| Input channels: 64 independent floating
channels each one fitted with optocoupler. |
| Input overvoltage: Up to 30% nominal for
extended periods. 300% for transitory peaks. |
| Galvanic isolation: Full galvanic isolation
> 1000V on all channels with respect to the VMEbus power & TTL lines.
|
| Input voltage ranges: Can be factory fitted
for any range from 3 to 300 VAC/DC. |
| Input Change Detector: Programmable input
sampling rate from 122Hz to 62.5KHz. |
| Channel protection: 1 W resistor & 1 W zener diode.
|
 |
| Input current (ON): 3 to 5 mA per channel. |
| Control Register: Manages BIT and enables IRQs. |
| Front panel LEDs: 64 LEDs. Illuminated when the
associated channel is driven by nominal voltage (ON). |
| Optocoupler frequency: DC to 10KHz. |
| Power consumption: +5VDC @ 450mA. |
| Board Weight: |
| Military R+ & 883.- 565 grams. |
| Industrial.- 430 grams. |
| Mechanical size: Single slot 6U (233.4x160 mm). |
| Mechanical format: |
| CM-DI-40/A.- Classic IEC-297 mechanics
for 19" racks with I/O on front panel. |
| CM-DI-40/B.-Military IEEE P1101
wedgelocks mechanics for ATR enclosures. |
| Humidity: Up to 95% RH non-condensing. |
| Altitude: Sea level up to 15 Km (50,000
ft.). |
| VMEbus Interface: A24/D16 Standard slave
interface. |
| VMEbus Interrupter: I(1-7). Asserts IRQs to
the VME master on channel input changes. |
| VMEbus addressing:Two jumper blocks provide
256 mapping options in the A24 range. |
| q |
-55 to +125 ºC ceramic
military ICs. |
q |
MIL-STD-810 D Temperature |
| q |
MIL-STD-883 TTL chips &
FPGAs. |
|
(Methods 501.2 & 502.2).
|
| q |
MIL-C-55302 Class I
Connectors. |
q |
MIL-STD-810 D Shock and
Vibrations |
| q |
MIL-R-39016 Built-In-Test
relays. |
|
(Methods 514 & 516). |
| q |
No PCB tracks in external
layers. |
q |
MIL-STD-810 D Saline Fog and
Dust |
| q |
MIL-E-5400 for avionics equipment
class 1B |
|
(Methods 507 & 509). |
|
(Temperature and Altitude).
|
q |
Military Class V Printed Circuit
Board. |
TECHNICAL
SPECIFICATIONS
