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Wheatstone Corporation D-7 Technical Manual Download Page 54

600 Industrial Drive

New Bern, NC 28562

page 7 - 13

3-22-06

W# 700871

84S0164-2

SA

SA

SA/WWP

A

2 OF 2

MSTR-7

MSTR-7A PCB

D-7 / June 2006

D

A

C

B

D

A

C

B

1

1

8

8

2

2

7

7

3

3

6

6

4

4

5

5

D

DWG. NO.

FSCM NO.

ISSUED

CHECKED

DRAWN

SHEET

SCALE

CONTRACT NO.

REV

SIZE

DATE

APPROVALS

- SA UR US - Sergey Averin -

+3.3V

GND

VCC

+3.3V

GND

GND

+3.3V

+3.3V

GND

FDR_2.5REF

GND

FDR_2.5REF

GND

FDR_2.5REF

GND

FDR_2.5REF

GND

C7

0.1uF

0.1uF

C5

LT1117

3

1

2

Q4

GND

IN OUT

ADR291

2

4

6

U5

+2.5V

GND

VCC

0.1uF

C4

0.1uF

C3

ADS7841

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

U7

BUSY

DOUT

VCC

VCC

GND

VREF

DCLK

___
CS

_____
SHDN

DIN

CH0

CH1

CH2

CH3

COM

MODE

LT1117

3

1

2

Q2

GND

IN OUT

+3.3V

GND

GND

+3.3V

ADS7841

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

U6

BUSY

DOUT

VCC

VCC

GND

VREF

DCLK

___
CS

_____
SHDN

DIN

CH0

CH1

CH2
CH3

COM

MODE

0.1uF

C30

FDR_2.5REF

GND

FDR_2.5REF

GND

FDR_2.5REF

GND

GND

100K

R42

GND

GND

1uF

C47

1

2

3

4

5

CT10

GND

100K

R46

GND

GND

1uF

C48

1

2

3

4

5

CT12

GND

GND

GND

1

2

3

4

5

CT5

GND

GND

GND

1

2

3

4

5

CT8

GND

GND

GND

CT1

1

2

3

4

5

GND

GND

GND

1

2

3

4

5

CT3

100K

R23

1uF

C44

100K

R9

1uF

C43

100K

R7

1uF

C38

100K

R3

1uF

C37

220

R1

8

+3.3V

DS1

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

CT14

VCC

GND

6

5

4

3

2

1

CT7

1.00K

R19

+3.3V

+3.3V

+3.3V

1.00K

R10

1.00K

R11

+3.3V

+3.3V

GND

10.0K

R12

VCC

GND

4148 D24

4.99K

R13

J2

J1

5.1

R28

5.1

R30

43

42

40

31

29

27

25

21

19

15

14

13

10

9

7

5

3

XC18V01

U2

D6

D0

D1

D2

D3

D4

D5

TDO

D7

____

CLK

TDI
TCK

CF

OE/RST

___
CE

____

TMS

CEO

20

19

17

13

10

8

7

6

5

4

3

1

XCF01

U3

TDO

D0

___

CF

____

VCCO

CEO

____

CLK

TMS

TDI

TCK

OE/RST

___

VCCJ

CE

8

7

6

5

4

1

DS1706

U1

_____

___

IN

ST

PBRST

NMI

____

___

___

RST

WDS

4.99K

R38

5.1

R27

142

141

140

139

138

137

136

134

133

132

131

130

129

126

124

123

122

121

120

118

117

116

115

114

113

112

111

109

106

103

102

101

100

99

96

95

94

93

91

88

87

86

85

84

83

80

79

78

77

76

75

74

72

69

68

67

66

65

64

63

62

60

59

58

57

56

54

51

50

49

48

47

46

44

43

42

41

40

39

38

37

34

32

31

30

29

28

27

26

23

22

21

20

19

18

15

13

12

11

10

7

6

5

4

3

2

XC2S100

U4

____

PAD434

PAD380

PAD374,Vref3

PAD362

PAD353,Vref3

PAD350

PAD347,Vref3

PAD341

PAD328

PAD325

PAD322

PAD428,Vref2

PAD316,Vref4

PAD313

PAD310,Vref4

PAD307

PAD304

PAD301

PAD289,Vref4

PAD283

PAD280

PAD266

PAD425

PAD260,Vref5

PAD248

PAD245

PAD242

PAD239,Vref5

PAD236

PAD233,Vref5

PAD227

PAD215

PAD212

PAD422,Vref2

PAD209

PAD203,Vref6

PAD200

PAD197,Vref6

PAD194

PAD191

PAD188

PAD176,Vref6

PAD173

PAD170

PAD413

PAD164,TRDY

TDO

DONE

BUSY,DOUT,I/O

INIT,I/O

PAD401,Vref2

PAD395

PAD389,IRDY

PAD386,TRDY

PAD161,IRDY

PAD122,Vref7

PAD116

PAD113

PAD104

PAD101

PAD95,Vref0

PAD89,Vref0

PAD86

PAD83

PAD80

PAD155

PAD68,Vref0

PAD62

PAD48

PAD45

PAD39,Vref1

PAD27

PAD24

PAD21

PAD18,Vref1

PAD12,Vref1

PAD152

PAD6

D7,I/O

D6,I/O

D5,I/O

D4,I/O

D3,I/O

D2,I/O

D1,I/O

D0,DIN,I/O

PAD149,Vref7

GCK3,I

GCK2,I

GCK1,I

GCK0,I

TCK

TMS

TDI

PAD137

WRITE,I/O

______

CS,I/O

