
S
4053
15
X-Y
X
6
INH
Y
10
S U7
4053
R49 10.0K
14
6
11
6
5
5532
U34
7
4
6
3
3
AGND
1
CALLOUTHI
+4dBu BAL
CALLOUTLO
7
8
U31
SSM2142
gnd
1
R179 10.0K
HI
5
V-
C104
C98
68pF
68pF
AGND
X-Y
X
INH
Y
S U49
4053
14
3
2
5
1
HYBRID
LO
R178 20.0K
15
6
HDPN
AGND
10
R174 20.0K
4
2
6
9
13
R176 10.0K
R199
C161 22uF
R175 10.0K
C150
15
X-Y
X
6
INH
Y
10
U48
S
4053
AGND
2
R84 10.0K
HDPN
OUT
0.22uF
LT
AGND
1
CT7
T
3
3
R185 40.2K
R
5
2
TO
HDPN
JACK
B
AGND
C141 1uF
5
1
2
2
1
R186
3
AGND
F8
4
LM675
U46
1.00K
CUEMON
C144 1uF
R184
R183
3.3
3.3
POLYSW
0.16A
C143
330pF
-2dBu
S
RT
C145 33pF
C142
AGND
0.22uF
VCC
AGND
V+
6
7
5532
U20
22uF C84
EXTLTMON
R180
R181
20.0K
20.0K
J1
5
3.3
AGND
AGND
8
EXTINLT
R196
3.3
C151
330pF
AGND
VCC
R197
13
GND
C64 10pF
C152 1uF
POLYSW
0.16A
1
X-Y
X
12
INH
Y
11
S U48
4053
AGND
R92 13.3K
3
AGND
6
SRSRT
10K 6 5
CT6 4
X-Y
X
INH
Y
S U48
4053
14
-14dBu
AGND
X-Y
X
INH
Y
U49
S
4053
F9
4
LM675
U51
1.00K
13
X-Y
X
12
INH
Y
11
U49
S
4053
6
2
AGND
5
AGND
V+
4
X-Y
X
12
INH
Y
S U7
4053
GND
R177 10.0K
CT6 1
6
X-Y
X
12
INH
Y
11
S U6
4053
C149 1uF
5
10K 3 2
-2dBu
C160 22uF
9
6
PGM2LT2PHN
4.99K
SRSLT
V-
1
V+
PGM1RT2PHN
15
V-
R29 20.0K
2 1 CR5
3 10K
-14dBu
PGM1LT2PHN
AGND
4
V-
SPLIT
R91 13.3K
A
- SA UR US - Sergey Averin EXTINRT
R83 10.0K
APPROVALS
2
3
5532
U20
1
22uF C83
DRAWN
EXTRTMON
NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY
IN PHASE
AGND
OUT OF PHASE
SA
8
7
6
5
4
3
A
DATE
3-1-07
CHECKED
SA
ISSUED
SA
W# 700890
AIR-2 / Mar 2007
MSTRA2-4
CONTRACT NO.
-2dBu
C75 10pF
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
MSTRA2-4A PCB
22S0002-4
SHEET
REV
A
4 OF 5
1
page 4 - 13
8
D
7
6
5
4
3
2
1
D
R129 10.0K
EXTLTMON
R154 10.0K
4
6
9
PGM1LTMON
PGM2LTMON
EXTRTMON
R155 10.0K
14
3
C110 10pF
5
-2dBu
8
13
R156 10.0K
15
1
6
2
X-Y
X
INH
Y
10
S U41
4053
R113 10.0K
4
9
R114 10.0K
X-Y
X
INH
Y
U28
S
4053
14
5
AGND
X-Y
X
6
INH
Y
10
S U28
4053
R86 16.5K
10K 3 2
CT8 1
V-
-2dBu
5
C118 10pF
C156 22uF
R147 10.0K
4
6
CR
SRSRT
13
15
4
-14dBu
100uF C129
R148 3.32K
9
R150 40.2K
14
2
3
1
5532
U33
10K 6 5
1
2
C157 22uF
10
R144 10.0K
4
6
R143 3.32K
9
R153 3.32K
14
AGND
GND
6
AGND
C
8
13
15
R152 20.0K
R146 3.32K
11
R145 40.2K
15
6
10
AGND
CUEMON
X-Y
X
INH
Y
U40
S
4053
X-Y
X
INH
Y
U39
S
4053
V+
2
3
1
AGND
2
1
5532
U18
4
R77 10
R76 47
CROUTLT
R79 47
CROUTRT
V-
R78 16.5K
3
5
-2dBu
C60 33pF
13
6
X-Y
X
12
INH
Y
S U39
4053
X-Y
X
INH
Y
S U39
4053
-2dBu
C71 33pF
5
R151 20.0K
CT8 4
AGND
3
R149 3.32K
6
-14dBu
100uF C128
X-Y
X
INH
Y
S U40
4053
X-Y
X
6
12
INH
Y
11
S U40
4053
R158 10.0K
