RN55C2802DBSL

Through Hole Resistors are electric components that can be used in various applications. The RN55C2802DBSL is one such component that can be used in many applications and its working principle is quite straightforward.

The RN55C2802DBSL is a non-inductive, low ohmic, axial and mounting-tolerant resistor. Its typical tolerance value is ±1% and its temperature coefficient value is 100ppm/°C. It is composed of nickel-chromium-iron resistive element and housed in an epoxy-coated, high-temperature, flame-retardant material. The housing is principally lead-free, with pin sizes that range from 5.3 to 1.5 millimeters. The resistance value is mainly in the range of 2 to 820 ohms.

The RN55C2802DBSL can be used in various applications, such as voltage divider networks, high power applications, more critical functions that require stability, and higher precision applications. Other than that, it can be used for applications where high operating temperature (up to +260 °C in some cases) and high-frequency electrical noise suppression is required.

The working principle is quite simple and straightforward. When voltage is applied to a resistor, it produces heat and electrical current which is known as electrical resistance. The amount of heat and electrical current can then be controlled by adjusting the resistance value of the resistor. The resistance value is specific for each type of resistor and is determined by its size and material. The RN55C2802DBSL keeps a constant value even under different environmental conditions, making it reliable and accurate in its results.

In conclusion, the RN55C2802DBSL is a through hole resistor that has a wide range of applications and a simple but effective working principle. Its tolerance value is ±1% and its temperature coefficient is 100ppm/°C. Its resistance value ranges from 2 to 820 ohms. Its use is ideal when high operating temperature and high-frequency electrical noise suppression is required, and its resistance value remains steady even under different environmental conditions.