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Manual 07500770 

Model 3000-46 

Page 32 

 

O

peration Manual

 

 

 
Model 3000-46 Daughterboard SCH85002170 
Register 802Ch (daughter board) 
Function: OUTPUT CONTROL RELAYS 
BIT 

 FUNCTION 

 COMMENTS 

 GP5, 1X8 + 

 J5-24, Shield: J5-26, K97 

 GP5, 1X8 - 

 J5-22, Shield: J5-20, K98 

 GP5, 1X16 + 

 J5-18, Shield: J5-14, K99 

 GP5, 1X16 - 

 J5-16, Shield: J5-14, K100 

 GP6, 1X16 + 

 J5-18, Shield: J5-14, K101 

 GP6, 1X16 - 

 J5-16, Shield: J5-14, K102 

 GP6, 1X8 + 

 J5-23, Shield: J5-25, K103 

 GP6, 1X8 - 

 J5-21, Shield: J5-19, K104 

 GP7, 1X8 + 

 J5-12, Shield: J5-8, K105 

 GP7, 1X8 - 

 J5-10, Shield: J5-8, K106 

10 

 GP7, 1X16 + 

 J5-17, Shield: J5-13, K107 

11 

 GP7, 1X16 - 

 J5-15, Shield: J5-13, K108 

12 

 GP8, 1X16 + 

 J5-17, Shield: J5-13, K109 

13 

 GP8, 1X16 - 

 J5-15, Shield: J5-13, K110 

14 

 GP8, 1X8 + 

 J5-11, Shield: J5-7, K111 

15 

 GP8, 1X8 - 

 J5-9, Shield: J5-7, K112 

 
Register 802Eh (daughter board) 
Function: OUTPUT CONTROL RELAYS 
BIT 

 FUNCTION 

 COMMENTS 

 GP5, 1X32 + 

 J5-6, Shield: J5-2, K113 

 GP5, 1X32 - 

 J5-4, Shield: J5-2, K114 

 GP6, 1X32 + 

 J5-6, Shield: J5-2, K115 

 GP6, 1X32 - 

 J5-4, Shield: J5-2, K116 

 GP7, 1X32 + 

 J5-6, Shield: J5-2, K117 

 GP7, 1X32 - 

 J5-4, Shield: J5-2, K118 

 GP8, 1X32 + 

 J5-6, Shield: J5-2, K119 

 GP8, 1X32 - 

 J5-4, Shield: J5-2, K120 

 EXT REF 1 + 

 J5-5 to J5-6, Shield: J5-1, K121 

 EXT REF 2 + 

 J5-3 to J5-6, Shield: J5-1, K122 

10 

 ANALOG GND REF + 

 -                      K123 

11 

 CHASSIS GND REF + 

 -                      K124 

12 

 ISO, 1X32/64 + 

 J5-6, Shield: J5-2, K125 

13 

 ISO, 1X32/64 - 

 J5-4, Shield: J5-2, K126 

14 

 ISO, 1X64 + 

 J5-6, Shield: J5-2, K127 

15 

 ISO, 1X64 - 

 J5-4, Shield: J5-2, K128 

Note: K125/126 are use to isolate pins J5-6/4 to allow signal routing from the mother board or from the 
daughter board.  J5-6 and J5-4 can be used as a 1x32 or as a 1x64.  K127/128 are use to switch in the 
1x32 output from the daughter board for a 1x64 capability.

 

Summary of Contents for ASCOR 3000-46

Page 1: ...Manual 07500770 Model 3000 46 Page 1 Operation Manual Model 3000 46 64 DPDT 16 1x8 Multiplexer 90400750 ...

Page 2: ...x 925 328 4700 On the Internet www gigatronics com Warranty Giga tronics Series 3000 Switching Modules are warranted against defective materials and workmanship for three years from date of shipment or as detailed in the warranty section of this manual Giga tronics will at its option repair or replace products that are proven defective during the warranty period This warranty DOES NOT cover damage...

Page 3: ...N61010 1 1993 Electrical Safety EN61326 1 1997 EMC Emissions and Immunity Manufacturer s Name Manufacturer s Address Giga tronics Incorporated 4650 Norris Canyon Road San Ramon California 94583 U S A Type of Equipment Model Series Number Switching Module 3000 46 Declaration of Conformity on file Contact Giga tronics at the following Giga tronics Incorporated 4650 Norris Canyon Road San Ramon Calif...

