H85K36DCA

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Through Hole Resistors

A through-hole resistor is a general-purpose resistor that is typically mounted by inserting its leads through the appropriate holes in a board. Through-hole resistors are most commonly used in electronic circuits. The H85K36DCA is one type of through-hole resistor. It is simply a special alloy composed of a fixed number of electrons and protons, so it has a unique electrical resistance when applied with a non-conductive material.

H85K36DCA Application Field

H85K36DCA is widely used in the electronic circuit of computers, electrical appliances, electronic devices, communication equipment, precision instruments, and various consumer electronics. It has excellent performance in circuit stability, safety, anti-interference, low noise, low power consumption, l0ng-term reliability and other aspects.

H85K36DCA Working Principle

A through-hole resistor works by converting an electrical current into a form of thermal energy. This energy is dissipated as heat and this is how the resistor controls the flow of electricity. When a voltage or current is applied to the device, electrons move through the resistor, and their kinetic energy is converted to different forms of energy. The resulting energy exchange creates resistance, which produces a voltage drop across the resistor.

The H85K36DCA has terminals that are usually connected to a circuit board by either soldering or using a screw. It works on the principle of ohmic resistance, which is the electrical resistance between two points of a conductor. These points depend on the material of the resistor itself, which can be determined by the number of turns per inch of the resistor. The term "ohmic resistance" refers to the linear resistive properties of the resistor based on the material used and the number of turns.

H85K36DCA also has superior heat dissipation capability, which ensures that the component is safe to use in electronic systems. The insulation material used in this resistor is also of superior quality, preventing any shorts in the circuit. Furthermore, H85K36DCA requires low power to generate high resistance, and therefore, is ideal for high-frequency applications.

Conclusion

H85K36DCA is a type of through-hole resistor, and its common application is mainly in computer circuits, electrical appliance circuits, communication equipment, precision instruments, and other consumer electronics. It works on the principle of ohmic resistance, and has advantages such as excellent performance on circuit stability, low power consumption, heat dissipation capability, l0ng-term reliability, and superior insulation materials.

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