RLR07C4R70GMR36

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Through hole resistors are resistors that present a resistance over a passage of electric current. In many electromechanical applications, these components can be seen integrated in many printed circuit boards. The model RLR07C4R70GMR36 is a perfect example of a through hole resistor.

Application Field

This type of resistor is specially crafted to provide a robust circuit design to a wide variety of applications and electronic devices. One of its primary applications is the implementation of standard resistor networks. This model is often used in power handling circuits that have high input current levels. It can also help handle the integration of multiple components in certain systems. This makes it popular for applications such as audio amplifiers, battery backup systems, and power capacitors.

Other applications for the RLR07C4R70GMR36 include those that need a high-precision resistance value. This can be from low-voltage DC to AC power systems. In many power supplies, the power resistors are used to protect components from over temperature or excessive current. It is also suitable for self-heating elements, vehicle diagnostics, switch matrices, and switchboard systems.

Working Principle

Through hole resistors are generally composed of a ceramic body filled with a resistive material. This material could be a carbon film, a metal-oxide film, or any other conductor that is used to induce a current. Generally speaking, when current flows through the resistor, the resistive material creates thermal or magnetic energy. The heat generated dissipates into the body of the resistor, allowing for a steady voltage flow.

The RLR07C4R70GMR36 is designed to withstand large currents. Its ceramic body provides excellent heat dissipation, resulting in a rated dissipation power of 10 watts. The resistor is also constructed using a glass fiber reinforced plating, providing enhanced mechanical toughness. This provides reliable performance even in harsh environments.

The RLR07C4R70GMR36 also provides high power dissipation and low temperature coefficient. This means that the resistance value is stable at different temperatures. This is extremely important in applications such as onboard electronics, where maintaining a steady voltage is vital. Thanks to its robust design and high precision, this resistor is a popular choice among professionals and DIY enthusiasts alike.

Conclusion

The RLR07C4R70GMR36 is a through hole resistor that provides a reliable and robust performance. It can handle high input currents, making it suitable for applications such as audio amplifiers, battery backup systems, and power supplies. The resistor also offers excellent heat dissipation, a high power dissipation rating, and a low temperature coefficient. This makes it suitable for many different types of applications, and is why it is so popular among professionals and DIY enthusiasts alike.

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