Page 4: ...s are issued as Technical Publication Change Instructions TPCI When you are issued a TPCI do the following 1 Insert the TPCI at the front of the manual binder 2 Remove the pages from the manual binder that are noted in the TPCI 3 Replace the page s removed in the previous step with the corrected page s 4 Record the changes in the table below TPCI Number TPCI Issue Date Date Entered Comments ...

Page 5: ...Manual 07500770 Model 3000 46 Page 5 Operation Manual Revision History Revision Description of Change Chg Order Approved By A Initial Release B Updated C Reformatted 3 12 RCW ...

Page 6: ...Precautions 7 Chapter 2 Configuration Table 8 Chapter 3 Functional Description 9 3 1 Introduction 9 3 2 General Description 9 Chapter 4 Block Diagram 11 Chapter 5 Controls and Indicators 12 5 1 VXI Logical Address 12 5 2 LEDs 12 5 2 1 BUS LED 12 5 2 2 PWR LED 12 Chapter 6 Internal Settings 13 6 1 Fuse 13 6 2 VXIbus Interrupt Level Selection 13 Chapter 7 Specifications 14 Chapter 9 Register Map 16 ...

Page 7: ... injury 1 1 3 Equipment Safety Alert CAUTION Indicates a situation which can damage or adversely affect the product or associated equipment 1 1 4 Notes Notes are denoted and used as follows NOTE Highlights or amplifies an essential operating or maintenance procedure practice condition or statement 1 1 5 Electrical Safety Precautions Any servicing instructions are for use by service trained personn...

Page 8: ...nual 07500770 Model 3000 46 Page 8 Operation Manual Chapter 2 Configuration Table Module PL90400750 Assy 90400750 Schematics MB PL85002160 Assy 85002160 SCH85002160 DB PL85002170 Assy 85002170 SCH85002170 ...

Page 9: ...r high speed digital performance 100 MHz minimum bandwidth 150 MHz typical The switch trees are coaxially shielded SPST for maximum analog versatility at 80 MHz bandwidth Each of the sixteen 8x1 trees connect to a switch array to allow for combinations as 8x1 16x1 32x1 or 64x1 to the output connectors J2 and J5 There are sixteen 8x1 outputs eight 16x1 outputs four 32x1 outputs and two 64x1 outputs...

Page 10: ... connector diagram for exact location of the signals Associated with each signal pin is the shield Optimum performance is achieved if shielded wiring is used with the 3000 46 The adjacent shield provides a short ground path If ribbon cable is used then the shield pins will provide a ground signal ground wiring scheme The analog ground should be tied to the associated grounds of the signal source T...

Page 11: ...ck Diagram Analog Groundplane UUT1H in Digital out UUT1L in Digital out UUT8H in Digital out UUT8L in Digital out Group 1 typical 1x8 1x8 1x8 1x8 1x2 1x2 1x2 1x8 1x8 1x8 1x8 1x2 1x2 1x2 1x2 8 Channels Input SHLD 8 Channels Input SHLD 8 Relays Shield Shield Shield Shield ...

Page 12: ...en 1 and 255 decimal or 1 and FF hexadecimal address 0 is reserved for the resource manager However the Module fully supports Dynamic Configuration as defined in Section F of the VXI specification address 255 FF should be selected only if the Resource Manager also supports Dynamic Configuration 5 2 LEDs The following LEDs are visible at the Module s front panel to indicate the status of the module...

Page 13: ...oving the side cover 6 1 Fuse The ASCOR VXI 3000 46 uses a 10 Amp fuse in the 5 Volt line and is located on the Mother Board MB assembly 6 2 VXIbus Interrupt Level Selection The VXIbus interrupt level is set with three bits in the 3Eh register See the section on A16 ADDRESS SPACE REGISTER DESCRIPTION The interrupt level is factory set to no interrupt ...

Page 14: ...erential 32x1 Tree 55 MHz single ended into 50 ohms 85 MHz differential 64x1 Tree 55 MHz single ended into 50 ohms 85 MHz differential Characteristic Impedance 50Ω Connectors PCB J1 J4 J3 and J6 Robinson Nugent P50E 100P1 SR1 TG J2 and J5 Robinson Nugent P50E 26P1 SR1 TG Mate Robinson Nugent IDC Connector P50E series 100 position socket P50E 100S TG Robinson Nugent IDC Connector P50E series 26 pos...