3
X-Y
X
12
INH
Y
11
S U28
4053
R115 10.0K
SRSLT
7
5532
U33
AGND
6
PGM2RTMON
V+
6
X-Y
X
6
12
INH
Y
11
S U41
4053
6
PGM1RTMON
X-Y
X
INH
Y
U41
S
4053
5
1
7
5532
U18
R87 10
C
AGND
2
AGND
ONAIR_TALLY
R157 10.0K
EXTLTMON
R134 10.0K
4
6
9
PGM1LTMON
R135 10.0K
X-Y
X
INH
Y
S U36
4053
14
3
5
8
13
B
EXTRTMON
R136 10.0K
15
1
6
2
X-Y
X
INH
Y
10
U36
S
4053
R116 10.0K
4
6
9
PGM1RTMON
PGM2RTMON
R117 10.0K
X-Y
X
INH
Y
S U29
4053
14
3
AGND
15
X-Y
X
6
INH
Y
10
U29
S
4053
GND
1
5532
U32
4
-14dBu
100uF C126
R89 16.5K
10K 3 2
CT5 1
V-
C158 22uF
R140 10.0K
4
6
9
AGND
R141 100K
-2dBu
C108 10pF
R142 40.2K
5
5532
U32
7
10K 6 5
1
R137 10.0K
1
6
2
4
CT5 4
AGND
2
C159 22uF
15
6
9
AGND
R138 100K
14
6
AGND
11
R139 40.2K
X-Y
X
INH
Y
S U37
4053
GND
AGND
1
4
R88 10
R80 47
STOUTLT
R82 47
STOUTRT
V-
-2dBu
C62 33pF
13
2
1
5532
U19
R81 16.5K
6
X-Y
X
12
INH
Y
U37
S
4053
X-Y
X
INH
Y
10
S U37
4053
MIC1MON
3
3
6
B
V+
2
5
15
-2dBu
C73 33pF
8
13
X-Y
X
INH
Y
10
S U38
4053
-14dBu
100uF C127
3
5
X-Y
X
6
12
INH
Y
11
U38
S
4053
STUDIO
6
13
X-Y
X
INH
Y
S U38
4053
14
R128 10.0K
3
5
X-Y
X
6
12
INH
Y
11
S U29
4053
R118 10.0K
V+
2
X-Y
X
12
INH
Y
11
S U36
4053
6
PGM2LTMON
-2dBu
C116 10pF
5
7
5532
U19
R90 10
AGND
AGND
A
- SA UR US - Sergey Averin -
APPROVALS
DRAWN
NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY
IN PHASE
OUT OF PHASE
8
7
6
5
4
3
A
DATE
SA 10-15-06
CHECKED
SA
ISSUED
SA
W# 700890
AIR-2 / Nov 2006
MSTRA2-4
CONTRACT NO.
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
MSTRA2-4A PCB
22S0002-5
SHEET
REV
A
5 OF 5
1
page 4 - 14
Bottom
Top
AIR 2+ / Nov 2006
MSTRA2-4 Master Output Card - Load Sheet
page 4 – 15
8
7
6
5
4
3
2
1
D
VCC
D
V+
DS21
DS20
DS19
DS18
DS17
DS16
DS15
DS14
DS13
DS12
DS11
DS10
DS9
DS8
DS7
DS6
DS5
DS4
DS3
DS2
100uF
LT
DS1
C18
C19
AGND
100uF
V-
CLIP
6dB
3dB
0dB
-3dB
-6dB
-9dB
-12dB
-15dB
-18dB
-21dB
VU
DS69
DS68
DS67
DS66
DS65
DS64
DS63
DS62
DS61
DS60
DS59
DS58
DS57
DS56
DS55
DS54
DS53
DS52
DS51
DS50
C
DS44
R82 150
RT
DS49
TALLY_LED
DS46
R80 150
DS47
R78 150
VCC
C
DS45
R81 150
DS43
R83 150
DS48
R79 150
GND
LEVEL
VCC
VU
CT1
CUE_SPKR
1
DS42
DS41
DS40
DS39
DS38
DS37
DS36
DS35
DS34
DS33
DS32
DS31
DS30
DS29
DS28
DS27
DS26
DS25
DS24
DS22
B
3
LT
B
DS23
2
AGND
CT2
4
5
6
AGND
7
8
AGND
9
10
11
12
13
14
TALLY_LED
DS90
PGM1LTVU
SWTLTVU
GND
VCC
V+
VCUE_SPKR
PGM1RTVU
SWTRTVU
VCC
DS89
DS88
DS87
DS86
DS85
DS84
DS83
DS82
DS81
DS80
DS79
DS78
DS77
DS76
DS75
DS74
DS73
DS72
DS71
2
3
VCC
RT
DS70
CLIP
6dB
3dB
0dB
-3dB
-6dB
-9dB
-12dB
-15dB
-18dB
-21dB
VU
1
GND
A
MTRA2-4
CONTRACT NO.
