Transcript
5200 D NEWS MIXER
TECHNICAL MANUAL
Wheatstone Corporation November 2005
5200D News Mixer Technical Manual - 1st Edition ©2005 Wheatstone Corporation
600 Industrial Drive New Bern, North Carolina 28562 tel 252-638-7000 / fax 252-637-1285
5200D / Nov 2005
CONTENTS
5200D Technical Manual Table of Contents Chapter 1 – General Information Introduction ................................................................................... 1-2 Energizing ................................................................................................................. 1-2
I/O Connections .............................................................................1-3 Inputs ........................................................................................................................ 1-3 Mic/Line In—XLR-F & RJ-45 ................................................................................. 1-4 Line In—RJ-45 ....................................................................................................... 1-4 AES 1 In—RJ-45 ................................................................................................... 1-4 AES 2 In—RJ-45 ................................................................................................... 1-5 AES 3 In—RJ-45 ................................................................................................... 1-5 Ext In—RJ-45 ........................................................................................................ 1-5 Cue In—RJ-45 ....................................................................................................... 1-5 Audio Inputs—DB-25 ............................................................................................. 1-5 Outputs ..................................................................................................................... 1-6 PGM Out—RJ-45 ................................................................................................... 1-6 MXM Out—RJ-45 .................................................................................................. 1-6 Monitor Out—RJ-45 ............................................................................................... 1-7 Mic Pre Out—RJ-45 ............................................................................................... 1-7 PGM AES Out—RJ-45 .......................................................................................... 1-7 MXM AES Out—RJ-45 .......................................................................................... 1-7 Audio Outputs—DB-25 .......................................................................................... 1-7 Logic Connections .................................................................................................... 1-8 Ethernet Interface ..................................................................................................... 1-9 Typical Ethernet Cable .......................................................................................... 1-9 Typical Crossover Cable ....................................................................................... 1-9 Digital Audio Connections ....................................................................................... 1-10 Unbalanced Analog Connections ............................................................................ 1-10 Unbalanced Digital Connections ............................................................................. 1-10 Audio Input RJ-45 Connections Pinout Drawing ..................................................... 1-12 Audio Output & Ethernet RJ-45 Connections Pinout Drawing ................................ 1-13 Audio Input/Output & Logic DB-25/DB-9 Connections Pinout Drawing .................. 1-14
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CONTENTS
Chapter 2 – Controls and Functions Inputs .............................................................................................2-2 Dual X Controller...........................................................................2-3 Configuration .............................................................................................................2-3
Monitor Section .............................................................................2-3 Metering .........................................................................................2-3 Internal Programming Options ....................................................2-4 AES 3 Input Source .................................................................................................. 2-4 Sampling Frequency for Console Outputs ................................................................2-4 Phantom Power ........................................................................................................ 2-5 Gain Control.............................................................................................................. 2-5 Input Attenuation....................................................................................................... 2-5 Monitor Output .......................................................................................................... 2-6 Cue Dropout.............................................................................................................. 2-6 Cue to Monitor .......................................................................................................... 2-6 Meter......................................................................................................................... 2-6 X Controller Sources .................................................................................................2-6
Chapter 3 – Schematics and Load Sheets 5200D Controller (5200DC) Schematic ................................................................................................................. 3-2 Load Sheet .............................................................................................................. 3-10
5200D Switch Card (5200DSW) Schematic ................................................................................................................ 3-11 Load Sheet .............................................................................................................. 3-12
Appendix Replacement Parts List ............................................................... A-2
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GENERAL I NFORMATION
General Information Chapter Contents Introduction ................................................................................ 1-2 Energizing............................................................................................................... 1-2
I/O Connections.......................................................................... 1-3 Inputs ...................................................................................................................... 1-3 Mic/Line In—XLR-F & RJ-45 ............................................................................... 1-4 Line In—RJ-45..................................................................................................... 1-4 AES 1 In—RJ-45 ................................................................................................. 1-4 AES 2 In—RJ-45 ................................................................................................. 1-5 AES 3 In—RJ-45 ................................................................................................. 1-5 Ext In—RJ-45 ...................................................................................................... 1-5 Cue In—RJ-45 ..................................................................................................... 1-5 Audio Inputs—DB-25........................................................................................... 1-5 Outputs ................................................................................................................... 1-6 PGM Out—RJ-45................................................................................................. 1-6 MXM Out—RJ-45 ................................................................................................ 1-6 Monitor Out—RJ-45............................................................................................. 1-7 Mic Pre Out—RJ-45............................................................................................. 1-7 PGM AES Out—RJ-45 ........................................................................................ 1-7 MXM AES Out—RJ-45 ........................................................................................ 1-7 Audio Outputs—DB-25 ........................................................................................ 1-7 Logic Connections .................................................................................................. 1-8 Ethernet Interface ................................................................................................... 1-9 Typical Ethernet Cable ........................................................................................ 1-9 Typical Crossover Cable ..................................................................................... 1-9 Digital Audio Connections .................................................................................... 1-10 Unbalanced Analog Connections ......................................................................... 1-10 Unbalanced Digital Connections .......................................................................... 1-10 Audio Input RJ-45 Connections Pinout Drawing.................................................. 1-12 Audio Output & Ethernet RJ-45 Connections Pinout Drawing ............................. 1-13 Audio Input/Output & Logic DB-25/DB-9 Connections Pinout Drawing...............1-14
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GENERAL I NFORMATION
General Information
Introduction The networkable 5200D rackmounted news mixer is perfectly suited for news and small production projects. Its combination of mic, line and AES inputs is a perfect match for local and router accessed sources. The five total inputs consist of one mic, one analog input and three digital inputs (two with router selector). It has a monitor mix, an assignable mix-minus mix, and built-in headphone and cue amplifiers. The front panel single segment LED VU meters follow monitor source select. The operator-friendly unit provides front and rear panel mic input connectors along with a front panel headphone jack. This unit, occupying two 19” wide rack spaces (height 3-1/2”), is 12” deep, and has a built-in power supply. Energizing Assuming the 5200D news mixer is correctly rackmounted, you may now energize it by connecting the factory supplied power cord to the rackmount unit and then plugging it into the AC mains. Note: To de-energize the 5200D, unplug its AC cord from the AC mains.
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GENERAL INFORMATION
I/O Connections An array of rear panel connectors are provided for audio input, audio output, logic control, and Ethernet connections. MIC IN connections can be made from an XLR connector, an RJ-45 connector, or a DB-25 connector. CUE input and MIC PRE output are available at RJ-45 connectors. The remaining digital and analog audio inputs and outputs are available at either RJ-45 or DB-25 connectors. Ethernet connection is made via an RJ-45 connector, and a DB-9 is provided for logic connections. Four additional connectors are provided on the front panel: an XLR for MIC IN; a standard 1/8” jack for analog line in; a standard 1/8” jack for AES in; and a standard 1/4” jack for headphone output. The pinout drawings on pages 1-12 through 1-14 summarize all wiring connections.
Inputs The 5200D news mixer can be fed from five inputs: mono microphone, stereo analog line, and three AES digital signals. When processing mic level (nominal -50dBu balanced) inputs, the input is fed, either from one of the two female XLR connectors (one each for the two signal paths), the appropriate pins on the DB-25 “A” connector, or the “MIC/LINE IN” RJ-45 connector, to the internal microphone preamplifier. The mic preamp has dipswitch controlled gain, up to a maximum of 66 dB. Phantom power (+18VDC) is available. The stereo line level analog audio input (nominal +4dBu balanced) can use either the RJ-45 (“LINE 1 IN”) connector, or the appropriate pins on the DB-25 “A” connector. The righthand end of the front panel has an additional “LINE 1” stereo jack input for line level (nominal -10dBu unbalanced) inputs. The 5200D unit accepts three stereo digital (AES) sources. The balanced digital audio inputs are transformer coupled and exhibit a nominal input impedance of 110 Ohm. Unbalanced SPDIF formatted input signals may be connected to the HI and LO of an AES input channel (leave the shield floating). Three RJ-45 connectors (“AES 1”, “AES 2”, and “AES 3”), along with appropriate pins on the paralleled DB-25 ”B” connector are available to handle digital line level sources. There is also an additional “AES 3” stereo jack on the righthand end of the front panel to handle AES 3 digital line input. The 5200D will accommodate digital inputs having sample rates of 44.1kHz or 48kHz. 5200 / June 2006 Nov 2005
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GENERAL INFORMATION
The 5200D unit has an external monitor input provided on the “EXT IN” RJ-45 connector, and appropriate pins on the DB-25 “A” connector, to allow an external signal to feed the mixer’s monitor output. An external CUE input is provided on the RJ-45 “CUE IN” connector to allow an external signal to feed the mixer’s cue bus. MIC / Line In—XLR-F & RJ-45 XLR-F
Pin 1 XLR1 SH – MIC / LINE IN SH Pin 2 XLR1 HI – MIC / LINE IN HI Pin 3 XLR1 LO – MIC / LINE IN LO RJ-45
Pin 1 – MIC1 / LINE IN HI Pin 2 – MIC1 / LINE IN LO Pin 3 – N/C Pin 4 – N/C Pin 5 – N/C Pin 6 – N/C Pin 7 – N/C Pin 8 – N/C
Line 1 In—RJ-45 Pin 1 – LINE 1 IN LT HI Pin 2 – LINE 1 IN LT LO Pin 3 – LINE 1 IN RT HI Pin 4 – N/C Pin 5 – N/C Pin 6 – LINE 1 IN RT LO Pin 7 – N/C Pin 8 – N/C