___

M2

M1

M0

PROGRAM

_________

CCLK

PAD134

PAD131

PAD128,Vref7

PAD125

1.00K R25

1.00K R26

1.00K R29

BR0

BR1

1.00K

R48

GND

1.00K

R44

GND

1.00K

R8

GND

1.00K

R4

GND

332

R47

332

R41

332

R6

332

R2

VCC

VCC

VCC

VCC

FDN340P

Q5

Q3

FDN340P

Q1

FDN340P

FDN340P

Q6

0.01uF

C18

0.01uF

C19

GND

GND

GND

D26 BAT54

D26

BAT54

10.0K

R17

220

R37

332

R36

GND

+3.3V

0.1uF

C50

0.1uF

C46

0.1uF

C26

0.1uF

C15

0.1uF

C6

0.1uF

C1

33

R43

1.00K

R5

R50

1.00K

GND

GND

1.00K

R33

GND

1.00K

R31

1.00K

R51

GND

GND

1.00K

R35

GND

1.00K

R34

GND

1.00K

R1

GND

1.00K

R40

GND

1.00K

R14

GND

FDR_MSTR_1

FDR_MSTR_2

FDR_2.5REF

AD_MSTR_CLK

AD_MSTR_SDI

AD_MSTR_SDO

FDR_2.5REF

FDR_SUB_1

FDR_SUB_2

FDR_SUB_3

FDR_SUB_4

FDR_2.5REF

AD_SUB_CLK

AD_SUB_SDI

AD_SUB_SDO

FDR_MSTR_2

FDR_2.5REF

FDR_MSTR_1

FDR_2.5REF

FDR_SUB_2

FDR_2.5REF

FDR_SUB_1

FDR_2.5REF

FDR_SUB_4

FDR_2.5REF

FDR_SUB_3

FDR_2.5REF

DONE

MDL_CLK

MDL_FSYNC

CPU2MDL

MDL2CPU

SLID[0]

SLID[1]

SLID[2]

SLID[3]

GLOBAL_ARB

LOCAL_ARB

TMS

TDI

TDO

TCK

GND

+3.3V

PROMDATA

TMS

TDI

TCK

INIT

DONE

CCLK

TDO

TMS

TDI

TCK

PROMDATA

CCLK

INIT

DONE

PROMDATA

+2.5V

FPGA_TDI

+3.3V

INIT

DONE

CCLK

GND

PROMDATA

TCK

TMS

FPGA_TDI

TDO

MDL_CLK

GND

GND

GND

GND

FSIN

FSOUT

VCC

LED_A

LED_B

VCC

LED_D

VCC

VCC

LED_C

FSOUT

FSIN

MDL_CLK

SLID[3]

LOCAL_ARB

SLID[2]

GLOBAL_ARB

AD_MSTR_SDI

AD_MSTR_SDO

SW_C_X

AD_SUB_CLK

SW_Y_2

MDL2CPU

CPU2MDL

SLID[0]

MDL_FSYNC

SLID[1]

SW_Y_0

SW_0_X

AD_MSTR_CLK

AD_SUB_SDI

AD_SUB_SDO

SW_Y_8

SW_Y_9

SW_Y_7

SW_4_X

SW_8_X

SW_Y_1

SW_Y_4

SW_Y_3
SW_Y_5

SW_Y_6

SW_Y_1

SW_Y_0

SW_Y_3

SW_Y_2

SW_Y_4

SW_Y_5

SW_Y_6

SW_Y_7

SW_Y_8

SW_Y_9

MSTR 2

MSTR 1

SUB 1

SUB 2

SUB 3

SUB 4

3.3V

2.5V

NOT INSTALLED

NOT INSTALLED

Summary of Contents for D-7

Page 1: ...D 7 Digital Control Surface TECHNICAL MANUAL 600 Industrial Drive New Bern North Carolina USA 28562 ...

Page 2: ...tal Control Surface Technical Manual 1st Edition D 7 Digital Control Surface Technical Manual 1st Edition D 7 Digital Control Surface Technical Manual 1st Edition D 7 Digital Control Surface Technical Manual 1st Edition D 7 Digital Control Surface Technical Manual 1st Edition 2006 Wheatstone Corporation D 7 June 2006 ...

Page 3: ... In a domestic environment this This is a Class A product In a domestic environment this This is a Class A product In a domestic environment this This is a Class A product In a domestic environment this product may cause radio interference in which case the product may cause radio interference in which case the product may cause radio interference in which case the product may cause radio interfer...

Page 4: ...soft clean lint free cloth or micro fiber cloth and clean lukewarm water to clean the surface For stubborn dirt and stains use a mild nonabrasive soap and water mixture with the gentle cleaning cloth Use only light pressure when cleaning Avoid rubbing dirt or grit into the surface Turn the cloth often and replace with a clean cloth frequently Dry by blotting gently with a clean dry cloth AVOID usi...

Page 5: ...ut Panel IS D7 Controls and Functions 2 2 Input Sources 2 2 SET Button 2 2 AUX 2 2 Mode Selector Indicator 2 3 Pan Balance Knob 2 3 Mute Assign Displays 2 3 Main Bus Assign 2 3 Output Assign Displays 2 3 MXM Displays 2 4 PFL CUE Switch 2 4 Channel ON Switch 2 4 Fader 2 4 Chapter 3 Control Panel EFS D7 Controls and Functions 3 2 Monitors 3 2 Control Room Section 3 3 Studio Section 3 4 Headphone Sec...