Page 15: ...6 Page 15 Operation Manual Length 13 78 inches Weight 4 lbs 10 oz Environmental Specifications Temperature Operating 0º to 55ºC Storage 40º to 75ºC Relative Humidity Operating 0 to 90 non condensing Storage 0 to 95 non condensing ...

Page 16: ...w to I O 25 32 800A Isolation pins 17 32 digital to I O 17 32 800C Output Control for Group 1 4 8x1 16x1 800E Output Control for Group 1 4 32x1 64x1 external references 8020 Group 5 8x1 trees high low to I O 33 40 8022 Group 6 8x1 trees high low to I O 41 48 8024 Isolation pins 33 48 digital to I O 33 48 8026 Group 7 8x1 trees high low to I O 49 56 8028 Group 8 8x1 trees high low to I O 57 64 802A...

Page 17: ...PIN 7 IN 62 61 PIN 7 OUT PIN 7 IN 60 59 PIN 7 OUT ANALOG SHIELD 58 57 ANALOG SHIELD PIN 8 IN 56 55 PIN 8 OUT PIN 8 IN 54 53 PIN 8 OUT ANALOG SHIELD 52 51 ANALOG SHIELD PIN 9 IN 50 49 PIN 9 OUT PIN 9 IN 48 47 PIN 9 OUT ANALOG SHIELD 46 45 ANALOG SHIELD PIN 10 IN 44 43 PIN 10 OUT PIN 10 IN 42 41 PIN 10 OUT ANALOG SHIELD 40 39 ANALOG SHIELD PIN 11 IN 38 37 PIN 11 OUT PIN 11 IN 36 35 PIN 11 OUT ANALOG...

Page 18: ...3 GP2 8x1 OUT GP1 8x1 OUT 22 21 GP2 8x1 OUT ANALOG SHIELD 20 19 ANALOG SHIELD GP1 2 16x1 OUT 18 17 GP3 4 16x1 OUT GP1 2 16x1 OUT 16 15 GP3 4 16x1 OUT ANALOG SHIELD 14 13 ANALOG SHIELD GP3 8x1 OUT 12 11 GP4 8x1 OUT GP3 8x1 OUT 10 9 GP4 8x1 OUT ANALOG SHIELD 8 7 ANALOG SHIELD GP1 4 32x1 OUT 6 5 EXT REF 1 GP1 4 32x1 OUT 4 3 EXT REF 2 ANALOG SHIELD 2 1 ANALOG SHIELD ...

Page 19: ... 61 PIN 23 OUT PIN 23 IN 60 59 PIN 23 OUT ANALOG SHIELD 58 57 ANALOG SHIELD PIN 24 IN 56 55 PIN 24 OUT PIN 24 IN 54 53 PIN 24 OUT ANALOG SHIELD 52 51 ANALOG SHIELD PIN 25 IN 50 49 PIN 25 OUT PIN 25 IN 48 47 PIN 25 OUT ANALOG SHIELD 46 45 ANALOG SHIELD PIN 26 IN 44 43 PIN 26 OUT PIN 26 IN 42 41 PIN 26 OUT ANALOG SHIELD 40 39 ANALOG SHIELD PIN 27 IN 38 37 PIN 27 OUT PIN 27 IN 36 35 PIN 27 OUT ANALOG...

Page 20: ... 61 PIN 39 OUT PIN 39 IN 60 59 PIN 39 OUT ANALOG SHIELD 58 57 ANALOG SHIELD PIN 40 IN 56 55 PIN 40 OUT PIN 40 IN 54 53 PIN 40 OUT ANALOG SHIELD 52 51 ANALOG SHIELD PIN 41 IN 50 49 PIN 41 OUT PIN 41 IN 48 47 PIN 41 OUT ANALOG SHIELD 46 45 ANALOG SHIELD PIN 42 IN 44 43 PIN 42 OUT PIN 42 IN 42 41 PIN 42 OUT ANALOG SHIELD 40 39 ANALOG SHIELD PIN 43 IN 38 37 PIN 43 OUT PIN 43 IN 36 35 PIN 43 OUT ANALOG...

