RN70E6802FB14

Through Hole Resistors are used for a number of reasons, including limiting current, providing bias, resistive voltage dividers, for impedance matching, and for frequency selection. In the field of electronic engineering, they come in a wide range of sizes, shapes, capacities, power ratings, and power values. The RN70E6802FB14 is one type of through hole resistor, characterized by its resistant properties and power rating.This particular type of through hole resistor belongs to the ‘N’ series of resistors, which are designed for high-frequency applications, offering an impressive reliable and accurate performance. The RN70E6802FB14 offers a remarkable resistance level of 1.5 kilo Ohms with a fast switching time and a high insulation resistance.In terms of applications, this resistor can be used in a variety of circuit designs, such as parallel circuits, series circuits, and hybrid circuits. It is also suitable for the protection of sensitive high-speed electronic components from excess current, voltage, and heat. Moreover, as it is specifically designed for high-frequency sequential switching power supply designs where the temperature must remain below 400°C, this type of through hole resistor is the perfect choice for such an application.From a functional perspective, the RN70E6802FB14 is able to resist high current levels, as it features an excellent level of protection from over-current. This allows it to work in a safe manner, without compromising on performance. Additionally, the resistor is able to handle rapid changes in the output voltage, such as those caused by surges and short-circuits.The working principle of this type of through hole resistor consists of the metal oxide layer present on the outer surface of the device. This layer acts as an impedance network which is able to dissipate Joule heat. The Joule heat generated is proportional to the power dissipated across the resistor and is responsible for the change in resistance observed.To conclude, the RN70E6802FB14 is a through hole resistor designed for high-frequency applications. It offers a reliable level of resistance, as well as a fast switching time and excellent insulation against short-circuits and voltage spikes. In terms of its working principles, once the electricity passes through the metal oxide layer of the resistor, it generates the Joule heat which is able to dissipate and reduce the resistance of the resistor.