Wheatstone D-8000 Technical Manual Download Page 137

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R266 20.0K

R267 20.0K

R268 20.0K

R269 20.0K

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R271 20.0K

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R275 20.0K

R276 20.0K

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R278 20.0K

R279 20.0K

R280 20.0K

R281 20.0K

R282 20.0K

R283 20.0K

R284 20.0K

R285 20.0K

R286 20.0K

R287 20.0K

R288 20.0K

R289 20.0K

R290 20.0K

R291 20.0K

R292 20.0K

R293 20.0K

R294 20.0K

R295 20.0K

R296 20.0K

AGND

V+

V-

-2dBu

33pF

C203

R232 20.0K

AGND

33pF

C186

R220 4.99K

R219 5.1

V+

V-

AGND

0.1uF

C185

0.1uF

C204

AGND

V+

V-

-2dBu

33pF

C206

R234 4.99K

R221

4.99K

33pF

C188

AGND

R233 10.0K

R229 10.0K

0.001uF

C187

AGND

0.001uF

C205

AGND

-2dBu

33pF

C201

R235 4.99K

R222

4.99K

33pF

C190

AGND

R236 10.0K

R223 10.0K

0.001uF

C191

AGND

0.001uF

C208

AGND

0.001uF

C152

0.001uF

C107

AGND

GND

.1uF

C116

.1uF

C141

-14dBu

C157

10uF

V+

V-

V+

V-

AGND

10uF

C94

AGND

BAT54

D13

BAT54

D12

AGND

BAT54

AGND

0.1uF

C95

AGND

C158

0.1uF

4.99K

R160

0.001uF C172

C160

0.001uF

0.001uF C81

0.001uF C96

R187

150

R188

R189

1.00K

R192

R183

1.00K

R193

15 R106

15 R107

51 R127

R184

51 R109

1.00K R108

1.00K R110

150 R126

-14dBu

0.1uF

C142

AGND

R178

1.00K

R179

1.00K

AGND

0.1uF

C80

AGND

0.1uF

C173

AGND

2.5V_0

VA+_0

0.1uF

C115

0.1uF

C126

AGND

100uF

C79

V+

1N4735

6.2V

VA+_0

+3.3V

R145

0.1uF

C194

0.1uF

C211

0.1uF

C189

0.1uF

C207

AGND

V+

V-

-2dBu

33pF

C210

R238 4.99K

R224

4.99K

33pF

C193

AGND

R237 10.0K

R230 10.0K

0.001uF

C192

AGND

0.001uF

C209

AGND

-2dBu

33pF

C202

R239 4.99K

R225

4.99K

33pF

C195

AGND

R240 10.0K

R226 10.0K

0.001uF

C196

AGND

0.001uF

C212

AGND

C159

0.1uF

C97

BAT54

D12

BAT54

D13

BAT54

R335 5.1

C12

22uF

100uF

C199

100uF

C200

C18

22uF

C16

22uF

C17

22uF

C13

22uF

74VHC4053

U15

INH

X_Y

AGND

74VHC4053

U15

INH

X_Y

74VHC4053

INH

X_Y

74VHC4053

INH

X_Y

C161

100uF

100uF C98

R44

40.2K

AGND

40.2K

AGND

74VHC4053

INH

X_Y

74VHC4053

U15

INH

X_Y

R4 4.99K

R35 4.99K

R33 4.99K

R48 4.99K

AGND

GND

CR1

CR2

40.2K

AGND

R36

40.2K

AGND

R32

40.2K

AGND

R49

40.2K

AGND

1.30K

R55

1.30K

0.1uF

C48

0.1uF

VDD

VEE

R56 4.99K

0.001uF

C153

0.001uF

C108

AGND

GND

.1uF

C118

.1uF

C143

-14dBu

C162

10uF

V+

V-

AGND

10uF

C100

AGND

BAT54

AGND

0.1uF

C101

AGND

C163

0.1uF

4.99K

R163

0.001uF C83

0.001uF C102

R185

R186

15 R111

15 R112

51 R130

51 R114

1.00K R113

1.00K R115

150 R128

0.1uF

C144

AGND

R180

1.00K

R181

1.00K

AGND

0.1uF

C105

AGND

2.5V_1

VA+_1

0.1uF

C117

0.1uF

C129

AGND

100uF

C99

V+

1N4735

6.2V

VA+_1

+3.3V

R148

BAT54

0.1uF

C82

0.1uF

C103

4.99K

R129

AGND

2200pF

C113

AGND

2200pF

C87

AGND

16.5K

R117

AGND

V+

V-

390pF

C86

390pF

C85

11.0K R138

16.5K R135

1.30K R136

1.30K R116

11.0K R137

390pF C112

390pF C111

AGND

GND

-2dBu

4.99K

R164

AGND

0.1uF

C146

AGND

V+

C137

22uF

15 R171

0.1uF

C132

AGND

0.1uF

C154

AGND

11.0K R140

11.0K R139

100uF C104

68pF

C147

AGND

68pF

C133

AGND

V+

V-

-2dBu

10.0K

R134

33pF

C109

R57 10.0K

-2dBu

0.1uF

C84

0.1uF

C110

0.1uF

C148

0.1uF

C134

4.99K

R173

AGND

CR3

74VHC4053

INH

X_Y

74VHC4053

INH

X_Y

74VHC4053

INH

X_Y

AGND

GND

C14

22uF

R37 4.99K

C15

22uF

R34 4.99K

C10

0.1uF

C22

0.1uF

C11

22uF

R5 40.2K

AGND

GND

1N4002 D8

1N4002

R231 5.1

AGND

OP275

U19

OP275

U19

OP275

U30

L10

L11

OP275

U29

OP275

U30

OP275

U29

OP275

U27

OP275

U17

OP275

U27

OP275

U17

L13

L12

OP275

U28

OP275

U28

OP275

U18

OP275

U18

AK5392

U21

SDATA

CAL

VREFL

VCOML

VREFR

VCOMR

HPFE

TEST

CMODE

SMODE1

SMODE2

GNDL

AINL+
AINL-

ZCAL

AINR+

____

AINR-

GNDR

LRCK

SCLK

MCLK

FSYNC

RST

SSM2142

U24

gnd

C5V1

5.1V

C5V1

5.1V

CS4390

U23

VD+

DGND

VA+

AGND

LRCK

DIF2

DIF1

DIF0

MCLK

AUTO_MUTE

___________

MUTE_L

_______

MUTE_R

_______

DEM1

DEM0

SDATA

SCLK

AOUTL+

AOUTL-

AOUTR+

AOUTR-

AK5392

U22

SDATA

CAL

VREFL

VCOML

VREFR

VCOMR

HPFE

TEST

CMODE
SMODE1

SMODE2

GNDL

AINL+

AINL-

ZCAL

AINR+

____

AINR-

GNDR

LRCK

SCLK

MCLK

FSYNC

RST

600 Industrial Drive

New Bern, NC 28562

D-8000/Apr 2006

page 17 - 3

14S2058

4 OF 7

W# 700725

INDM-8000

4-25-06

IN-8000E PCB

DWG. NO.

