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Xycom XVME-500 Manual

Analog input module
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Summary of Contents for Xycom XVME-500

  • Page 1 (217) 352-9330 | Click HERE Find the Acromag / Xembedded / Xycom XVME-500/1 at our website:...
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  • Page 8 * See Table l-l, Section 1.3 for additional information on conversion time, settling time and throughput frequency for each version. 1.2 MANUAL STRUCTURE The first chapter is an overview introducing the user to the XVME-500 and XVME- 590 general specifications and functional capabilities. Successive chapters develop...
  • Page 9 1.3 MODULE OPERATIONAL DESCRIPTION Figure l-1 shows the operational block diagram of the XVME-500 and Figure 1-2 shows the operational block diagram of the XVME-590 Analog Input Module. Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com...
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  • Page 12 Resistor programmable gain with addition of a resistor and a potentiometer 1.3.2 General Operation As stated before, there are three different versions that the XVME-500 and XVME- 590 are available in and they are: XVME-500/ 1 XVME-590/l XVME-500/2 XVME-590/2...
  • Page 13 In addition, there is a 16-bit data register for reading converted digital data. SPECIFICATIONS The following table lists the electrical, environmental, and VMEbus compliance specifications for the XVME-500 and XVME-590 Analog Input Modules: Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com...
  • Page 14 XVME-500/590 Manual February, 1988 Table 1-2 XVME-500 and XVME-590 Analog Input Module Specifications Specification . Characteristic Number of Channels 16 (32 optional) Single-ended 8 (16 optional) Differential +5 VDC, ~5% Supply Voltage Supply Current 1.90 A Maximum 1.60 A Typical...
  • Page 15 XVME-500/590 Manual February, 1988 Table 1-2 (cont’d) Characteristic Specification Programmable Gain (versions 2 & 3) 1, 2, 5, or 10 Range 1 4, 8, 20 or 40 Range 2 Range 3 10, 20, 50, or 100 Fixed Gain (version 3)
  • Page 16 Complies with VMEbus specification Revision C.l A16:D16/D08(EO) DTB Slave Interrupter - I(1) - 1(7)(STAT), ROAK Interrupter Vector - D08(0) (DYN) Form Factor - SINGLE (XVME-500) Form Factor - DOUBLE (XVME-590) Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com...
  • Page 17 XVME-500/590 Manual February, 1988 XVME-540 Compatibility All address locations for analog input are identical All bit definitions for registers are the same EXCEPT there are no LEDs Channel register/counter now receives reset software power-up reset; the powers-up ra ndom No fast convert in single channel mode l-10 Artisan Scientific - Quality Instrumentation ...
  • Page 18 This chapter provides the information needed to configure and install the Analog Input Module. SYSTEM REQUIREMENTS XVME-500 Analog Input Module is single-height (3U), and the XVME-590 is double-height (6U) VMEbus-compatible module. To operate, it must be properly installed in a VMEbus backplane cardcage.
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  • Page 23 XVME-500/590 Manual February, 1988 2.4 JUMPERS Prior to installing the XVME-500 or XVME-590 module, several jumper options must be configured. The configurations of the jumpers are dependent upon the tab option and module capabilities required for the application. The jumper options can...
  • Page 24 VMEbus OPTIONS The XVME-500/590 is designed to be addressed within the VMEbus Short I/O Memory Space. Since each module connected to the bus must have its own unique base address, the base-addressing scheme for XVME input modules has been designed to be jumper-selectable.
  • Page 25 XVME-500/590 Manual February, 1988 (526 - 531) 2.5.1 Base Address Selection Jumpers The module base address is selected by using jumpers J26-J31 (see Figure 2-1 or Figure 2-2 for the locations on the board). Figure 2-3 shows a close-up of the base-address jumpers and how each jumper relates to the address lines.
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  • Page 27 February, 1988 (J13) Supervisor/Non-Privileged Mode Selection The XVME-500/590 can be configured to respond only to Supervisory accesses, OR to both Supervisory and Non-Privileged accesses. The key is the installation or removal of jumper J13. Table 2-3 shows access options controlled by J13.
  • Page 28 Option Jumpers (Analog Multiplexers) (J21, J25) The XVME-500/590 can be configured to provide any one of three types of channel modes in set numbers (see Table 2-6 for input selection jumper options) They are: 16 single-ended (SE) input channels, or...
