HSCDAND250MG7A3

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Application Field and Working Principle of HSCDAND250MG7A3

The HSCDAND250MG7A3 is a pressure transducer that is widely used in industrial environment monitoring and applications, ranging from food and beverage, pharmaceutical and chemical production, aerospace, rail, automotive and many other industrial applications. It is able to measure different types of pressures from vacuum to high-pressure applications with its highly accurate and reliable output.

Components of HSCDAND250MG7A3

The HSCDAND250MG7A3 is composed of several components including a high accuracy pressure sensor, a signal conditioning component, and a digital output component. The pressure sensor is a high accuracy oil-filled diaphragm type, which is capable of measuring pressure over a wide range with high accuracy and excellent linearity. The signal conditioning component is a specialized IC that performs linearization and temperature compensation of the sensor output signal. The digital output component is an Analog-to-Digital converter (ADC) that further calibrates and processes the output signal to produce a linear and accurate final output in digital format.

Technical Specs

The operating temperature range for the HSCDAND250MG7A3 is -40 to 85°C with a storage temperature range of -55 to 125°C. It has an accuracy range of ±1.5% F.S, and a frequency range of 0 to 5 kHz. The input power for the device is 5V DC to 24V DC, with a maximum current rating of 2mA. The output signal of the device is a voltage signal with a range of 0-10V and a resolution of 12 bits.

Working Principle

The HSCDAND250MG7A3 pressure transducer works by converting the measured pressure into an electrical signal that can be interpreted and analyzed. When exposed to pressure, a diaphragm is displaced and the displacement is sent to the signal conditioning component. This changes the electrical signals in a proportional manner based on the pressure. The signal conditioning component then linearizes and temperature compensates the signal before sending it to the ADC. The ADC then converts the signal into a digital format that can be easily interpreted and used by other systems. The output signal is sent in a voltage format with a resolution of 12 bits.

Conclusion

The HSCDAND250MG7A3 pressure transducer is an advanced pressure sensing device that is capable of measuring pressures across a wide range with high accuracy and excellent linearity. The device is composed of several components such as high accuracy pressure sensor, signal conditioning component and a digital output component. Technical specs of the device include an operating temperature range of -40 to 85°C, an accuracy range of ±1.5% F.S, a frequency range of 0 to 5 kHz, an input power of 5V DC to 24V DC and a maximum current rating of 2mA. The working principle of the device involves converting the measured pressure into an electrical signal where the signal conditioning component linearizes and temperature compensates the signal before sending it to the ADC for digital conversion.

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