YR1B18R2CC

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Through hole resistors are electrical devices that resist current through them, while also dissipating dissipated power in the form of heat. The YR1B18R2CC is a popular type of through-hole resistor that is used in high-power applications. This device is capable of handling a large amount of current with excellent performance and durability.

The YR1B18R2CC utilizes a design consisting of an external epoxy body and an internal copper core. This design ensures excellent shock resistance and makes it suitable for use in high-current applications. The internal copper core helps keep the device cool by dissipating the dissipated power in the form of heat. Additionally, the device also features an internal insulation coating, which helps provide excellent protection and improved performance.

In terms of applications, the YR1B18R2CC is used in a variety of industries, including automotive and manufacturing. In automotive applications, it is often used in alternators, starters, fuel injection systems, and brake systems. In manufacturing applications, it is used to control and monitor high-power equipment such as pumps, motors, servos, and other electronics.

As far as the working principle of the YR1B18R2CC is concerned, it works by resisting current flow and dissipating the dissipated power in the form of heat. When a current is applied, the resistance of the device causes some of the current to flow through instead of the entire current. This causes a decrease in current flow and increases the amount of heat given off by the device.

When it comes to installation, the YR1B18R2CC is straightforward. It is typically mounted to a surface using screws or bolts and then wired using standard soldering techniques. It can also be mounted to an enclosure or board using a standard panel mount.

Overall, the YR1B18R2CC is an excellent choice for applications that require the endurance and performance associated with a through-hole resistor. It is capable of handling large amounts of current with excellent shock resistance and dissipates heat efficiently. Moreover, due to its wide variety of applications, it is an ideal choice for a multitude of industry applications.

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