  • Page 29 XVME-500/590 Manual February, 1988 NOTE Only one of the three jumper configurations may be installed at any one time. Make sure that: 1) If the board is to be used in the SE input mode, the jumpers for DI and PDI operation must be removed;...
  • Page 30 XVME-500/590 Manual February, 1988 The analog input channels can be jumper-configured to accept voltages in any one of three ranges. There are two bipolar ranges and one unipolar range. Bipolar Ranges Unioolar Range 0 to 10V J3B selects the &lOV bipolar range. Table 2-7 shows the options.
  • Page 31 2.6.4.2 Fixed Gains (Jumper-Selectable - version 1 only)(J6, J7, J8, or J9) The fixed gain for each analog input channel in the version 1 of the XVME-500/590 is selected by installing or removing one of several jumpers (J6, J7, J8, or J9).
  • Page 32 XVh4&500/590 Manual February, 1988 Table 2-9. Jumpers Selecting Fixed Gains Gain Selected Jumper Installed Jumpers Removed J6, J7, J8, J9 None x 1 0 J6, J7, J8 xl00 J6, J7, J9 xl000 J7, J8, J9 2.6.4.3 Resistor-Programmable Gains (version 1 only) The resistor-programmable gains option increases the versatility of the XVME- 500/590-l.
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  • Page 35 XVME-500/590 Manual February, 1988 Use a sharp tool (knife, X-acto blade, etc) to sever the trace, as shown in Figure 2-4 (or Figure 2-4A for the XVME-590). Use the following formula to calculate the values of ‘Rl0’ and ‘R13’: Rg = 40K / G - G = desired gain (any number between 1 and 1000) Example: Determining adjustment to R13 necessary to get a gain of 8.
  • Page 36 XVME-500/590 Manual February, 1988 2.6.4.4 (J2A, J2B) Conversion Resolution A jumper has been provided to change the ADC to an eight-bit converter. This will allow a faster conversion (if required by the user), but will decrease conversion resolution. If this option is chosen, the lower 4 data bits will have to be masked by software.
  • Page 37 CONNECTOR PIN ASSIGNMENTS 2.7.1 Only) Connector JKl (XVME-500 The analog input channels are accessible on the front panel of the module via the single mass termination header labeled, JKl. Connector JKl is a 50-pin header used to input analog signals. Its pin-out is compatible with the Analog Devices 3B series Universal Signal Conditioning System.
  • Page 38 XVME-500/590 Manual February, 1988 Table 2-12. Input Connector JKl Flat Cable Single-Ended Differential Conductor Configuration Configuration CH. 0 CH. 0 LO CH. 8 CH. 0 HI ANALOG GND ANALOG GND CH. 9 CH. 1 HI CH. 1 CH. 1 LO...
  • Page 39 XVME-500/590 Manual February, 1988 Table 2-12. Input Connector JKI (cont’d) Flat Cable Single-Ended Differential Conductor Configuration Configuration ANALOG GND ANALOG GND CH. 29* CH. 13 HI* CH. 21* CH. 13 LO* ANALOG GND ANALOG CH. 22* CH. 14 LO* 14 HI* CH.
  • Page 40 XVME-500/590 Manual February, 1988 Table 2-13. P2’s - JKl Compatibility Pin-out Flat Cable Single-Ended Differential Conductor Configuration Configuration Connector CH. 0 CH. 0 LO CH. 0 HI CH. 8 ANALOG GND ANALOG GND CH. 9 CH. 1 HI CH. 1 CH.
  • Page 41 POWER GND/PD GND POWER GND/PD GN EXT TRIGGER EXT TRIGGER 2.8 JUMPER LIST The following table summarizes all the XVME-500/590 jumpers and their functions. Table 2-14. XVME-500/590 Jumper List Jumper Description Analog-to-binary conversion with J4A Analog-to-two’s complement conversion with J4B...
  • Page 42 XVME-500/590 Manual February, 1988 Table 2-14. XVME-500/590 Jumper List (Cont’d) Description Jumper J22A Determines settling time 80uSec for fixed gain x1-100 J22B Determines settling time 10uSec for programmable gain amp J22C Determines settling time 24uSec for fixed gain x100 J22D Determines settling time 16uSec (not used) Ground allows auto drift control by software;input calib.
  • Page 43 February, 1988 2.10 MODULE INSTALLATION XYCOM XVME modules are designed to comply with all physical and electrical VMEbus backplane specifications. The XVME-500 Analog Input Module is a single- high VMEbus module. As such, it only requires the Pl backplane. The XVME-590 Analog Input Module may use the P2 of the VMEbus backplane.
  • Page 44 The following is a step-by-step procedure for installing the 6U front panel on an XVME-500 module (See Figure 2-6 for a graphic depiction of the installation procedure). 1) Turn power off. 2) Disconnect the module from the bus.
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  • Page 46 A/D conversion modes and principals BASE ADDRESSING The XVME-500/590 Analog Input Module is designed to be addressed within the VMEbus- defined 64K Short I/O Address Space. When the module is installed in a system, it will occupy a IK byte block of the Short I/O Address Space.