- SA UR US - Sergey Averin -
APPROVALS
DATE
DRAWN SA/WWP 10-12-06
CHECKED
SA
ISSUED
SA
W# 700893
8
AIR-2 / Nov 2006
7
6
5
4
3
A
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
MTRA2-4A PCB
22S0005-1
SHEET
REV
A
1 OF 3
1
page 4 - 16
8
7
6
5
4
3
2
1
R55 332
R54 332
-21dB
R53 332
R52 332
D
-18dB
D
R51 332
R106 20.0K
R162 20.0K
R50 332
4148 D26
-15dB
R49 332
R161 10.0K
VCC
R48 332
U8
C17
VCC
4.7uF
8
PGM1LTVU
V+
R133 10.0K
1
TL072
U10
R105 10.0K
R98
3
D15 4148
1
TL072
U6
AGND
4
7
TL072
U10
D27 4148
V-
4
5
R136
C23
100K
1uF
R33
40.2K
AGND
Q2
MMBTA05
AGND
3.32K
C26 0.22uF
4
V-
C20
R88 562
7
R90 1.69K
2 1 CR4
R91
3 1K OdBu
8
9
SET
3.32K
R89 562
TRIM
NOT
AGND INSTALLED
R47 332
18
R46 332
17
R45 332
15
14
R44 332
13
C
R43 619
11
10
R42 619
-3dB
LM3915
R41 619
AGND GND AGND
R40 619
0dB
GND
R39 619
R100
D14
4148
221K
+3dB
C
R37 619
R36 619
AGND
-6dB
12
R38 619
AGND
-9dB
16
221K
R99
40.2K
6
LED1 LED2
VLED3
V+
LED4
RLO LED5
SIG
LED6
RHI
LED7
REFOUT LED8
REFADJ LED9
MODE LED10
GND
0.01uF
R65
3
R137 1.00K
AGND
10.0K
2
R60
221K
6
5
150
V+
8
1
2
GND
4148 D24
R32
R66
PGM1LTVU
V+
2
3
-12dB
D25 4148
LEFT
4148 D23
+6dB
AGND
VCC
C22
1500uF
GND
V+
R158 332
150
5
10.0K
D28 4148
7
TL072
U6
R135
40.2K
Q4
MMBTA05
R155 332
C14
GND
0.01uF
R101
R4 20.0K
GND
R59 20.0K
R153 332
4148 D10
R58 10.0K
VCC
R151 332
AGND
R102
4148 D7
D16
4148
221K
B
D9 4148
C15
U7
4.7uF
8
AGND
-15dB
R152 332
221K
R69
40.2K
-18dB
R154 332
3.32K
C13 0.22uF
-21dB
R156 332
AGND
PGM1RTVU
R31 10.0K
VCC
V+
2
GND
2
3
1
TL072
U2
4148 D8
3
R3 10.0K
6
5
AGND
4
1
V-
TL072
U2
7
D11 4148
4
R35 1.00K
5
R34
C5
100K
1uF
AGND
AGND
AGND
6
R84 562
7
R86 1.69K
2 1 CR3
R87
3 1K OdBu
R85 562
SET
3.32K
TRIM
NOT
AGND INSTALLED
8
9
LED1 LED2
VLED3
V+
LED4
RLO LED5
SIG
LED6
RHI
LED7
REFOUT LED8
REFADJ LED9
MODE LED10
R150 332
18
R149 332
17
R148 332
15
14
R147 332
13
C10
C12
0.1uF
0.1uF
0.1uF
R146 619
11
10
R145 619
C31
0.1uF
0.1uF
-3dB
LM3915
R144 619
0dB
R142 619
R141 619
C25
-6dB
B
12
R143 619
C2
-9dB
16
AGND GND AGND
V+
-12dB
RIGHT
R68
R140
6
PGM1RTVU
R157 332
R134
R67
221K
+3dB
R139 619
C27 AGND
0.1uF
R138 619
+6dB
V-
A
- SA UR US - Sergey Averin -
APPROVALS
DRAWN
8
7
6
5
4
3
A
DATE
SA 10-12-06
CHECKED
SA
ISSUED
SA
W# 700893
AIR-2 / Nov 2006
MTRA2-4
CONTRACT NO.