Page 6: ...ster SET Button 4 3 Channel Master ON OFF 4 3 Master Faders 4 3 AUX Talkback 4 3 Sub Mixes Groups Outputs 4 3 Sub Mix Talkback 4 3 Sub Mix Destinations 4 3 Sub Mix Assign Buttons 4 3 Sub Mix Assign to Master 4 3 ON 1 4 Switch 4 4 PFL Cue 4 4 Sub Mix Group Faders 4 4 Chapter 5 Host CPU HC 3 Overview 5 2 HC 3 BIOS Settings Format 5 2 Ethernet IP Addressing 5 2 Ethernet Interface Wiring 5 2 Mixer Lin...

Page 7: ...anel Switch Card Schematic 7 8 Load Sheet 7 11 MSTR 7 Master Panel Switch Card Schematic 7 12 Load Sheet 7 14 HC 3 Host Controller Card Schematic 7 15 Load Sheet 7 19 VUR 3 Right VU Card Schematic 7 20 Load Sheet 7 22 VUE 3 Extender VU Card Schematic 7 23 Load Sheet 7 24 32VC5 5 5V DC to DC Convertor Card Schematic 7 25 Load Sheet 7 26 PSU 1 Power Supply Schematic 7 27 Load Sheet 7 28 Chapter 8 Dy...

Page 8: ...ompressor Settings 8 8 AGC 8 9 EQ Settings 8 10 Low and High Shelving 8 10 Info and Help Screens 8 11 Appendices Appendix 1 Options Text File A 3 Introduction A 3 Modifying The Options Text File A 3 A Sample Example From The File A 4 A Second Example A 5 An Example File Complete A 6 Appendix 2 Replacement Parts List A 11 D 7 Jan 2007 ...

Page 9: ...ral Information Chapter Contents Introduction 1 2 Control Surface Placement 1 3 Power Supply 1 4 Failsafe Dual Redundant Supply 1 5 Energizing 1 5 I O Connections 1 6 The Insulation Displacement Connector System 1 6 Wiring Procedure Double Connection to One Pin 1 8 ...

Page 10: ...h the Wheatstone BRIDGE digital audio network router the D 7 control surface allows you to easily create large or small platform based systems that are exceptionally user friendly and flexible Wheat stoneBRIDGEnetworkcageshouseallI Oportsandenginecards andmaybewired in tandem within a single equipment room or interconnected to separate remote locations by means of CAT5 cables to provide single wir...

Page 11: ... in inches are shown in the drawings below for the two available frame sizes Do not connect the D 7 control surface to its power supply and do not connect the power supply to the AC power line until instructed to do so CUTOUT DIMENSIONS 20 INPUT FRAME 17 25 x 44 25 24 INPUT FRAME 17 25 x 50 50 20 749 52 320 D7 24 FADER INPUT 20 749 46 060 D7 20 FADER INPUT 21 506 16 921 2 859 2 064 6 083 0 975 3 7...

Page 12: ...he control surface using the factory supplied cable Thecablehastwodifferenttypes of connectors on it a 5 pin female connector that connects to the control surface spowersupplyconnector and an 8 pin male connector that plugs into the power supply The control surface s two power supply connec tors are located at the rear of the con trol surface in the middle of the meterbridge bottom pan If you are ...

Page 13: ...upplies correctly rackmounted and connected to the control surface you may now energize the rackmount power supply by plugging it into the AC mains The GOOD LEDs on the power supply front panel should light up to indicate the presence of their respective voltages The control surface s LED meters will illuminate and individual module switches will assume factory default settings Note To de energize...

Page 14: ...IXER connection A DB 15 VGA monitor connector and two PS 2 connectors for keyboard and mouse round out the rear panel The sketch below shows connector locations For all wiring pinout connections refer to Chapter 5 The Insulation Displacement Connector System The I O wiring interface system is based on insulation displacement technology A special AMP wiring tool is included with each control surfac...

Page 15: ...r pins may easily be removed from the shell with the wire still attached and inserted into the correct position Observe the side of the connector with the metal part down You will see a row of Vees simply press the top of the vee together with a scribeorothersharpinstrument thiswillunlockthepinfromtheshell and it can be removed and inserted into the correct position Spread the vee apart to lock th...

Page 16: ... wire 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 You will see a row of Vees simply press the top of the selected vee together with a scribe or other sharp instrument this will unlock the pin from the shell allowing it to be removed 3 With the ...

Page 17: ...er Contents Controls and Functions 2 2 Input Sources 2 2 SET Button 2 2 AUX 2 2 Mode Selector Indicator 2 3 Pan Balance Knob 2 3 Mute Assign Displays 2 3 Main Bus Assign 2 3 Output Assign Displays 2 3 MXM Displays 2 4 PFL CUE Switch 2 4 Channel ON Switch 2 4 Fader 2 4 ...

Page 18: ...ess SET the display will revert to its original setting after a timeout of approximately 4 seconds and the original source remains in effect SET Button This allows the operator to access various controls and displays in the EFS CONTROL panel and apply them to the selected channel To use press the SET buttonandthenmakeyourappropriatesectionsettingsin other areas of the control surface Once a SET bu...

Page 19: ...uble clicking a mouse button Mute Assign Displays Each channel can be assigned to MUTE MASTER A and or MUTE MASTER B The A and or B MUTES indicator lights to indicate the assignment Any channel that is assigned to a MUTE MASTER will be muted when that MUTE MASTER is activated Channels are assigned by first pressing the channel s SET button then pressing the desired MUTE ASSIGN button s on the MFS ...

Page 20: ...IX MINUS ASSIGN button located on the EFSpanel Notethatyouareassigningthe channel and not the source to the MXM bus PFL CUE Switch The CUE switch lets the control surface operator monitor the channel s pre fader signal Channel ON Switch The channel ON switch turns the channel signal ON and OFF and fires the channel ON START OFF STOP logic The switch LED lights to indicate the channel is ON Fader C...

