H418R2BYA

Through hole resistors are electronic components which have a fixed nominal resistance value, with selected tolerance and rated power. H418R2BYA is a type of through hole resistor which can be used in a variety of applications over a wide frequency range.

In general, through hole resistors can be used in analog circuits as filters, dampers, dividers or equalizers, to control the signal\'s frequency or voltage level. They may also be used in digital circuits for current-limiting and return paths. Besides these traditional applications, due to its unique characteristics, H418R2BYA has a huge range of applications.

H418R2BYA is a high-power and high-precision through hole resistors. This resistor is a non-inductive, metal-alloy type with a power rating of 4W, a resistance range from 0.1 ohm to 100K ohm, and tolerances of ±1%, ±2%, ±5%, and ±10%. Additionally, its patented casing structure and material provide much higher heat dissipation than traditional resistors. The low inductance of H418R2BYA also ensures a much lower signal distortion than normal resistors.

The working principle of H418R2BYA is based on Ohm\'s Law, wherein the resistance value is specified and the current is determined by the voltage applied across the resistor. When power, current, and voltage are applied the resistor will dissipate power which is dissipated within the resistor as heat. The material and encasing of H418R2BYA ensures that sufficient heat is efficiently dissipated without it affecting the performance of the resistor.

H418R2BYA is designed to be the best resistor in its class and can be used in a wide variety of applications. With a wide temperature range (-55°C to 200°C), H418R2BYA can be used in automotive electronics, industrial electronics, LED lighting, telecom, aerospace, energy, and automotive markets. Its high-precision, wide range of resistance, and excellent heat dissipation make it an ideal choice for a variety of applications.

H418R2BYA is a popular through hole resistor for many applications due to its high power, precision, and efficiency. Its patented casing structure ensures efficient heat dissipation, and its non-inductive design ensures a low signal distortion. With a wide range of applications in different industries, the H418R2BYA ensures accurate and reliable performance in the most demanding applications.