• VMICPCI-4320 | current and voltage output board | is used to provide voltage and current output in the circuit,jlplc
  • VMICPCI-4320 | current and voltage output board | is used to provide voltage and current output in the circuit,jlplc

VMICPCI-4320 | current and voltage output board | is used to provide voltage and current output in the circuit

No.VMICPCI-4320

Model: VMICPCI-4320
Category: Channel D/A Current voltage output board
Guarantee: 365 days
Brand: GE
System environment: normal temperature
Operating system: PLC operating system
  • VMICPCI-4320 | current and voltage output board | is used to provide voltage and current output in the circuit,jlplc

Desciption


Model: VMICPCI-4320
Category: Channel D/A Current voltage output board
Guarantee: 365 days
Brand: GE
System environment: normal temperature
Operating system: PLC operating system


The VMICPCI-4320 current Voltage output board is an electronic device used to provide the output of voltage and current in a circuit. Specifically, the current-voltage output board can contain multiple independent channels, each of which can be individually controlled to output voltage or current of different sizes.

The VMICPCI-4320 board generally conforms to some standard specification, such as the 3U CompactPCI (PICMG 2.0 R2.1) specification, and can be compatible with a variety of different systems and devices. Features include independent isolated DA outputs between channels, high isolation voltages (e.g. 1500V), individual enablement per channel, high conversion resolution (e.g. 16-bit), and high conversion rates (e.g. 200ksps per channel). In addition, they have accurate output ranges (e.g. ±10V, 0 to 24 mA) and output accuracy (e.g. 0.1% FS full scale).


The VMICPCI-4320 current and voltage output board has a wide range of applications, including but not limited to load monitoring and protection control, physical quantity measurement, and input and output in measuring instruments. The current signal is generally suitable for current detection and control because of its strong anti-interference ability. The voltage signal has a high impedance and can be stably output, so it is suitable for physical quantity measurement and input and output in measuring instruments.

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