Page 21: ...Switched Meters Section 3 5 AUX Master Outputs 3 5 Mode Select Section 3 5 MXM Master 3 6 MXM Assign 3 6 MXM Talkback 3 6 Event Controller Section 3 6 Storing an Event 3 6 Taking an Event 3 7 Undoing an Event 3 7 Modifying the Currently Selected Event 3 7 Deleting an Event 3 7 Previewing an Event 3 7 Event Default Button 3 8 Establishing the Default Setting 3 8 Naming an Event 3 8 Control Modes 3 ...

Page 22: ...RE PROGRAMMED MONITOR MIXES buttons 5 1 ST1 and ST2 allow direct access to the main mixes An additional two unlabeled PRE PRO GRAMMEDMONITORMIXESbuttonscanbeset to allow direct access to two additional sources Press the SET button above the PRESET button in the monitor section on the panel then use the SOURCE SELECT knob to dial up the desired source showninthePROGRAMMABLEPRESET display Press the ...

Page 23: ...operator may also desire to listen to specific isolated faders via the cue system and the control surface s external cue speaker or may want to listen via headphones In some instances the control surface operator may also be performing talentwhosevoicewillbeheardovertheradio Theoperator smicrophone may thus provide a part of the signal that is going out over the air If that signal is the one being...

Page 24: ... DISPLAY the eight character display shows the source that is selected for monitoring in the studio ST LEVEL CONTROL determines the overall loudness of the signal being monitored as it appears in the studio speakers Headphone Section HDPN SET BUTTON lets the operator select the source to be listened to in the headphones HDPN DISPLAY the eight character display shows the source that is selected for...

Page 25: ...oder SOURCE SELECT Avail able sources will be displayed in the eightcharacterMETERdisplay When the desired signal is displayed press theTAKEbutton Theswitchedmeter array will then display the signal level If however after a timeout period of 20 seconds the TAKE button is not pressed the array will revert back to its previous selected program AUX Master Outputs MASTER SEND controls AUX1 and AUX2 ar...

Page 26: ...channel s signal into or out of the corresponding MXM bus Note that you are assigning the channel and not the source to the MXM bus MXM Talkback To interrupt an MXM output with the predefined TB signal press any of the eight MIX MINUS TALKBACK momentary switches Event Controller Section This section provides a means for storage and retrieval of control sur face settings and naming those set tings ...

Page 27: ...n the SAVE button In this way the modified event will overwrite the old event setting and be saved with the same name in its place Deleting an Event Rotate the PREVIEW SCROLL encoder until the Event to be deleted is shown in the PROGRAM PREVIEW display Press the Modify button then press the PREVIEW SCROLL knob the display will ask DELETE Press the TAKE button to delete the previously displayed Eve...

Page 28: ...mber This way events can be saved quickly without having to name them However an event may be custom named when saved or at a later time To rename the displayed event press the ALPHA SCROLL knob The CURSOR LT and CURSOR RT buttons will light and the cursor indicated by a flashing character will be at the beginning of the name Also the SAVE button will begin to flash At any time you can use CURSORL...

Page 29: ...ess TAKE Then dial up the second digit Continue this procedure until the four characters have been entered Upon pressing TAKE after entering the fourth character the display will read Okay if you were successful and Sorry if you were not When finished turn SOURCE SELECT until the display reads Exit and press TAKE to finish the mode select operation The SET button lights as you select the mode that...

Page 30: ... to Master 4 2 Master Mix Destinations 4 2 Mute Assign 4 2 Mute Master 4 2 Master SET Button 4 3 Channel Master ON OFF 4 3 Master Faders 4 3 AUX Talkback 4 3 Sub Mixes Groups Outputs 4 3 Sub Mix Talkback 4 3 Sub Mix Destinations 4 3 Sub Mix Assign Buttons 4 3 Sub Mix Assign to Master 4 3 ON 1 4 Switch 4 4 PFL Cue 4 4 Sub Mix Group Faders 4 4 ...

Page 31: ... Destinations To be effective the surface outputs must be assigned to one or more destinations which are outputs from the Bridge Router System Please refer to the Bridge Router manual for details Mute Assign Each channel submix and master can be assigned to MUTE MASTER A and or MUTE MASTER B As signment is made by first pressing the channel s SET button then pressing the desired MUTE ASSIGN but to...

Page 32: ...o channels by means of the channel SET button and mode buttons in the MODE section of the EFS panel The current mode will be shown by the LED indicators in the MODE buttons Sub Mix Talkback Pressing the TB button will interrupt the group output with the predefined TB signal Sub Mix Destinations To be effective the surface outputs must be assigned to one or more destinations which are outputs from ...

Page 33: ...roup channel signal ON pressing it again turnsthegroupchannelsignalOFF TheswitchLEDlightswhenthegroup is ON PFL Cue This switch lets the control surface operator monitor the group s pre fader signal Sub Mix Group Faders These linear controls set the output levels of the submix channels ...

Page 34: ...5 3 Internal Programming Options 5 3 Switch Settings 5 3 SW1 Position 1 Sample Rate 5 3 SW1 Position 4 CAT5 Enable 5 3 Hook Ups ETH RJ 45 Main Ethernet Connector 5 4 CAT5 RJ 45 Mixer Link Connector 5 4 HEADPHONE Headphone Connector 5 4 Typical Ethernet Cable 5 5 Typical Crossover Cable 5 5 HC 3 Pinouts Drawing 5 6 D 7 Feb 2009 All devices in the system must be set to the same sample rate ...

Page 35: ... saved in non volatile storage on the HC 3 card and is restored at power up or reset This configuration information provides details to the host application running on the HC 3 such as the specific audio hardware available HC 3 BIOS Settings Format BIOS Setup and formatting of the Host CPU is completed prior to the testing of your D 7 control surface at the Wheatstone factory There are no user adj...

