PA-960-104P-G3

Pressure sensors and transducers play an important role in the task of measuring pressure. The PA-960-104P-G3 is a powerful and reliable pressure sensor that is specifically designed for use in a variety of applications, including medical diagnostics, sensing of pressure in hydraulic systems, and monitoring of industrial processes.

The PA-960-104P-G3 pressure sensor utilizes a combination of capacitive and piezoresistive sensing elements for the sensing of pressure. This combination makes it highly accurate and stable, with a response time of less than 1 ms. The capacitive sensing element consists of a diaphragm that is made of a special alloy and coated with a high quality dielectric film. This element is highly sensitive to changes in pressure and is also highly reliable. The piezoresistive sensing element consists of a suite of four strain-gauge resistors that are affixed to the diaphragm and connected to the amplifier circuit. These elements are less sensitive to changes in pressure, but are highly reliable and provide a stable signal output.

The PA-960-104P-G3 pressure sensor\'s output signal is an analog voltage that is proportional to the applied pressure. This output signal can be easily processed and/or logged by the user\'s control system. Additionally, the PA-960-104P-G3 has a highly accurate temperature compensation system, which is used to correct for the effects of temperature on the output. This temperature compensation system ensures high accuracy and stability of the output signal over a wide temperature range.

The PA-960-104P-G3 pressure sensor is rugged and reliable, and is designed for use in a variety of applications. Additionally, the sensor is also designed for use in harsh operating environments, as it is rated for a working temperature range of -40 °C to +80 °C. Furthermore, it has a high-accuracy timing system, which allows for accurate measurement of subtle pressure changes.

The PA-960-104P-G3 pressure sensor is an ideal choice for a variety of sensing applications. Its combination of capacitive and piezoresistive sensing elements make it highly accurate and stable, and its temperature compensation system ensures high accuracy of the output signal over a wide temperature range. Additionally, its robust, reliable design and suitability for use in harsh environments make it an ideal choice for applications where high accuracy and reliability are of the utmost importance.