AES 1 In—RJ-45 Pin 1 – AES 1 IN HI Pin 2 – AES 1 IN LO Pin 3 – N/C Pin 4 – N/C Pin 5 – N/C Pin 6 – N/C Pin 7 – N/C Pin 8 – N/C
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GENERAL INFORMATION
AES 2 In—RJ-45 Pin 1 – AES 2 IN HI Pin 2 – AES 2 IN LO Pin 3 – N/C Pin 4 – N/C Pin 5 – N/C Pin 6 – N/C Pin 7 – N/C Pin 8 – N/C
AES 3 In—RJ-45 Pin 1 – AES 3 IN HI Pin 2 – AES 3 IN LO Pin 3 – N/C Pin 4 – N/C Pin 5 – N/C Pin 6 – N/C Pin 7 – N/C Pin 8 – N/C
EXT In—RJ-45 Pin 1 – EXT IN LT HI Pin 2 – EXT IN LT LO Pin 3 – EXT IN RT HI Pin 4 – N/C Pin 5 – N/C Pin 6 – EXT IN RT LO Pin 7 – N/C Pin 8 – N/C
CUE In—RJ-45 Pin 1 – CUE IN LT HI Pin 2 – CUE IN LT LO Pin 3 – CUE IN RT HI Pin 4 – N/C Pin 5 – N/C Pin 6 – CUE IN RT LO Pin 7 – N/C Pin 8 – N/C
Audio Inputs—DB-25 DB-25 “A”
Pin 2 – MIC / LINE IN SH Pin 1 – MIC / LINE IN HI Pin 14 – MIC / LINE IN LO Pin 5 – LINE 1 RT IN SH Pin 4 – LINE 1 RT IN HI Pin 17 – LINE 1 RT IN LO 5200 / June 2006 Nov 2005
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GENERAL I NFORMATION
Pin 19 – LINE 1 LT IN SH Pin 18 – LINE 1 LT IN HI Pin 6 – LINE 1 LT IN LO Pin 8 – EXT RT IN SH Pin 7 – EXT RT IN HI Pin 20 – EXT RT IN LO Pin 22 – EXT LT IN SH Pin 21 – EXT LT IN HI Pin 9 – EXT LT IN LO DB-25 “B”
Pin 22 – AES 1 IN SH Pin 21 – AES 1 IN HI Pin 9 – AES 1 IN LO Pin 11 – AES 2 IN SH Pin 10 – AES 2 IN HI Pin 23 – AES 2 IN LO Pin 25 – AES 3 IN SH Pin 24 – AES 3 IN HI Pin 12 – AES 3 IN LO
Outputs The 5200D’s provides four line level analog outputs (MIC PRE OUT, PGM OUT, MXM OUT, and MON OUT), and two digital AES formatted outputs (PGM AES OUT and MXM AES OUT). All analog outputs are balanced (nominal +4dBu). There are two analog mono outputs (MIC PRE OUT and MXM OUT), and two analog stereo outputs (PGM OUT and MON OUT). Analog outputs are available at their respective RJ-45 (“PGM OUT”, “MXM OUT”, MIC PRE OUT” and “MON OUT”) connector, or at the appropriate pins on the DB-25 “A” and “B” connectors (except mic pre output, which is only available on its RJ-45 connector). The headphone jack is located at the right side of the 5200D front panel, and is powered by a built-in amplifier. Digital outputs are available at their respective RJ-45 (“PGM AES OUT” and “MXM AES OUT”) connector, or at the appropriate pins on the DB-25 “B” connector. The balanced digital audio outputs are transformer coupled and exhibit a nominal output impedance of 110Ω. PGM Out—RJ-45 Pin 1 – PGM LT OUT HI Pin 2 – PGM LT OUT LO Pin 3 – PGM RT OUT HI Pin 4 – N/C Pin 5 – N/C Pin 6 – PGM RT OUT LO Pin 7 – N/C Pin 8 – N/C
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GENERAL INFORMATION
MXM Out—RJ-45 Pin 1 – MXM OUT HI Pin 2 – MXM OUT LO Pin 3 – N/C Pin 4 – N/C Pin 5 – N/C Pin 6 – N/C Pin 7 – N/C Pin 8 – N/C
Monitor Out—RJ-45 Pin 1 – MON LT OUT HI Pin 2 – MON LT OUT LO Pin 3 – MON RT OUT HI Pin 4 – N/C Pin 5 – N/C Pin 6 – MON RT OUT LO Pin 7 – N/C Pin 8 – N/C
MIC Pre Out—RJ-45 Pin 1 – MIC PRE OUT HI Pin 2 – MIC PRE OUT LO Pin 3 – N/C Pin 4 – N/C Pin 5 – N/C Pin 6 – N/C Pin 7 – N/C Pin 8 – N/C
PGM AES OUT—RJ-45 Pin 1 – PGM AES OUT HI Pin 2 – PGM AES OUT LO Pin 3 – N/C Pin 4 – N/C Pin 5 – N/C Pin 6 – N/C Pin 7 – N/C Pin 8 – N/C
MXM AES OUT—RJ-45 Pin 1 – MXM AES OUT HI Pin 2 – MXM AES OUT LO Pin 3 – N/C Pin 4 – N/C Pin 5 – N/C Pin 6 – N/C Pin 7 – N/C Pin 8 – N/C 5200 / June 2006 Nov 2005
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GENERAL INFORMATION
Audio Outputs—DB-25 DB-25 “A”
Pin 11 – MON RT OUT SH Pin 10 – MON RT OUT HI Pin 23 – MON RT OUT LO Pin 25 – MON LT OUT SH Pin 24 – MON LT OUT HI Pin 12 – MON LT OUT LO DB-25 “B”
Pin 2 – PGM RT OUT SH Pin 1 – PGM RT OUT HI Pin 14 – PGM RT OUT LO Pin 16 – PGM LT OUT SH Pin 15 – PGM LT OUT HI Pin 3 – PGM LT OUT LO Pin 5 – MXM OUT SH Pin 4 – MXM OUT HI Pin 17 – MXM OUT LO Pin 19 – PGM AES OUT SH Pin 18 – PGM AES OUT HI Pin 6 – PGM AES OUT LO Pin 8 – MXM AES OUT SH Pin 7 – MXM AES OUT HI Pin 20 – MXM AES OUT LO
Logic Connections The DB-9 connector provides START and STOP logic signals for remote source machines that follow the ON switches. EXTERNAL START—Hookup the remote machine’s “start” control pins to the DB-9’s connector control pins: for START LINE 1 wire to pins 1 and 5; for START AES 1 wire to pins 2 and 5; for START AES 2 wire to pins 3 and 5; for START AES 3 wire to pins 4 and 5. EXTERNAL STOP—Hookup the remote machine’s “stop” control pins to the DB-9’s connector control pins: for STOP LINE 1 wire to pins 6 and 5; for STOP AES 1 wire to pins 7 and 5; for STOP AES 2 wire to pins 8 and 5; for STOP AES 3 wire to pins 9 and 5. Note that these are opto isolated outputs.
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GENERAL I NFORMATION
Ethernet Interface Networked systems are connected to the 5200D news mixer via straight (pin to pin) CAT5 cable. Typical CAT5 cable pinouts are shown below. These connections are for communicating with the configuration computer, via a network. If you are connecting directly between the computer and the 5200D with no network in between, use a crossover cable. Ethernet—RJ-45 Pin 1 – TXD + Pin 2 – TXD Pin 3 – RXD + Pin 4 – N/C Pin 5 – N/C Pin 6 – RXD Pin 7 – N/C Pin 8 – N/C
T YPICAL ETHERNET CABLE PIN
RJ-45 Plug
PIN
White/Orange 1 Orange 2
TXD + TXD -
1 White/Orange 2 Orange
White/Green 3
RXD +
3 White/Green
N/C
4 Blue 5 White/Blue
Blue 4 White/Blue 5
N/C
Green 6 White/Brown 7 Brown 8
RXD -
6 Green
N/C
7 White/Brown 8 Brown
N/C
RJ-45 Plug
T YPICAL CROSSOVER CABLE PIN
RJ-45 Plug
White/Orange 1 Orange 2 White/Green 3 Blue 4 White/Blue 5 Green 6 White/Brown 7 Brown 8
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PIN
TXD +
RXD +
TXD -
RXD -
RXD +
1 White/Green 2 Green TXD + 3 White/Orange
N/C
N/C
N/C
N/C
RXD -
TXD -
6 Orange
N/C
N/C
N/C
N/C
7 White/Brown 8 Brown
4 Blue 5 White/Blue
RJ-45 Plug
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GENERAL I NFORMATION
Digital Audio Connections CABLE - All AES/EBU input and output digital audio connections are balanced and should be made using a high quality digital audio cable. Be sure to select a digital audio cable with an integral drain wire of the same wire gauge (AWG) as the twisted pair as this facilitates an easier consistent termination process. Typical AES/EBU digital audio cable has a very low characteristic capacitance per ft (pF/ft), and a nominal impedance of 110Ω. High quality digital audio cable offers better signal transmission performance versus typical analog audio cable, especially over long cable runs. Check the cable manufacturer’s data sheet to be sure the cable you plan to use will work in your application. CONNECTORS - The AES/EBU connections are made with the supplied DB-25 male mating connector, or with RJ-45 connectors. The DB-25 crimp style connector will accept wire gauge 22 - 28AWG. Please refer to the RJ-45 mating connector manufacturer's recommendations for termination instructions.
Unbalanced Analog Connections ANALOG INPUTS — Wire to the mixer input end 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 + output to the HI input wire and connect the source machine GND wire to LO. Connect the shield at the 5200D end only. Note: Unbalanced analog sources typically have -10dBv (316mV RMS) signal levels and will not match the mixer nominal operating level of +4dBu (1.23V RMS). We highly recommended that you first externally balance any unbalanced sources you plan on connecting to the 5200D. Many third party “match boxes” are commercially available for this. This note does not apply to the front panel “LINE 1 IN” connector, which is set up to be -10dBu unbalanced. ANALOG OUTPUTS — The 5200D analog outputs 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. For unbalanced operation, either the HI or LO side of the analog output must be strapped to ground of the unbalanced input, with the output taken from the other side. (Normally you would strap LO to ground, and use HI to feed your unbalanced equipment input.) Leave the SH floating at one end.
Unbalanced Digital Connections (SPDIF) SPDIF INPUTS — The SPDIF (Sony/Phillips Digital Interface) or “consumer” digital audio interface is a two wire unbalanced signal typically on a single RCA style connector. Note that the SPDIF signal level of approximately 500mV and 75 ohm impedance does not correctly match the mixer AES inputs. We highly recommend using a “balun” or format converter when interfacing “consumer” grade source devices to the processor. 5200 / Nov 2005
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GENERAL I NFORMATION
In cases where a consumer grade device must be interfaced and the appropriate matching device is not available, try wiring the SPDIF center conductor (HOT) to the HI input pin and SPDIF shell (ground) to the LO input. Connect SH at the processor end only. SPDIF OUTPUTS — The 5200D digital outputs are fixed, professional, AES-3 formatted outputs. SPDIF consumer format is not supported. Use an external format converter to connect the digital outputs to consumer gear.
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GENERAL INFORMATION
Audio Input RJ-45 Connections MIC/LINE IN 1 2
AES 1 IN 1
MIC / LINE IN HI MIC / LINE IN LO
2
3 4
3 4
5 6
5 6
7
7
8
8
AES 2 IN
LINE 1 IN 1 2 3 4 5 6
1
LINE 1 LT IN HI LINE 1 LT IN LO LINE 1 RT IN HI
2
5 6
LINE 1 RT IN LO
7
8
8
EXT IN
2 3 4
AES 3 IN 1
EXT LT IN HI EXT LT IN LO EXT RT IN HI
2
AES 3 IN HI AES 3 IN LO
3 4
5 6
AES 2 IN HI AES 2 IN LO
3 4
7
1
AES 1 IN HI AES 1 IN LO
5
EXT RT IN LO
6
7
7
8
8
CUE IN 1 2 3 4
CUE LT IN HI CUE LT IN LO CUE RT IN HI
5 6
CUE RT IN LO
7 8
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GENERAL INFORMATION
Audio Output & Ethernet/XY RJ-45 Connections PGM OUT 1 2 3
PGM AES OUT 1 2
PGM LT OUT HI PGM LT OUT LO PGM RT OUT HI
3
4 5 6
4 5 6
PGM RT OUT LO
7
7
8
8
MXM OUT 1 2
MXM AES OUT 1 2
MXM OUT HI MXM OUT LO
3
3
4
4
5 6
5 6
7
7
8
8
MON OUT 1 2 3
MXM AES OUT HI MXM AES OUT LO
MIC PRE OUT MON LT OUT HI MON LT OUT LO MON RT OUT HI
1 2
MIC PRE OUT HI MIC PRE OUT LO
3 4
4 5 6
PGM AES OUT HI PGM AES OUT LO
5 6
MON RT OUT LO
7
7
8
8
ETH / XY 1 2 3 4
TX + TX RX +
5 6
RX -
7 8
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GENERAL INFORMATION
Audio Input / Output & Logic DB-25 / D-9 Connections AUDIO I/O DB-25 "A" MONITOR LT OUT SH MONITOR LT OUT HI MONITOR RT OUT LO EXT LT IN SH EXT LT IN HI EXT RT IN LO LINE 1 LT IN SH LINE 1 LT IN HI LINE 1 RT IN LO N/C N/C MIC / LINE IN LO
25
13 12
24 11 23 10 22 9 21 8 20 7 19 6 18 5 17 4 16 3 15 2 14 1
AUDIO GROUND MONITOR LT OUT LO MONITOR RT OUT SH MONITOR RT OUT HI EXT LT IN LO EXT RT IN SH EXT RT IN HI LINE 1 LT IN LO LINE 1 RT IN SH
LOGIC DB-9
LINE 1 RT IN HI N/C MIC / LINE IN SH MIC / LINE IN HI
AES 3 STOP AES 2 STOP AES1 STOP LINE STOP
AUDIO I/O DB-25 "B" AES 3 IN SH AES 3 IN HI AES 2 IN LO AES 1 IN SH AES 1 IN HI MXM AES OUT LO PGM AES OUT SH PGM AES OUT HI MXM OUT LO PGM LT OUT SH PGM LT OUT HI PGM RT OUT LO
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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
LOGIC COM AES 3 START AES 2 START AES 1 START LINE START
AGND AES 3 IN LO AES 2 IN SH AES 2 IN HI AES 1 IN LO MXM AES OUT SH MXM AES OUT HI PGM AES OUT LO MXM OUT SH MXM OUT HI PGM LT OUT LO PGM RT OUT SH PGM RT OUT HI
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CONTROLS A ND F UNCTIONS
Controls and Functions Chapter Contents Inputs .............................................................................................2-2 Dual X Controller...........................................................................2-3 Configuration .............................................................................................................2-3
Monitor Section .............................................................................2-3 Metering .........................................................................................2-3 Internal Programming Options ....................................................2-4 AES 3 Input Source .................................................................................................. 2-4 Sampling Frequency for Console Outputs ................................................................2-4 Phantom Power ........................................................................................................ 2-5 Gain Control.............................................................................................................. 2-5 Input Attenuation....................................................................................................... 2-5 Monitor Output .......................................................................................................... 2-6 Cue Dropout.............................................................................................................. 2-6 Cue to Monitor .......................................................................................................... 2-6 Meter......................................................................................................................... 2-6 X Controller Sources .................................................................................................2-6
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CONTROLS AND FUNCTIONS
Controls and Functions
Inputs The 5200D news mixer accepts five sources: microphone, analog stereo line, and three digital stereo lines. Five front panel knobs set the levels of the input signals. The channel ON switch turns the channel signal on/off, assigns the channel signal to PGM output, and fires the channel START/STOP logic; the switch LED lights to indicate the channel is on. The cue switch places the input signal on the mono cue bus, where it may be heard on the built-in cue speaker and as an interrupt to the operator’s headphones. The CUE master level control, located next to the speaker, sets the level of the CUE output and the volume of the CUE speaker. Whenever CUE is activated on the news mixer its signal will appears at the built-in speaker and the operator’s headphones. Depending on how the 5200D has been programmed, cue can also interrupt the monitor speakers. The way CUE interrupts the monitor outputs is determined by an internal PCB-mounted dipswitch. See “Cue to Monitor” below.
