2001116

Series:	MSP600
Part Status:	Obsolete
Pressure Type:	Vented Gauge
Operating Pressure:	7500 PSI (51710.68 kPa)
Output Type:	Analog Voltage
Output:	0.5 V ~ 4.5 V
Accuracy:	±0.25%
Voltage - Supply:	4.75 V ~ 5.25 V
Port Size:	Male - 7/16" (11.11mm) UNF
Port Style:	Threaded
Features:	Amplified Output, Temperature Compensated
Termination Style:	Connector
Maximum Pressure:	15000 PSI (103421.36 kPa)
Operating Temperature:	-40°C ~ 100°C
Package / Case:	Cylinder
Supplier Device Package:	--

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Pressure Sensors, Transducers

Pressure sensors and transducers are electronic components used to measure, control and monitor various pressure levels and values. They are widely used in a variety of industries including automotive, aerospace, medical, and military applications. Pressure sensors and transducers are important components in the control system of many machines and systems.A pressure sensor or transducer is an electronic device that detects and records the pressure or pressure change of an object or object in its surroundings. Pressure sensors and transducers are used to measure the pressure variations between two different points in the environment. The sensed pressure can be converted into a digital or analog signal, which is then used in controlling various systems.There are several types of pressure sensors and transducers available, each designed to measure and monitor different kinds of pressure. These include piezoelectric pressure sensors, resistive pressure sensors, capacitive pressure sensors, strain gauge pressure sensors, and optoelectronic pressure sensors. Piezoelectric pressure sensors are mostly used for measurement and sensing of low pressure. Resistive pressure sensors are typically used for measuring higher pressures. Capacitive and strain gauge pressure sensors are mainly used for measuring medium and high pressure values. Optoelectronic pressure sensors are used for measurement of optical pressure, such as sound pressure and light intensity.The operation principle of a pressure sensor or transducer depends on the type of pressure sensing technology used. Generally, most pressure sensors utilize either Piezoelectric, Capacitive, Resistive, or Strain Gauge techniques. Piezoelectric pressure sensors use the piezo effect, which states that certain crystals generate an electrical charge when compressed. The electrical charge is then used to convert the measured pressure into a digital signal as an output. Resistive pressure sensors measure pressure by passing a current through a resistive material. When pressure increases, resistance decreases, and vice versa. Capacitive pressure sensors measure pressure by exploiting the properties of a capacitor, which changes its capacitance in response to pressure. Strain gauge pressure sensors measure pressure by exploiting the deformation characteristics of a thin metal material. When strain is applied to the material, it deforms and generates a change in electrical resistance. This change in resistance is then used to convert the sensed pressure into a digital or analog signal.Pressure sensors and transducers are generally designed with robust construction and materials, to tolerate extreme environmental conditions. For example, in automotive and aerospace applications, certain pressure sensors need to be designed to withstand high shock loads and temperatures. Pressure sensors and transducers also need to be highly reliable and free from electrical interference from other components in the system. The accuracy and precision of pressure sensor measurements are of paramount importance, particularly in medical, industrial, and military applications. Pressure sensors and transducers must be able to accurately measure extremely small pressure fluctuations, even in the midst of pulsing, fluctuating and rapidly changing pressures. As a result, engineers often resort to using dual-core pressure sensors and transducers, with separate pressure sensors placed in the same environment, and in parallel reading the same pressure. This helps to maintain calibration and improve accuracy.Once the sensed data is collected, it needs to be processed and interpreted. Complex algorithms are used to convert raw pressure data into meaningful and useful information for decision making. Furthermore, new technologies such as MEMS pressure sensors are being developed to offer better accuracy and higher resolution measurements. In conclusion, pressure sensors and transducers are essential components employed in numerous industries for measurement and control of pressure. They range from simple, inexpensive devices to sophisticated precision instruments, and are used in a wide variety of applications — from automotive and aerospace to medical and military. Both accuracy and reliability are critical design considerations in the selection of a pressure sensor or transducer for a given application. The pressure sensing technology used, the design of the hardware, and the software used to process and interpret data, all affect the functionality and performance of the system.

The specific data is subject to PDF, and the above content is for reference

Part Number	Manufacturer	Price	Quantity	Description