RN70D1001FBSL

Through Hole Resistors

The RN70D1001FBSL is a high-performance through-hole resistor; it is designed to provide a cost-effective solution for applications requiring high power and current handling capabilities. This resistor is capable of providing up to 100A or 1100W of continuous power dissipation. The resistor is constructed from a reliable metal-oxide layer thermally coupled to the copper PCB. This provides good thermal conduction and overall stability. A wide variety of resistance values can be accommodated, ranging from a few ohms to 5 megohms.

This type of resistor is ideal for a variety of high-power designs, such as automotive and industrial electronics, microwave amplifiers, or any other application which requires superior current handling capability. It is also suitable for healthcare products, and other precision electronics, where current control is essential. The resistor is easy to install, and can be soldered into place using a standard soldering iron.

In terms of its working principle, the RN70D1001FBSL works by converting electric current into heat energy. By dissipating the energy as heat, it can act as a current limiter, preventing the device from overloading due to excessive current. This is achieved through the use of the metal-oxide layer, which allows for efficient transfer of heat to the copper/PTFE PCB. This helps to protect the device and its associated components from potential damage due to an overload.

Overall, the RN70D1001FBSL is an excellent choice for applications requiring high power and current handling capabilities. Its cost-effectiveness, ease of installation, and reliable performance make it a great choice for any electronic project. Thanks to its superior construction, it is capable of withstanding the intense heat generated by high-powered electronics. Its metal-oxide layer ensures excellent thermal conduction and overall stability, reducing the risk of component damage due to an overload.