The 5200D news mixer has one mono mix-minus bus. Whenever the input’s channel MXM switch is pushed, its signal will be sent to the mix-minus bus. The MXM signal is programmed as pre-on and post-level for each input channel.
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CONTROLS AND FUNCTIONS
Dual X Controller This section provides a means of routing two input sources to AES 1 and AES 2 inputs. Sources may be any physical audio input wired to a Bridge rack or any control surface mix (PGM bus, Mix-Minus, etc.). Scroll the left knob until the desired source is shown in the left display. Pressing the TAKE button will cause that source to be switched to the AES 1 input. Once loaded this source can be connected at any time by pressing the AES 1 ON button. Scroll the right knob until the desired source is shown in the right display. Pressing the TAKE button will cause that source to be switched to the AES 2 input. Once loaded this source can be connected at any time by pressing the AES 2 ON button. Configuration
The actual router destinations for the two sections of the Dual X Controller, as well as source visibility, are set up with the utility program WSNetServer.exe, which is available on your install CD. Although the description above assumes that you have set the section 1 destination to the Bridge output that is wired to the 5200D AES 1 input and the section 2 destination to the Bridge output that is wired to the 5200D AES 2 input, you are free to choose any two destinations in the system. But unless you have a compelling reason to do otherwise, configure the destinations as described. Along with the WSNetServer.exe program on the install CD is a PDF file describing the program’s use. In addition to setting destination and visibility, WSNetServer.exe can be used to change the IP address of the Dual X Controller if that ever becomes necessary.
Monitor Section This section allows the operator to listen to the mixer’s stereo program output, the mono mix-minus output, or the external stereo line input. Pressing the PGM, MXM, or EXT button will send the appropriate signal to the MON output. The MONITOR level control determines the overall loudness of the signal being monitored as it appears in the control room speakers. The HDPN (headphone) level control determines the overall loudness of the headphone output signal.
Metering The front panel 10-segment LED ladder display pair allows you to monitor the news mixer’s program output bus (default setting). It can also be programmed (see next section) to switched mode. In this mode it will meter program, mix-minus, or the external input, according to how the Monitor Section select switches are set. 5200D / Nov 2005
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CONTROLS A ND F UNCTIONS
Internal Programming Options All internal programming options are made via PCB mounted switches. For programming purposes switches are described as viewed from the front panel of the 5200D unit, with UP being towards the rear connectors and RT pointing to the speaker. AES 3 Input Source
With the slide switch SW1 the AES 3 digital stereo input can be programmed as balanced input source (RJ-45 “AES 3 IN” or appropriate pins on the DB-25 “B”) or unbalanced input source (front panel stereo jack “AES 3”). SW1 slide UP - AES 3 programmed as balanced digital input source using rear panel connectors SW1 slide DOWN - AES 3 programmed as unbalanced digital input source using front panel connector Sampling Frequency for Console Outputs
The 5200D output sample rate is determined by crystal Y2, which installed at the factory for 44.1 kHz sample rate. To switch to a different output sample rate, replace crystal Y2 with the appropriate frequency as shown in Figure 1 and Table 1.
Figure 1. Section of the 5200DC PCB TABLE 1 SAMPLE RATE
CRYSTAL OSCILLATOR
WS PART#
FREQUENCY 48 kHz
24.576 MHz
370012
44.1 kHz
22.579 MHz
370011
Note that to replace the crystal Y2 you need to open the 5200D to access the 5200DC main circuit board. The 5200D must be powered down before changing the sample rate crystal Y2 or damage not covered by warranty may result. Changing the crystal Y2 will change the 5200D output sample rate; however some external digital devices also need the correct sample rate information to be embedded in the 5200D / Nov Apr 2007 2005
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CONTROLS A ND F UNCTIONS
AES output data or they will not operate correctly. Therefore, after changing the sample rate crystal Y2, be sure to reset dipswitch SW2, positions 3 and 4 on the 5200DC main circuit board to correctly embed the sample rate information in the output AES data stream. Table 2 shows the dipswitch settings. TABLE 2 SW2 pos.3
SW2 pos.4
FREQUENCY
OFF
ON
48 kHz
ON
OFF
*44.1 kHz
Note: On the 5200DC PCB SW2 pos.3 labeled as AES-C6/C2, and SW2 pos.4 - as AES-C7/C3.
*default setting
Phantom Power
Phantom power (+18VDC) is available and may be activated by internal dipswitch SW3.
Note the factory default setting for phantom power is OFF.
SW3 position 1 UP activates phantom power Gain Control
The mic preamp has dipswitch settings to program the gain for the input. Switch gain settings of 20dB, 40dB, and 60dB are clearly marked on the 5200DC board. SW3 position 2 UP sets 60dB gain SW3 position 3 UP sets 40dB gain SW3 position 4 UP sets 20dB gain When all positions are off the gain is 0dB.
Please note, these settings are not “additive”. That is, activating both the 20dB and 60dB settings does NOT result in 80dB of gain. Input Attenuation
This exclusive Wheatstone feature allows the user to trim the gain back (-12dB) on digital input post-level signals using the PCB-mounted slide switches. Why use digital attenuation? Many of today's digital audio sources (especially modern rock, rap, etc.) are produced to take full advantage of the available maximum digital output level (0dBFS). Playback of these tracks from a CD player's digital output result in average digital domain levels -6 to 3dBFS or higher! That translates to average analog levels of +18 to +21 dBu - very close to the news mixer clipping point of +24dBu. Connecting the digital output from a CD player to a 5200D input with utility gain can put the operator in a position of potentially clipping the CD playback. In this case, adding -12dB of attenuation will re-calibrate the input so that digital clipping of CD source material will be impossible even if the operator rotates the level all the way to the end.
5200D / Nov Apr 2007 2005
page 2 – 5
CONTROLS A ND F UNCTIONS
SW4 when ON (to the left) sets attenuation for the AES 1 LT SW8 when ON (to the left) sets attenuation for the AES 1 RT SW5 when ON (to the left) sets attenuation for the AES 2 LT SW9 when ON (to the left) sets attenuation for the AES 2 RT SW6 when ON (to the left) sets attenuation for the AES 3 LT SW10 when ON (to the left) sets attenuation for the AES 3 RT Monitor Output
The balanced monitor output level can be changed from +4dBu to -16dBu using slide switches SW7 and SW11. This is helpful when using monitor speaker amplifiers that don’t have enough attenuation. SW7 when OFF (to the right) sets +4dBu level for MON OUT LT SW11 when OFF (to the right) sets +4dBu level for MON OUT RT SW7 when ON (to the left) sets -16dBu level for MON OUT LT SW11 when ON (to the left) sets -16dBu level for MON OUT RT Cue Dropout
The dipswitch SW12 position 1, when activated (UP), will cause the input cue function to be de-activated whenever the channel ON switch is pressed. This is the factory default setting. Cue to Monitor
The dipswitch SW12 position 4, when activated (UP), will send cue to the monitor output whenever a channel’s CUE switch is pressed. Meter
By factory default, the front panel meters monitor the program output. The slide switch SW13 allows the operator to selectively meter program, output, mix-minus output, or external input. SW13 slide LT (marked on the PCB as “PGM”) - enable program metering SW13 slide RT (marked on the PCB as “MON”) - enable switched metering X Controller Sources
The dipswitch SW14 position 1, when activated (UP), will put all stored X Controller sources in alphabetical order. This is the factory default setting. The dipswitch SW14 positions 2-4 are not used.
5200D / Nov Apr 2007 2005
page 2 – 6
SCHEMATIC D RAWINGS
Schematics and Load Sheets Chapter Contents 5200D Controller (5200DC) Schematic ................................................................................................................. 3-2 Load Sheet .............................................................................................................. 3-10
5200D Switch Card (5200DSW) Schematic ................................................................................................................ 3-11 Load Sheet .............................................................................................................. 3-12
5200D / June 2006
page 3 – 1
5200D/Jun 2006
8 7 6 5 4 10
12
CT5
A
3
9 NOT INSTALLED
332 R7
DRAWN
APPROVALS SA
CHECKED SA
ISSUED SA
W# 700830
2 SCALE
VIEWED FROM ABOVE (COMPONENT SIDE) 1
2
CONTRACT NO. - SA UR US - Sergey Averin -
6-16-06
SIZE FSCM NO.
D
DWG. NO.
