MPR5JBR100

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Through Hole Resistors

Through hole resistors offer greater stability and reliability in comparison to other types of resistors. This is why they are often used in applications that require precise resistance values with high reliability. One example of this is the MPR5JBR100.

MPR5JBR100 Application Field and Working Principle

The MPR5JBR100 is a through hole resistor and can be used in a variety of applications, including telecommunication and computer networking, that require a fixed value of resistance. The resistance of the MPR5JBR100 can be varied by changing the type of material used to make the resistor. This is known as its resistance coefficient.

The MPR5JBR100 works by using electrical energy to transfer electrons from one wire to another. When electric current flows through the resistor, these electrons encounter resistance. This resistance then converts the electrical energy into heat, thus limiting the flow of electricity through the resistor.

The MPR5JBR100 has been designed for extended-term stability in the face of temperature and environmental changes. The device is also pre-calibrated which ensures that it has an accurate resistance value.

The MPR5JBR100 is commonly used in applications where precise performance is critical. It is often used to create high-reliability voltage dividers, low-noise voltage references, and for thermal limiting. It is also a popular choice in analog circuits for its accuracy over temperature variations.

The MPR5JBR100 is constructed of a generally cylindrical, rotatable body made of a ceramic material. It is this ceramic material that changes the resistance value of the resistor. The body of the device is then mounted to a metal lead and sealed using an epoxy or other suitable seal. The sealed end provides moisture protection and vibration resistance.

The MPR5JBR100 is a reliable, robust, and accurate resistor that gives repeatability and stability in numerous applications. Its resistance can be varied depending on the type of material used, making it ideal for applications that need precise resistance values with a high degree of reliability. It is also perfect for use in applications that require low noise and consistent performance.

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