Page 36: ...ter and for proper operation the control surface must be connected to the specific RJ 45 jack defined for it in the system configuration Internal Programming Options All internal programming options are made via PCB mounted switches Switch Settings SW1 Position 1 Sample Rate This dipswitch position must be set to agree with the sample rate of the system The switch is off for a sample rate of 44 1k...

Page 37: ...s to the internal amplifiers that feed the headphone jack The pinout drawing on page 5 6 shows all wiring connections at a glance ETH RJ 45 MAIN ETHERNET CONNECTOR PIN 1 TXD PIN 2 TXD PIN 3 RXD PIN 4 N C PIN 5 N C PIN 6 RXD PIN 7 LN LED PIN 8 LK LED CAT5 RJ 45 MIXER LINK CONNECTOR 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 HEADPHONE DB 9 HEADPHONE CONNECTOR Pin...

Page 38: ... White Blue Green White Brown Brown 1 2 3 4 TXD TXD RXD RXD PIN 1 2 3 4 PIN RJ 45 Plug RJ 45 Plug White Orange 5 6 7 8 N C N C 5 6 7 8 Orange White Green Blue White Blue Green White Brown Brown White Green Green White Orange Blue White Blue Orange White Brown Brown N C N C RXD RXD TXD TXD N C N C N C N C TYPICAL ETHERNET CABLE USED FOR CONNECTING THE HOST CONTROLLER TO YOUR NETWORK HUB TYPICAL CRO...

Page 39: ...jack Ethernet Connector RJ 45 1 2 3 4 5 6 7 8 TXD TXD RXD RXD N C N C LN LED LK LED HC 3 Host Controller I O Connections Mixer Link CAT5 Connector RJ 45 1 2 3 4 5 6 7 8 TXD TXD RXD RXD N C N C N C N C crossover HDPN LT LO HDPN RT SH HDPN RT HI N C HDPN LT SH HDPN LT HI HDPN RT LO N C N C 5 9 4 3 2 1 8 7 6 HEADPHONE Female DB 9 ...

Page 40: ...page 6 1 D 7 June 2006 M E T E R B R I D G E Meterbridge Chapter Contents Overview 6 2 ...

Page 41: ...ontrol surface s meterbridge houses seven pairs of left right LED meters Master 1 Master 2 Sub Mix 1 Sub Mix 2 Sub Mix 3 Sub Mix 4 and Switched The control surface s LED metering system provides dual readouts showing both calibrated VU average and full scale digital peak Peak ...

Page 42: ...7 6 Load Sheet 7 7 MN 6 Control Panel Switch Card Schematic 7 8 Load Sheet 7 11 MSTR 7 Master Panel Switch Card Schematic 7 12 Load Sheet 7 14 HC 3 Host Controller Card Schematic 7 15 Load Sheet 7 19 VUR 3 Right VU Card Schematic 7 20 Load Sheet 7 22 VUE 3 Extender VU Card Schematic 7 23 Load Sheet 7 24 32VC5 5 5V DC to DC Convertor Card Schematic 7 25 Load Sheet 7 26 PSU 1 Power Supply Schematic ...

Page 43: ...3 68 R60 68 R58 68 R66 68 R64 68 R61 68 R59 C31 150uF VCC GND 0 1uF C55 3 3V GND 0 1uF C1 3 3V GND 0 1uF C56 VCC GND 0 1uF C2 VCC GND C26 0 1uF 2 5V GND C33 0 1uF 2 5V GND C34 0 1uF 2 5V GND R5 82 R6 82 D36 4148 D24 4148 D13 4148 D2 4148 D7 4148 D18 4148 D29 4148 D41 4148 Dxx 4148 Dxx 4148 Dxx 4148 Dxx 4148 Dxx 4148 Dxx 4148 Dxx 4148 10 6 5 9 DS14 DS5 DS2 DS30 DS21 DS18 DS62 DS53 DS50 DS46 DS37 DS...

Page 44: ... CS _____ SHDN DIN CH0 CH1 CH2 CH3 COM MODE 3 3V GND GND 3 3V 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 U2 ADS7841 BUSY DOUT VCC VCC GND VREF DCLK ___ CS _____ SHDN DIN CH0 CH1 CH2 CH3 COM MODE 9 8 7 6 5 4 3 2 1 CT13 9 8 7 6 5 4 3 2 1 CT12 9 8 7 6 5 4 3 2 1 CT5 9 8 7 6 5 4 3 2 1 CT4 3 2 1 CT2 R3 100K GND GND GND 3 2 1 CT6 R19 100K GND GND GND 3 2 1 CT9 R39 100K GND GND GND 3 2 1 CT14 100K R57 GND GND...

Page 45: ...328 PAD325 PAD322 PAD428 Vref2 PAD316 Vref4 PAD313 PAD310 Vref4 PAD307 PAD304 PAD301 PAD289 Vref4 PAD283 PAD280 PAD266 PAD425 PAD260 Vref5 PAD248 PAD245 PAD242 PAD239 Vref5 PAD236 PAD233 Vref5 PAD227 PAD215 PAD212 PAD422 Vref2 PAD209 PAD203 Vref6 PAD200 PAD197 Vref6 PAD194 PAD191 PAD188 PAD176 Vref6 PAD173 PAD170 PAD413 PAD164 TRDY TDO DONE BUSY DOUT I O INIT I O PAD401 Vref2 PAD395 PAD389 IRDY PA...

Page 46: ...page 7 5 IP 6 4 Input Panel Switch Card Load Sheet D 7 June 2006 ...

