RER75F3402MCSL

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Chassis Mount Resistors are an essential component within any electronic system as they are used to absorb energy to control electric signals. The RER75F3402MCSL, also known as a thick film high precision chassis mount resistor, is a great example of a popularly used chassis mount resistor. It offers precision temperature coefficient and low current noise as well as features such as excellent T.C tracking, low thermal EMF, and a resistance range of 0.1ohm to 10 Mega Ohms.

The RER75F3402MCSL is designed with high reliability and stability for superior signal routing and circuit optimization in many different applications and industries. This resistor is particularly suitable for sensor applications, automotive electronics, telecommunications, and other precise applications. It offers reliability in extreme temperature conditions and is shock and vibration resistant, making it a great choice in automotive, aerospace, and industrial applications. Furthermore, it is RoHS compliant and has a low profile design for space-savvy applications. This device can be easily integrated into various applications with its compact size and its electrical properties make it a versatile choice for a range of circuits.

The working principle of the RER75F3402MCSL is fairly simple. A resistor is a two terminal electrical device that absorbs or releases energy depending on the current that passes through it. It also sets the voltage in a circuit and acts as a current limiter to prevent other components from being overloaded. In addition, resistors are used for many electrical and electronic applications such as protection against overloads, filtering, attenuation, signal isolation, and voltage regulation. This device follows the same principles, offering precision and reliability in dealing with high currents.

At its core, the RER75F3402MCSL is made of a special ceramic material which acts as an insulator and is purposely designed to restrict the passage of electric current. The ceramic material is then encased in a ceramic substrate which enhances the device’s electrical properties such as its resistance to thermal noise, temperature coefficient, electrical orientation, and isolation. The substrate also improves the device’s uniformity, which is necessary for accurate operation. Finally, the device is embedded in a metal case which guards the components from outside elements and helps dissipate any heat produced in the resistor.

In conclusion, the RER75F3402MCSL is a great example of a Chassis Mount Resistor that has a precise and reliable design that offers accuracy and precision for applications in a wide range of industries. Its ceramic substrate and metal case provide superior protection and reliability and it is suitable for a variety of applications. It is a great option for anyone looking for a resistive solution that is durable and reliable.

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