FSCM NO.

ISSUED

CHECKED

DRAWN

SHEET

SCALE

CONTRACT NO.

REV

SIZE

APPROVALS

- SA UR US - Sergey Averin -

DATE

3.3V_0

VA+_0

3.3V_0

2.5V_0

2.5V_1

VA+_0

VA+_1

3.3V_1

VA+_1

3.3V_1

VD+01

VA+01

VD+01

VA+01

VD+01

PQ05D

GND

IN
VC

OUT

PQ05D

GND

IN
VC

OUT

PQ05D

GND

IN
VC

OUT

1SMB5919

5.6V

1SMB5919

5.6V

C165

1uF

C145

4.7uF

C19

4.7uF

C43

4.7uF

C131

47uF

C171

47uF

C127

47uF

C125

C164

47uF

C130

47uF

C128

MXM_01

MXM_02

MXM_03

MXM_04

MXM_05
MXM_06

MXM_07

MXM_08

MXM_09

MXM_10

MXM_11

MXM_12

MXM_13

MXM_14

MXM_15

MXM_16

MXM_17

MXM_18

MXM_19
MXM_20

MXM_21

MXM_22

MXM_23

MXM_24

MXM_25

MXM_26

MXM_27

MXM_28

MXM_29

MXM_30

MXM_31

IFB2BUSS

MXM_32

IFB2TB

IFB2OUT

LINE1LTINHI

LINE1LTINLO

LINE1RTINHI

LINE1RTINLO

DBMCLK

ADC_SCLK

VREFR0

VREFL0

VCOMR0

VCOML0

SDATA0

LINE2RTINHI

LINE2RTINLO

LINE2LTINLO

LINE2LTINHI

TBACN

DBMCLK

ADC_SCLK

VREFR1

VREFL1

VCOMR1

VCOML1

SDATA1

IFB_DAC_MCLK

IFB_DAC_SDATA

IFB_DAC_SCLK

MY_IFB

IFB2OUT

IFBOUTHI

IFBOUTLO

IFB2OUT

IFB2BUSS

MY_IFB

TBMONITOR

IFB2TB

IFB

+4dBu BAL

0V DC

(*)

+4dBu BAL

LINE 2

LINE 1

LINE 1/2

SELECT

Summary of Contents for D-8000

Page 1: ...D 8000 Digital Audio Console TECHNICAL MANUAL 600 Industrial Drive New Bern North Carolina USA 28562...

Page 2: ...l Audio Console Technical Manual 2nd Edition D 8000 Digital Audio Console Technical Manual 2nd Edition D 8000 Digital Audio Console Technical Manual 2nd Edition D 8000 Digital Audio Console Technical...

Page 3: ...a domestic environment This is Class A product In a domestic environment This is Class A product In a domestic environment This is Class A product In a domestic environment this product may cause radi...

Page 4: ...d the screws leave specially threaded holes that accept the two extractor tools To remove a module faceplate from the mainframe Remove the front top and bottom mounting screws Remove the extractor too...

Page 5: ...1 8 Digital Connections 1 8 Analog Insert Points 1 8 Unbalanced Connections analog audio 1 8 Wiring Procedure Double Connection to One Pin 1 9 Chapter 2 Digital Analog Input Modules Overview 2 2 Inte...

Page 6: ...Outputs 4 4 Master B Output Module AUD and UTL Upper DB 25 Connector Analog Audio 4 4 Lower DB 25 Connector Digital Outputs 4 5 Master C Output Module SEND1 and SEND2 Upper DB 25 Connector Analog Audi...

Page 7: ...w 7 2 Internal Programming Options 7 3 Hook ups 7 3 DB Connector Pinout Drawing 7 5 Chapter 8 CPU and DSP Modules Overview 8 2 CPU 8 CPU 8S 8 3 DSP 8 8 6 D 8000 Serial Interface 8 7 Using the Serial I...

Page 8: ...tomatic Features 10 3 Inputs and Outputs 10 3 Internal Programming Options Main PCB 10 4 Output Assign Switch Enable 10 4 Mutes 10 4 Timer Restart 10 4 Tallies 10 4 Cue Dropout 10 5 Gain Trimpots 10 5...

Page 9: ...Drawing Start Stop Function Control 13 3 Full Function Control 13 4 Chapter 14 Dynamic Processing Control Module optional Module Overview 14 2 Signal Processing Controls 14 3 Input Gain 14 3 Balance...

Page 10: ...8 Module 15 7 XYD 600 Controller 15 8 Chapter 16 Meterbridge Overview 16 2 Internal Programming Options 16 2 Metering System 16 2 Replacement Parts 16 3 Digital Timer 16 3 Console Clock 16 3 Controls...

Page 11: ...e Module Schematic SPD 8 17 25 Superphone Analog Card Schematic SPNA 600 17 27 Digital Audio Line Select Rackmount Schematic LSR 500 17 28 Analog Line Select Schematic LSA 8 17 31 Tape Remote Module S...

Page 12: ...2 Power Supplies 1 4 Power Supply Cable Pinout 1 5 Failsafe Dual Redundant Supply 1 6 Energizing 1 6 Audio and Control Wiring 1 7 The Insulation Displacement Connector System 1 7 Connection Procedures...

Page 13: ...e front surface of console s lower mainframe pan just above and to the left of the righthand headphone jack These must be removed before lowering the console into its cutout Once in place the console...

Page 14: ...r system ground The grounding lug terminal strip may be found at the rearoftheconsole alongthebottomedgeofthemainframepandirectly undertherightmostmainframeslots tothelowerleftifyouarelooking at the r...

Page 15: ...ikely to be prone to interference problems Locate all unbalanced audio equipment in the same rack if possible to minimize chassis ground potential differences It may also be helpful to insulate each p...