5200DCA PCB
LINE1_LT
SPDIF_HI
SHEET
LINE1_RT
3
2
1
CT17
3
RT
LT
HI
LO
LINE1 IN
SPDIF IN
B
2
MIC_LO
MIC_HI
H8
H7
H6
H5
H4
H3
H2
H1
CT11
PGM_RT_LO
PGM_RT_HI
PGM_LT_LO
PGM_LT_HI
MXM_LO
MXM_HI
MON_RT_LO
MON_RT_HI
8
7
6
5
4
3
2
1
CT10
8
7
6
5
4
3
2
1
CT9
8
7
6
5
4
3
2
1
CT8
MXM OUT RJ-45 CONNECTOR
1
CT19
G8
G7
G6
G5
G4
G3
G2
LINE1 RJ-45 CONNECTOR
G1
CT11
F8
F7
F6
F5
F4
F3
MON_LT_LO
MON_LT_HI
8
7
MON OUT RJ-45 CONNECTOR
MPRE_LO
MPRE_HI
LINE1_RT_LO
LINE1_RT_HI
F2
F1
AES 1 RJ-45 CONNECTOR
CT11
E8
6
5
4
3
2
1
PGM AES RJ-45 CONNECTOR
2
AGND
CT5
E7
E6
PGM_AES_LO
CT7
3
SPDIF_LO
+3.3V
E5
E4
E3
E2
PGM_AES_HI
8
7
6
5
4
3
2
1
4
LINE1_LT_LO
LINE1_LT_HI
AES1_LO
AES 2 RJ-45 CONNECTOR
E1
MXM_AES_LO
CT6
8
7
6
5
4
3
2
1
MXM AES RJ-45 CONNECTOR
CT11
D8
D7
D6
D5
D4
D3
D2
MXM_AES_HI
ETH_P8
ETH_P7
ETH_P6
ETH_P5
ETH_P4
ETH_P3
ETH_P2
CT5
9
8
7
6
AGND
MON_LT_HI
MON_RT_LO
AGND
EXT_LT_HI
EXT_RT_LO
AGND
LINE1_LT_HI
LINE1_RT_LO
AGND
MIC_LO
AGND
AES3_HI
AES2_LO
AGND
AES1_HI
MXM_AES_LO
AGND
PGM_AES_HI
MXM_LO
AGND
PGM_LT_HI
PGM_RT_LO
5
AES1_HI
AES2_LO
AES 3 RJ-45 CONNECTOR
D1
RX-
RX+
TX-
ETH_P1
5
4
3
2
1
CT4
25
24
23
22
21
20
19
18
17
16
15
14
LOGIC DB-9 CONNECTOR
13
12
11
10
9
8
7
6
5
4
3
2
1
CT2
25
24
23
22
21
20
19
18
I/O "A" DB-25 CONNECTOR
13
12
11
10
9
8
7
6
5
17
16
ETH X/Y RJ-45 CONNECTOR
CT11
C8
C7
C6
C5
C4
C3
C2
TX+
LOGIC_COM
AGND
MON_LT_LO
AGND
MON_RT_HI
EXT_LT_LO
AGND
EXT_RT_HI
LINE1_LT_LO
AGND
LINE1_RT_HI
AGND
MIC_HI
AGND
AES3_LO
AGND
AES2_HI
AES1_LO
AGND
MXM_AES_HI
PGM_AES_LO
AGND
4
15
14
6
AES2_HI
AES3_LO
C1
CT11
B8
B7
B6
B5
B4
B3
B2
MIC IN
MIC IN
EXT IN RJ-45 CONNECTOR
AES3_HI
EXT_RT_LO
EXT_RT_HI
B1
HI
LO
SH
HI
LO
SH
MXM_HI
3
2
7
EXT_LT_LO
CT11
A8
A7
A6
A5
A4
A3
A2
A1
CT11
3
2
1
CT15
3
2
1
CUE IN RJ-45 CONNECTOR
EXT_LT_HI
CUE_RT_LO
CUE_RT_HI
CUE_LT_LO
CUE_LT_HI
MIC_HI
MIC_LO
AGND
MIC_HI
MIC_LO
AGND
CT14
PGM_LT_LO
CT1
1
I/O "B" DB-25 CONNECTOR
D
AGND
PGM_RT_HI
8 1
PGM OUT RJ-45 CONNECTOR
80S0046-1
D
C MIC PRE OUT RJ-45 CONNECTOR MIC/LINE RJ-45 CONNECTOR
C
B
3 PIN JST CONNECTOR PINOUT
11
332 R8 3
5200DC A
DATE
600 Industrial Drive New Bern, NC 28562 REV
1 OF 10
A
1 page 3 - 2
8
7
6
VCC
5
4
3
2
1
VCC
VCC
R405 4.99K
R404 220
1 C366
U81
R325
4.99K
1.00K
U63 ____ SET 5 Q 3 CLK 2 __ 6 D ____ Q 1 CLR 4
2
74AC14
1uF
R378
R486 1.00K
3
U96
4
C424 0.001uF
74AC14
D
R452 220
GND
MIC_ON
MIC_OFF
74ACT32
4.99K 3 C367
U81
1 2
3
U82
U63 ____ SET 9 Q CLK 12 __ D ____ Q 8 13 CLR 11
GND
4
LINE1_OFF
MIC_CUE
U79
5
R409 220
5 C368
U64 ____ SET 5 Q 3 CLK 2 __ 6 D ____ Q 1 CLR 4
6
74AC14
1uF
R485 1.00K
5
U100
6
C423 0.001uF
74AC14 GND
5
4.99K 9 C331
C
U80
4
U81
5
6
U82 74ACT08
8
U64 ____ SET 9 Q 11 CLK 12 __ 8 D ____ Q 13 CLR
U65 ____ SET 5 Q 3 CLK 2 __ 6 D ____ Q 1 CLR
11 C330
U81
4 10
74AC14
1uF
R433 1.00K
1
U100
2
C392 0.001uF
74AC14 R458 220
GND
R360 220
13 C329
U81
8
10 U82
74AC14
1uF
VCC
LOGIC_COM
C362
4.99K
0.1uF
U6
C373
B
4.99K 1 C369
U83
U66 ____ SET 5 Q CLK 2 __ D ____ Q 6 1 CLR 4
2
74AC14
1uF
3 R435 1.00K
11
U100
10
C394 0.001uF
74AC14 R461 220
GND
2 AQW210S 7
R397 1.00K
LOGIC_COM
R462 220
VCC
13 U80
AES1_ON
3 R352
C325
4.99K
0.1uF
3 C370
R463 220
4 AQW210S 5
LOGIC_COM
R465 220
AES1_CUE 9
R355
C326
4.99K
0.1uF
U7
8 R377 220
10
U85
9
8
74AC14
1uF
11
4 5
C337
LOGIC_COM
74ACT74
VCC
VCC 3
AES2_OFF AES2_ON 12
C327
4.99K
0.1uF
13 U82
11
4.99K
R375 220 4 AQW210S 5
11
LOGIC_COM
74ACT08
4
U66 ____ SET 9 Q 11 CLK 12 __ 8 D ____ Q 13 CLR
U85
10
9
8
10 U84
C336
74AC14
74ACT08
74ACT74 R468 220 GND
9
AES2_CUE
U67 ____ SET 5 Q 3 CLK 2 __ 6 D ____ Q 1 CLR
5
U83
4 6
74AC14
1uF
R434 1.00K
9
U100
8
C393 0.001uF
74AC14 GND
R359
C328
4.99K
0.1uF
U8
8
VCC
U71 ____ SET 9 Q 11 CLK 12 __ 8 D ____ Q 13 CLR
R373 2 AQW210S 7
R358 1.00K
8
10 U79
AES3_ON
LOGIC_COM
10
4.99K
R372 220
13
74ACT32
C335 1uF
U85
12
12 13 U84
74AC14
11
74ACT08
74ACT74
4.99K 9 C334 1uF
U86 74ACT32
R370
U83
74AC14
D29 4148
6
8
10.0K
AES3_OFF
U96
1
AES3_ON C425
2
3
9
10
U96
11
74AC14
9
12
4
13 U86
8
10 U86
11
74ACT32
74ACT32
R470 1.00K C412 0.001uF
GND
2
5200DC
CONTRACT NO.
1
U84
3
U67 ____ SET 9 Q 11 CLK 12 __ 8 D ____ Q 13 CLR
- SA UR US - Sergey Averin -
10
APPROVALS AES3_CUE
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
C352
C307
C351
C17
C304
C395
C421
C305
C306
C422
C420
C396
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
DRAWN
SA
6
5
4
3
A
DATE 6-16-06
CHECKED
SA
ISSUED
SA
GND
W# 700830
7
U96
74AC14
74AC14
74AC14
100uF
74AC14 U100
3
74ACT74
GND
U96
5
74ACT74
74ACT08
8
VCC
GND
1 2
R469 220 GND
R471
GND
VCC
B
4
1uF
10
VCC
C371
5200D/Jun 2006
U71 ____ SET 5 Q 3 CLK 2 __ 6 D ____ Q 1 CLR
6 R374
R357 1.00K
11
13 U79
AES3_OFF
R356
U8
5200_RST
R415 220
8
6
U84 74ACT08
R467 220 GND
74ACT74
4.99K
R466 220
U70 ____ SET 9 Q CLK 12 __ 8 D ____ Q 13 CLR
R376
2 AQW210S 7
1
12
GND
R371 220
74ACT74
GND
4.99K
R354 1.00K
8
10 U78
AES2_ON
MXM_AES3
VCC 1
11
R414
A
3
74AC14
1uF
74ACT32
VCC
R464 220
4 6
6
VCC
74AC14
1uF
5 C374
R353 1.00K
11
U7
U85
4.99K
VCC
74ACT74
74ACT32
R412 R413 220
U70 ____ SET 5 Q CLK 2 __ D ____ Q 6 1 CLR
R420
74ACT32 12
U83
74ACT74
GND
R421 220
13 U78
C
MXM_AES2
VCC
VCC
GND
4.99K
U69 ____ SET 9 Q 11 CLK 12 __ 8 D ____ Q 13 CLR 10
4
74AC14
1uF
74ACT32
R411
3
8
VCC
R410 220
U85
4.99K
AES1_OFF
74ACT74
GND
4 AQW210S 5
R396
MXM_AES1
74ACT74
GND
74ACT32
10
74ACT08
12
U65 ____ SET 9 Q 11 CLK 12 __ 8 D ____ Q 13 CLR
2
74AC14
R418
3
U78
2
U69 ____ SET 5 Q 3 CLK 2 __ 6 D ____ Q 1 CLR 4
6 R459 220
1
AES2_OFF 9
C363 0.1uF
U6
R419 220
12
74ACT32
4.99K
U85
1
74ACT32
8
10 U80
R399
R398 1.00K
6
U78
74ACT74
9
R361
R460 220
R416 220
VCC
GND
VCC
LOGIC_COM
1uF
4
LINE1_CUE
74ACT74
GND
4.99K
4.99K
MXM_LINE1
VCC 2 AQW210S 7
3
5
12
74AC14
C372
AES1_OFF
10
R417
1
4.99K
R456 220
VCC
AES1_ON
R362
13
U83
8
LINE1_ON
VCC
R363 220
0.1uF
R401 1.00K
3
U79
2
74ACT74
GND
4.99K
R366 220
74ACT32
10
74AC14
1uF
R457 220
1
LINE1_ON
LINE1_OFF
6
74ACT32
R364
LOGIC_COM
1uF
4.99K
D
U68 ____ SET 9 Q 11 CLK 12 __ 8 D ____ Q 13 CLR
R367
U5
MXM_MIC
VCC
VCC
C364
3
74ACT74
C332
R400
4 10
GND
6
4 AQW210S 5
74ACT74
4
U5
U83
74AC14
1uF
74ACT32
GND
VCC
R365 220
C365 0.1uF
1
R408
R455 220
R403 4.99K R402 1.00K
6
VCC
U81
C333
R453 220
10
74ACT08
4
74ACT74
4.99K
11
74AC14
GND
3
74AC14
1uF
4.99K
R369 220
12
VCC
74ACT32
R406
U86
5
U96
13
6
3
U80
U68 ____ SET 5 Q CLK 2 __ D ____ Q 6 1 CLR
R368 4
74ACT74
1 2
R454 220
MIC_OFF
GND
VCC
R407 220
VCC
600 Industrial Drive New Bern, NC 28562 SIZE FSCM NO. SCALE
2
DWG. NO.
