83FR20

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The 83FR20 is a Through Hole resistor with a variety of uses. It is typically used where higher power ratings and greater accuracy are required compared to metal film or carbon film resistors. In some cases, the use of the 83FR20 can provide reliability advantages over traditional resistors.

The 83FR20’s general purpose application field primarily consists of design applications where greater power requirements necessitate the use of the 83FR20 over more traditional resistors. This application field includes power supplies, automotive, radio frequency (RF) amplifier circuits, RF filtering circuits, DC-DC converters, motion control circuits, and motor drive circuits.

The 83FR20’s working principle is based on the use of special metal oxides to create the resistor’s contact. This contact is formed by passing current through the metal oxide, which is then heated to a specific resistance value. The speed and accuracy of this process are highly dependent upon the quality of the materials used to make the resistor. The 83FR20 is usually made of high-end, low-tolerance materials to ensure optimal performance.

In terms of insulation and heat dissipation, the 83FR20 is a high-end device. It is able to withstand temperatures up to 200°C and has excellent humidity and corrosion resistance. The thick metal oxide contact provides excellent thermal stability and reliability under harsh environmental conditions. The resistor’s size, shape, and coating help to reduce EMI emissions and reduce the risk of shorts and leakage.

The 83FR20 is a common choice for many applications due to its high power rating, accuracy, and reliability. Its ability to handle higher power requirements and enhanced durability make it an ideal choice for many design projects. The resistor’s insulation, heat dissipation, and EMI reduction capabilities ensure that designs using the 83FR20 will meet the highest standards of safety and reliability.

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