TSCSFNN100PGUCV

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The TSCSFNN100PGUCV is a pressure sensor, transducer, able to accurately measure and detect pressure levels in a variety of applications and industries. It’s well-suited for industrial and automotive applications, including pressure mapping, brake cylinders, flow controllers, and more. This highly accurate sensor delivers superior performance by combining hydro-electronic sensing technology with advanced signal conditioning on a single integrated circuit (IC).

Application Fields

The TSCSFNN100PGUCV can be used for a wide range of different applications, from automotive to industrial work. In automotive applications the sensor can be used for fuel pressure mapping, fuel injector testing, air intake, brake cylinder scanning, and more. It can also be used in industrial applications, such as oil and gas exploration, engine control, pumps and turbines. Additionally, the TSCSFNN100PGUCV can be used for commercial applications in medical equipment, such as oxygen and blood pressure measurements, and monitoring of life support systems.

Working Principle

The TSCSFNN100PGUCV is an autonomous, one-chip pressure sensing set with multiple features. This sensing system is constructed on a single IC, which includes the pressure sensor, differential amplifier, temperature protection circuitry, and signal conditioning circuitry. The pressure sensor utilizes a Wheatstone bridge consisting of four strain gauges, and a microfabricated, hydrophobic diaphragm, which converts the applied pressure into a measurable voltage. Temperature compensation circuitry has been incorporated to ensure accurate performance over varying temperatures. The signal conditioning circuitry includes a high-gain voltage amplifier, offset adjust for zero point calibration, an analog-to-digital (A/D) converter, and an embedded temperature sensor. The A/D converter digitally converts the measured pressure and temperature into a accurate analog voltage output.

The TSCSFNN100PGUCV has a wide range of advantageous features. This includes an ultra-thin sensing chip design, a high overpressure protection level of up to 500% of full-scale, a combination of low power and low noise, and a wide temperature range. It also offers a high resolution of up to 1.25microV/bit, and a fluorescence lifetime of up to 2 million measurements.

Conclusion

The TSCSFNN100PGUCV is an advanced pressure sensor, transducer, which is well-suited for a wide range of applications. Its versatile design and high accuracy make it ideal for industrial and automotive applications, such as pressure mapping, engine control, pumps and turbines, fuel injector testing, and more. Additionally, it provides a wide range of advantageous features, such as a high overpressure protection, low power and noise levels, and wide temperature range. Thanks to its consistent performance and reliable operation, the TSCSFNN100PGUCV is a dependable choice for any raw pressure data acquisition and conditioning.

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