Page 16: ...one Note that the power supply cable s 10 pinfemaleconnectorhastoberotateduntilitslocatingpinsmatchthemale connectors on the console Do not force a connector on it attaches easily whenproperlyaligned...

Page 17: ...correctly rackmounted and connected to the console you may now energize the PSR rackmount power supply by plugging it into the AC mains The console s VU meters will illuminate and individual module sw...

Page 18: ...nds is required all that is needed is for the wires destined for the connector be snub cut and laid out in order although tubing should be used on bare drain wires An empty DB 25 or in the case of the...

Page 19: ...sure the cable you plan to use will work in your application CONNECTORS All AES EBU connections are made with the suppliedDB 25malematingconnectors Thesecrimpstyleconnectorsare the insulation displace...

Page 20: ...to the desired pin as you normally would 2 Note connector pins may easily be removed from the DB 25 shell with the wire still attached Hold the connector with the metal part down and observe its side...

Page 21: ...amming Options 2 3 VDip Programming Options 2 3 Hook ups 2 4 AUDIO CONNECTIONS INM 8 INDM 8 Modules 2 4 IN 8 Module 2 5 CONTROL CONNECTIONS 2 5 Remote ON OFF 2 6 Cough 2 6 Talkback to CR 2 6 Talkback...

Page 22: ...sless and click free When in MONO mode automatic gain compensation occurs to offset mono summation Output switches assign the selected source signal to any combination of the console s four stereo out...

Page 23: ...iter characteristics An illuminated green DSP LED indi cates that some corrections were made for this input signal INDM 8 modules with DSP have ten segment level and gain reduc tion metering Level is...

Page 24: ...Modules Audio Connections upper DB 25 These include analog digital A and B source inputs and analog digital IFB outputs Pin 25 Line A Lt In SH Pin 24 Line A Lt In HI Pin 12 Line A Lt In LO Pin 11 Line...

Page 25: ...F In LO Control Connections lower DB 25 These are identical for the IN 8 INM 8 and INDM 8 modules All control ports are opto isolated Functions include remote on and off on and off tallies ready and s...

Page 26: ...module OFF Note this is a non latching mode the module will turn ON again as soon as the signal stops User supplied momentary contact switch required Note that these are opto isolated inputs and requ...

Page 27: ...g the external LED to 5V Digital Pin 25 and the A or B On or Off Tally ports Pin 15 21 2 or 8 In any case current should not exceed 30 milliamps To START and STOP Remote Source Machines Using Module O...

Page 28: ...IN LO LINE A RT IN SH LINE A RT IN HI LINE B LT IN LO LINE B RT IN SH LINE B RT IN HI N C N C N C A AES SPDIF IN LO B AES SPDIF IN SH B AES SPDIF IN HI 5 4 3 2 1 17 16 15 14 8 7 6 20 19 18 10 9 23 22...

Page 29: ...O LINE A RT IN SH LINE A RT IN HI LINE B LT IN LO LINE B RT IN SH LINE B RT IN HI IFB OUT LO IFB AES SPDIF OUT SH IFB AES SPDIF OUT HI A AES SPDIF IN LO B AES SPDIF IN SH B AES SPDIF IN HI 5 4 3 2 1 1...

Page 30: ...LO LINE A IN RT SH LINE A IN RT HI LINE B LT IN LO LINE B RT IN SH LINE B RT IN HI IFB OUT LO IFB AES SPDIF OUT SH IFB AES SPDIF OUT HI A AES SPDIF IN LO B AES SPDIF IN SH B AES SPDIF IN HI 5 4 3 2 1...

Page 31: ...M P S M O D U L E Mic Preamplifier Module MP 8 Chapter Contents Module Overview 3 2 Internal Programming Options 3 3 Phantom Power 3 3 Hook ups 3 3 Audio Input Connections 3 3 Audio Output Connection...

Page 32: ...W2 the factory default is OFF Recessed front panel multi turn trimpots range 38dB adjust input levels Example with a microphone input of 60dBm 150 at the port gain trim can set levels from 22dBu to 16...

Page 33: ...odule takes placeatDB 25multi pinconnectorsmounteddirectlybeneaththemodule on the console mainframe s bottom pan There are two connectors per module the upper one towards the console meterbridge handl...

Page 34: ...n 20 Mic 4 Out LO Pin 19 Mic 5 Out SH Pin 18 Mic 5 Out HI Pin 6 Mic 5 Out LO Pin 5 Mic 6 Out SH Pin 4 Mic 6 Out HI Pin 17 Mic 6 Out LO Pin 16 Mic 7 Out SH Pin 15 Mic 7 Out HI Pin 3 Mic 7 Out LO Pin 2...

Page 35: ...LO MIC 4 IN SH MIC 4 IN HI MIC 5 IN LO MIC 6 IN SH MIC 6 IN HI MIC 7 IN LO MIC 8 IN SH MIC 8 IN HI 5 4 3 2 1 17 16 15 14 8 7 6 20 19 18 10 9 23 22 21 13 12 11 25 24 5 4 3 2 1 17 16 15 14 8 7 6 20 19 1...

Page 36: ...25 Connector Analog Audio 4 3 Lower DB 25 Connector Digital Outputs 4 4 Master B Output Module AUD and UTL Upper DB 25 Connector Analog Audio 4 4 Lower DB 25 Connector Digital Outputs 4 5 Master C Out...

Page 37: ...als Ana log outputs may be adjusted using recessed front panel multi turn trimpots Master A and Master B modules also generate the console smonitorsignals whichfeedtheControlRoom Studio and Meter Outp...

Page 38: ...les takes place at two DB 25 multi pin connectors mounted directly beneath the module on the console mainframe s bottom pan Master A Output Module Upper DB 25 Connector Analog Audio Includes Program a...

Page 39: ...4dBu balanced Pin 25 AUD Lt Out SH Pin 24 AUD Lt Out HI Pin 12 AUD Lt Out LO Pin 11 AUD Rt Out SH Pin 10 AUD Rt Out HI Pin 23 AUD Rt Out LO Pin 22 UTL Lt Out SH Pin 21 UTL Lt Out HI Pin 9 UTL Lt Out...

Page 40: ...Out HI Pin 12 SEND1 Lt Out LO Pin 11 SEND1 Rt Out SH Pin 10 SEND1 Rt Out HI Pin 23 SEND1 Rt Out LO Pin 22 SEND2 Lt Out SH Pin 21 SEND2 Lt Out HI Pin 9 SEND2 Lt Out LO Pin 8 SEND2 Rt Out SH Pin 7 SEND2...

