P61-200-A-A-I72-4.5V-C

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Pressure sensors and transducers are important components in various industries. The P61-200-A-A-I72-4.5V-C pressure sensor is a special type with its specific application field and working principle. This article briefly explains the application field and working principle of P61-200-A-A-I72-4.5V-C pressure sensor.

P61-200-A-A-I72-4.5V-C is a micro-machined silicon pressure sensor. It is designed for use in high-precision pressure sensing applications, such as medical device testing and fluid pressure sensing in industrial applications. It uses a capacitive sensing element to detect pressure changes. Its sensing range is 0-150 PSI. It can operate safely from -40°C to +105°C. The pressure sensor also has an integrated circuit that includes the active conditioning, signal processing, and temperature compensation functions.

The P61-200-A-A-I72-4.5V-C pressure sensor is also designed for ease of installation and a reliable connection. It comes with a 6-pin JST connector with a built-in strain relief for increased durability. It also includes a built-in ESD protection feature to protect against static discharge and surge voltages.

The working principle of the P61-200-A-A-I72-4.5V-C pressure sensor is capacitive-based sensing. This is done by using a diaphragm made of silicon and other piezoresistive components. The diaphragm is designed to be sensitive to pressure changes, which causes it to deform. This deformation causes a change in the capacitance between the sensing electrodes, which is measured and converted to a measure of pressure. This output signal is then conditioned by the integrated circuit to provide a reliable signal for use by the system.

The P61-200-A-A-I72-4.5V-C pressure sensor is a reliable, precision-based pressure sensing device with a wide application field. It has a broad temperature range and a high-sensitivity output signal. It can be easily integrated into existing systems for pressure sensing applications. This makes it ideal for use in medical device testing, industrial fluid pressure sensing, and other precision-based pressure sensing applications.

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