  • Page 47 Reg. + 84H + 86H A/D High Byte A/D Low Byte U N D E F I N E D rlgure 3-l. XVME-500/590 Analog Input Module Memory Map Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com...
  • Page 48 I/O address space. For example, if the short I/O address space of a 68000 CPU module starts at F90000H, and if the base address of the XVME-500/590 is set at lOOOH, then the actual module base address would be F91000H.
  • Page 49 XVME-500/590 Manual February, 1988 3.3.1 Status/Control Register (Base + 8lH) The status/control register provides the control signals required to reset the module, enable interrupts, start conversion and select the mode of operation. The four modes of operation are single, sequential, random channel and external trigger.
  • Page 50 Reading the converted input data from the lower order data byte Dl & D0: These bits are not used by the XVME-500/590 s t a t u s / c o n t r o l register. Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com...
  • Page 51 + 83H. 3.3.3 Gain/Channel Register (Base + 85H) The XVME-500/590 uses a 32-element on-board Gain RAM to store a gain factor for each analog input channel. Only two of the three versions of the module are software-programmable (versions 2 &...
  • Page 52 XVME-500/590 Manual February, 1988 The Gain RAM is programmed by using the Gain/Channel Register (base + 85H). If the module is operating in the Random Channel conversion mode (see Section 3.4.1.3) this register may also be used to “force” an A/D conversion start (much like the function performed by bit D7 of the status/control register).
  • Page 53 XVME-500/590 Manual February, 1988 Table 3-4. Channel Selection Codes Data Bits Channel Selected Channel 0 Channel 1 Channel 2 Channel 3 Channel 4 Channel 5 Channel 6 Channel 7 Channel 8 Channel 9 Channel 10 Channel 1I Channel 12 Channel 13...
  • Page 54 XVME-500/590 Manual February, 1988 Programmable Gain Selection D7 & D6: The upper two bits of the register (D6 & D7) are used to select one of four gain factors available in each of the three jumper-selectable gain ranges (see Table 3-3).
  • Page 55 XVME-500/590 Manual February, 1988 Gain Factor Enables the Selects Channel of 2 Register to 8 for gain Write* to programming Gain RAM Figure 3-3. Select Channel 8 For Gain Example 2: Reading and Initiating a Conversion at Channel 15 By writing OFH to the module base + 85H (in the Random Channel mode), the Gain for channel 15 can be read (the gain is read at bits D6 &...
  • Page 56 XVME-500/590 Manual February, 1988 When reading the A/D input data, however, the high byte (base + 86H) must be read before the low byte (base + 87H); or they must be read simultaneously. This stipulation is mandatory because a read from the low data byte will initiate a new A/D conversion if the module is operating in either the sequential or single- channel conversion mode.
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  • Page 59 XVME-500/590 Manual February, 1988 N O T E The LSB (Least Significant Bit) represents the change in input voltage that results in an increase or decrease of the binary code by one count. LSB is derived from the full range of either current...
  • Page 60 XVME-500/590 Manual February, 1988 3.4.1 A/D Conversion Modes The A/D conversion process can operate in any one of four possible conversion modes. They are: M O D E DEFINITION Single Channel Conversion: Repeated A/D conversions are performed on a specified channel.
  • Page 61 XVME-500/590 Manual February, 1988 SETTLING TIMES for these module amplifier jumpers are as follows: J22A - 24uSec J22B - 10uSec J22C - 80uSec J22D - 16uSec (not used) A conversion mode is selected by writing its corresponding two-bit code to bits D5 and D6 of the status/control register (see Table 3-2 Input Mode Options).
  • Page 62 XVME-500/590 Manual February, 1988 3.4.1.2 Sequential Channel Mode In the sequential-channel mode, the module will automatically increment the channel by one and initiate a conversion on the next channel (previous channel + 1). This will occur after the low order A/D input byte (base + 87H) has been read. A conversion can be initiated in this mode without incrementing the channel number by writing a logic ‘1’...
  • Page 63 XVME-500/590 Manual February, 1988 3.4.1.3 Random Channel Selection In the random-channel mode: A control byte written to the gain/channel register - - which specifies a channel number and sets bit D5 to logic ‘0’ -- will auto- matically start a conversion on the specified channel.
  • Page 64 XVME-500/590 Manual February, 1988 Rising edge triggers conversion 100 nsec. minimum Figure 3-6. External Trigger Pulse Procedure Be sure proper jumper alignments are in place. Connect the external- trigger source to pin 50 of connector JKl, and connect the external-...
