RWR80S28R0FRB12 Resistors

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Through Hole Resistors are widely used by electrical engineers in a variety of applications. The RWR80S28R0FRB12 is one such through-hole resistor that can be incorporated into many different projects. This resistor model is often chosen for its low cost and exceptional performance in some circuits. In this article, we will explore the application field and working principle of the RWR80S28R0FRB12.

The RWR80S28R0FRB12 is designed for Power Surfacing Applications such as consumer appliances and industrial machinery. It provides a stabilized and reliable power output when used with its compatible power supplies. The resistor allows for more stable operation of the application\'s circuitry, which is especially helpful in reducing or eliminating the potential for interference. This makes the resistor a great choice for applications that require accurate power output.

The RWR80S28R0FRB12 also has a high input impedance. This means it has a very low voltage drop and can be incorporated into more sensitive circuits that are not as tolerant of large voltage drops. Due to its low voltage drop, the resistor is often used in sensitive circuits that need to be powered with high voltage and current sources but require very low voltage drops, such as consumer electronics and medical equipment.

In addition, the RWR80S28R0FRB12 is designed to have a very wide temperature range. This is especially helpful in applications that require power outputs with greater stability over a wide temperature range, such as in automotive and RF applications. The resistor is resistant to temperature-induced distortion of the signal, which makes it great for applications in harsh environments.

The RWR80S28R0FRB12 works by providing a mechanical resistance between two conductors. It is composed of a metal element with two electrodes that can be connected to the power sources. As the current passes through the resistor, a resistance is created between the two electrodes that causes a decrease of the output voltage. This resistance value is typically stated in ohms and is determined by the construction of the resistor and the size of the metal element.

The RWR80S28R0FRB12 is also designed with a metal film that helps dissipate heat and protect the resistor from external interference and damage. This feature is especially helpful in applications where there are significant temperature differences between the input and output connections of the resistor. The metal film also helps to reduce interference from nearby electrical components.

In conclusion, the RWR80S28R0FRB12 through-hole resistor is an ideal choice for applications that require a reliable power output, low input impedance, wide temperature range and protection from interference and damage. It is designed to be used in a variety of different circuits and is commonly found in consumer electronics and medical equipment. Its low cost and performance also make it an attractive choice for electrical engineers looking to incorporate a resistor into their projects.

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