XSC100DH

Series:	XSC
Part Status:	Obsolete
Pressure Type:	Differential
Operating Pressure:	100 PSI (689.48 kPa)
Output Type:	Wheatstone Bridge
Output:	0 mV ~ 100 mV (12V)
Accuracy:	±1%
Voltage - Supply:	3 V ~ 16 V
Port Size:	--
Port Style:	No Port
Features:	Temperature Compensated
Maximum Pressure:	250 PSI (1723.69 kPa)
Operating Temperature:	-25°C ~ 85°C
Package / Case:	4-SIP Module
Supplier Device Package:	--

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Pressure Sensors, Transducers

The XSC100DH from XYZ Company is a high-precision device used to measure pressure across a range of applications. It provides an edge over other available options as it is highly accurate, being able to measure changes of less than 1mmH2O. This makes it an ideal choice for working in a range of industries where accurate measurement is required, such as medical, automotive, and aerospace.

Application Fields

The XSC100DH is most commonly used in ventilators and anesthesia machines, where its accuracy can help measure patient’s breathing and maintain proper oxygen delivery levels. It is also used in medical imaging applications, such as X-ray and computed tomography, where its resolution can provide reliable results. In automotive applications, the XSC100DH can be used to measure engine pressure and provide data to an engine computer to ensure optimal performance. Other automotive uses include monitoring the pressure in the tires – when the pressure drops, the device will alert the driver before they can put themselves in danger. The XSC100DH can also be used in the aerospace industry. For example, it can measure the pressure around the wings to ensure they are properly inflated for flight. The device is also suitable for measuring cabin pressure and gas pressure inside the fuel tank, as well as checking for leaks.

Working Principle

The XSC100DH works on the principle of piezoresistance – it uses the electric resistance of a material to measure the pressure applied. The device itself is made up of an array of pressure sensitive resistors that act as transducers. When a pressure is applied to the resistors, a voltage is produced. This voltage is then converted into a measure of the pressure that was applied to the transducers. The device also contains a microcontroller to process the signals produced by the resistors. This microcontroller is used to measure the pressure and output the result in the form of an analog or digital signal. The signal can then be used by a piece of external equipment or read by a user.

Conclusion

The XSC100DH is a highly accurate device that is suitable for use in a wide range of applications. Its ability to measure very small pressure changes with strong accuracy makes it ideal for medical, automotive, and aerospace use. The device uses the principle of piezoresistance to measure pressure, using a microcontroller to process the signals and output the results.

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