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
MTRA2-4A PCB
22S0005-2
SHEET
REV
A
2 OF 3
1
page 4 - 17
8
7
6
5
4
3
2
1
R27 332
R26 332
-21dB
R25 332
R24 332
D
-18dB
D
R23 332
R2 20.0K
R57 20.0K
R22 332
4148 D5
-15dB
R21 332
R56 10.0K
VCC
R20 332
U5
C21
VCC
4.7uF
8
SWTLTVU
V+
R28 10.0K
1
TL072
U1
R1 10.0K
221K
R63
5
R7
D1 4148
7
TL072
U3
AGND
4
7
TL072
U1
D6 4148
V-
4
5
R29
C4
100K
1uF
R6
40.2K
AGND
Q1
MMBTA05
AGND
3.32K
C11 0.22uF
C8
R74 562
7
R76 1.69K
2 1 CR2
R77
3 1K OdBu
8
9
SET
3.32K
R75 562
TRIM
NOT
AGND INSTALLED
R19 332
18
R18 332
17
R17 332
15
14
R16 332
13
C
R15 619
11
10
R14 619
-3dB
LM3915
R13 619
AGND GND AGND
R12 619
0dB
GND
R11 619
R97
D13
4148
221K
+3dB
C
R9 619
R8 619
AGND
-6dB
12
R10 619
AGND
-9dB
16
221K
R64
40.2K
6
LED1 LED2
VLED3
V+
LED4
RLO LED5
SIG
LED6
RHI
LED7
REFOUT LED8
REFADJ LED9
MODE LED10
GND
0.01uF
R96
3
R30 1.00K
AGND
10.0K
6
6
5
150
1
2
GND
4148 D3
R5
R62
SWTLTVU
V+
2
3
-12dB
D4 4148
LEFT
4148 D2
+6dB
AGND
VCC
C16
1500uF
GND
V+
R129 332
150
3
10.0K
D17 4148
1
TL072
U3
R108
40.2K
Q3
MMBTA05
R126 332
4
V-
C30
GND
0.01uF
R92
R104 20.0K
GND
R160 20.0K
R124 332
4148 D21
R159 10.0K
VCC
R122 332
AGND
R95
4148 D18
D12
4148
221K
B
D20 4148
C24
U4
4.7uF
8
AGND
-15dB
R123 332
221K
R94
40.2K
-18dB
R125 332
3.32K
C9 0.22uF
-21dB
R127 332
AGND
SWTRTVU
R130 10.0K
VCC
V+
2
GND
2
3
1
TL072
U9
4148 D19
3
R103 10.0K
6
5
AGND
4
1
V-
TL072
U9
7
D22 4148
4
R131 1.00K
5
R132
C3
100K
1uF
AGND
AGND
AGND
6
R70 562
7
R72 1.69K
2 1 CR1
R73
3 1K OdBu
R71 562
SET
3.32K
TRIM
NOT
AGND INSTALLED
8
9
LED1 LED2
VLED3
V+
LED4
RLO LED5
SIG
LED6
RHI
LED7
REFOUT LED8
REFADJ LED9
MODE LED10
R121 332
18
R120 332
17
R119 332
15
14
R118 332
13
C1
C29
0.1uF
0.1uF
0.1uF
R117 619
11
10
R116 619
C6
0.1uF
0.1uF
-3dB
LM3915
R115 619
0dB
R113 619
R112 619
C7
-6dB
B
12
R114 619
C28
-9dB
16
AGND GND AGND
V+
-12dB
RIGHT
R93
R109
V+
8
2
SWTRTVU
R128 332
R107
R61
221K
+3dB
R111 619
C32 AGND
0.1uF
R110 619
+6dB
V-
A
MTRA2-4
CONTRACT NO.