Page 41: ...LT OUT LO PGM RT OUT SH PGM RT OUT HI AUX LT OUT LO AUX RT OUT SH AUX RT OUT HI PGM LT INSERT OUT LO PGM RT INSERT OUT SH PGM RT INSERT OUT HI PGM LT INSERT IN LO PGM RT INSERT IN SH PGM RT INSERT IN...

Page 42: ...LT OUT LO AUD RT OUT SH AUD RT OUT HI UTL LT OUT LO UTL RT OUT SH UTL RT OUT HI AUD LT INSERT OUT LO AUD RT INSERT OUT SH AUD RT INSERT OUT HI AUD LT INSERT IN LO AUD RT INSERT IN SH AUD RT INSERT IN...

Page 43: ...1 RT OUT SH SEND1 RT OUT HI SEND2 LT OUT LO SEND2 RT OUT SH SEND2 RT OUT HI N C N C N C N C N C N C N C N C N C N C N C SEND2 2 AES OUT LO SEND1 2 AES OUT SH SEND1 2 AES OUT HI N C SEND2 1 AES OUT SH...

Page 44: ...r Contents Module Overview 5 2 Internal Programming Options 5 3 Cue Interrupt 5 3 Cue Mute 5 3 Mono Cue 5 3 External Cue Input 5 3 Hook ups 5 4 Upper DB 25 Connector AUDIO 5 4 Upper DB 25 Connector CO...

Page 45: ...the module this sets the level of the CUE output and set the volume of console s CUE speakers Whenever CUE is activated elsewhere on the console stereo line inputs or the superphone module or for stud...

Page 46: ...he console s Cue function will interrupt regular monitor signals Dipswitch position 1 sends cue to CR left Dipswitch position 2 sends cue to CR right Dipswitch position 3 sends cue to HDPN left Dipswi...

Page 47: ...9 Hdpn Lt Out LO Pin 8 Hdpn Rt Out SH Pin 7 Hdpn Rt Out HI Pin 20 Hdpn Rt Out LO Pin 19 CR Lt Out SH Pin 18 CR Lt Out HI Pin 6 CR Lt Out LO Pin 5 CR Rt Out SH Pin 4 CR Rt Out HI Pin 17 CR Rt Out LO U...

Page 48: ...eo and External CUE inputs Pin 25 Ext CUE In SH Pin 24 Ext CUE In HI Pin 19 Ext 1 Lt In SH Pin 18 Ext 1 Lt In HI Pin 6 Ext 1 Lt In LO Pin 5 Ext 1 Rt In SH Pin 4 Ext 1 Rt In HI Pin 17 Ext 1 Rt In LO Pi...

Page 49: ...OUT LO HDPN RT OUT SH HDPN RT OUT HI CR LT OUT LO CR RT OUT SH CR RT OUT HI N C N C ON AIR RELAY N O EXTERNAL CUE IN SH EXTERNAL CUE IN HI N C N C N C N C EXTERNAL 1 LT IN SH EXTERNAL 1 LT IN HI EXTE...

Page 50: ...D 8 Chapter Contents Module Overview 6 2 Internal Programming Options 6 3 External Talkback Mute Dim 6 3 Studio Dim 6 3 Hook ups 6 4 Upper DB 25 Connector AUDIO 6 4 Upper DB 25 Connector CONTROL 6 4 T...

Page 51: ...ed theyaremomentaryaction the console operator s microphone signal will interrupt the regular monitor signals being sent to the studio in question The TALKBACK master level control in the center of th...

Page 52: ...al talkback output MUTE whenever a studio is muted You also have the option of making the output DIM drop 20dB in level instead of MUTE Dipswitch position 1 mutes external TB whenever Studio 1 is mute...

Page 53: ...Out SH Pin 7 Studio 2 Rt Out HI Pin 20 Studio 2 Rt Out LO Pin 19 Studio 1 Lt Out SH Pin 18 Studio 1 Lt Out HI Pin 6 Studio 1 Lt Out LO Pin 5 Studio 1 Rt Out SH Pin 4 Studio 1 Rt Out HI Pin 17 Studio...

Page 54: ...Lt Out LO Pin 11 Studio 2 Pre Rt Out SH Pin 10 Studio 2 Pre Rt Out HI Pin 23 Studio 2 Pre Rt Out LO Pin 22 Studio 1 Pre Lt Out SH Pin 21 Studio 1 Pre Lt Out HI Pin 9 Studio 1 Pre Lt Out LO Pin 8 Studi...

Page 55: ...SH STU 1 RT OUT HI TALLY 3 RELAY COM N C TALLY 2 RELAY N O STU 2 PRE LT OUT SH STU 2 PRE LT OUT HI STU 2 PRE RT OUT LO STU 1 PRE LT OUT SH STU 1 PRE LT OUT HI STU 1 PRE RT OUT LO EXT 1 LT IN SH EXT 1...

Page 56: ...00 Jan 2003 M E T E R O U T P U T M O D U L E Meter Output Module DMTR 8 standard DMTRS 8 optional Chapter Contents Module Overview 7 2 Internal Programming Options 7 3 Hook ups 7 3 DB Connector Pinou...

Page 57: ...l stereo line signals which may be brought into the module on its lower DB 25 connector The meter output module also houses the master CUE LED indicator Whenever Cue is activated anywhere on the conso...

Page 58: ...ume you are holding the re moved module upright component side towards you with gold plated card fingers to the left and the module faceplate to the right This will enable you to read the control lege...

Page 59: ...T P U T M O D U L E Pin 5 Ext 1 Rt In SH Pin 4 Ext 1 Rt In HI Pin 17 Ext 1 Rt In LO Pin 16 Ext 2 Lt In SH Pin 15 Ext 2 Lt In HI Pin 3 Ext 2 Lt In LO Pin 2 Ext 2 Rt In SH Pin 1 Ext 2 Rt In HI Pin 14 E...

Page 60: ...LK MTR LR DIG TIMER DIGITAL GROUND DIGITAL GROUND RESTART AES EXT 1 IN SH AES EXT 1 IN HI AES EXT 2 IN LO N C N C N C EXT 1 LT IN SH EXT 1 LT IN HI EXT 1 RT IN LO EXT 2 LT IN SH EXT 2 LT IN HI EXT 2 R...

Page 61: ...7 Using the Serial Interface 8 7 Internal Programming Options CPU 8 9 Global Settings 8 9 SW6 RS 485 RS 232 Select 8 10 SW7 RS 485 Termination 8 10 CPU Reset Switch 8 10 Hook Ups 8 11 CPU 8 CPU 8S Up...

