GE IC697VDR150 Relay Output, Non-latching, 2 Amp
Differential Nonlinearity: ±0.0015 percentNo missing codes at 16-bit resolution
A/D Conversion Rate: 381 to 100 kSPS;
high-performance option: 381 to 50 kSPS; standard
performance option
Channel Sample Rate (Maximum): 100 kSPS
(100 kSPS ÷ number of channels in scanning block,
1 channel minimum)
Timed Interval: 305 µs to 687 s
Data Coding: Program selectable as two’s
complement, or straight/offset binary
DATA BUFFER MEMORY
Buffer Size: 16 to 1,024 contiguous 16-bit data words;
program controlled
Block Size: 1, 8, 16, 32, or 64 channels;
program controlled
Access Time:
Nonscanning: 600 ns maximum
Scanning: 600 ns typical, 1.2 µs maximum
Maximum access time in scanning mode will occur
only when VMEbus access occurs in ADC sample
window.
VMEbus Access: D8 or D16
Availability: Accessible at any time from the VMEbus.
Buffer and block sizes are controlled through a
Configuration Control Register (CCR).
PHYSICAL/ENVIRONMENTAL
Temperature: 0 to +65 ˚C (standard VME slot),
operating; -40 to +85 ˚C, storage
Humidity: 0 to 80 percent relative, noncondensing
Altitude: Operation to 3,000 m
Cooling: Forced air convection (standard VME slot)
Dimensions: Double height Eurocard (6U) board,
160 x 233.35 mm
Weight: 700 g, maximum
Input Connectors (P3, P4): Input connectors P3 and
P4 may be ordered as either 96-pin DIN nonlatching or

64-pin DIN latching. The 96-pin nonlatching connectors
offer the center row as ground, while the center row
ground is not available on the 64-pin latching connector.
When using the 64-pin latching connectors in differential
mode, the user may jumper E1 and E2 to provide ground
on the front panel, this will result in configuring channels
31 and 63 as single-ended. See the Ordering Options “C”
input options.
Power Requirements: 7.0 A (maximum) at +5 VDC
MTBF: 135,900 hours (217F)
UIOC® SUPPORT — In a UIOC, the VMIVME-3122 is
used as a monitoring device. During initialization, the UIOC
programs the VMIVME-3122 to scan all 64 channels and sets
the scan mode to Autoscan. Through UCLIO™ language, the
user may set programmable channel gains and command the
UIOC to acquire data from any or all of the VMIVME-3122
channels. Through a menu-driven calibration process, the
user may create and store channel gain and offset correction
factors which are automatically used by the UIOC to provide
software gain and offset corrections for each channel.
COMPATIBLE SIGNAL CONDITIONING BOARDS
VMIVME-3417A 16-Channel Isolated Signal
Conditioning Board with Optional Current Loop
Termination. The VMIVME-3417A provides full-scale
input ranges from ±5 mV to ±10 V. Two-pole low pass
input filters are available with cutoff frequencies of 4, 40,
or 400 Hz. Optional current loop termination input
resistors are available, and replace the input filter. See
Figure 2 for a typical system implementation of the
VMIVME-3417A.
VMIVME-3418 8-Channel Strain Gauge and RTD
Isolated Signal Conditioning Board. The
VMIVME-3418 provides full-scale input ranges from
±5 mV to ±10 V. Low pass input filters are available with
cutoff frequencies of 4, 40, or 400 Hz. See Figure 3 for a
typical system implementation of the VMIVME-3418.
VMIVME-3419 32-Channel Signal Conditioning Board
with Programmable Gain and Built-in-Test (BIT). The
VMIVME-3419 accepts full-scale input ranges from
±5 mV to ±10 V, depending on the gain selected for the
A/D board. Low pass filters are available with cutoff
frequencies of 4, 40, 400, or 4 kHz. Optional current loop
termination input resistors are available. See Figure 4 for
a typical system implementation of the VMIVME-3419.