D 5200DCA PCB
80S0046-2 SHEET
REV
A
2 OF 10
1 page 3 - 3
8
7
6
5
4
V-
V+
MPRE_O
MIC_LO -50dBu BAL MIC_HI
LO
MIC
HI
C62 10uF
L18
C61 10uF
L17 C46
D
0.001uF
330pF
5 3
0.001uF
R55
R56
4.99K
4.99K C177 10uF
+ph
AGND
Z4 C5V1 5.1V
Z5 C5V1 5.1V
R66
R67
10.0K
10.0K
AGND
5.1V C5V1 Z2
AGND
5.1V C5V1 Z3
AGND
AGND
R153 1.00K
4
R152 100
3
R151 10
2
R150 1.00K
1
SW3
36R
C432 22uF
R253 4.99K
R219 10.0K
MIC_OFF
6 5
DIP SW: ALL OFF-0dB GAIN 4-20dB GAIN 3-40dB GAIN 2-60dB GAIN 1-PHANTOM ON
AGND
7
OP275 U39
100uF C271
LINE1POST_LT
R45 4.99K
LINE1POST_RT
8 L15
R40 10.0K
L16 C44
0.001uF
C60
0.001uF
33pF
AGND
AES1POST_RT
-2dBu
3
AGND
6
8 CR5 1 2 10K 3
C446 22uF
R198 10.0K
AES2POST_LT
3
100uF C212
LINE1POST_LT
10
R272
AES2POST_RT
40.2K 4
L23
5
C118
C110
C92
R77
0.001uF
0.001uF
33pF
2.43K
AES3POST_LT
AGND
AGND
14
-14dBu
CR5 4 5 10K 6
R221 10.0K
AES3POST_RT
-2dBu
R267 4.99K
15 6 10
6
L1PRT
5
7
OP275 U40
100uF C272
MPOST_O
LINE1POST_RT
R265 10.0K
4
R268
9
AGND R266 10.0K
LINE1_LT
R108 11.0K
LINE 1 (-10dBu)
MIC 4
V-
LINE1_RT
C198 22uF
R172 11.0K
MICPRE
2
MPST
LINE1POST_RT
9
AES1POST_LT
10K
10K
8
HI
L10
3
C12
C2
C23
R18
0.001uF
0.001uF
33pF
4.99K
AGND
AGND
AGND
AES1POST_RT
6
LINE1PRE_LT
5
L1PLT
AES2POST_LT
3
AGND
1
AGND
4
LINE1PRE_RT
2
L1PRT
LINE1
-2dBu
R275 10.0K
3
V-
1
C216 22uF
L5
X_Y X INH Y S U53 74VHC4053
AES2POST_RT
R274 10.0K
14
AGND R279 10.0K
15 10
CUE_IN_LT AES3POST_RT
IN PHASE
V-
R277 10.0K
4
V-
C10
C11
68pF
68pF
AGND
9
AGND
AGND
PGM
C
PGM_RT_O
R239 4.99K
1 C282 100uF
2
-2dBu 6
R238 5
40.2K
AGND
3
AGND
L14
7
4
3 5
V+
6
7
OP275 U37
8 U17 SSM2142 gnd
L13
C268 22uF
HI
L20
R39 10.0K
5
C58
C59
C43
R31
0.001uF
0.001uF
33pF
4.99K
C65 22uF
V-
C40
C41
68pF
68pF
AGND
PGM_RT_2MON
AGND 3 5
X_Y X INH Y U54 S 74VHC4053
14
B
MXM_O
C228 33pF
8 C207 100uF
3 5
R184 3
40.2K
AGND
-2dBu
V+
2
AGND
4
V+
6
1
OP275 U39
3
V-
L4
7
4
8 U2 SSM2142 gnd
L3
C290
C289
47uF
47uF
Z12 C5V1 5.1V
5
V-
1
C291
C292
47uF
47uF
Z13 C5V1 5.1V
8
AGND
C217 22uF
C8
C9
68pF
68pF
40.2K
5 AGND 13
X_Y X 12 INH Y S U54 74VHC4053
AGND
5200DC
CONTRACT NO. V+
C231
C229
C227
C225
C26
C142
C150
C73
C56
C57
C111
C36
C28
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
C255
C253
C251
C249
C141
C25
C175
C91
C48
C49
C93
C29
C37
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
R306 1.30K
5
4
AGND
MXM_2MON
APPROVALS SA
3
A
DATE 6-16-06
CHECKED
SA
ISSUED
SA
W# 700830
6
MXM
LO
R196 3
AGND
7
HI
1
AGND
2
DRAWN AGND
MXM_HI +4dBu BAL MXM_LO
2 AGND
VAGND
AGND
40.2K
1
CUE_IN_RT
VEE AGND
RT
LO
2
R305 1.30K
VDD
7
HI
2 5
AGND
GND -2dBu
6 OP275 U9
PGM_RT_HI +4dBu BAL PGM_RT_LO
1
- SA UR US - Sergey Averin R38 10.0K
AGND
40.2K
13
X_Y X INH Y S U54 74VHC4053
6
OUT OF PHASE
R30 4.99K
L19
LT
LO
AGND
X_Y X 6 12 INH Y 11 S U53 74VHC4053
11
CUE_RT_LO +4dBu BAL CUE_RT_HI
HI
R193
2
6
LO
PGM_LT_HI +4dBu BAL PGM_LT_LO
1
PGM_LT_2MON
5
1
4
EXT CUE
5200D/Jun 2006
5
AGND
3
6
9
NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY
C42 33pF
8 U3 SSM2142 gnd
2
2
15
6 OP275 U9
L6
7
4
13
X_Y X INH Y 10 U53 S 74VHC4053
R273 10.0K
AES3POST_LT C1 22uF
V+
6
1
OP275 U37
X_Y X 12 INH Y 11 S U52 74VHC4053
6
3
V+
4
A
R181 40.2K
-2dBu
V+
6
2
R15 10.0K
X_Y X INH Y S U52 74VHC4053
14
1
R17 4.99K C22 33pF
AGND
2
R183 4.99K
RT
R14 10.0K
R270 10.0K
AGND
4
L7
8 C205 100uF
13
X_Y X INH Y U52 S 74VHC4053
6
CT27
LINE1F_RT
7
OP275 U33
AGND
CUE_LT_LO +4dBu BAL CUE_LT_HI
4
-2dBu
LT
LO
R269 10.0K
1
6 5
3
MIC
R164 26.7K
L32
10
CT26 LINE1F_LT
1
C176 10pF
B
15 6
10K AGND
R271 10.0K
V+
OP275 U33
D
R216
2 3
5
-2dBu
LINE1POST_LT 8 C134 22uF
68pF
C224 33pF
X_Y X 6 12 INH Y 11 U51 S 74VHC4053
R113 26.7K
L26
X_Y X INH Y S U51 74VHC4053
14
AGND
C149 10pF
C14
68pF
13
X_Y X INH Y S U51 74VHC4053
6
40.2K
AGND
C13
PGM_LT_O
R180 4.99K
X_Y X 12 INH Y 11 U50 S 74VHC4053
AES3_OFF C433 22uF
V-
C250 33pF
C256 10pF
100uF C434
7
MIC PRE
LO
3
R220 40.2K
AGND AGND
R262 4.99K
HI
2
6
LINE1PRE_RT
6
R83 10.0K
9
MPRE_HI +4dBu BAL MPRE_LO
1
AGND
X_Y X 12 INH Y S U49 74VHC4053 X_Y X INH Y S U50 74VHC4053
L8
2
13
X_Y X INH Y S U50 74VHC4053
6
-2dBu -2dBu
OP275 U18
4
AES2_OFF
LINE 1 IN
C95 33pF
R94 10.0K
R261 4.99K
VAGND
L24
15 6
1
OP275 U40
AGND
R82 4.99K
R263 4.99K
2
L1PLT
V-
V+
8 U4 SSM2142 gnd 5
AGND
100uF C447
1
OP275 U18
AGND
C
11
-14dBu
4
R107 4.99K
14
AES1_OFF
-2dBu
C230 10pF
R46 2.43K
R258 4.99K
R197 40.2K
LINE1PRE_LT
-2dBu
V+
-2dBu
LINE1F_RT
HI
X_Y X INH Y S U49 74VHC4053
L9
7
4 3
1
4
V+
6
MPRE_O
5
15
9
AGND AGND
LINE1_RT_LO +4dBu BAL LINE1_RT_HI
R257 4.99K
-2dBu 3
13
X_Y X 6 INH Y 10 S U49 74VHC4053
LINE1_OFF AES1POST_LT
2
R41 10.0K
C45
LO
R259 4.99K
1
1
X_Y X 12 INH Y S U48 74VHC4053
AGND
2
2
11
6
R54 4.99K C72 33pF
LINE 1 (+4dBu)
14
6
LINE1F_LT
HI
R254 4.99K
40.2K
+36V
R69 100
LO
9
MPOST_O R252
X_Y X INH Y U48 S 74VHC4053 X_Y X INH Y S U48 74VHC4053
6
-2dBu
LINE1_LT_LO +4dBu BAL LINE1_LT_HI
4
-2dBu
MIC IN
AGND
10
C254 10pF
MPST
10K 3
-10dBu
1
15 6
100uF C445 CR4 1 2
R255 4.99K
R218 40.2K
-14dBu 6
SSM2017 U22 8
C47
AGND
4
2 C108
MPOST_O
MICPRE
-2dBu
7
3
600 Industrial Drive New Bern, NC 28562 SIZE FSCM NO. SCALE
2
DWG. NO.
D 5200DCA PCB
80S0046-3 SHEET
REV
A
3 OF 10
1 page 3 - 4
8
7 PGM_LT_2MON
PGM_RT_2MON
R283 4.99K
15
1
6
2
X_Y X INH Y 10 U55 S 74VHC4053
R281 4.99K
4 6 9
D
MXM_2MON
6
R282 4.99K
14 6 11
X_Y X INH Y S U55 74VHC4053
5
4
VU_LT
R199 4.99K
R182 2.21K
3 5
C213 100uF
13
X_Y X 12 INH Y S U55 74VHC4053
EXT_IN_LT
1 2
X_Y X INH Y 10 U56 S 74VHC4053
R284 4.99K
4 6 9
EXT_IN_RT
R285 4.99K
X_Y X INH Y S U56 74VHC4053
14
C226 33pF
3
AGND
100uF C455
VLT
8 CR9 1 2
R298 4.99K
15
MNPL
10K 3
4
C454 22uF
6
V-
10
CT31
LT
VU_RT
R223 4.99K
RT
5 C258 33pF
10K -2dBu
C273 100uF
13
X_Y X 12 INH Y 11 S U56 74VHC4053
-2dBu
5
40.2K
-14dBu 7
OP275 U41
100uF C431
MNPL
R296 20.0K
4 6 9
3
VRT
2
MNPR
LINE1PRE_LT
15
1
6
2
X_Y X INH Y 10 S U57 74VHC4053
R287 10.0K
4
C
6 9
LINE1PRE_RT
R288 10.0K
14 6 11
X_Y X INH Y U57 S 74VHC4053
CR9 4 5
C441 22uF
R297 4.99K
14
15
4
3
6
C236 33pF
9
X_Y X 12 INH Y S U57 74VHC4053
AGND
AGND
5
AGND
4
L1
MON_LT_HI +4/-16dBu BAL MON_LT_LO
HI
V-
LT
LO
1 2
5
AGND
SW11
V-
C6
C7
68pF
68pF
AGND
AGND
MONITOR
1
C283 100uF
13
-2dBu
X_Y X INH Y S U61 74VHC4053 X_Y X INH Y U61 S 74VHC4053
-2/-22dBu
R241 5
40.2K
6
6
AGND
2
L12
7 8 U16 SSM2142 gnd
3
1
V+
4
7
OP275 U38
L11
MON_RT_HI +4/-16dBu BAL MON_RT_LO
HI
RT
LO
1 2
AGND
5
AGND
V-
3
C38
C39
68pF
68pF
AGND
AGND
5
C
2
R204 40.2K
3
6
R203 4.99K
V+
8 U1 SSM2142 gnd
3
X_Y X 12 INH Y 11 S U60 74VHC4053
MNPR
10
8
7
4
1
OP275 U38
C252 33pF
6
C208 100uF
3
L2
AGND
R300 20.0K
13
R195 40.2K
V+
R217 20.0K
AGND
5
6
R240 2.21K
AGND R289 4.99K
X_Y X INH Y U60 S 74VHC4053
2
-2/-22dBu
V+
2
MONITOR
VRT
10K 6 AGND
VLT
5
X_Y X INH Y S U60 74VHC4053
C206 100uF
1
1
6
R222
6
4
MONITOR 3
D
-14dBu 1
OP275 U41
10K
6
MICPRE
SW7
-2dBu
2
R200 40.2K
-2dBu
V+
AGND
6
1
R194 20.0K 8
15
1
2
C232 33pF
AGND
R286 4.99K
3
3
AGND
1
OP275 U43
100uF C458
CUE_O
R226 40.2K 4
CT25
V-
-14dBu
-2dBu
C262 10pF
3
R290 10.0K
4 6 9
AES2PRE_LT
R291 10.0K
X_Y X INH Y U58 S 74VHC4053
14
10K
2
C444 22uF
2
R227 10.0K
1
"CUE" 3
6 OP275 U43
5 AGND
7
100uF C275 R201 4.99K
AGND
CUE LEVEL
5
8 R299 4.99K
14
X_Y X 6 12 INH Y 11 S U58 74VHC4053
R304 4.99K
R295 10.0K
15 6 10
B
AES3PRE_LT
R293 10.0K
4 6 9
AES3PRE_RT
R294 10.0K
14
X_Y X INH Y S U59 74VHC4053 X_Y X INH Y S U59 74VHC4053
1
10K
2
6
HLT
5
HPL
15
1
6
2
X_Y X INH Y 10 U62 S 74VHC4053
CT32
AES2PRE_RT
C214 100uF
13
X_Y X 12 INH Y 11 S U61 74VHC4053 6
13
LT
3
40.2K
AGND
-2dBu -14dBu
AGND
1
OP275 U42
100uF C457
HLT
5
CR10 1 2 4
10K 3
C456 22uF
3
RT
5
10K
R489 10.0K
VR488 1.00K
3
AGND C416
HRT
2
HPR
HDPN
R473
R474
3.3
3.3
POLYSW 0.16A
HDPN OUT
C417 AGND
0.22uF
AGND
1
CT24 T
3
R445 40.2K
R
S 2
R225 4.99K C399 33pF
C260 33pF
AGND
-2dBu 4 6
AGND
R303 4.99K
14
40.2K
5
5
-14dBu 7
OP275 U42
100uF C443
HRT
5
CR10 4 5 10K 6
13
GND
-2dBu 6
R224 40.2K
X_Y X 6 12 INH Y 11 S U62 74VHC4053
R301
R185 10.0K
X_Y X INH Y U62 S 74VHC4053
C274 100uF
3
AGND
TO HDPN JACK
RT
AGND
R302 4.99K
B
LT
AGND
1 13
C429 1uF
330pF
3
F10
4
LM675 U101
1 AGND
HDPN
X_Y X 12 INH Y 11 U59 S 74VHC4053
C415 1uF
2
HPL
4
9
CUE_IN_LT
C430 33pF -2dBu
V+
2
R202
6
GND
R487 40.2K
C234 33pF
V+
X_Y X 6 INH Y 10 S U58 74VHC4053
1
V-
15
V+
AES1PRE_RT
CUE
R292 10.0K
C442 22uF
R447 10.0K
HPR
R446 1.00K
3
AGND C384
AGND
F9
4
LM675 U90
1
AGND AGND
C383 1uF
2
C398 1uF
V-
AES1PRE_LT
R436
R437
3.3
3.3
POLYSW 0.16A
C385
330pF
AGND
0.22uF
AGND AGND
CUE_IN_RT
A
AGND
R186 10.0K
IN PHASE
OUT OF PHASE AGND
C235
C237
C233
C407
0.1uF
0.1uF
0.1uF
330uF
- SA UR US - Sergey Averin -
APPROVALS DRAWN
C259
C257
C261
C426
0.1uF
0.1uF
0.1uF
330uF
SA
6-16-06
CHECKED
SA
ISSUED
SA
W# 700830
8
7
6
5
4
3
A
DATE
V-
5200D/Jun 2006
5200DC
CONTRACT NO. V+
NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY
600 Industrial Drive New Bern, NC 28562 SIZE FSCM NO. SCALE
2
DWG. NO.