Page 62: ...U 8 or CPU 8S module see connection diagrams for pinouts and other details This serial interface is designed to provide a number of functions including external control and set up software updates sys...

Page 63: ...itchesinbinaryformat forexamplewithallswitches OFF the address is 0 with the first switch ON the address is 1 with just thesecondswitch ON theaddressis 2 withthefirstandsecondswitches ON the address i...

Page 64: ...eDIP switches theusercanconfigurewhatthenormalfadersetting andhencethe output make up gain should be Consult the Global Gain table in the Internal Programming Options section page 8 9 for the gain val...

Page 65: ...chosen INDM 8 that will feed the SEND 1 output located in the OMD 8 MASTER C module Press the PRE FDR button to take a pre fader signal from the INDM 8 The PRE ON button provides a pre on off signal...

Page 66: ...els EQ panel switches and levels In the event that the console is powered down upon the next power up the console will assume the settings of the preset that was current before the power was removed D...

Page 67: ...selected with the CPU switch and the display must read REMOTE The most common use for the D 8000 Serial Interface is to allow configuration changes mutes tallys etc by means of the Virtual Dip Switch...

Page 68: ...m When used in this way the D 8000 console acts as a passive listener to the serial interface awaiting D 8000 serial protocol commands Any external system that can deliver serial text strings in the p...

Page 69: ...r position dipswitches SW2 SW5 lower right corner of card determines various console operating parameters Bit Weight SW2 position 11 0 1 SW2 position 12 1 2 SW2 position 13 2 4 SW2 position 14 3 8 SW3...

Page 70: ...used SW7 position 4 Not used SW8 RS 485 Termination FourpositiondipswitchSW8locatedrightnexttothecard sshortupper row of gold fingers is used for RS 485 termination Termination must be switched in pai...

Page 71: ...r DB 25 Connector Com 1 Serial Connections Pin 12 RX 1 Pin 11 RX 1 Pin 10 TX 1 Pin 9 TX 1 Pin 7 Digital Ground Pin 6 DSR 1 Pin 5 CTS 1 Pin 4 RTS 1 Pin 3 RX 1 Pin 2 TX 1 Pin 20 DTR 1 DSP 8 AES Clock Sy...

Page 72: ...22 21 13 12 11 25 24 5 4 3 2 1 17 16 15 14 8 7 6 20 19 18 10 9 23 22 21 13 12 11 25 24 RX RX TX TX N C N C DSR CTS RTS RX TX DGND N C N C N C N C N C DTR N C N C N C N C N C N C N C RX 1 RX 1 TX 1 TX...

Page 73: ...Connector Pinouts AES SYNC I O PORTS Upper DB 25 5 4 3 2 1 17 16 15 14 8 7 6 20 19 18 10 9 23 22 21 13 12 11 25 24 AES SYNC IN LO AES SYNC OUT SH AES SYNC OUT HI N C N C N C N C N C N C N C N C N C N...

Page 74: ...Application Program 9 2 Installation 9 2 Hooking Up the Computer 9 2 Running the Program 9 3 Using the Program 9 5 VDip Main Screen 9 5 Saving Changes 9 10 Advanced Operation 9 11 Changing D 8000 Pas...

Page 75: ...ur CD ROM drive is configured for Auto Play the install program will automatically start when you insert the VDip CD in the drive Follow the instructions on the screen to complete the installation Whe...

Page 76: ...ton on the front of the CPU 8 module has been switched to Remote and that the CPU 8 display shows Remote The VDip program will not communicate with the console unless the console has been set to Remot...

Page 77: ...ings for Baud Rate and Handshaking as shown below Once the correct COM port is selected click on OK to accept these settings Click on Connect under the file menu to establish communi cations with the...

Page 78: ...t there are two boxes one for A and one for B different text can be entered in these boxes such that switching from input A to input B on the module automati cally changes the display You might for in...

Page 79: ...ng the signal post insert pre fader onto the console s talkback bus When the console operator presses a TBswitchontheconsole sSCD 8StudioControlmodule the talkback bus which is carrying his microphone...

Page 80: ...Mutes In order for someone in the studio to reply to the console operator the IN 8 module signal for that microphone must be routed to the console s Cue bus whereitcaninterrupttheregularcontrolroommon...

Page 81: ...Control Room On Air Tally 1 and Studio Tally2 Tally3 modules On Air Tally activates the On Air Tally control line when checked and source A is ON Tally2 activates the Tally2 control line when checked...

Page 82: ...aches end of play and sends a five second or longer OFF signal to the module effectively holding it in an OFF state You press the module ON switch but nothing happens because the OFF switch is locked...

Page 83: ...a CD player to a console input with gain on the fader 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 mo...

Page 84: ...of the status screen is a row of buttons designedtoperformroutinetaskslike WriteCurrent and ReadCurrent Moving your mouse pointer over a button and leaving it there for a moment will bring up a short...

Page 85: ...page 9 12 D 8000 Jan 2003 V I R T U A L D I P S W I T C H You can have a large number of files saved limited only by your ability to give them suitable names...

Page 86: ...8 5 To change the three digit security code for ADM or USR select Console Change Password from the VDIP main menu bar Once selected a password edit window will appear Radio style buttons select either...

Page 87: ...e the VDip program is run You can remove the computer connection or leave it hooked up as you desire Note that if you leave the connection to the computer in place you should set the large switch on t...

Page 88: ...rtual Dipswitch DB Connector Pinouts CPU 8 Lower DB 25 male 5 4 3 2 1 17 16 15 14 8 7 6 20 19 18 10 9 23 22 21 13 12 11 25 24 N C N C N C N C N C N C N C N C N C RX TX GND N C N C N C N C N C N C N C...

Page 89: ...0 3 Internal Programming Options Main PCB 10 4 Output Assign Switch Enable 10 4 Mutes 10 4 Timer Restart 10 4 Tallies 10 4 Cue Dropout 10 5 Gain Trimpots 10 5 Internal Programming Options Piggyback PC...

Page 90: ...post fader The caller hears the DJ in one of two ways 1 The DJ can assign his microphone input module to an unused output bus say UTL and the DJ then selects the UTL input with the MXM SOURCE switch...

Page 91: ...module These can be programmed via internal PCB mounted dipswitches to activate control room and studio mutes tallies timer restart and automatic cue drop out The ON switch can also automatically tri...