- SA UR US - Sergey Averin -
APPROVALS
DATE
DRAWN SA/WWP 10-12-06
CHECKED
SA
ISSUED
SA
W# 700893
8
AIR-2 / Nov 2006
7
6
5
4
3
A
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
MTRA2-4A PCB
22S0005-3
SHEET
REV
A
3 OF 3
1
page 4 - 18
Top
Bottom
AIR 2+ / Nov 2006
MTRA2-4 6 Meters Card - Load Sheet
page 4 – 19
8
7
6
5
4
3
2
1
Full Size Console
DB-25 Connector Pinouts
D
CT1
LT
A
A2
RT
CT2
LINEAINLT_1
A1
LT
A
AGND
LINEAINRT_1
A3
A2
RT
CT3
LINEAINLT_3
A1
LT
A
AGND
LINEAINRT_3
A3
START CH 13
START CH 12
START CH 11
START CH 10
START CH 9
START CH 8
START CH 7
START COMMON
START COMMON
START COMMON
START COMMON
START COMMON
1
2
A2
RT
SW1
LINEAINLT_5
A1
AGND
3
LINEAINRT_5
A3
4
5
6
IN 1
IN 3
IN 5
CT1
LT
B
RT
CT2
LINEBINLT_1
B1
B2
LT
B
AGND
LINEBINRT_1
B3
RT
C
A
RT
LINEBINLT_3
LT
B
AGND
LINEBINRT_3
B3
LINEAINLT_2
LT
A
AGND
LINEAINRT_2
RT
C3
RT
IN 2
LINEAINLT_4
LT
A
AGND
LINEAINRT_4
C3
B
D2
RT
CT2
D1
LT
B
AGND
LINEBINRT_2
D3
LINEBINLT_1
LINEAINLT_2
B
LINEBINLT_2
LINEAINLT_3
LINEBINLT_3
AGND
LINEAINLT_4
LINEBINLT_4
LINEAINLT_5
LINEBINLT_5
LINEAINLT_6
LINEBINLT_6
LINEAINLT_6
C1
AGND
LINEAINRT_6
C3
D1
D2
RT
CT3
LINEBINLT_4
D3
LT
B
AGND
LINEBINRT_4
LINEBINLT_6
D1
RT
1
2
3
4
5
6
7
8
9
10
11
12
13
14
GND
D2
CT6
LINEAINLT_1
CT4
IN 6
CT1
LT
LINEBINRT_5
C2
RT
IN 4
LINEBINLT_2
AGND
B3
CT3
C1
C2
LINEBINLT_5
B1
B2
CT2
C1
C2
CT3
B1
B2
CT1
LT
7
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
LINEAINRT_1
LINEBINRT_1
LINEAINRT_2
LINEBINRT_2
LINEAINRT_3
LINEBINRT_3
AGND
LINEAINRT_4
LINEBINRT_4
LINEAINRT_5
LINEBINRT_5
LINEAINRT_6
PGM1LTACN
LINEBINRT_6
PGM2LTACN
23
22
12
11
10
21
20
19
18
17
16
15
14
9
8
7
6
5
4
3
2
1
START COMMON
MIC2 TO CUE COMMON
MIC2 TO CUE
ONAIR TALLY C
ONAIR TALLY NO
CUE OUT COMMON
CUE OUT
START CH 6
START CH 5
START CH 4
START CH 3
START CH 2
START CH 1
GND
D3
CT5
1
2
3
4
5
6
7
8
9
10
11
12
13
14
16
17
18
AGND
19
20
AGND
21
22
23
24
25
26
1
2
GND
3
4
GND
GND
5
6
GND
7
8
9
10
11
12
13
14
15
16
AGND
17
18
AGND
19
20
AGND
21
22
AGND
23
24
AGND
25
26
AGND
D+in
D+in
V+in
V-in
GND
D+in
AGND
V+in
CUEACN
V-in
PGM1LTACN
CUEACN
PGM1RTACN
PGM1RTACN
PGM2LTACN
PGM2RTACN
PGM2RTACN
B
D+in
D+in
V+in
V-in
A
CONA2-3
CONTRACT NO.