D 5200DCA PCB
80S0046-4 SHEET
REV
A
4 OF 10
1 page 3 - 5
8
7
6
5 +5VAD1
NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY IN PHASE
VCC
VCC 22
VA+
4.99K
D
19
MCK FCK 16 SEL 9 RXP 10 RXN 13
T3 3
4 R6
AES1_LO
1
R5
220
6
220
23
VCC
VD+ C U VERF CBL ERF SDATA SCK FSYNC FILT
C35
C34
R36
R37
0.1uF
0.1uF
4.99K
4.99K
GND
GND
GND
1 28
7
25
9
26
10
12
1
11
2
2
20
1
U10
3 1.00K
GND
15 16
74ACT02
R44
11
C55
8
0.1uF
-2dBu 1.30K R136
AGND
1.30K R137
+5VAD1
+5VA 10 R61
GND
AGND C70
4.7uF
GND
AGND
18
-2dBu
-14dBu
6 5
100uF C449
7
OP275 U28
8 CR6 1 2 10K 3
C188
R149
C169
2200pF
16.5K
390pF
13
AGND
AGND
8 AGND 5.76K R76
1.30K R103
2
1.30K R104
3
RT -2dBu
V+
GND
C107
R93
C117
2200pF
16.5K
390pF
10K
5
CR6 4 5 10K 6
4
VAGND
AES1L
3
AES1PRE_RT
2
AES1R
SW8
R232 13.3K
1
1
R213 40.2K
AES 1
-14dBu
4
390pF
AES1PRE_RT
-2dBu
D
AES1POST_LT R256 40.2K
AGND
AES1PRE_LT
AES1 12dB Attn
C244 10pF
AGND
100uF C436
1
OP275 U28
100uF C202
4
390pF C132
C133
4.7uF
10K
AES 1 IN
2200pF
1
OP275 U34
CT28 6
390pF C116
-2dBu
V+
2
AES1L
AGND
16.5K R92 C106
14
AGND
AGND
R188 10.0K
3
AGND
J3
AGND
C448 22uF
390pF
5.76K R75
AOUTR+
MCLK
AES1 12dB Attn
R187 40.2K
AES1PRE_LT
LT
AOUTR-
SW4
C218 10pF 17
DGND AGND 5 CS4390 4
C54 0.1uF
AOUTL+
1
390pF C158
2200pF
5.76K R171
LRCK SCLK SDATA DEM0 DEM1 _______ MUTE_R _______ MUTE_L ___________ AUTO_MUTE
1 R177 13.3K
390pF C168
C159
15
C71
5200_RST
AOUTL-
DIF0 19 DIF1 12 DIF2
14
3
2
16.5K R148
VA+
20
AGND
__ 6 C0/E0 5 Ca/E1 4 Cb/E2 3 Cc/F0 2 Cd/F1 27 Ce/F2 AGND DGND 21 CS8414 8
U21
VD+
4.99K
7
M0 24 M1 18 M2 17 M3
VCC
GND
U13
5.76K R170
+5VA
3
C187 6
R53 R21
0.1uF C5
+5VAD1
VCC
OUT OF PHASE
AES1_HI
4
-2dBu
C435 22uF
R233 10.0K
6
AES1R
V-
5
7
OP275 U34
100uF C279
AES1POST_RT R276
AGND
40.2K AGND AGND
AGND
11 12 U10
C AGND
C219
C221
C144
C148
C146
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
+5VAD2
VCC
C247
C245
C243
C147
C145
C143
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
VCC 22
R20
V-
VA+
4.99K
19
MCK FCK 16 SEL 9 RXP 10 RXN 13
T2 0.1uF C4
AES2_HI AES2_LO
3
4
1
6
R3
R4
220
220
23 18 VCC
VCC
C32
C33
R34
R35
0.1uF
0.1uF
4.99K
4.99K
GND
GND
GND
GND
5200_RST
5.76K R168
+5VA
16.5K R146
DIF0 19 DIF1 12 DIF2
1 14 28
3
R178 13.3K 390pF C166
AOUTL-
2200pF
7
25
9
-2dBu 1.30K R134
AGND 5.76K R169
26
10
12
1
11
2
5
20 1.00K
4
U10
6
15 16
74ACT02
R43
11
C53
8
0.1uF
+5VAD2
+5VA 10 R60
GND
GND
-2dBu
1.30K R135
-14dBu
6 5
100uF C451
7
OP275 U27
8 CR7 1 2
B
18
C68
4.7uF
4.7uF
10K 3
13
C186
R147
C167
2200pF
16.5K
390pF
AGND
AGND
5.76K R73
AES2L
390pF C114
8 1.30K R101
AGND 5.76K R74
1.30K R102
390pF C130 -2dBu
V+
1
C105
R91
C115
2200pF
16.5K
390pF
AGND
AGND
5
AES2L
AGND
10K
10K 6
C74
C77
100uF
100uF
100uF
AGND
C75
C76
100uF
100uF VCC
V-
VCC 22
R19
VA+
4.99K
19
AES3_HI SPDIF_HI AES3_LO SPDIF_LO
1 3 4 6
SW1
MCK 13 FCK 16 SEL 9 RXP 10 RXN
T1 2 5
0.1uF C3
3 1
4 6
R1
R2
220
220
23
VCC
A
AES2PRE_RT
R214 40.2K
2
AES2R
C246 10pF
VCC
C30
R32
R33
0.1uF
0.1uF
4.99K
4.99K
GND
U11
GND
GND
6
5.76K R166
+5VA
AGND 1 14 28
6
AGND
5200D/Jun 2006
100uF C280
AES2POST_RT R260
C437 22uF
40.2K
AES2R
AGND AGND R179 13.3K
1
B
SW6 AES3 12dB Attn
R191 40.2K
8
16.5K R144
3
DIF0 19 DIF1 12 DIF2 7
25
9
26
10
12
1
11
2
8
20
U10
9 1.00K
10
15 16
74ACT02
R42
11
C51
8
0.1uF
AOUTL-
390pF C164
17
1.30K R133
-2dBu
0.1uF
+5VAD3
+5VA 10 R59
GND
LRCK SCLK SDATA DEM0 DEM1 _______ MUTE_R _______ MUTE_L ___________ AUTO_MUTE MCLK
AOUTL+
5
7
OP275 U26
C184
R145
C165
16.5K
390pF
AOUTR-
13
AGND
AGND
10K 3
5.76K R71
AES3L
RT
AGND
8 1.30K R99
AGND
1.30K R100
C103
R89
C113
2200pF
16.5K
390pF
AGND
4
V-
3
AES3PRE_RT
2
AES3R
R236 13.3K
SW10
1
R215 40.2K
1
AES3 12dB Attn
C248 10pF
6 5
OP275 U36
7
100uF C281
40.2K
AGND
5200DC
CONTRACT NO. -14dBu
1
OP275 U26
100uF C440
- SA UR US - Sergey Averin -
CR8 4 5 4
AES3POST_RT R278
AES3PRE_RT
-2dBu
2 3
-2dBu R237 10.0K
AGND
-2dBu
V+
C129
GND
4
AGND
390pF C128
2200pF
AES3POST_LT R280 40.2K
AGND
AES 3 IN
390pF C112
5.76K R72
100uF C204
AES 3
390pF
5
AES3L
AGND
16.5K R88 C102
14
4.7uF
AGND
C452 22uF
10K
AGND
J1
AGND
5
1
OP275 U36
4
CR8 1 2
390pF
2200pF
10K
100uF C453
AES3PRE_LT
AGND
AOUTR+
AGND C66
18
LT -14dBu
6
3
6
-2dBu
V+
2
CT30
390pF C154 -2dBu
1.30K R132
AGND 5.76K R167
DGND AGND 5 CS4390 4
C50
4.7uF
6
R192 10.0K
2200pF
AGND
7
7
OP275 U35
AGND
C155
AGND
8
AES2 12dB Attn
-2dBu R235 10.0K
AES 2
V-
VA+
20
15
GND
U19
VD+
4.99K
7
VD+ C U VERF CBL ERF SDATA SCK FSYNC FILT
__ 6 C0/E0 5 Ca/E1 4 Cb/E2 3 Cc/F0 2 Cd/F1 27 Ce/F2 AGND DGND 21 CS8414 8 GND
+5VAD3
R51
C67
5200_RST
1
1
AGND
C183
VCC
M0 24 M1 18 M2 17 M3
C31
GND
SW9
3
AES3PRE_LT
100uF
V-
C222 10pF
+5VAD3
C316
4
AGND
V+ C356
AES2POST_LT R264
R234 13.3K
5 CR7 4 5
4
AES2PRE_LT
100uF C438
C131 390pF
GND
AES2PRE_RT
-2dBu
-14dBu OP275 U27
100uF C203
40.2K
6
4
RT
2 3
10K
AES 2 IN
2200pF
1
OP275 U35
CT29
AGND
16.5K R90
-2dBu
V+
2 3
AGND
C104
14
AGND
AGND
R190 10.0K
390pF
J2
AGND
C450 22uF
LT
AOUTR-
AOUTR+
AGND
C69
AGND
MCLK
AOUTL+
DGND AGND 5 CS4390 4
C52 0.1uF
LRCK SCLK SDATA DEM0 DEM1 _______ MUTE_R _______ MUTE_L ___________ AUTO_MUTE
AES2 12dB Attn
R189 40.2K
AES2PRE_LT
C
SW5
C220 10pF 17
C157
15
1
390pF C156
VA+
20
AGND
__ 6 C0/E0 5 Ca/E1 4 Cb/E2 3 Cc/F0 2 Cd/F1 27 Ce/F2 AGND DGND 21 CS8414 8
U20
VD+
4.99K
7
VD+ C U VERF CBL ERF SDATA SCK FSYNC FILT
GND
6
R52
M0 M1 M2 17 M3 24
+5VAD2
C185
VCC
U12
AGND
74ACT02
GND
V+ C223
AGND
13
10K 6
C439 22uF
APPROVALS
A
DATE
AES3R
DRAWN
VAGND
AGND
SA
6-16-06
CHECKED
SA
ISSUED
SA
W# 700830
3
600 Industrial Drive New Bern, NC 28562 SIZE FSCM NO. SCALE
2
DWG. NO.