Page 92: ...itch control The feature must also be enabled on desired input modules using VDip software Mutes When the SPD 8 phone channel ON switch is pressed it can activate console mute functions The first thre...

Page 93: ...This will enable you to read the control legends silkscreened on the PCB External In In addition to feeding the DJ s voice signal to the callers via the module s mix minus source select switching it m...

Page 94: ...H Pin 24 Ext In HI Pin 12 Ext In LO Pin 22 Hybrid 1 In SH Pin 21 Hybrid 1 In HI Pin 9 Hybrid 1 In LO Pin 8 Hybrid 2 In SH Pin 7 Hybrid 2 In HI Pin 20 Hybrid 2 In LO Pins 2 5 11 13 16 and 19 Audio Grou...

Page 95: ...t six callouts are simply two parallel connected sets of pins for the same control port When the module s ON START switch is pressed aclosuretakesplacebetweenstart stopcommonandSTART when the module s...

Page 96: ...IO GROUND N C N C AUDIO GROUND N C COMPOSITE OUT SH COMPOSITE OUT HI COMPOSITE MINUS CALLERS OUT LO CALLERS ONLY OUT SH CALLERS ONLY OUT HI TO HYBRID 1 OUT LO TO HYBRID 2 OUT SH TO HYBRID 2 OUT HI STA...

Page 97: ...00 Rackmount Switcher optional Chapter Contents Overview 11 2 LSR 500 drawing 11 3 Internal Programming Options 11 3 Hook ups LSD 8 11 3 Hook ups LSR 500 11 3 Analog Audio Inputs 11 3 Digital Audio In...

Page 98: ...back to D 8000 console input ports Wiring between the console s LSD 8 preselector module and the rackmount switcher is via two factory supplied pin for pin DB 25 connector cables the module s upper DB...

Page 99: ...assis rear ANALOG AUDIO INPUTS 1 4 Pin 25 Line 1 Lt In SH Pin 24 Line 1 Lt In HI Pin 12 Line 1 Lt In LO Pin 11 Line 1 Rt In SH Pin 10 Line 1 Rt In HI Pin 23 Line 1 Rt In LO Pin 22 Line 2 Lt In SH Pin...

Page 100: ...n SH Pin 7 Line 6 Rt In HI Pin 20 Line 6 Rt In LO Pin 19 Line 7 Lt In SH Pin 18 Line 7 Lt In HI Pin 6 Line 7 Lt In LO Pin 5 Line 7 Rt In SH Pin 4 Line 7 Rt In HI Pin 17 Line 7 Rt In LO Pin 16 Line 8 L...

Page 101: ...8 In HI Pin 14 AES 8 In LO LSR 500 Audio Outputs These are for analog stereo 4dBu balanced and digital AES there are two DB 9 output connectors on the chassis rear ANALOG OUTPUTS DB 9 Pin 8 Line Lt O...

Page 102: ...DIO GROUND N C DIGITAL GROUND N C CONSOLE CLOCK DIGITAL GROUND CONSOLE RESET LINE 8 DIGITAL GROUND LINE 5 LINE 4 DIGITAL GROUND LINE 1 V V V V AUDIO GROUND AUDIO GROUND DIGITAL GROUND DIGITAL GROUND D...

Page 103: ...RT IN LO LINE 4 LT IN SH LINE 4 LT IN HI LINE 4 RT IN LO AUDIO GROUND LINE 1 LT IN LO LINE 1 RT IN SH LINE 1 RT IN HI LINE 2 LT IN LO LINE 2 RT IN SH LINE 2 RT IN HI LINE 3 LT IN LO LINE 3 RT IN SH LI...

Page 104: ...I N E P R E S E L E C T O R M O D U L E Line Preselector Module Analog LSA 8 optional Chapter Contents Overview 12 2 Internal Programming Options 12 3 Hook ups 12 3 Audio Inputs 12 3 Outputs 12 4 DB C...

Page 105: ...l module electronically selects one of seven stereo line sources and routes it to one stereo output allowing you to expand the source capability of an input channel or monitor module All audio input a...

Page 106: ...ne 2 Rt In HI Pin 20 Line 2 Rt In LO Pin 19 Line 3 Lt In SH Pin 18 Line 3 Lt In HI Pin 6 Line 3 Lt In LO Pin 5 Line 3 Rt In SH Pin 4 Line 3 Rt In HI Pin 17 Line 3 Rt In LO Pin 16 Line 4 Lt In SH Pin 1...

Page 107: ...tor Pin 19 Line 7 Lt In SH Pin 18 Line 7 Lt In HI Pin 6 Line 7 Lt In LO Pin 5 Line 7 Rt In SH Pin 4 Line 7 Rt In HI Pin 17 Line 7 Rt In LO LSA 8 Audio Outputs Pin 16 Line Lt Out SH Pin 15 Line Lt Out...

Page 108: ...INE 4 LT IN LO LINE 4 RT IN SH LINE 4 RT IN HI LINE 5 LT IN SH LINE 5 LT IN HI LINE 5 RT IN LO LINE 6 LT IN SH LINE 6 LT IN HI LINE 6 RT IN LO LINE 7 LT IN SH LINE 7 LT IN HI LINE 7 RT IN LO LINE LT O...

Page 109: ...D 8000 Jan 2003 T A P E R E M O T E M O D U L E Tape Remote Module TRD 8 optional Chapter Contents Module Overview 13 2 DB Connector Pinout Drawing START STOP Function Control 13 3 Full function Cont...

Page 110: ...chines using six pairs of START STOP buttons LED indicators in each switch function as tallyback indicators and are powered by the source machines There are no internal connections between the tape re...

Page 111: ...P LED SW5 START N O SW5 START LED SW4 STOP N O SW4 STOP LED SW3 START N O SW3 START LED SW2 STOP N O SW2 STOP LED SW1 START N O SW1 START LED 5 4 3 2 1 17 16 15 14 8 7 6 20 19 18 10 9 23 22 21 13 12 1...

Page 112: ...PLAY N O SW6 PLAY LED SW5 REC N O SW5 REC LED SW4 STOP N O SW4 STOP LED SW3 FF N O SW3 FF LED SW2 REW N O SW2 REW LED SW1 RTZ N O SW1 RTZ LED 5 4 3 2 1 17 16 15 14 8 7 6 20 19 18 10 9 23 22 21 13 12 1...

Page 113: ...14 3 Balance 14 3 High Pass Filter 14 3 Equalizer 14 3 Low and High Shelving 14 3 Parametric Equalizer Sections 14 4 Ducking 14 4 Compressor 14 4 Comp In 14 5 Pre EQ 14 5 Threshold 14 5 Attack 14 5 Re...

