The CM-DI-40 is a general purpose 64 channel optocoupled input VMEbus board, incorporating features most demanded in today's first class military & industrial applications.
The board implements a complete input voltage stage per channel, featuring overvoltage protection, galvanic isolation, rectifier & filter and easy configuration to accept a wide range of AC/DC voltage levels.
The metallic layer within the PCB benefits heat dissipation & uniform component temperatures, thus increasing component longevity & module MTBF.
Incorporating Built-In-Test circuitry for testing all on board TTL chips using wraparound loops which read-back channel status to verify correct module operation.
Military versions with thermal overlay greatly improve capability to withstand shock & vibration.
The CM-DI-40 offers a highly flexible I/O cabling solution using VME64x connectors on both front panel and P2. Both connectors have identical pin-out.
All versions are compatible at the function level, Industrial versions allow low cost software development.
C: Commercial range >> Implements low cost Commercial plastic IC's rated for 0 to +70°C. Continuous board operation from 0 to +60°C. Class II industrial quality connectors. Storage from -10 to +85°C.
I: Industrial range >> Manufactured with Industrial range plastic or ceramic IC's rated for -25 (-40) to +85°C. Continuous module operation from -20 to +75°C. Class II industrial quality connectors. Storage from -40 to +100°C.
R+: Military Rugged+ range >> Implements ceramic IC's rated from -55 to +125°C. Class I MIL-C-55302 connectors. Conduction cooled PCB with thermal overlay. Operation from -40 to +85°C. Storage from -55 to +125°C.
883: Military 883 range >> Manufactured with conduction cooled PCB & MIL-STD-883 B/C military ceramic parts (-55 to +125°C). Class I MIL-C-55302 connectors. Operation from -50 to +90°C. Storage from -55 to +125°C.
V (Board Version)
1: 64 Channel optocoupled input board. Voltage range specified by the customer.
2: 64 channel optocoupled input board. Voltage range 0-5 VDC.
3: 64 channel optocoupled input board. Voltage range 0-12 VDC.
4: 64 channel optocoupled input board. Voltage range 0-28 VDC.
5: 64 channel optocoupled input board. Voltage range 0-48 VDC.
6: 64 channel optocoupled input board. Voltage range 0-115 VAC RMS @ 60 Hz sine.
7: 64 channel optocoupled input board. Voltage range 0-220 VAC RMS @ 50 Hz sine.
8: 64 channel optocoupled input board. Voltage range 0-26 VAC RMS @ 400 Hz sine.
9: 64 channel optocoupled input board. Voltage range 0-32 VAC RMS @ 60 Hz sine.
T (Board Temperature Range)
I: Industrial. Fiberglass PCB only.
R+: Military Rugged+. Conduction cooled PCB only.
883: Military 883. Conduction cooled PCB only.
M (PCB Mechanical Version)
A: IEC-297 Mechanics with front panel I/O connectors.
B: P1101.2 Military mechanics, dummy front panel & wedge-locks.
Part Number Example: CM-DI-40/2/R+/B
- 64 Channel optocoupled input board. Voltage range 0-5 VDC.
- Military Rugged+ range (-40 to +85°C operating).
- IEEE P1101.2 Military mechanics with wedge-locks.
LEVEL 1, CM-DI-40 MAP: User´s manual. Module hardware functional description oriented toward software development.
LEVEL 2, CM-DI-40 MMT: Maintenance manual. Extended description intended for failure location in the module.
Wind River Systems VxWorks Tornado: The CM-DI-40 is supported by VxWorks Tornado & is ideal for developing real time software under UNIX environments. A complete "C" language driver in source code is available at low cost. Drivers include a floppy-disk & user's manual.
Microware Systems OS-9: Drivers for the real time OS-9 Operating System are available in "C" language. This driver is supplied with user's manual & source code floppy-disk.
Microtec Research MCC-68K Drivers: A "C" language source code driver written for the MCC-68K cross-compiler from Microtec Research. This low cost option is intended for using a PC as host.
* NOTE - Drivers for other leading operating systems can be optionally supplied under request.