P51-100-S-N-I36-20MA

The P51-100-S-N-I36-20MA is a pressure transducer with many different application fields. It is designed to measure the force or pressure of a given system in a reliable and accurate way. In its most common applications it is used to measure pressure in industrial processes, pumps, compressors, hydraulics, and in the medical field. The transducer features a wide operating temperature range and is capable of providing good performance in extreme conditions.

The P51-100-S-N-I36-20MA features an integrated circuit design which provides a high level of accuracy and reliability. It utilizes a piezoresistive bridge circuit which provides a low impedance output signal. The bridge circuit is designed to measure differential pressure by taking two measurements: one at a reference pressure and one at the desired pressure level. The difference between the two measurements is the actual pressure in the system. The transducer also features a signal amplifier, which boosts the signal by a predetermined factor.

The transducer is capable of operating in temperatures ranging from -20°C to 120°C. Its dynamic range is manageable, and the maximum load is around 35MPa. Additionally, the transducer offers a bi-directional operation. It can measure pressure from both positive and negative directions.

In order to ensure consistent and accurate measurements, the P51-100-S-N-I36-20MA is equipped with various features and components. The transducer includes an analog-to-digital converter (ADC) which sets the measurement range and scales it to the desired output. The transducer also utilizes a variable gain amplifier which boosts the signal by a predetermined factor and a low-pass filter which minimizes noise and interference in the signal. Additionally, the transducer includes an automatic internal switch which allows the user to select between two different pressure ranges depending on the desired measurement.

The P51-100-S-N-I36-20MA utilizes a differential pressure measurement system and is capable of measuring pressure from both positive and negative directions. It features an integrated circuit design which provides a high level of accuracy and reliability. Additionally, it operates in a wide temperature range and is designed to provide good performance in extreme conditions. The transducer includes various components such as an ADC, variable gain amplifier, low-pass filter, and an automatic internal switch, which all help to ensure accuracy and consistent readings.