Page 114: ...vailable and is controlled through the Dynamics Processing Control module located in the console smeterbridge WhentheSETbuttononaninputmoduleispushed the Dynamics Processing Control module instantly d...

Page 115: ...ansition steepness of roll off and undesired in band sonic effects Equalizer This consists of high and low frequency shelving sections each of variable frequency and lift cut in addition to a pair of...

Page 116: ...to all the other channels if the signal exceeds a pre determined level and the mastered channel is turned on In Slave if a ducking active signal is sensed the channel s level is ramped down rapidly to...

Page 117: ...ressor s behavior COMP IN A switch that allows the compressor to be enabled and disabled PRE EQ Determines whether the compressor is effectively inserted after the equalizer default or before the equa...

Page 118: ...the preset buttons will cause all of the channels in the console to instantly adopt the settings stored in that preset Console Storage Once the console s settings are to one s liking the desired prese...

Page 119: ...signal processing settings will be zeroed for all inputs not just the one with its SET button lit Locking Out Controls LOCK It is a necessity under some circumstances that non technical person nel be...

Page 120: ...15 3 Setting an XY Controller Termination 15 3 Setting an XY Controller Address 15 3 Receiver and Transmitter Switching 15 4 XY Controller RS 485 Connections 15 4 Cable Wiring 15 5 Typical RS 485 Cab...

Page 121: ...ections of two signals The operator dials in a SOURCE input signal andaDESTINATION CHANNEL outputsignal thenpresses a TAKE button to route the selected source to the selected destination The Router Co...

Page 122: ...s Setting an XY Controller Termination Only set termination on the last XY controller in the chain XY 4 8 Module Four positiondipswitchSW3locatedontheXYC 700PCBisusedfor XY Controller termination To s...

Page 123: ...he rear PWIH CPU rear or ONI panel OAN rear of the 2001 Router Connect the DB 25 male end to the console s female DB 25 connector Upper or Lower DB 25 mounted directly beneath the XY 4 8 module on the...

Page 124: ...485 Cable Specifications Conductors 4 conductor plus shield 2 twisted pairs Conductor Gauge 24 AWG 7 x 32 AWG TC Nom Capacitance 12 8 pF ft 41 9 pF m 1 MHz Impedance 125 ohms Nominal Console RS 485 C...

Page 125: ...or RS 485 Serial Connections Pin 1 TX HI Pin 14 TX LO Pin 8 RX HI Pin 21 RX LO Pin 7 22 25 Digital Ground XYD 600 Meterbridge Mounted Controller All user wiring to and from the XYD 600 meterbridge mou...

Page 126: ...6 15 14 8 7 6 20 19 18 10 9 23 22 21 13 12 11 25 24 5 4 3 2 1 17 16 15 14 8 7 6 20 19 18 10 9 23 22 21 13 12 11 25 24 N C N C N C N C RX HI N C DSR CTS RTS RX TX DGND TX HI N C N C N C RX LO DTR N C N...

Page 127: ...C DGND CTS DTR N C RTS N C TX HI N C RX HI N C N C RX LO N C TX LO SERIAL I O PORTS XYD 600 Meterbridge Mounted Controller DB Connector Pinouts N C TX HI N C RX HI N C N C RX LO N C RS 485 FACTORY DEF...

Page 128: ...Overview 16 2 Internal Programming Options 16 2 Metering System 16 2 Replacement Parts 16 3 Digital Timer 16 3 Console Clock 16 3 Controls 16 3 Setting the time 16 3 Capacitor Backup 16 4 Operational...

Page 129: ...ing Options Metering System The D 8000 console s LED metering system provides dual readouts showing full scale digital peak Peak and calibrated VU Average All switches are open by default factory sett...

Page 130: ...wing duration while still allowing the counter to continue in the background Releasing the button will then display the current count Console Clock The Wheatstone digital clock is a six digit time of...

Page 131: ...rystal controlled 12 hour mode stand alone operation However the clock will operate either from the internal crystal controlled time base or from an ESE master TC 89 autodetect signal Because crystal...

Page 132: ...3 2 1 e f d g a c dp b COM2 a COM1 dp g f e d c b DS6 10 9 8 7 6 5 4 3 2 1 e f d g a c dp b COM2 a COM1 dp g f e d c b 10 9 8 7 6 5 4 3 2 1 DS9 e f d g a c dp b COM2 a COM1 dp g f e d c b 1 2 3 4 5 6...

Page 133: ...7 86 83 16 15 7 34 32 22 30 46 45 44 43 41 40 84 98 82 U1 XC2S30 PAD122 Vref7 PAD113 PAD104 PAD95 Vref0 PAD89 PAD86 PAD68 Vref0 PAD48 PAD39 Vref1 PAD21 PAD18 PAD12 Vref1 D7 I O D6 I O D5 I O D4 I O D3...

Page 134: ...page 16 5 D 8000 Jan 2003 M E T E R B R I D G E page 16 7 D 8000 Nov 2005 Clock Timer Load Sheet CLK 55 Top Bottom...

Page 135: ...Input Module Schematic IN 8 17 10 MP 8 Mic Preamps Module Schematic MP 8 17 14 Output Module Schematic OMD 8 17 16 Control Room Module Schematic CRD 8 17 18 Studio Control Module Schematic SCD 8 17 22...

Page 136: ...2 2 1 8 7 U33 LH1522 2 1 7 8 U35 LH1522 7 8 1 2 U34 LH1522 2 1 7 8 U32 LH1522 6 5 4 3 U32 LH1522 3 4 6 5 U33 LH1522 2 1 7 8 U36 LH1522 6 5 4 3 U35 LH1522 6 5 4 3 U34 LH1522 3 4 6 5 U31 LH1522 6 5 4 3...

Page 137: ...0K R116 11 0K R137 390pF C112 390pF C111 AGND GND 2dBu 2dBu 4 99K R164 AGND 0 1uF C146 AGND AGND AGND AGND AGND AGND V C137 22uF 15 R171 0 1uF C132 AGND 0 1uF C154 AGND 11 0K R140 11 0K R139 100uF C10...

Page 138: ...19 18 17 16 15 14 13 12 11 10 9 7 6 5 4 3 2 1 U5 AD1896 VDD_IO SDATA_O SCLK_O LRCLK_O MCLK_O MUTE_O MMODE_I_0 MMODE_I_1 MMODE_I_2 GRPDLYS ______ RESET TDM_I SDATA_I SCLK_I LRCLK_I SMODE_I_0 BYPASS SMO...