Page 21: ...3 GP6 8x1 OUT GP5 8x1 OUT 22 21 GP6 8x1 OUT ANALOG SHIELD 20 19 ANALOG SHIELD GP5 6 16x1 OUT 18 17 GP7 8 16x1 OUT GP5 6 16x1 OUT 16 15 GP7 8 16x1 OUT ANALOG SHIELD 14 13 ANALOG SHIELD GP7 8x1 OUT 12 11 GP8 8x1 OUT GP7 8x1 OUT 10 9 GP8 8x1 OUT ANALOG SHIELD 8 7 ANALOG SHIELD GP5 8 32x1 OUT 6 5 EXT REF 3 GP5 8 32x1 OUT 4 3 EXT REF 4 ANALOG SHIELD 2 1 ANALOG SHIELD ...

Page 22: ... 61 PIN 55 OUT PIN 55 IN 60 59 PIN 55 OUT ANALOG SHIELD 58 57 ANALOG SHIELD PIN 56 IN 56 55 PIN 56 OUT PIN 56 IN 54 53 PIN 56 OUT ANALOG SHIELD 52 51 ANALOG SHIELD PIN 57 IN 50 49 PIN 57 OUT PIN 57 IN 48 47 PIN 57 OUT ANALOG SHIELD 46 45 ANALOG SHIELD PIN 58 IN 44 43 PIN 58 OUT PIN 58 IN 42 41 PIN 58 OUT ANALOG SHIELD 40 39 ANALOG SHIELD PIN 59 IN 38 37 PIN 59 OUT PIN 59 IN 36 35 PIN 59 OUT ANALOG...

Page 23: ...ters reside in the VXI Interface circuitry on the Motherboard 85002160 00 VXIbus ID Register 02 Device Type Register 04 VXIbus Status Control Register 06 Offset Register 3E ASCOR Relay Control Register A24 Space The A24 Base Address of the 3000 46 can be derived from the value stored in the Offset Register 06h To obtain the A24 base address take the 8 most significant bits of the Offset register a...

Page 24: ... Pin 10 Ch 1 8 800Ah Relays K81 96 Pin 11 Ch 1 8 Pin 12 Ch 1 8 800Ch Relays K97 112 Pin 13 Ch 1 8 Pin 14 Ch 1 8 800Eh Relays K113 128 Pin 15 Ch 1 8 Pin 16 Ch 1 8 8010h Relays K129 144 isolation relays group 1 2 8020h Relays K1 16 Pin 17 Ch 1 8 Pin 18 Ch 1 8 8022h Relays K17 32 Pin 19 Ch 1 8 Pin 20 Ch 1 8 8024h Relays K33 48 Pin 21 Ch 1 8 Pin 22 Ch 1 8 8026h Relays K49 64 Pin 23 Ch 1 8 Pin 24 Ch 1 ...

Page 25: ... Shield J1 58 K13 13 Group 1 Pin 7 J1 60 Shield J1 58 K14 14 Group 1 Pin 8 J1 56 Shield J1 52 K15 15 Group 1 Pin 8 J1 54 Shield J1 52 K16 Register 8002h mother board Function Group 2 8X1 BIT FUNCTION COMMENTS 0 Group 2 Pin 9 J1 50 Shield J1 46 K17 1 Group 2 Pin 9 J1 48 Shield J1 46 K18 2 Group 2 Pin 10 J1 44 Shield J1 40 K19 3 Group 2 Pin 10 J1 42 Shield J1 40 K20 4 Group 2 Pin 11 J1 38 Shield J1 ...

Page 26: ... 24 Shield J1 22 K45 13 ISO Pin 14 J1 20 18 Shield J1 16 K46 14 ISO Pin 15 J1 14 12 Shield J1 10 K47 15 ISO Pin 16 J1 8 6 Shield J1 4 K48 Register 8006h mother board Function Group 3 8X1 BIT FUNCTION COMMENTS 0 Group 3 Pin 17 J3 98 Shield J3 94 K49 1 Group 3 Pin 17 J3 96 Shield J3 94 K50 2 Group 3 Pin 18 J3 92 Shield J3 88 K51 3 Group 3 Pin 18 J3 90 Shield J3 88 K52 4 Group 3 Pin 19 J3 86 Shield J...