Page 47: ...DWG NO FSCM NO ISSUED CHECKED DRAWN CONTRACT NO SHEET SCALE REV SIZE DATE APPROVALS SA UR US Sergey Averin SA SA SA New Bern NC 28562 600 Industrial Drive 4148 D1 4148 D2 4148 D3 4148 D4 CT1 1 10 11 12 13 14 2 3 4 5 6 7 8 9 SW_A SW_A SW_B SW_C SW_D LED_A LED_B LED_C LED_D SW_Y_ON SW_Y_ON SW_Y_ON SW_Y_ON LED_A SW_B SW_Y_ON SW_Y_OFF LED_B SW_C LED_C SW_D LED_D ...

Page 48: ...page 7 2 D 7 June 2006 S C H E M A T I C D R A W I N G S ONS 7 4 Inputs Panel On Off Switch Load Sheet page 7 7 ...

Page 49: ...61 4 3 2 1 SW53 1 2 3 4 SW19 4 3 2 1 SW47 3 7 06 1 OF 3 84S00xx SA SA SA MN 6A PCB MN 6 W 700822 A D 7 June 2006 page 7 8 D A C B D A C B 1 1 8 8 2 2 7 7 3 3 6 6 4 4 5 5 D DWG NO FSCM NO ISSUED CHECKED DRAWN SHEET SCALE CONTRACT NO REV SIZE DATE APPROVALS SA UR US Sergey Averin 0 1uF C21 0 1uF C20 0 1uF C22 0 1uF C26 150uF C25 150uF C45 150uF C43 150uF C16 68 R45 4148 D50 4148 D75 4148 D74 4148 D6...

Page 50: ... 6 7 8 DS34 0 1uF C23 3 3V GND 0 1uF C24 VCC GND 1 00K R23 1 00K R24 GND GND 1 00K R14 1 00K R12 GND GND 1 00K R19 1 00K R17 GND GND 1 00K R69 1 00K R2 GND GND 1 00K R15 1 00K R16 GND GND 4148 D33 4148 D38 4148 D40 4148 D82 4148 D79 4148 D87 4148 D84 4148 D86 4148 D85 4148 D39 4148 D45 4148 D47 1 00K R20 1 00K R18 GND GND 1 00K R21 GND 4148 D35 4148 D29 4148 D34 4148 D5 4148 D2 4148 D4 4148 D81 41...

Page 51: ...AD89 Vref0 PAD86 PAD83 PAD80 PAD155 PAD68 Vref0 PAD62 PAD48 PAD45 PAD39 Vref1 PAD27 PAD24 PAD21 PAD18 Vref1 PAD12 Vref1 PAD152 PAD6 D7 I O D6 I O D5 I O D4 I O D3 I O D2 I O D1 I O D0 DIN I O PAD149 Vref7 GCK3 I GCK2 I GCK1 I GCK0 I TCK TMS TDI PAD137 WRITE I O ______ CS I O ___ M2 M1 M0 PROGRAM _________ CCLK PAD134 PAD131 PAD128 Vref7 PAD125 4 99K R51 1 00K R25 1 00K R26 33 R50 1 00K R27 BR0 BR1...

Page 52: ...page 7 11 MN 6 Control Panel Switch Card Load Sheet D 7 June 2006 ...

Page 53: ...148 D28 4148 D19 4148 D12 4148 D3 4148 R45 82 D33 4148 CT11 6 5 4 3 2 1 D37 4148 CT13 6 5 4 3 2 1 CT2 6 5 4 3 2 1 CT4 6 5 4 3 2 1 CT6 6 5 4 3 2 1 CT9 6 5 4 3 2 1 R49 68 C16 0 1uF 3 3V GND C10 0 1uF 3 3V GND C28 0 1uF 2 5V GND C27 0 1uF 2 5V GND C31 0 1uF 2 5V GND C39 0 1uF 2 5V GND C41 0 1uF 2 5V GND R32 68 C12 150uF GND C49 0 1uF VCC GND C2 0 1uF GND VCC VCC 3 3V GND 3 3V GND C36 0 1uF C45 0 1uF ...

Page 54: ... PAD316 Vref4 PAD313 PAD310 Vref4 PAD307 PAD304 PAD301 PAD289 Vref4 PAD283 PAD280 PAD266 PAD425 PAD260 Vref5 PAD248 PAD245 PAD242 PAD239 Vref5 PAD236 PAD233 Vref5 PAD227 PAD215 PAD212 PAD422 Vref2 PAD209 PAD203 Vref6 PAD200 PAD197 Vref6 PAD194 PAD191 PAD188 PAD176 Vref6 PAD173 PAD170 PAD413 PAD164 TRDY TDO DONE BUSY DOUT I O INIT I O PAD401 Vref2 PAD395 PAD389 IRDY PAD386 TRDY PAD161 IRDY PAD122 V...

Page 55: ...page 7 14 MSTR 7 Master Panel Switch Card Load Sheet D 7 June 2006 ...

Page 56: ...D 7 June 2006 page 7 15 ...

Page 57: ...D 7 June 2006 page 7 16 ...

Page 58: ...D 7 June 2006 page 7 17 ...

Page 59: ...D 7 June 2006 page 7 18 ...

Page 60: ...page 7 19 HC 3 Host Controller Card Load Sheet D 7 June 2006 ...

Page 61: ...D 7 June 2006 page 7 20 ...

Page 62: ...D 7 June 2006 page 7 21 ...

Page 63: ...page 7 3 D 7 June 2006 S C H E M A T I C D R A W I N G S Top page 7 22 VUR 3 Right VU Card Load Sheet Bottom ...

Page 64: ...D 7 June 2006 page 7 23 ...