D 5200DCA PCB
80S0046-5 SHEET
REV
A
5 OF 10
1 page 3 - 6
7
6
2.43K R121
2.43K R160
5
+5VA
D4 BAT54
R159 16.5K
3
4.99K
-14dBu
23
R122 2 4
2.5V_4
5 10 R86
V-
2.5V_4
2.43K R125
2.43K R163
10 R81
GNDL AINL+ AINL-
C85
C86
22uF
0.22uF
VREFL VCOML
BAT54 D5
+5VA
D5 BAT54
PGM_RT_O
4.7uF C196
R162 16.5K
5
2 3
1
OP275 U32
39 R143
3900pF AGND
39 R124
D10 BAT54
-14dBu
BAT54 D10
22
U24
23
C87
C88
0.22uF
22uF
AGND
AESV
9
AESC
10 11
AGND
2
19
HPFE 20 TEST
2.5V_4
-14dBu 4
7
OP275 U32
7
28 VREFR4 VREFR 26 VCOMR4 VCOMR
LRCK 14 SCLK 17 MCLK 16 FSYNC
C100
V+
6
3 VCOML4
13 6
8
8
21
AINR+ AINR27 GNDR
330pF C174
330pF C140
1.00K
PGM_SDATA DO_SCLK DO_LRCK
1 VREFL4
U15
25 24
2.43K R112
AGND
7
10 R87
V-
2.5V_4
SDATA
15
3
R123 39
24
AK5383
18
4
DFS SMODE1 11 SMODE2
1
12
+5VAD4
VCC
+5VAD4
14
ZCAL ____ RST
DGND
10
13
9
12
BGND
6
CAL
AGND
ADC_LRCK ADC_SCLK ADC_MCLK
22
21
AGND
AGND
DO_MCLK
J5
2.5V_4 C197
C195
R161
4.7uF
4.7uF
475
AGND
74ACT08
3
U91
C124
C125
47uF
47uF
AGND
GND
V C/SBF U
CBL/SBC
VCC
R13 220
15
R12 220
____ PRO ___ C1/FCO TRNPT/FC1 _____ C6/C2 _____ C7/C3 ___ EM1/C8 ___ EM0/C9 ______ C9/C15
6
T5
1
PGM_AES_LO
3
PGM_AES_HI
R441
U92
1.00K
17
TXN 20 TXP
4
10 7 3 4 5 6 9
256FS
2 1
CET CEP P0 P1 P2 P3 ___ PE CP ___ SR
4
AGND
VCC
VCC
VCC
VCC
5 6
C160
C162
0.1uF
0.1uF
C161
C163
0.1uF
0.1uF
SW2
R49
R47
R58
R57
4.99K
4.99K
4.99K
4.99K
L L H L
2 3 4
9 2
AESV AESC
1
CET CEP P0 P1 P2 P3 ___ PE CP ___ SR
13
GND
330pF C171
1.00K BAT54 D2
330pF C137
+5VA
3
4
4.99K 2
2.5V_5
5 10 R84
V2.43K R119
2.43K R158
10 R79
7
GNDL AINL+ AINL-
BAT54 D3
+5VA
3
5 1
OP275 U30
D8 BAT54
-14dBu
BAT54 D8
19 -14dBu
4
3900pF AGND
39 R118 2.5V_5
20 10 R85
V-
2.5V_5
18 12
ADC_LRCK ADC_SCLK ADC_MCLK
11 6
+5VAD5
+5VA
+5VAD5
C83
C84
0.22uF
22uF
AGND
AESV
9
AESC
10 11
AGND
HPFE TEST
SDATA
15
3
R117 39
24
AK5383
4
DFS SMODE1 SMODE2
1
CAL
13
9
14 12
22
21
AGND
AGND
DO_MCLK
5 16
8
R139 475
J4 C191
C193
R156
4.7uF
4.7uF
475 AGND
AGND
AGND
C122
C123
47uF
47uF
AGND
GND
1 2
14 PIN DIP SOCKET FOR 24.576MHZ, 22.5792MHZ, 16.384MHZ OSCILATOR.
M0 M1 M2
C/SBF U
CBL/SBC
3 4 5 6 7
R10 220
____ PRO ___ C1/FCO TRNPT/FC1 _____ C6/C2 _____ C7/C3 ___ EM1/C8 ___ EM0/C9 ______ C9/C15
6
T4
TXN 20 TXP
1
MXM_AES_LO
4
3
MXM_AES_HI
5200D/Jun 2006
7
15
DO_SCLK
47 R448
U100
64FS
12
1 2 3 4 5 6 7
14
14 13 12 11 10 9 8
13 12 11 10 9 8
74ACT74 U99 ____ 10 SET 9 Q 11 CLK 12 __ D 8 ____ Q 13 CLR
VCC
VCC
VCC
VCC
IN PHASE
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
C413
C308
C350
C349
C347
C348
C391
C313
C353
C397
C311
C312
C346
C345
C309
C310
C344
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
GND
GND
GND
GND
GND
6
5
B
ADC_MCLK
OUT OF PHASE
CS8402
C411
GND
39 R443
74ACT74
5200DC
CONTRACT NO.
VCC
256FS
AGND
AGND
VCC
64FS2 ADC_SCLK
47 R450
NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY
MCK ____ RST
GND
GND
GND
GND
GND
GND
GND
GND
GND
DRAWN
SA
4
3
A
DATE 6-16-06
CHECKED
SA
ISSUED
SA
GND
W# 700830
8
1FS
17
APPROVALS VCC
GND
TC
U99 ____ SET 5 Q 3 CLK 2 __ 6 D ____ Q 1 CLR
- SA UR US - Sergey Averin -
GND
DO_LRCK
R11 220
15
AGND
VCC
Q0 13 Q1 12 Q2 11 Q3
GND
V
GND AGND
VCC
Y2
SDATA SCK FSYNC
+5VA
L27
2.5V_5
A
23
2
ZCAL ____ 10 RST
VCC
7
22
DGND
2
39 R140
BGND
R157 16.5K
U23
AGND
MXM_O
6
28 VREFR5 VREFR 26 VCOMR5 VCOMR
LRCK 14 SCLK 17 MCLK 16 FSYNC
C98 7
OP275 U30
8
3 VCOML5
13
V+
0.22uF
1 VREFL5
U14
1.00K
21
AINR+ AINR27 GNDR
D3 BAT54
6 8 4.7uF C192
MXM_SDATA DO_SCLK DO_LRCK
C82
25
330pF C172
2.43K R110
22uF
VREFL VCOML
24
330pF C138
C81
VD
23
R116
BAT54 D7
D7 BAT54
-14dBu
AGND R48
3900pF
39 R138
4
2.5V_5
+5VAD5 AGND
AGND
39 R114
-14dBu
B
+5VA
VA
1
7
OP275 U29
5 OP275 U29
+5VAD5
VCC
C97
V+
47 R442
C 14
4
D2 BAT54
6 8
ADC_LRCK
15
74AC14
VCC
2
TC
10 R78 R449
R154 16.5K
47 R444
Q0 13 Q1 12 Q2 11 Q3
74ACT163
GND
V-
4.7uF C190
DO_MCLK
U93 7
AGND
MXM_O
39 R451
14
74ACT163 CS8402 10
1
2.43K R109
D
8
74ACT08
AGND
AGND
2.43K R155
10 U91
M0 M1 M2
V+
2.43K R115
9
74ACT08
MCK ____ 16 RST
8
11
13 U91
3
AGND AGND
2
SDATA SCK FSYNC
GND AGND
475
12
+5VA
L28
R142
1
5
+5VA
C
6
U91 74ACT08
R50
BAT54 D9
D9 BAT54
5
VCC
+5VAD4 AGND
3900pF
39 R141 AGND
39 R120
-14dBu 4
7
OP275 U31
5 1
OP275 U31
+5VA
C99
V+
2
+5VAD4
VD
4.7uF C194
1
4 BAT54 D4
6
PGM_LT_O
2
10 R80
330pF C139
D
3
330pF C173
2.43K R111
8
4
VA
8
600 Industrial Drive New Bern, NC 28562 SIZE FSCM NO. SCALE
2
DWG. NO.
D 5200DCA PCB
80S0046-6 SHEET
REV
A
6 OF 10
1 page 3 - 7
8
7
6
5
4
3
2
1
R105 4.99K -2dBu
8
EXT_LT_LO +4dBu BAL EXT_LT_HI
LO
D
HI
L21
R97 10.0K
L22
R383 20.0K
V+
R98 10.0K
3
C109
C101
C127
R106
0.001uF
0.001uF
33pF
4.99K
1
OP275 U25
C94 22uF
EXT_IN_LT
AGND
4148 D25
R391 10.0K 4148 D27
40.2K 4
AGND
D26 4148
V-
AGND
R384 10.0K
4148 D28
R390 10.0K
R126 4.99K C152 33pF
AGND
4
7
OP275 U88
D24 4148
V-
HI
R130 10.0K
L30
PGM_LT_O VU_LT PGM_RT_O VU_RT
6
R131 10.0K
5
C181
C182
C153
R127
0.001uF
0.001uF
33pF
4.99K
7
OP275 U25
C199 22uF
EXT_IN_RT R173
1 3 4 6
SW13
4
R389 1.00K
5
R382
C355
100K
1uF
6 R380 20.0K
AGND
7
R381 1.69K 2 1 CR3 OdBu R388 3 1K SET 3.32K
AGND
L29
3
GND
6 5
-2dBu
1 2
1
OP275 U88
VCC
4.7uF
V+
2 3
EXT_RT_LO +4dBu BAL EXT_RT_HI
-21dB
R431 332
-18dB
R430 332
-15dB
R429 332
-12dB
R428 332
-9dB
R427 332
-6dB
R426 619
-3dB
R425 619
0dB
R424 619
+3dB
R423 619
+6dB
R350 332
-21dB
R349 332
-18dB
R348 332
-15dB
R347 332
-12dB
R346 332
-9dB
R345 332
-6dB
R344 619
-3dB
R343 619
0dB
R342 619
+3dB
R341 619
+6dB
U87
C354 8
EXT IN
LO
R432 332
D
VCC
R70
AGND AGND
R394 20.0K
2
AGND
2
R387 20.0K 5
8 9
LED1 LED2 VLED3 V+ LED4 RLO LED5 SIG LED6 RHI LED7 REFOUT LED8 REFADJ LED9 MODE LED10
18 17 16 15 14 13 12 11 10
LM3915
TRIM AGND GND AGND
AGND
LEFT
C126 33pF
40.2K VCC AGND
AGND
AGND
AGND
C323 R312 20.0K
R337 20.0K
1500uF
4148 D19
GND
VCC R333 10.0K
VCC
R231
C
1
SW12
4148 D21
4.99K
D20 4148
8
3 R313 10.0K
4 GND
3
V+ 4148 D22
R332 10.0K
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
27
28
29
30
31
32
33
34
35
36
37
38
VCC
V-
OP275 U73
7
D18 4148
4
R331 1.00K
5
R311
C315
100K
1uF
6 R309 20.0K R310 1.69K 2 1 CR2 OdBu R330 1K 3 SET 3.32K
AGND AGND
7
AGND
R329 20.0K
8 9
CUE_O
R209 40.2K
1 1.00K
330pF
A
GND
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
13 12 11 10
B
C276 1uF
3
C277 1uF
1 R228
R242
3.3
3.3
POLYSW 0.16A
5200D/Jun 2006
2 3 AGND
AGND
0.22uF
AGND
5200DC
CONTRACT NO. - SA UR US - Sergey Averin -
APPROVALS NOTE: PHASE SYMBOLS DENOTE SIGNAL POLARITY IN PHASE
OUT OF PHASE
DRAWN
SA
6
5
4
3
A
DATE 6-16-06
CHECKED
SA
ISSUED
SA
GND
7
CUE SPKR
C239 AGND
W# 700830
8
CT23
F7
4
LM675 U47
R210
GND
VCC
2
14
2
AGND
1
15
C270 33pF
40
CT18
16
C
R229 40.2K
C263
VCC
17
AGND GND AGND
AGND
V-
39
18
LM3915
TRIM
5
VCC
LED1 LED2 VLED3 V+ LED4 RLO LED5 SIG LED6 RHI LED7 REFOUT LED8 REFADJ LED9 MODE LED10
V+
B
1
4
3
GND
6 5
AGND
1 2
1
OP275 U73
VCC
4.7uF
2
CT22 GND
U72
C314
2
RIGHT
AGND
600 Industrial Drive New Bern, NC 28562 SIZE FSCM NO. SCALE
2
DWG. NO.
