VMIVME-3112 GE VMIC Analog to Digital Converter

Product description

P/N: VMIVME-3112 Description/Specification VMIVME-3112 General Electric VMIC Analog-to-Digital Converter is a precision module, which is used to convert analog signals in VMEbus system into digital signals. It has 16-bit resolution, multi-input channels and high-speed sampling characteristics, which can ensure accurate and efficient data acquisition in industrial and scientific applications. Technical Specification Brand General Electric Product Type VMIC Analog-to-Digital Converter PartNo. VMIVME-3112 Information about VMIVME-3112 General Electric VMIVME-3112 is a high-precision analog-to-digital converter (ADC) designed to meet the demanding requirements of modern industrial and scientific applications. As a part of General Electric VMIC product line, the ADC module aims to provide accurate and reliable analog signal conversion in the system based on VMEbus. Its robust design and advanced characteristics make it an essential device for precise data acquisition and signal processing.

VMIVME-3112 is specially designed to convert analog signals into digital data, allowing analog inputs to be integrated into digital control and monitoring systems. This conversion ability is very important in many industries including manufacturing, energy and research, which need to accurately measure and control physical parameters such as temperature, pressure and voltage.

VMIVME-3112 provides the necessary accuracy to ensure that these measured values are accurately reflected in the digital domain, thus achieving accurate control and monitoring of complex processes. One of the main advantages of VMIVME-3112 is its high resolution and sampling rate, which enables it to capture fine details in analog signals. This accuracy is very important for applications that require high fidelity signal acquisition, such as instrumentation, data recording and automatic test systems.

ADC module can process signals with minimum noise and distortion, and ensure that the converted digital data accurately represents the original analog input, which provides a reliable basis for subsequent data analysis and decision-making process. VMIVME-3112 is designed to be compatible with VMEbus architecture, which is a high-speed data transmission and system integration standard widely used in industrial and military applications. This compatibility allows the module to be easily integrated into the existing VMEbus system, providing a seamless upgrade path for adding advanced analog-to-digital conversion functions. The standardized interface of this module ensures that it can communicate effectively with other VMEbus components, and promotes efficient data exchange and system interoperability. Durability and reliability are the core of VMIVME-3112 design. General Electric Company designed this ADC module to withstand the harsh industrial environment caused by common factors such as temperature fluctuation, vibration and electrical noise. The solid structure of VMIVME-3112 ensures that it can maintain its performance and accuracy even under challenging conditions, reduce the possibility of downtime and ensure the continuous operation of key applications. In terms of installation and operation, VMIVME-3112 is easy to use. This module has simple configuration options, allowing users to quickly set up and deploy ADC in the system. The clear and intuitive interface makes it easy to adjust settings and monitor performance, reducing the time and effort required for system integration and maintenance.

VMIVME-3112 also integrates various security and protection functions to protect modules and connected systems. These characteristics help to prevent damage caused by surge, overvoltage conditions and other potential dangers, and ensure the long-term reliability and security of ADC and the whole system. In a word, GE VMIVME-3112 analog-to-digital converter is a high-performance and reliable solution, which is used to integrate analog signals into a digital system based on VMEbus architecture. Its high resolution, robust design and easy integration make it an ideal choice for applications requiring precise signal processing and data acquisition. Whether used in industrial automation, scientific research or military systems, VMIVME-3112 can provide the accuracy, durability and flexibility needed to support complex and critical operations.

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