SDV-FH5T DC125V

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Introduction:

The SDV-FH5T DC125V application field and working principle are a specialized sensor designed for high-precision measurement and test in various fields. This sensor is suitable for use in accuracy measurements over a wide range of in-depth fields. This article will explain the application field and working principle of the SDV-FH5T DC125V in detail.

Application Field:

The SDV-FH5T DC125V is mainly used in laboratories to measure electrical parameters such as AC voltage, DC voltage, current, and test impedance. It can also be used in harsh environments such as vibration tests. In addition, this sensor can also be used in measuring rotating speed, temperature, vibration, pressure and other physical parameters.

The SDV-FH5T DC125V is suitable for applications where there are large changes in ambient temperature, vibration, and other environmental conditions, and measurements over a wide range of ranges and accuracies are required. This sensor can be used to measure a variety of parameters in the fields of electrical, electronic, medical, automotive, and aerospace.

Working Principle:

The SDV-FH5T DC125V employs a precision amplifier circuit, an analog-to-digital converter, and a microprocessor for data processing. The device measures signals from an external source or an internal network. The external signal is amplified and filtered to a precise voltage level before being sent to the analog-to-digital converter for conversion to a digital signal. The digital signal is processed by the microprocessor unit and displayed on an LCD screen for easy monitoring and control.

The output of the SDV-FH5T DC125V sensor is proportional to the input voltage. The device measures the input voltage at a range of 0 to 125 VDC. It has a resolution of 1 mV and provides accurate results with a maximum inaccuracy of 1%.

Conclusion:

The SDV-FH5T DC125V is a specialized sensor designed for high-precision measurement and test in various fields. It is suitable for use in accuracy measurements over a wide range of in-depth fields due to its features such as large changes in ambient temperature, vibration, pressure and other physical parameters and measurements over a wide range of ranges and accuracies. This sensor employs a precision amplifier circuit, an analog-to-digital converter, and a microprocessor for data processing to measure signals from an external source or an internal network.

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