RER65F3830RCSL

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Chassis mount resistors are an important component of many electronic devices and systems. The RER65F3830RCSL is a popular, high-quality chassis mount resistor that can be used in a variety of applications. This article will discuss the RER65F3830RCSL\'s application field and working principle.

A small, but important, section of the overall chassis mount resistor market is precision resistors. The RER65F3830RCSL is the go-to choice for precision resistors. It features a tight tolerance of one tenth of a percent and has a superb long-term stability of 1ppm/°C. This means that it is highly reliable in applications requiring a constant resistance over time. In addition, the parts are guaranteed for 6000 hours at +125°C making them suitable for a wide variety of high-temperature applications.

The RER65F3830RCSL is used in applications requiring tight temperature coefficient range within small size packages. Small packages make it ideal for use in automotive, telecom, and industrial applications. Additionally, the RER65F3830RCSL is especially popular in voltage division circuits, small signal circuits, and amplifier circuits due to its exceptional stability. It is also designed to reduce system power loss in order to increase system efficiency.

The RER65F3830RCSL is a wire-wound model that is constructed from an epoxy mold that is filled with glass-bonded mica. A thin film of resistive material is wound around the mica core. This resistive material forms a coil that produces the needed resistance. The coil is then wave-soldered to the processor board in order to keep all the components in place. The processor board is connected to a substrate that is made from Silver-Mica which helps to increase the thermal resistance of the device.

The working principle of the RER65F3830RCSL is simple and straightforward. When a voltage is applied to the device, the current will flow through the resistor and the device’s resistance will cause some of the current to be dissipated as heat. The amount of energy dissipated is determined by the resistor’s resistance and the voltage difference between the two terminals of the device. The power dissipated can be calculated by using the formula P=VI, where V is the voltage applied across the device and I is the current flowing through it.

Overall, the RER65F3830RCSL is a reliable and precise chassis mount resistor that can be used in a variety of applications including industrial, automotive, and telecom. It is constructed using an epoxy mold, and features a stable resistive material to provide the needed resistance. Additionally, it can reduce system power loss and increase system efficiency. The working principle is straightforward, as it simply dissipates some of the current as heat when a voltage is applied across it.

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