VMIVME-3122-020

¥6,235.00

Parameters and specifications
Resolution: The VMIVME-3122-020 has a 16-bit digital resolution.
Gain: Has program-controlled gain.
Conversion rate: Optional conversion rate.
Input channel: provides 64 differential or single channel automatic scanning functions.
Operation mode: Supports multiple operation modes, including automatic scanning, data burst, and external synchronization.
Input range: A/D converter range is ± 2.5V, ±5v, ±10v, 0 to + 5v, 0 to + 10v.
series
The VMIVME-3122-020 is a high-performance 16-bit analog-to-digital converter board from General Electric (GE) that is part of VMIC’s VMEbus analog input/output product family.
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Description

Parameters and specifications
Resolution: The VMIVME-3122-020 has a 16-bit digital resolution.
Gain: Has program-controlled gain.
Conversion rate: Optional conversion rate.
Input channel: provides 64 differential or single channel automatic scanning functions.
Operation mode: Supports multiple operation modes, including automatic scanning, data burst, and external synchronization.
Input range: A/D converter range is ± 2.5V, ±5v, ±10v, 0 to + 5v, 0 to + 10v.
series
The VMIVME-3122-020 is a high-performance 16-bit analog-to-digital converter board from General Electric (GE) that is part of VMIC’s VMEbus analog input/output product family.
trait
Dynamic range: Excellent dynamic range and analog input channel density.
Buffer: Provides 16 – to 1,024-word dual-port data buffers.
Data space: Supports short I/O (A16), standard (A24), or extended (A32) data space operations.
Channel block and buffer size: Programmable channel block size and buffer size.
Filter: An optional low-pass input filter.
Working mode: Support continuous and burst working mode.
Trigger mode: Support free running or external/internal trigger.
Interrupters: Midscan or Endscan indicator bus interrupters are provided.
Timer: Has a programmable interval timer to time data bursts.
effect
The VMIVME-3122-020 is an electronic component that converts a continuous analog signal into a discrete digital signal, known as an analog to digital converter (ADC). It plays an important role in many applications, such as the production process variables (such as temperature, pressure, flow, force, etc.) or sound signals through the sensor into analog electrical signals, and then converted into a form suitable for digital processing (binary digital), into computers, digital storage devices, data transmission equipment for processing or storage, or digital or graphical display.

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