D 5200DCA PCB
80S0046-7 SHEET
REV
A
7 OF 10
1 page 3 - 8
4
3
2
1 TP3
D1 UF4007 TP1
+BR
D
~V36P
T7 1
16
C96
DRN
R68 47K
3
UF4007 D6
15
~V16P
14
~V8P
D17 KBL08
R63
C288
1.0M
C135
A2 3
270uF
33.2K
A2 3
10
BR2 RT1 SG55
VS
3 U44 1 D
FB 4
~V16N
9
A2 3
C266 22uF
C
4.7nF
1.0M
R250
Y
PR2
Z11 1SMB5919 5.6V
L34
10mH
C265 0.1uF
Z9 1SMB5919 5.6V
CNY17 4
6
2
R248
R245
1.30K
11.0K
C200
PRch12
3 U45
1.0M 0.0047uF
R62
C209
C210
22uF
330uF
L33 18uH
C240
C241
47uF
1500uF
L35 4.7uH
C284
C285
47uF
1500uF
L36 4.7uH
A2 3 A1 1
DV16N
C178
C179
22uF
330uF
18uH L31
C136
R95
R96
330uF
22uF
2.43K
2.43K
C211
C215
R174
R175
+8V
330uF
22uF
619
619
C242
C267
R207
R208
VCC
+5V
1500uF
47uF
220
220
C286
C287
R246
R247
+3.3V
+3.3V
1500uF
47uF
100
100 GND
GND
C180
C189
R128
R129
C
330uF
22uF
2.43K
2.43K
TP5 -16V
R244 88.7K
+16V
-16V
F5 V+ POLYSW 1.0A
R243 8.45K 1
C151
+3.3V
330uF
2.5V
J6
R230
2
C64
0.0047uF
C121
R211 4.99K
KA431
C63
L25 18uH
+16V
0.47uF
PRch11
330uF
VCC
NOT INSTTALED
1
C269 0.1uF
Y
C120
22uF
D12
GNDP
B
+8V
D
+8V
R251 1.00K
5 U46 CGND
L34
GND
R249 1.00K
Y 10mH
Z8 1SMB5919 5.6V
2.2nF
C264
0.47uF
C278
2.2nF
C238
PR1
GNDP
Y
+16V
MUR3020 K 2
CGND
CGND
+16V
TP9
C89 4.7nF
Z10 1SMB5919 5.6V
C119
GNDP
Z7 1SMB5919 5.6V
+36V
TP8
D16 C170
10.0K
DV3P
K 2
A1 1
2
Z250LA40 250V V1
10.0K
MBR-4060P Z6 1SMB5919 5.6V
S FSDM0565
10uF
+36V
TP7
D15
VCC
PWM TP2
6
220uF
DV5P
K 2
A1 1
R205 10 6
R65
MBR-4060P
UF4007 D14 7
R64
TP6
D13
R206 10
C90
DV8P
K 2
A1 1
11
R176
220uF
C80
MBR-4060P
33.2K 0.47uF
10uF
POLYSW 0.16A
DV16P
D11
~V3P
12
12V
C79
TP4 K 2
A1 1
~V5P
13
R165
C78 MUR3020 A2 3
2
2.2nF
F4
DV36P
B
4.99K R212
CR1 1 2
4.99K (220)
1K 3
330uF F6 GND
Y
GND
AGND
C201
AGND
V-
-16V POLYSW 1.0A
F3
FUSE 2.0A
T7
FOR ETD-34 TRANSFORMER
14b
3
1
3
2
1
3
2
2 CT12
85-265 VAC 50-60Hz INPUT
A
1
CT3
CGND
CT13
8VREG
+8V
PRf2
PRf1
F2
FUSE 2.0A
+5VA
Q1
F1
13b
~V36P
POLYSW 1.0A
C18
C19
330uF
1uF
11b 10b 9b
IN OUT
3
2
VC P4 GND
4
5 PQ05D
C20
C21
1uF
1500uF
AGND
AGND
AGND
5200D/Jun 2006
AGND
~V5P ~V3P
APPROVALS DATE DRAWN SA 6-16-06
~V16N
CHECKED
SA
ISSUED
SA
2
A
5200DC
CONTRACT NO. GND - SA UR US - Sergey Averin -
8b
3
AGND
~V8P
W# 700830
4
Z1 1SMB5919 5.6V
~V16P AGND
12b
1
SIZE FSCM NO.
600 Industrial Drive New Bern, NC 28562 DWG. NO.
80S0046-10
C SCALE
5200DCA PCB
SHEET
REV
A
10 OF 10
1 page 3 - 9
5200 / June 2006
5200D Controller Card (5200DC) Load Sheet
page 3 – 10
8
7
6 VCC
ENCODERS B
B
CE1
D
2
C
4
E
4148 D6
AA
D
9
SW_X_0 4148 D1
10
SW_Y_1
E
ENCODER
8
SW_Y_0
C
B 3 A 1 D 5
11
SW_Y_2 D5 4148
5
12
SW_X_0
4
6
3
7
2
8
1
10
9
11
8
B
12 7
1
2
3
4
9 5
CT4
8
10 11 12 D3 4148
SW_Y_4
6
14
5
15
4
16
3
17
2
18
1
LED_Y_0
D8 4148
1
3
7 8 9 10
C
2
B
4
B 3 A 1 D 5
C E
11
4148 D2
SW_Y_0
C A
12
SW_X_1 4148 D7
7
SW_Y_2 D4 4148
8
SW_X_1
9 10 11
4
6
3
7
2
8
1
10
9
11
8
6
14
5
15
4
16
3
17
2
18
SW7
VCC
2
SW9 1
3
GND
4
VCC
2
VCC
3
ON
GND
4
VCC
1
2
1
3
4
1
6
3
4
7
8
5
6
5
9
10
7
8
4
11
12
9
10
3
13
14
11
12
2
15
16
13
14
1
17
18
15
16
19
20
17
18
21
22
19
20
23
24
21
22
25
26
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
6 GND
GND
4 3 2 1
VCC
6
39
GND
B
VCC
2
1
3
4
GND VCC
1 4
CUE
GND VCC
C9
2
330pF
1 GND
SW13 GND
4
VCC
SW15
2
1
3
GND
4
VCC
2
SW17 1
3
GND
4
ON
VCC
2
VCC 1
3
ON
SW14
2
1
3
4
CUE
P9V
GND
4
PGM
GND VCC
SW16
2
1
3
4
CUE
GND VCC
SW18
2
1
3
4
CUE
GND VCC
DSPL_CLK
2
1
3
4
R11 39
DSPL_RS_LP SW_Y_5
MXM
CUE
R12 39
SW_Y_3 SW1 GND VCC
2
SW2 1
3
GND
4
VCC
MXM
2
SW3 1
3
GND
4
VCC
MXM
2
SW5 1
3
GND
4
VCC
MXM
SW6
2
1
3
GND
4
VCC
2
SW19 1
3
GND
4
MXM
VCC
2
SW_Y_1 1
3
SW_X_7 SW_X_5
4
SW_X_3
EXT
MXM
SW_X_1 VCC
DS1
Green DS2
VCC
DS15
LED_X_7
Green
Green
LED_X_3
Green
LED_X_1
DS17
Green DS4
Green
GND
DS18
Green DS5
Green
VCC
DS19
Green DS6
Green
VCC
VCC
VCC
VCC
C5
C3
C12
C11
C10
150uF
150uF
0.1uF
0.1uF
0.1uF
R8
R7
R6
R5
1.00K
1.00K
1.00K
1.00K
GND
GND
GND
GND
P9V
CT1 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
27
28
29
30
31
32
33
34
35
36
37
38
39
40
GND
DS7
Green
Yellow
DSPL_DIN
B
SW_Y_4 SW_Y_2 SW_Y_0 SW_X_6 SW_X_4 SW_X_2 SW_X_0 LED_X_6 LED_X_4 LED_X_2 LED_X_0 GND GND
GND
R4
R3
R2
R9
1.00K
1.00K
1.00K
1.00K
GND
GND
GND
VCC
VCC
GND
GND
GND
VCC
VCC
VCC
Yellow
GND
GND
GND
5200DSW
CONTRACT NO.
DS22
Yellow DS9
Yellow DS23
Red DS10
Red
VCC
VCC
VCC
VCC
VCC
C7
C8
C2
C4
C6
C1
C15
C16
C14
C13
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
- SA UR US - Sergey Averin -
APPROVALS DRAWN
DS24
Red
Red
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
7
6
5
4
3
A
DATE
SA 10-16-05
CHECKED
SA
ISSUED
SA
W# 700831
5200D/Nov 2005
LED_Y_1 39 R10
DS21
DS8
8
GND
DS20
Green
A
LED_X_5
DS16
DS3
40
220
3
SW12
3
C GND
R13
4
ON
2
VCC
DSPL_CLK
5
1
3
SW10
2
5
LED_Y_0 SW8
1
6
5
D
CT5 GND
DS13
2
ON
1
VCC
CT2
2
SW11 1
2
7
13
GND
GND
A
3
1
2
3
4
5
12 CT3
5
12
SW_Y_1
E D
ENCODER
DSPL_DIN
3
VCC
TAKE
CE2
4
DS14
SW_X_0 LED_X_0
R1 39
4
A
DSPL_RS_LP
VCC
SW4 2
DSPL_CLK
5
DS11
GND
SW_Y_3
6
7
13
SW_X_2
4
VCC
DS12 7
5
600 Industrial Drive New Bern, NC 28562 SIZE FSCM NO. SCALE
2
DWG. NO.
D 5200DSW-A PCB
80S0045 SHEET
REV
A
1 OF 1
1 page 3 - 11
5200D Switch Card (5200DSW) Load Sheet 5200 / Nov 2005
page 3 – 12
APPENDIX
Appendix Contents Replacement Parts List ............................................................... A-2
For the most part there are no user-replaceable parts in the 5200D. Exceptions are those controls and components that in the course of normal use may need maintenance. A complete list of available components follows. Contact Wheatstone technical support for further information. Wheatstone Corporation (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]”.
5200D / Nov 2005
page Appendix – 1
APPENDIX
REPLACEMENT PARTS — 5200D NEWS MIXER COMPONENT
DESCRIPTION
WS P/N
5200DC LOADED CARD
5200D CONTROLLER LOADED CARD ASSEMBLY
"008496"
5200D-SW LOADED CARD
5200D SWITCH LOADED CARD ASSEMBLY
"008492"
I/O CONNECTOR
DB-9 RIGHT ANGLE PC MOUNT CONNECTOR
"220016"
I/O CONNECTOR
DB-25 RIGHT ANGLE PC MOUNT CONNECTOR
"220120"
I/O CONNECTOR
8 GANG RJ45 ASSEMBLY WITH GREEN/YELLOW LED
"220137"
I/O CONNECTOR
SINGLE RIGHT ANGLE RJ45 CONNECTOR WITH GREEN/YELLOW LED
"220138"
I/O CONNECTOR
BLACK FEMALE XLR
"260002"
HEADPHONE JACK
RTS JACK
"260005"
INPUT JACK
3.5MM STEREO JACK WITH THREADED BUSHING
"260064"
POWER CORD
POWER CORD CONNECTOR WITH PRINTED CIRCUIT TERMINALS
"230071"
RIBBON PLUG
26 PIN RIBBON PLUG
"250043"
RIBBON PLUG
40 PIN RIBBON PLUG
"250053"
HEADER
26 PIN PC MOUNT STRAIGHT HEADER
"250044"
HEADER
40 PIN BOXED HEADER, STRAIGHT
"250056"
HEADER
3 PIN .098" HEADER
"250062"
HEADER
5 PIN .098" HEADER
"250064"
SWITCH
SINGLE POLE MOMENTARY SWITCH W/RED LED
"510106"
SWITCH
SINGLE POLE MOMENTARY SWITCH W/YELLOW LED
"510296"
NKK SWITCH
JB15 SWITCH W/BRIGHTER GREEN LED AND SILICON GASKET
"510289"
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"
POT
10KΩ DUAL AUDIO CONDUCTIVE PLASTIC, BOURNS
"500057"
POT
10KΩ SINGLE AUDIO CONDUCTIVE PLASTIC, 1/8" shaft, PC mount
"500058"
ENCODER
11MM ROTARY ENCODER WITH THREADED BUSHING
"560002"
ENCODER KNOB
15mm GREY COLLET KNOB FOR 1/8" SHAFT
"520022"
ENCODER KNOB
11MM BLACK PUSH-ON KNOB
"520105"
ENCODER KNOB
21mm GRAY COLLET KNOB FOR 1/8" SHAFT
"520108"
ENCODER CAP
GRAY CAP W/BLACK LINE FOR 21mm COLLET KNOB
"530035"
ENCODER CAP
11mm LIGHT GRAY CAP W/LINE FOR 15mm KNOB
"530042"
ENCODER CAP
PLAIN GREY CAP FOR 11mm COLLET KNOB
"530293"
ENCODER CAP
21MM BLUE CAP WITH WHITE LINE
"530348"
LUMA BUTTON
CUSTOM MILKY WHITE STYRENE WITH UV INHIBITOR LIGHT PIPE BUTTON
"530274"
LUMA BUTTON
CLARIANT SL31664855 25:1 PS TRANSLUCENT RED LUMA-3 light pipe button
"530275"
DISPLAY
4 SEGMENT GREEN ALPHA NUMERIC DISPLAY
"600016"
SPEAKER
2W/4W 8 OHMS 3" SPEAKER
"960012"
MANUAL
5200D OWNER'S MANUAL
"008493"
5200D / Nov 2005
page Appendix – 2