- SA UR US - Sergey Averin -
APPROVALS
CHECKED
SA
ISSUED
SA
W# 700891
AIR-2 / Nov 2006
7
6
5
4
3
A
DATE
DRAWN SA/WWP 9-10-06
8
C
LINEBINRT_6
15
GND
D+in
24
13
AGND
CT7
1
25
D
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
CONA2-3 PCB
22S0003
SHEET
REV
_
1 OF 1
1
page 4 - 20
AIR 2+ / Nov 2006
CONA2-3 Three Connector Blocks Card - Load Sheet
page 4 – 21
8
7
6
CT2
CT1
LT
A
RT
D
LINEAINLT_7
A1
A2
LT
A
AGND
RT
B
B2
RT
A
AGND
LINEAINRT_9
A3
RT
B3
A
C2
LT
B
RT
LINEAINLT_8
LT
RT
LINEBINLT_9
B1
B2
LINEBINRT_7
A
AGND
RT
IN 8
B
RT
B
D2
RT
LT
B
LINEAINLT_10
LT
A
AGND
LINEAINRT_10
C3
LINEBINLT_7
LINEAINLT_8
LINEBINLT_8
LINEAINLT_9
LINEBINLT_9
AGND
LINEAINLT_10
LINEBINLT_10
LINEAINLT_11
LINEBINLT_11
LINEAINLT_12
LINEBINLT_12
B
RT
RT
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
STOUTLT
CROUTLT
MIC1OUT
MIC1INHI
AGND
PGM2OUTRTHI
PGM2OUTLTHI
PGM1OUTRTHI
2
3
4
5
6
LINEBINLT_10
D3
LT
B
AGND
LINEBINRT_10
PGM1OUTLTHI
CALLINHI
CALLOUTHI
B3
HI
3
1
MIC1INLO
LT LO
2
MIC1INHI
HI
3
LINEBINRT_11
RT
LINEAINLT_12
LT
CT5
CROUTLT
C1
C2
AGND
C3
LINEBINRT_7
LINEAINRT_8
LINEBINRT_8
LINEAINRT_9
LINEBINRT_9
AGND
LINEAINRT_10
LINEBINRT_10
ST OUT
AGND
LINEAINRT_12
C3
LINEAINRT_11
LINEBINRT_11
LINEAINRT_12
PGM1LTACN
LINEBINRT_12
PGM2LTACN
4
MIC 2 LO
5
CROUTRT
HI
STOUTLT
SH
1
RT
B2
LT LO
2
HI
3
6
4
MIC2INLO
RT LO
5
MIC2INHI
HI
6
PGM1OUTLTLO
PGM1OUTLTHI
EXTINRT
LINEBINLT_12
D1
LT
EXT IN
AGND
LINEBINRT_12
D3
AGND
STOUTRT
B3
1
PGM2OUTLTLO
OUT LO
2
PGM2OUTLTHI
HI
3
RT
EXTINLT
A1
A2
AGND
2
3
4
5
6
7
8
9
10
11
12
13
14
16
18
AGND
19
20
AGND
21
22
23
24
25
26
SH
4
RT LO
5
HI
6
EXTINRT
A3
PGM2OUTRTLO
IN
PGM2OUTRTHI
4
5
CT9
PGM1RTACN
4
PGM2RTACN
5
4
LO
5
HI
6
AGND
CALLINHI
GND
GND
5
6
GND
7
8
9
10
11
12
13
14
15
16
AGND
17
18
AGND
19
20
AGND
21
22
AGND
23
24
AGND
25
26
AGND
CUEACN
AGND
PGM1LTACN
D+in
PGM1RTACN
V-in
PGM2LTACN
V+in
PGM2RTACN
D+in
D+in
V+in
V-in
9
10
11
12
13
14
15
16
17
18
CROUTRT
MIC2OUT
22
23
24
25
26
AGND
MIC2INLO
MIC1INLO
GND
AGND
PGM2OUTRTLO
PGM2OUTLTLO
GND
D+in
PGM1OUTRTLO
20
21
AGND
AGND
PGM1OUTLTLO
AGND
CALLINLO
PGM1LTACN
CALLOUTLO
PGM2LTACN
2
3
4
5
6
7
8
9
10
11
12
GND
13
14
GND
15
16
17
18
19
20
21
22
23
24
25
26
AGND
ONAIR_TALLY
CT10
TP1
AGND
D+in
JP2
GND
TP5
AGND
TP2
D+in
GND
AGND
JP1
TP4
V-in
V+in
TP3
V+in
V-in
CUEACN
CUEOUT
1
2
3
4
5
6
7
8
9
10
11
12
GND
13
14
GND
AGND
ONAIR_TALLY_NO
ONAIR_TALLY_C
PGM1RTACN
PGM2RTACN
CONA2-4
- SA UR US - Sergey Averin -
5
4
3
6
7
2
K1
1
ONAIR_TALLY_NO
8
B
CUEOUT
1
CONTRACT NO.