Page 65: ...page 7 4 D 7 June 2006 S C H E M A T I C D R A W I N G S VUE 3 Extender VU Card Load Sheet page 7 24 Top Bottom ...

Page 66: ...page 7 25 D 7 June 2006 ...

Page 67: ...page 7 5 D 7 June 2006 S C H E M A T I C D R A W I N G S page 7 26 32VC5 5 5V DC to DC Convertor Load Sheet ...

Page 68: ...A2 3 0A F6 POLYSW D8 MUR160 C6 10nF 47 R4 10 R3 Q1 40TPS08 Z1 33V 1N5364 D7 MUR160 10K R8 10K R6 6 8K R10 DS2 DS1 6 8K R9 PSU 1B PCB 00S0034 W 700828 2 3 06 PSU 1 B D 7 June 2006 page 7 27 SA SA SA SA UR US Sergey Averin 1 OF 1 APPROVALS DATE SIZE REV SCALE SHEET CONTRACT NO DRAWN CHECKED ISSUED FSCM NO DWG NO C 3 3 2 2 1 1 4 4 B A C D C D B A 600 Industrial Drive New Bern NC 28562 3 0A F2 POLYSW ...

Page 69: ...page 7 6 D 7 June 2006 S C H E M A T I C D R A W I N G S PSU 1 Power Supply Load Sheet page 7 28 ...

Page 70: ...hapter Contents Getting Started 8 2 Connecting the D 7 and the GUI 8 2 Using the GUI 8 3 Input Settings 8 4 Gain Control 8 4 VU Meter 8 4 Filter 8 5 Polarity 8 5 Frequency Domain Graph 8 5 Expander Settings 8 6 Compressor Settings 8 8 AGC 8 9 EQ Settings 8 10 Low and High Shelving 8 10 Info and Help Screens 8 11 ...

Page 71: ...nterface GUI program intendedtobestraightforwardinuse controlling and displaying the 4 Band Parametric EQ Expansion Compression and Input settings Connecting the D 7 and the GUI The D 7 should be installed powered up and verified to be operating normally Plug in the flat panel monitor display user supplied and mouse totheDB 15 MONITOR andDB 9 MOUSE connectorsonthecontrol surface s rear panel ...

Page 72: ...its name shown in the title bar window and gains access to the controls for that portion of the signal processing To operate the controls and faders in the Control Area click on the control and slide the mouse to move the control up increases the control s indicated position down decreases it Visually the most important element on the main screen dominating the lower half of it is a large graphica...

Page 73: ...level right input signal level Input Settings This screen shows input gain control polarity and filter settings Gain Control Adjust input signal gain between 18 0dB 12 0dB to compensate for inadequate incoming level on a source depression of input signal to retain headroom if large amounts of equalizer boost is incurred VU Meter Thelevelmeterisadual indicatingpeak over average withpeaksridingas a ...

Page 74: ...ctave variable low pass filter with Butterworth characteristics tunable between 1KHz and 20 2KHz and with a separate in out switch LPF IN switch to the right of the LPF slider This filter is used to remove unwanted high frequency artifacts noise squeaks etc with minimal effect on the required program Polarity A pair of buttons one for left and one for right are provided to cause the reversal of ab...

Page 75: ...bled THRESHOLD 60 0dB 0 0dB Below which the automatic attenuation starts to take effect RATIO 1 1 0 1 5 0 Being the proportion of how many dB the input signal is attenuated for every dB it drops below the threshold 1 3 indicates 18dB loss for 6dB drop in input signal level DEPTH 0 0dB 40 0dB The maximum amount the expander is permitted to reduce the input signal level OPEN 1 00mS 100 0mS The time ...

Page 76: ...outthatisoverly persistent In these cases the threshold is set somewhat higher well up into the desired audio levels in this way the attenuation becomes part of the overall sound but the gentle ratio prevents a sense of anything odd happening Again relatively shallow depths of 12dB or so are plenty to achieve the desired effect More aggressive expansion or gating is accomplished with steep ratios ...

Page 77: ...ulting in an effective high frequency bias up to as much as 6dB differen tial which helps to mitigate the detrimental limiting effect of the resulting audio seeming bottom heavy normal to most compressors While the overall gain reduction scheme is feed forward the heart of the detector stage itself is a feedback limiter this allows for this carefully contrivedloosely dampedservo looptopermitfarmor...

Page 78: ...conjunction with the compressor generally the AGC has much slower integration times for attack and release so that it responds more to the medium or long term energy of the program material in a given band rather than more typically energetic actions of the compressor The AGC action rides underneath the compressor depending on the time constantsettingsandcharacteroftheprogrammaterial theAGCcan fol...

Page 79: ...ncy sweepable over the range of 16 1Hz to 20 2kHz and a filter sharpness Width sweepable between 0 2 and 3 0 octaves The LOW and HIGH bands also have a shelving function The entire EQ is switchable in or out EQ switch The composite effect of any EQ adjustments is shown in the frequency domain graph Low and High Shelving The high and low shelving EQ sections are designed to correct for real or subj...

Page 80: ...INFO and HELP buttons will display windows INFO the technical information about the surface s software ver sions and connection status to its companion rack MT link Ethernet link and automation interface HELP the top level of built in user help system To close those windows click again on the INFO and HELP buttons ...

Page 81: ...N D I C E S Appendix 1 Options Text File A 3 Introduction A 3 Modifying The Options Text File A 3 A Sample Example From The File A 4 A Second Example A 5 An Example File Complete A 6 Appendix 2 Replacement Parts List A 11 Appendices ...

Page 82: ... 7 Jan 2007 A P P E N D I C E S Appendix 1 Contents Options Text File A 3 Introduction A 3 Modifying The Options Text File A 3 A Sample Example From The File A 4 A Second Example A 5 An Example File Complete A 6 ...

