B58600D8010A12

Pressure Sensors, Transducers

The B58600D8010A12 is a pressure transducer that is generally used in technological applications where it is necessary to measure a barometric or atmospheric pressure, a differential, or an absolute pressure. Pressure transducers are composed of a pressure sensitive sensing element, which converts the pressure to measurable electrical signals. The B58600D8010A12 uses piezoresistive technology as the sensing element, as most industrial pressure transducers do. It is a robust pressure transducer that is available in a variety of pressure ranges, from 0.5 psi (34 mbar) up to 40,000 psi (2,800 bar).

Application Field of B58600D8010A12

The B58600D8010A12 is available in a variety of pressure ranges, from 0.5 psi (34 mbar) up to 40,000 psi (2,800 bar). This sensor measures pressures in a wide range of industrial applications, from atmospheric and barometric pressure, to the measurement of safe working load pressure in cranes, shipping, and shipbuilding. Its range and accuracy make it suitable for a wide range of research and industrial applications, such as engine testing, ground vehicle and aerospace applications, air navigation systems, and process control.

The B58600D8010A12 is also used in automotive applications for measuring vehicle suspension, engine exhaust pressure, and fuel pressure. It is also used in vacuum chambers and engine testing, to accurately measure extremely low to ultra-high pressure measurement within minutes. In addition, this sensor is widely used in medical applications such as patient monitoring, biometric testing, and airway pressure determination.

Structure and Working Principle of B58600D8010A12

The B58600D8010A12 is a robust, industrial pressure transducer that is offered in a variety of pressure ranges. The pressure transducer consists of a sensing element, dielectric isolation, electrical drive circuitry, silicon based microelectronics, and a protective diaphragm. The sensing element is the most important component of the transducer. The piezoresistive sensing element uses a strain gauge made up of micro-machined electrical circuit elements. When a pressure is applied in the transducer, a change in the electrical resistance of the gauge occurs. This proportional electrical resistance change is then converted to a measurable electrical signal.

The microelectronic circuitry in the B58600D8010A12 includes a temperature compensated amplifiers, an oscillator, and a 12-bit analog-to-digital (A/D) converter. These components enable the pressure transducer to measure a wide range of pressure magnitudes more accurately and with higher resolution. Each pressure transducer is calibrated to and works best in a specific pressure range. The pressure transducers have a variety of 0.25, 0.5, 1, 2, and 4psi pressure ranges to choose from.

Conclusion

The B58600D8010A12 is a robust pressure transducer that is used in a wide range of industrial and research applications. It is generally composed of a strain gauge-based sensing element that converts a pressure to a measurable electrical signal. The microelectronic circuitry of the transducer allows for a more accurate and higher resolution pressure measurement. The B58600D8010A12 is available in different pressure ranges, making it suitable for a wide range of applications such as automotive, engine testing, and medical applications.