ON AIR
TALLY
RELAY
V+in
ONAIR_TALLY_C
V+in
V-in
V-in
D+in
D+in
C6
C4
330uF
C3
C1
C2
330uF
0.1uF
C5
0.1uF
0.1uF
330uF
GND
AGND
AGND
AGND
AGND
GND
GND
APPROVALS
7
6
5
4
3
A
DATE
DRAWN SA/WWP 9-11-06
CHECKED
SA
ISSUED
SA
W# 700892
8
C
CALLINLO
2
AGND
GND
3
SH
4
V-in
GND
CUEACN
CALLOUTHI
3
V+in
2
CALLOUTLO
GND
D+in
7
V-in
AGND
1
D+in
6
1
PGM1OUTRTHI
CT11
1
3
V+in
PGM1OUTRTLO
CT8
AGND
2
D+in
AGND
CALLER
CT6
SW1
1
17
STOUTRT
ONAIR_TALLY
D1
1N4002
D
CT8
SH
AGND
A
AIR-2 / Nov 2006
AGND
CT7
SH
AGND
CT6
B1
CT4
15
GND
D+in
SH
CT4
C1
D2
RT
LINEAINRT_7
8
19
2
CT7
SH
AGND
CT15
1
7
MIC2INHI
MIC 1 LO
MIC2OUT
D3
CT13
1
1
PGM 2 OUT
CT14
EXTINLT
CR OUT
AGND
C2
CT12
LINEAINLT_7
LT
CT3
D1
D2
LINEBINRT_8
D3
AGND
IN 12
LINEBINLT_8
AGND
LINEBINLT_11
B1
CT3
C1
CT2
D1
2
D2
SH
CT4
B2
LINEBINRT_9
IN 10
CT1
LT
LINEAINRT_11
A3
CT5
MIC1OUT
D1
1
PGM 1 OUT
LT
AGND
B3
C2
LINEAINRT_8
C3
MIC OUT
AGND
CT3
CT2
C1
1
2
IN 11
LINEBINLT_7
AGND
3
CT4
LINEAINLT_11
A1
A2
CT2
CT1
LT
C
LT
IN 9
CT1
B1
4
CT3
LINEAINLT_9
A1
A2
LINEAINRT_7
A3
IN 7
LT
5
600 Industrial Drive
New Bern, NC 28562
SIZE FSCM NO.
SCALE
2
DWG. NO.
D
CONA2-4 PCB
22S0004
SHEET
REV
_
1 OF 1
1
page 4 - 22
AIR 2+ / Nov 2006
CONA2-4 Four Connector Blocks Card - Load Sheet
page 4 – 23
APPENDICES
Appendices
Appendix 1
AIR 2+ Console Performance Specifications ............................ A-3
Appendix 2
Replacement Parts List ............................................................... A-5
AIR 2+ / Nov 2006
page Appendix – 1
APPENDICES
Appendix 1
Contents
AIR 2+ Performance Specifications ........................................... A-3
AIR 2+ / Nov 2006
page Appendix – 2
APPENDICES
AIR 2+ Performance Specifications
FREQUENCY RESPONSE
Line (20Hz-20kHz) +/-0.1dB
Mic (20Hz-20kHz) +/-0.1dB
113dB
100dB
NOISE
Line
-89dBu
<0.003%
<0.02%
MAXIMUM INPUT
Mic
-100dB
-60dB
1kHz
-60dB
OFF ISOLATION
1kHz
20kHz
-115dB
-95dB
DIMENSIONS
THD+N (20Hz-20kHz)
Line, -4dBu
Mic, -50dBu
20Hz
20kHz
STEREO SEPARATION
DYNAMIC RANGE
Line, unity gain
Mic, 54dB gain
BUS CROSSTALK
Width
Depth
Height (rear)
Height (front)
28.832”
15.210”
7.190”
1.37”
-6dBu
HEADROOM
above -4dB
24dB
Specifications and features subject to change without notice.
Nov2009
2006
AIR 2+ / Jul
page Appendix – 3
APPENDICES
Appendix 2
Contents
Replacement Parts List ............................................................... A-5
For the most part there are no user-replaceable parts in the
AIR 2+ console. Exceptions are those controls and components that in the
course of normal use may need maintenance (i.e., faders, pots, ON
switches, etc.). A complete list of available components is shown on the
next page. Contact Audioarts Engineering technical support for further
information.
Audioarts Engineering (600 Industrial Drive, New Bern, North Carolina,
USA 28562) may be reached by phone at 252-638-7000, fax 252-637-1285,
electronic mail “[email protected]”.
