16-bit analog-to-digital converter GX7606 used in industrial oil valve monitoring, replacing AD7606

In general large-scale production lines, hydraulic oil valves in the operation of the equipment needs to be coupled with effective monitoring means, if the oil valve failure occurs frequently, it will seriously affect the production efficiency and product quality. In the system, the oil valve monitoring sensor is installed in the hydraulic oil valve inlet and outlet position, can real-time monitoring of pressure and temperature changes. Industrial oil valve monitoring system usually consists of three major modules: digital processing, multi-channel analog receiver, and oil valve sensor.

GX7606 analog-to-digital converter with its high accuracy, wide range, high reliability and other characteristics, in the field of industrial oil valve monitoring can show a strong application value. GX7606 is a 16-bit data acquisition system, built-in dual 16-bit SAR analog-to-digital converter, support for 16 channels of dual simultaneous sampling, each channel is integrated analog input clamping protection and analog filters. The analog-to-digital converter also integrates flexible digital filters, a 2.5V precision reference voltage source and reference voltage buffer, and serial and parallel interfaces.

Powered by a single 5V supply, the GX7606 handles ±10V, ±5V, and ±2.5V true bipolar input signals while supporting sampling at up to 1MSPS throughput and 90dB SNR per channel pair. Higher SNR performance can also be achieved by utilizing the on-chip oversampling mode, with an SNR of 92dB at an oversampling rate (OSR) of 2. Input clamping protection circuits are capable of withstanding voltages of up to ±30V, with an ESD rating of up to 8kV.

In summary: The GX7606 is capable of real-time and accurate monitoring of key parameters such as pressure and temperature of oil valves, which provides powerful support for oil valve failure warning, thermal management and flow control, and effectively improves the reliability and productivity of industrial equipment.