P51-50-S-N-MD-5V

Series:	MediaSensor™
Part Status:	Obsolete
Pressure Type:	Sealed Gauge
Operating Pressure:	50 PSI (344.74 kPa)
Output Type:	Analog Voltage
Output:	1 V ~ 5 V
Accuracy:	±1%
Voltage - Supply:	8 V ~ 30 V
Port Size:	--
Port Style:	Threaded
Features:	Amplified Output, Temperature Compensated
Termination Style:	MD, 4 Pin
Maximum Pressure:	--
Operating Temperature:	-40°C ~ 105°C
Package / Case:	Cylinder
Supplier Device Package:	--

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 Pressure sensors, transducers, and the P51-50-S-N-MD-5V application field and working principle provide a sophisticated way to measure pressure in systems. They are used in a variety of applications and systems such as aerospace, automotive, manufacturing, medical, and more. With pressure transducers installed within different systems, it is possible to accurately measure and assess pressure levels. This article serves to provide an overview of the application field and working principle of the P51-50-S-N-MD-5V. The P51-50-S-N-MD-5V is a pressure sensor that uses a Wheatstone bridge configuration and is particularly well-suited for industrial and commercial applications. The device is extremely precise and ideal for applications such as micro-pressure and low-flow plumbing detection. The P51-50-S-N-MD-5V is capable of measuring pressure levels from 0-25 Bar (and higher depending on available pressure range selection). The device is also available with either a 0-5 V output or 0-10 V output that can be used to easily monitor pressure levels in a range of applications. The pressure range of the P51-50-S-N-MD-5V is based on the piezoresistive effect, whereby the resistance of materials changes in proportion to the applied pressure. A Wheatstone bridge is then utilized to measure the changes in resistance and accurately convert them into an output voltage. Additionally, the Wheatstone bridge is also more resistant to electrical noise, which allows for further improved accuracy. The Wheatstone bridge is displaced in such a way that any off-axis forces are avoided and the Wheatstone bridge within the pressure transducer is more accurate. The working principle of the P51-50-S-N-MD-5V is based on the piezoresistive effect and utilizes a Wheatstone bridge. To explain this, let us first look at how the Wheatstone bridge works. A Wheatstone bridge consists of four resistors that are arranged in the form of a bridge. Each of the four resistors has a unique resistance is determined by its own geometry and part. When an electrical current is applied to the Wheatstone bridge, the equivalent resistance is established. When changes in pressure modify the resistance of the pressure transducer externally, the Wheatstone bridge is able to detect these changes and convert them into an equivalent voltage output. The P51-50-S-N-MD-5V is primarily used in applications such as motor control systems, aerospace systems, and process control systems. As they are extremely accurate, they are also used in medical systems such as patient monitoring systems, laboratory testing systems, and drug delivery systems. The P51-50-S-N-MD-5V is also suitable for pressure applications such as natural gas metering, industrial environments, and flow monitoring systems. In addition to the P51-50-S-N-MD-5V, there are many other types of pressure sensors available. While most pressure sensors rely on the same principle, they may vary in terms of features and application field. For example, hydrostatic pressure sensors rely on the buoyancy principle, while strain gauge sensors employ the strain gauge principle. Different types of pressure sensors can also vary in terms of operating temperature range, response time, accuracy, and even price. To summarize, the P51-50-S-N-MD-5V is a highly specialized pressure sensor that is suitable for a variety of applications. It utilizes the piezoresistive effect and is based on the Wheatstone bridge principle. Due to its accuracy and the wide range of its applications, the P51-50-S-N-MD-5V is a popular choice for measuring pressure levels in industrial systems, automotive systems, and medical systems.

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