Page 83: ...re 2 When the FTP session connects you will see a list of files and folders that are on the surface One of those files is the Options Text file named as specified above Drag this file over to your PC s desktop so you can save a copy 3 Make any required changes to the copy of the file on your desktop according to the information in the following sections then save the file and drag its icon back to...

Page 84: ... 1 if the muting channel must be both ON and assigned to a main bus thus making it ON AIR before it will trigger the mute This specific example shows that the default setting is 0 for this option Please note that this may or may not be the case for your particular surface as the default option is subject to change The idea of how to use the file remains true The third line is not a comment this is...

Page 85: ...eset LED controlled by Surface SPARE1 2 SPARE2 2 SPARE3 2 SPARE4 2 SPARE5 2 SPARE6 2 SPARE7 2 SPARE8 2 SPARE9 2 SPARE10 2 SPARE11 2 SPARE12 2 Once again our first line is a comment line that shows the syntax used for this particular option In this case there are several code lines each one referring to a different spare or programmable button Thus the in the example syntax is replaced with a numbe...

Page 86: ... Ø None No meter stream default for index 3 7 1 Switched Meter Bus default for index 1 2 ST1 Master Bus default for index 2 3 ST2 Master Bus 4 Sub Master 1 Bus 5 Sub Master 2 Bus 6 Sub Master 3 Bus 7 Sub Master 4 Bus METERSRC1 1 METERSRC2 7 METERSRC3 6 METERSRC4 5 METERSRC5 4 METERSRC6 3 METERSRC7 2 Syntax METERMODE is the meter mode default Ø Ø PEAK AVG 1 PEAK only 2 AVG only METERMODE Ø MIX MINU...

Page 87: ...re ON 3 Pre Fader Pre ON AUXA1 Ø AUXB1 Ø AUXA2 Ø AUXB2 Ø AUXA3 Ø AUXB3 Ø AUXA4 Ø AUXB4 Ø AUXA5 Ø AUXB5 Ø AUXA6 Ø AUXB6 Ø AUXA7 Ø AUXB7 Ø AUXA8 Ø AUXB8 Ø AUXA9 Ø AUXB9 Ø AUXA1Ø Ø AUXB1Ø Ø AUXA11 Ø AUXB11 Ø AUXA12 Ø AUXB12 Ø AUXA13 Ø AUXB13 Ø AUXA14 Ø AUXB14 Ø AUXA15 Ø AUXB15 Ø AUXA16 Ø AUXB16 Ø AUXA17 Ø AUXB17 Ø AUXA18 Ø AUXB18 Ø AUXA19 Ø AUXB19 Ø AUXA2Ø Ø AUXB2Ø Ø AUXA21 Ø AUXB21 Ø AUXA22 Ø AUXB22...

Page 88: ... face 5 Preset Select Button selects pre configured preset LED controlled by Surface SPARE1 2 SPARE2 2 SPARE3 2 SPARE4 2 SPARE5 2 SPARE6 2 SPARE7 2 SPARE8 2 SPARE9 2 SPARE1Ø 2 SPARE11 2 SPARE12 2 MISC OPTIONS Syntax SET_TIMEOUT 1 default 2Ø sec set button timeout enabled Ø no timeout SET_TIMEOUT Ø Syntax ALPHA_SORT 1 default XY controller alpha sorting enabled Ø no sort ALPHA_SORT 1 Syntax INVERT_...

Page 89: ... sources change MXM_BY_SIGNAL Ø Syntax MXM_LVL_CTL Ø default No Mix Minus level control on Monitor card 1 Monitor card has Mix Minus control MXM_LVL_CTL Ø Syntax INPUT_GAIN_SLIDERS Ø No input gain sliders 1 default Input gain sliders INPUT_GAIN_SLIDERS 1 Syntax VGA_CONTROLS Ø default No VGA Controls 1 VGA Controls VGA_CONTROLS 1 Syntax ACI_DISABLE_MSS Ø default send machine start stop DIOs wheneve...

Page 90: ...ls and components that in the course of normal use may need maintenance i e faders pots ON switches etc A complete list of available components is shown on the nextpage ContactWheatstonetechnicalsupportforfurtherinformation 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 techsupport wheatstone co...

Page 91: ...RACK UNIT 007330 SPS PWI POWER CABLE SPS DB TO CONTROL SURFACE POWER CABLE 007261 FLAT RIBBON CABLE 20 CONDUCTOR FLAT RIBBON CABLE 150201 REPLACEMENT FADER ASSEMBLY WIRED FADER 055200 REPLACEMENT FADER INPUT FADER 540052 REPLACEMENT FADER KNOB REPLACEMENT FADER KNOB 520007 REPLACEMENT SWITCH ON OFF SWITCH 510109 SWITCH BLUE BUTTON ON BUTTON 530343 SWITCH CLEAR BUTTON OFF BUTTON 530346 BLUE LED LAM...

Page 92: ...COLLET KNOB 530326 LUMA BUTTON WHITE LUMA BUTTON 530274 LUMA BUTTON GREEN LUMA BUTTON 530277 LUMA BUTTON STYRENE WITH UV INHIBITOR BUTTON PRINTED 1 530297 LUMA BUTTON STYRENE WITH UV INHIBITOR BUTTON PRINTED 2 530298 LUMA BUTTON STYRENE WITH UV INHIBITOR BUTTON PRINTED 3 530299 LUMA BUTTON STYRENE WITH UV INHIBITOR BUTTON PRINTED 4 530300 LUMA BUTTON STYRENE WITH UV INHIBITOR BUTTON PRINTED 5 5303...

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