TBFLPNS150PGUCV

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Pressure sensors and transducers are widely used in a variety of applications. TBFLPNS150PGUCV, is one such pressure sensor that is used in many industrial applications. This article provides an overview of the TBFLPNS150PGUCV application fields and working principle.

TBFLPNS150PGUCV is a pressure sensor and transducer that uses a piezoresistive mechanism to measure ambient pressures and atmospheric pressures. The piezoresistive mechanism is based on the principle that when a strain induced on a material its electrical resistance change thus allowing for pressure to be measured.

TBFLPNS150PGUCV is designed to be used in automotive, industrial and aerospace applications and it can measure ambient and atmospheric pressure ranges of 0-150 PSI. This pressure sensor is also suitable for use in high temperature and harsh environments where other pressure sensor types are not able to cope with. In addition, it can measure low and high pressures with accuracies of as low as 0.25%.

The TBFLPNS150PGUCV is also capable of being used in multiple ways such as linear and non-linear operations. Linear operations include pressure measuring applications such as fuel pressure readings, boost control, turbo control and transmission pressure measurements; while non-linear operations include barometric pressure readings, exhaust gas and temperature measurements.

The TBFLPNS150PGUCV pressure sensor is designed with a ceramic diaphragm made up of a titanium-nickel alloy, which forms the upper layer. This ceramic diaphragm is the sensing element where pressure is applied which causes the piezo resistive change. The ceramic diaphragm is then connected to a tuned piezo resistive circuit using a two wire connection.

The tuned piezo resistive circuit consists of a preamplifier, offset adjustment and temperature compensation features. The preamplifier consists of two bi-directional amplifying transistors which amplify the piezo electric signal before passing it onto the offset adjustment circuit, and also provide temperature and humidity compensation. The offset adjustment circuit enables the user to adjust the sensor’s range to suit their application and ensures that accurate readings are produced.

The TBFLPNS150PGUCV pressure sensor, due to its robust construction, versatility and accurate pressure readings is widely used in automotive, aerospace and industrial applications. The sensor can be used to measure ambient pressure, barometric pressure, exhaust gas pressure, fuel pressure, boost control, transmission pressure and temperature.

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