AIR 2+ / Nov 2006
page Appendix – 4
APPENDICES
REPLACEMENT PARTS — AIR 2+ CONSOLE
COMPONENT
DESCRIPTION
WS P/N
IP-AIR2 MODULE
COMPLETE INPUT MODULE
"009700"
MST-AIR2 MODULE
COMPLETE MASTER MODULE
"009701"
IP-AIR2 LOADED CARD ASSY
INPUT PANEL LOADED CARD ASSEMBLY
"009726"
MST-AIR2 LOADED CARD ASSY
MASTER PANEL LOADED CARD ASSEMBLY
"009727"
VU-AIR2 LOADED CARD ASSY
VU METERS LOADED CARD ASSEMBLY
"009728"
MAIN I/O-AIR2 LOADED CARD ASSY
FOUR CONNECTOR BLOCKS CARD ASSEMBLY
"009729"
EXT I/O-AIR2 LOADED CARD ASSY
THREE CONNECTOR BLOCKS CARD ASSEMBLY
"009730"
FADER
10K SINGLE AUDIO TAPER SELMARK FADER FOR CALLER INPUT
"540027"
FADER
10K DUAL AUDIO TAPER SELMARK FADER FOR LINE INPUT
"540028"
FADER KNOB
WHITE FADER KNOB WITH BLACK LINE FOR LINE INPUT
"520051"
FADER KNOB
BLUE FADER KNOB WITH WHITE LINE FOR CALLER INPUT
"520052"
POT
"CONTROL"/"HEADPHONE"/"STUDIO" 10K DUAL AUDIO 1/4" SHAFT POT
"500029"
POT
"CUE" 10K SINGLE LINEAR VERTICAL POT
"500126"
POT KNOB
21MM BLACK KNOB FOR "CONTROL"/"HEADPHONE"/"STUDIO" POT
"520124"
POT KNOB
15MM BLACK PUSH-ON KNOB FOR "CUE" POT
"520125"
POT CAP
11MM BLACK CAP W/WHITE LINE FOR "CUE" POT
"530037"
POT CAP
21MM BLACK CAP W/WHITE LINE FOR "CONTROL"/"HEADPHONE"/"STUDIO" POT
"530319"
NKK SWITCH
JB15 SWITCH W/BRIGHTER RED LED AND SILICON GASKET
"510290"
NKK SWITCH
JB15 SWITCH W/BRIGHTER YELLOW LED AND SILICON GASKET
"510291"
SWITCH CAP
RED SWITCH CAP
"530003"
SWITCH CAP
WHITE SWITCH CAP
"530004"
RCA CONNECTORS
4X2 RCA JACK ASSEMBLY FOR ANALOG I/O CONNECTIONS
"260070"
DB-25 CONNECTOR
LOGIC I/O CONNECTOR
"200018"
RTS JACK
HEADPHONE JACK
"260005"
POWER CONNECTOR
RIGHT ANGLE DIN RECEPTACLE
"260071"
AIR 2+ / Nov 2006
page Appendix – 5
APPENDICES
REPLACEMENT PARTS — AIR 2+ CONSOLE
COMPONENT
DESCRIPTION
WS P/N
HEADER
3 PIN HEADER
"250062"
HEADER
5 PIN HEADER
"250064"
HEADER
6 PIN HEADER
"250065"
HEADER
14 PIN RIGHT ANGLE HEADER
"250044"
HEADER
26 PIN PC MOUNT STRAIGHT HEADER
"250136"
HEADER
14 PIN BOXED STRAIGHT HEADER
"250073"
HEADER
14 PIN RIGHT ANGLE HEADER
"250136"
HEADER
6 POSITION RIGHT ANGLE BOXED HEADER CLOSED END UNMARKED FOR
ANALOG I/O CONNECTIONS
"260073"
PLUG TERMINAL
6 POSITION EURO STYLE MARKED TERMINAL BLOCK FOR ANALOG I/O
CONNECTIONS
"260072"
PLUG
3 PIN PLUG FOR #26 AWG
"230028"
PLUG
5 PIN PLUG FOR #26 AWG
"230030"
PLUG
6 PIN PLUG FOR #26 AWG
"230031"
PLUG
14 PIN DIP RIBBON PLUG
"250034"
PLUG
26 PIN RIBBON PLUG
"250043"
POWER SUPPLY
POWER SUPPLY ADAPTER
"980036"
SPEAKER
CONSOLE METERBRIDGE SPEAKER
"960016
FLAT RIBBON CABLE
26 CONDUCTOR FLAT RIBBON CABLE
"150083"
MANUAL
TECHNICAL MANUAL FOR AIR 2+ CONSOLE
"009799"
Nov 2006
AIR 2+ / June
2008
page Appendix – 6

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