Page 27: ... Pin 31 J3 14 Shield J3 10 K77 13 Group 4 Pin 31 J3 12 Shield J3 10 K78 14 Group 4 Pin 32 J3 8 Shield J3 4 K79 15 Group 4 Pin 32 J3 6 Shield J3 4 K80 Register 800Ah mother board Function ISO RELAYS PINS 17 32 BIT FUNCTION COMMENTS 0 ISO Pin 17 J3 98 96 Shield J3 94 K81 1 ISO Pin 18 J3 92 90 Shield J3 88 K82 2 ISO Pin 19 J3 86 84 Shield J3 82 K83 3 ISO Pin 20 J3 80 78 Shield J3 86 K84 4 ISO Pin 21 ...

Page 28: ...X8 J2 9 Shield J2 7 K112 Register 800Eh mother board Function OUTPUT CONTROL RELAYS BIT FUNCTION COMMENTS 0 GP1 1X32 J2 6 Shield J2 2 K113 1 GP1 1X32 J2 4 Shield J2 2 K114 2 GP2 1X32 J2 6 Shield J2 2 K115 3 GP2 1X32 J2 4 Shield J2 2 K116 4 GP3 1X32 J2 6 Shield J2 2 K117 5 GP3 1X32 J2 4 Shield J2 2 K118 6 GP4 1X32 J2 6 Shield J2 2 K119 7 GP4 1X32 J2 4 Shield J2 2 K120 8 EXT REF 1 J2 5 to J2 6 Shiel...

Page 29: ...J4 62 Shield J4 58 K13 13 Group 5 Pin 39 J4 60 Shield J4 58 K14 14 Group 5 Pin 40 J4 56 Shield J4 52 K15 15 Group 5 Pin 40 J4 54 Shield J4 52 K16 Register 8022h daughter board Function Group 6 8X1 BIT FUNCTION COMMENTS 0 Group 6 Pin 41 J4 50 Shield J4 46 K17 1 Group 6 Pin 41 J4 48 Shield J4 46 K18 2 Group 6 Pin 42 J4 44 Shield J4 40 K19 3 Group 6 Pin 42 J4 42 Shield J4 40 K20 4 Group 6 Pin 43 J4 3...

Page 30: ... J4 26 24 Shield J4 22 K45 13 ISO Pin 46 J4 20 18 Shield J4 16 K46 14 ISO Pin 47 J4 14 12 Shield J4 10 K47 15 ISO Pin 48 J4 8 6 Shield J4 4 K48 Register 8026h daughter board Function Group 7 8X1 BIT FUNCTION COMMENTS 0 Group 7 Pin 49 J6 98 Shield J6 94 K49 1 Group 7 Pin 49 J6 96 Shield J6 94 K50 2 Group 7 Pin 50 J6 92 Shield J6 88 K51 3 Group 7 Pin 50 J6 90 Shield J6 88 K52 4 Group 7 Pin 51 J6 86 ...

Page 31: ...8 Pin 63 J6 14 Shield J6 10 K77 13 Group 8 Pin 63 J6 12 Shield J6 10 K78 14 Group 8 Pin 64 J6 8 Shield J6 4 K79 15 Group 8 Pin 64 J6 6 Shield J6 4 K80 Register 802Ah daughter board Function ISO RELAYS PINS 49 64 BIT FUNCTION COMMENTS 0 ISO Pin 49 J6 98 96 Shield J6 94 K81 1 ISO Pin 50 J6 92 90 Shield J6 88 K82 2 ISO Pin 51 J6 86 84 Shield J6 82 K83 3 ISO Pin 52 J6 80 78 Shield J6 86 K84 4 ISO Pin ...

Page 32: ...1X8 J5 9 Shield J5 7 K112 Register 802Eh daughter board Function OUTPUT CONTROL RELAYS BIT FUNCTION COMMENTS 0 GP5 1X32 J5 6 Shield J5 2 K113 1 GP5 1X32 J5 4 Shield J5 2 K114 2 GP6 1X32 J5 6 Shield J5 2 K115 3 GP6 1X32 J5 4 Shield J5 2 K116 4 GP7 1X32 J5 6 Shield J5 2 K117 5 GP7 1X32 J5 4 Shield J5 2 K118 6 GP8 1X32 J5 6 Shield J5 2 K119 7 GP8 1X32 J5 4 Shield J5 2 K120 8 EXT REF 1 J5 5 to J5 6 Sh...

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