Page 139: ...5 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108...

Page 140: ...7 8 1 2 LH1522 U35 8 7 1 2 LH1522 U34 2 1 8 7 LH1522 U32 8 7 1 2 LH1522 U32 3 4 5 6 LH1522 U33 5 6 4 3 LH1522 U36 8 7 1 2 LH1522 U35 3 4 5 6 LH1522 U34 3 4 5 6 LH1522 U31 5 6 4 3 LH1522 U37 3 4 5 6 LH...

Page 141: ...16 1 30K R137 11 0K C112 390pF C111 390pF AGND GND 2dBu 2dBu R164 4 99K AGND C146 0 1uF AGND AGND AGND AGND AGND AGND V 22uF C137 R171 15 C132 0 1uF AGND C154 0 1uF AGND R140 11 0K R139 11 0K C104 100...

Page 142: ...MCK M0 M1 M2 ____ V C SBF U ____ PRO ___ RST C1 FCO 3 1 4 6 T1 16 384MHz Y1 _ OUT E D 600 Industrial Drive New Bern NC 28562 14S2059 4 OF 6 INM 8000 SA SA SA W 700725 4 25 06 IN 8000E PCB E page 17 8...

Page 143: ...84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18...

Page 144: ...7 8 1 2 LH1522 U35 8 7 1 2 LH1522 U34 2 1 8 7 LH1522 U32 8 7 1 2 LH1522 U32 3 4 5 6 LH1522 U33 5 6 4 3 LH1522 U36 8 7 1 2 LH1522 U35 3 4 5 6 LH1522 U34 3 4 5 6 LH1522 U31 5 6 4 3 LH1522 U37 3 4 5 6 LH...

Page 145: ...V_1 VA _1 AGND AGND AGND AGND C113 2200pF AGND C87 2200pF AGND R117 16 5K AGND V V C86 390pF C85 390pF R138 11 0K R135 16 5K R136 1 30K R116 1 30K R137 11 0K C112 390pF C111 390pF AGND GND 2dBu 2dBu R...

Page 146: ...MCK M0 M1 M2 ____ V C SBF U ____ PRO ___ RST C1 FCO 3 1 4 6 T1 16 384MHz Y1 _ OUT E D 600 Industrial Drive New Bern NC 28562 14S2059 4 OF 6 IN 8000 SA SA SA W 700725 4 25 06 IN 8000E PCB E page 17 12...

Page 147: ...84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18...

Page 148: ...D 8000 Oct 2002 page 17 14...

Page 149: ...D 8000 Oct 2002 page 17 15...

Page 150: ...B19 SH UDB5 SH AGND AGND UDB16 SH UDB2 SH UDB3 LO UDB15 HI UDB14 LO UDB1 HI AGND AGND R49 2 43K R48 2 43K U11 8 4 5 6 7 5532 U11 8 4 3 2 1 5532 C53 33pF C65 33pF AGND AGND U5 SSM2142 1 2 3 4 5 6 7 8 g...

Page 151: ...7 118 119 120 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 7 6 5 4 3 2 1 7 6 5 4 3 2 1 20 18 19 17 15 16 14 24 25 23 22 21 13 12 11 10 9 8 24...

Page 152: ...page 17 18 D 8000 Oct 2002...

Page 153: ...D 8000 Oct 2002 page 17 19...

Page 154: ...page 17 20 D 8000 Oct 2002...

Page 155: ...page 17 21 D 8000 Oct 2002...

Page 156: ...page 17 22 D 8000 Oct 2002...

Page 157: ...page 17 23 D 8000 Oct 2002...

Page 158: ...D 8000 Oct 2002 page 17 24...

Page 159: ...ND GND GND GND GND GND VCC GND 0 1uF C12 VCC GND 0 1uF C11 4 99K R88 4 99K R95 3 3 R113 VCC GND GND 1 2 4 6 8 12 14 16 18 U29 74ABT244 G __ A4 A3 A2 A1 Y4 Y3 Y2 Y1 19 11 9 13 7 15 5 17 3 U29 74ABT244...

Page 160: ...80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14...

Page 161: ...page 17 27 D 8000 Oct 2002...

Page 162: ...4 3 2 1 U3 V V V V V V V V V V V V V V V V C86 22uF C54 22uF C34 22uF C9 22uF C87 22uF C55 22uF C35 22uF C10 22uF LO IA2DB3 HI IA2DB15 SH IA2DB16 LO IA2DB14 HI IA2DB1 SH IA2DB2 LO IA2DB17 HI IA2DB4 SH...

Page 163: ...VCC VCC F1 1 0A POLYSW VCC VCC VCC VCC VCC VCC VCC U17 7 22 8 21 1 2 3 4 5 6 9 10 11 12 13 14 15 16 17 18 19 20 23 24 25 26 27 28 CS8412 VA AGND DGND VD RXP SEL FCK MCK M3 M2 M1 M0 RXN __ SCK SDATA E...

Page 164: ...GND DLINE1INLO DLINE8INLO DLINE7INHI GND DLINE6INLO DLINE5INHI GND DLINE4INLO DLINE3INHI GND DLINE2INLO DLINE1INHI GND AGND GND GND XRESET GND GND GND GND GND GND AGND AGND Vrack Vrack Vrack Vrack Vr...

Page 165: ...page 17 31 D 8000 Oct 2002...

Page 166: ...page 17 32 D 8000 Oct 2002...

Page 167: ...omponents that in the course of normal use may need maintenance i e faders pots ON OFF switches etc A complete list of available components is shown on the next page Contact Wheatstone technical suppo...

Page 168: ...UDIO MONITOR MODULE 003619 LSD 8 MODULE COMPLETE LINE SELECT CONTROL MODULE CONTROLS LSR 500 003609 LSR 500 RACKMOUNT UNIT COMPLETE RACKMOUNT LINE SELECTOR UNIT CONTROLLED BY LSD 8 001510 LSA 8 MODULE...

Page 169: ...ACEMENT FADER WIRED FADER FOR SPD 8 MODULES 051511 REPLACEMENT SWITCH ASSEMBLY ON OFF SWITCH ASSEMBLY 051512 WIRED REPLACEMENT POT WIRED POT FOR CONTROL ROOM AND HEADPHONE MONITOR 051513 I O CONNECTOR...

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Wheatstone D-8000, Technical Manual

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