85-015G-4C Datasheet/PDFPressure sensors and transducers are an important tool for measuring pressure in a variety of contexts. The 85-015G-4C pressure sensor is one of the most widely used sensors for these applications. This article outlines the applications of the 85-015G-4C and its underlying working principle.
Applications
The 85-015G-4C is used for a variety of pressure measurements in scientific, industrial, and military applications. In laboratories, it is used to measure air pressure, water pressure, oil pressure, and other types of fluids. It is also used in industrial settings, such as for monitoring the pressure in hydraulic systems, steam boilers, gas turbines, and fuel tanks. The sensor is also used in military applications, such as for measuring environmental conditions or pressure inside military vehicles or aircraft.
Working Principle
The 85-015G-4C pressure sensor is a pressure transducer, which means that it can convert a pressure input into an electrical signal. The sensor uses a connected piezoresistive pressure sensing element. This element consists of two pressure sensing components that are connected to each other. As the pressure increases, the element’s resistivity decreases, and vice versa. This change is measured and converted into an electrical signal that can be interpreted by an external instrument.
The 85-015G-4C is highly accurate and reliable. It has a very low response time and is capable of measuring very small pressure variations. In addition, it is temperature compensated, which means that its accuracy is not affected by changes in ambient temperature.
Conclusion
The 85-015G-4C pressure sensor is a highly accurate and reliable tool for measuring pressure in scientific, industrial, and military applications. It uses a connected piezoresistive pressure sensing element that is capable of measuring very small pressure variations, and it is temperature compensated to ensure accuracy. As such, it is an indispensable tool in many industries and applications.