  • Page 65 XVME-500/590 Manual February, 1988 NOTE A software reset (see Section 3.3.1.1) will reset the flip-flop used to latch the external-trigger pulse, and abort any conversion in progress. If an external trigger occurs while the module is in any mode other than the external-trigger mode, the trigger signal will be latched and a conversion will occur as soon as the external-trigger mode is entered.
  • Page 66 XVME-500/590 Manual February, 1988 The resistors should be 0.l% tolerance or better, with stable temperature coefficient characteristics (e.g., 25ppm or better). All input channels operate with the same full scale input range. 3 - 2 1 Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com...
  • Page 67 INPUT CALIBRATION 4 . 1 I N T R O D U C T I O N Calibration facilities have been provided on the XVME-500/590 Analog Input Module for the analog input circuits. It is recommended that any time the module is reconfigured (i.e.
  • Page 68 XVME-500/590 Manual February, 1988 4.2.2 (version 2 & 3) Programmable Gain Offset Adjustment The following adjustments must be made for the input and output stage of the programmable gain instrumentation amplifier: Remove any connections at JKl Set potentiometer R17 to center position. If the module is configured for...
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  • Page 72 INSTALLING AN XVME-910 CHANNEL EXPANSION KIT (Optional) INSTALLATION The number of analog inputs on the XVME-500/590 can be expanded from 16 single- ended/8 differential to 32 single-ended/l6 differential by installing an XVME-910 Channel Expansion Kit. The kit consists of two additional 8 input analog multi- plexers.
  • Page 73 February, 1988 Appendix B The XVME-500 and XVME-590 Modules are VMEbus compatible boards. There is one 96-pin bus connector on the rear edge of the board labeled Pl (refer to Chapter 2, Figure 2-1 for the location) and the XVME-590 also uses the P2 connector.
  • Page 74 XVME-500/590 Manual February, 1988 Table B-l. VMEbus Signal Identification (cont’d) Connector Signal Signal Name and Description Mnemonic Pin Number A0l-A23 1A:24-30 ADDRESS BUS (bits 1-23): Three-state driven address lC:15-30 lines that specify a memory address. A24-A3 1 2B:4-11 ADDRESS BUS (bits 24-31): Three-state driven bus expansion address lines.
  • Page 75 XVME-500/590 Manual February, 1988 Table B-l. VMEbus Signal Identification (cont’d) Connector Signal Mnemonic Pin Number Signal Name and Description BR0*-BR3* BUS REQUEST (0-3): Open-collector driven signals lB:12-15 generated by Requesters. These signals indicate that a DTB master in the daisy-chain requires access to the bus.
  • Page 76 XVME-500/590 Manual February, 1988 Table B-l. VMEbus Signal Identification (cont’d) Connector Signal Mnemonic Pin Number Signal Name and Description INTERRUPT ACKNOWLEDGE: Open-collector or three- IACK* 1 A:20 state driven signal from any master processing an interrupt request. It is routed via the backplane to...
  • Page 77 XVME-500/590 Manual February, 1988 Table B-l. VMEbus Signal Identification (cont’d) Connector Signal Mnemonic Pin Number Signal Name and Description SYSTEM FAIL: Open-collector driven signal that SYSFAIL* 1C:lO indicates that a failure has occurred in the system. It may be generated by any module on the VMEbus.
  • Page 78 XVME-500/590 Manual February, 1988 BACKPLANE CONNECTOR Pl The following table lists the Pl pin assignments by pin number order. (The connector consists of three rows of pins labeled rows A, B, and C.) Table B-2. Pl Pin Assignments Row A...
  • Page 79 XVME-500/590 Manual February, 1988 Table B-3. Pin Assignment for P2 (XVME-590 Only) ROW A ROW B ROW C Pin # Signal Pin # Signal Pin # Signal P2A- 1 H4 OUT-I P2B- 1 v c c P2C-1 G N D...
  • Page 80 XVME-500/590 Manual February, 1988 Appendix C QUICK REFERENCE GUIDE Table C-l. XVME-500/590 Jumpers VMEbus OPTIONS Jumpers Jl0,Jll,J12 Interrupt level select for any interrupts generated by the module (See Section 2.5.3) J26,J27,J28,J29 Module base address select jumpers (refer to J30,J31 Section 2.5.1)
  • Page 81 * XVME-500/590 Manual February, 1988 Table C-l. XVME-500/590 Jumpers (Cont’d) This jumper is installed to provide ground reference for external trigger (521 must be removed if this option is used; See Section 2.6.4.5) J21A,J21B,J21C,J21D, These jumpers are used together to determine if the...
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  • Page 83 XVME-500/590 Manual February, 1988 Table C-3. Input Connector JKl Flat Cable Single-Ended Differential Conductor Configuration Configuration 0 LO 0 HI ANALOG GND ANALOG GND 1 HI 1 LO ANALOG GND ANALOG GND 2 LO CH. 10 2 HI ANALOG GND ANALOG GND CH.

