GPIB-140A Converter

Model:GPIB-140A
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

GPIB-140A Converter

Product manual:

GPIB-140A Converter Description
Module positioning

Type: GPIB (IEEE-488) Communication Converter

Purpose: To facilitate data exchange between computers, testing equipment, or automation systems and GPIB interface devices

System level: Communication interface layer/Data transmission bridge

Functional role: Connect different communication interface devices together to achieve protocol conversion and data transmission

GPIB-140A is commonly used in laboratory instruments, industrial testing, and automation control systems to enable information exchange across interfaces.

core functionality
1. Protocol conversion

Convert standard interface signals (such as RS-232, USB, or Ethernet) to GPIB signals

Support master-slave station mode to ensure correct communication between devices

Eliminate compatibility issues caused by direct connection of devices with different protocols

2. Data transmission

Implement data reading, writing, and command transmission

Support high-frequency data exchange and multi device polling

Provide a stable and reliable data transmission path

3. System integration

Can seamlessly connect with computers, controllers, or automation systems

Support simultaneous access of multiple GPIB devices

Provide status indication and communication diagnostic functions for easy maintenance

Module features

Strong compatibility: Supports mainstream GPIB and computer interfaces

Stable and reliable: Long term operation without interference in industrial or laboratory environments

Easy installation: Compact design, can be embedded in the system or used independently

Good real-time performance: Quickly respond to data read and write requests

Summary Explanation

The GPIB-140A converter is a key module for achieving cross interface communication between devices in industrial and laboratory environments. It effectively connects different protocols and interface devices, making data transmission and control more reliable and fast. It is a bridge for building automated testing and control systems.