RWR81SR100FRB12

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Through Hole Resistors are replacing the need for heat dissipation components, enabling the use of components that are smaller, lighter and more reliable. RWR81SR100FRB12 is one such resistor that works efficiently in the application areas such as industrial, medical, military and consumer electronics. In this article, we will take the time to explain RWR81SR100FRB12 application fields and its working principle.

RWR81SR100FRB12 is a through-hole metal film resistor that can be used in both surface-mount and through-hole packages. It is suitable for use in various applications such as AC/DC power supplies, medical imaging, industrial control, scientific instrumentation, automotive electronics, and motion control systems. It is designed to handle voltage and power levels of up to 100V, and its deep trace-depth profile reduces thermal resistance, which is necessary for reliable operation in high-temperature applications.

RWR81SR100FRB12 offers excellent DC linearity, making it well suited for use in precision measurement applications. It also provides a very high internal resistance to prevent shorting when subjected to high voltage spikes. This reduces the risk of damage to the component and ensures its long-term reliability in demanding conditions. In addition, this device is capable of withstanding short circuit, over-voltage and high-temperature conditions.

When it comes to operation, RWR81SR100FRB12 acts as a resistor in an electrical circuit, reducing the current flowing through the circuit. It works by dissipating energy, thus lowering the voltage across a circuit component. This is necessary to prevent overloading of the component. The resistance of RWR81SR100FRB12 is defined by its physical size, temperature, and the material from which it is made.

RWR81SR100FRB12’s working principle is as simple as possible. It has a metal film that forms the resistance element of the resistor. This film is typically made of tantalum or aluminium for good heat dissipation properties and precise accuracy. The resistor also has two metal connectors, which connect the resistor to the circuit. As current flows through the resistor, energy is dissipated in the form of heat. The heat is then transferred away from the resistor by its leads, its leads, which help to reduce the component temperature.

RWR81SR100FRB12 offers excellent performance and reliability in different applications. It works flawlessly in precision circuit designs due to its excellent DC linearity, and is capable of withstanding high temperatures and voltage surges. Furthermore, it is compatible with both surface-mount and through-hole packages, allowing for easy installation and maintenance. It is also particularly beneficial when used in medical imaging or military applications as it can offer great protection against environmental interferences.

In conclusion, RWR81SR100FRB12 is a popular through-hole metal film resistor that offers excellent performance and reliability in various applications from industrial, medical, military and consumer electronics. Its working principle is based on dissipating energy, thus reducing voltage across the resistor. It also provides excellent protection against short circuit, over-voltage and high-temperature conditions, making it an ideal choice for high-reliability applications. Through-hole Resistors such as RWR81SR100FRB12 are becoming increasingly popular thanks to their smaller size, low power consumption, and easy installation.

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