  • Page 84: Table Of Contents

    XVME-500/590 Manual February, 1988 Table C-3. Input Connector JKl (cont’d) Flat Cable Single-Ended Differential Conductor Configuration Configuration ANALOG GND ANALOG GND CH. 29” CH. 13 HI* CH. 21” CH. 13 LO* ANALOG GND ANALOG GND CH. 22* CH. 14 LO* CH.

  • Page 85: 13 Hi

    XVME-500/590 Manual February, 1988 Table C-4. P2’s - JKl Compatibility Pin-out Flat Cable Differential Single-Ended Conductor Configuration Configuration Connector CH. 0 CH. 0 LO CH. 8 CH. 0 HI ANALOG GND ANALOG GND CH. 9 CH. 1 HI CH. 1 CH.

  • Page 86: 15 Hi

    ANALOG GND ANALOG GND POWER GND/PD GND POWER GND/PD GND C25 EXT TRIGGER EXT TRIGGER Table C-5. XVME-500/590 Jumper List Jumper Description Analog-to-binary conversion with J4A Analog-to-two’s complement conversion with J4B Allows 12-bit resolution in ADC conversions Allows 8-bit resolution in ADC conversions Voltage range selector to ADC;...
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  • Page 88 Gain/Channel Reg. + 86H A/D High Byte A/D Low Byte U N D E F I N E D Figure C-2. XVME-500/590 Analog Input Module Memory Map Table C-6. A/D Calibration Potentiometers Resistor Description ADC unipolar offset adjust ADC bipolar offset adjust ADC gain adjust Input offset adjust Prog.
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This manual is also suitable for:

Xvme-590Xvme-500/1Xvme-500/2Xvme-500/3