2000990

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Pressure sensors, or transducers, are devices that measure pressure. They are typically used to measure the pressure in liquids, gases, and vacuums, but can also be used to measure flow - the force of water, air, fire, and other systems on a pump or similar device. Pressure sensors can also be used for critical control applications. In this article, we will look at the 2000990 pressure transducer and its application field, as well as the principles by which it operates.

2000990 Pressure Transducer: Application Field

The 2000990 pressure transducer is a popular choice for use in a variety of applications. Some of these include:

• Aerospace / aviation applications - The 2000990 has been used in a variety of aerospace applications, including control of launch vehicles and integration of avionic systems.
• Hydraulic systems - The 2000990 is ideal for use in hydraulic systems, where precise measurement of pressure is required for efficient operation.
• Oil and gas applications - The 2000990 is ideal for use in the demanding oil and gas industry, where precise pressure measurement is critical to process control.
• Food industry - The 2000990 is an efficient efficient tool for food industry professionals, as it provides accurate pressure measurements.

The 2000990 pressure sensor is an ideal choice for a wide range of applications and can be used in combination with other instruments to provide a comprehensive monitoring and control system.

2000990 Pressure Transducer: Working Principle

The 2000990 pressure transducer is based on the principle of a Wheatstone bridge. This type of bridge is used to measure physical properties, such as resistance and capacitance, and consists of two voltage sources (V+ and V-), two resistors (R+ and R-), and one variable Resistance device (Rx).

The current passing through the bridge is regulated, and the pressure is measured by the resistance of the Rx element. A Wheatstone bridge is considered to be a highly stable and accurate measuring device, and the 2000990 is no exception. The accuracy of the 2000990 pressure transducer is +/- 0.25% full scale, and it is temperature compensated to ensure consistent, high-speed readings.

The 2000990 also boasts a wide operating temperature range, from 35°C to 85°C, and is resistant to shock and vibration. The output signal is a 0-5V voltage, making it compatible with a wide range of control systems.

Conclusion

The 2000990 pressure transducer is a popular and versatile pressure sensor, ideal for a variety of industrial, aerospace, and automotive applications. Its highly accurate Wheatstone bridge design makes it an ideal choice for critical pressure measurement, and the wide operating temperature range and shock and vibration resistance mean it is capable of withstanding extreme conditions. The compatibility with most control systems and output signal of 0-5V make it an ideal choice for many applications.

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