GE VMIVME-4140 Discrete Wire 32-Channel 12-Bit Analog Output Board

High-Precision Analog Output

Equipped with multiple analog output channels, each channel is furnished with a high-resolution D/A converter to output stable and accurate analog signals. The precision and stability of the output signals meet the control requirements of precision equipment in industrial automation production lines and the high-precision requirements for analog signals in aerospace testing, ensuring the accuracy of system control and test results.

Flexible Output Configuration

Supports various output voltage ranges, such as unipolar (0 to +10V, 0 to +5V, etc.) and bipolar (±5V, ±10V, etc.), which can be flexibly configured via software to adapt to the input signal requirements of different devices.

VMIVME-4140

Offers diverse output update modes, including random update and synchronous update, to meet real-time or synchronous signal output needs based on actual application scenarios. For example, it enables synchronous signal output in multi-device collaborative testing systems.

Excellent Electrical Performance

Features low output impedance to reduce signal attenuation and distortion during transmission, ensuring signal quality. It maintains stable signal output even in long-distance transmission or complex electromagnetic environments.

Exhibits good anti-interference capability. Using technologies such as electrical isolation, it effectively resists external electromagnetic interference, ensuring the purity and stability of output signals, making it suitable for industrial and military applications with harsh electromagnetic environment requirements.

Convenient Calibration and Diagnosis

Built-in automatic calibration function can be initiated via software commands or system reset, automatically calibrating each channel to compensate for signal deviations caused by factors such as temperature changes and component aging, ensuring long-term output accuracy.

Equipped with a complete self-check and diagnosis function, it real-time monitors the board’s working status, such as power voltage and channel performance. Upon detecting faults, it feedbacks fault information through status indicator lights and error codes, facilitating quick location and elimination of faults, and reducing maintenance costs and time.