H864R9BYA

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Through Hole Resistors are essential components in today\'s electronic circuitry. They are used as a means of controlling the voltage, current, and power in various circuits. The H864R9BYA is an example of a through-hole resistor, components that are placed in between two other components in order to resist the flow of current.

What is the H864R9BYA?

The H864R9BYA is a through-hole resistor with an overall size of 8mm in diameter and a height of 8.5mm, designed to fit through holes in circuit boards. This type of resistor is composed of a ceramic element coated with a layer of resistive material. It has two leads located on either side of the body and is designed to be soldered onto a printed circuit board. The resistor can handle high temperatures, up to 500°C, and has a voltage rating up to 30V. It also features a tight tolerance, down to ±0.5%.

Application Fields

The H864R9BYA through-hole resistor has a wide range of applications that include voltage, current, and power control. It is commonly used in a variety of consumer electronics, such as mobile phones, digital cameras, and gaming consoles. The resistor is also used in the automotive industry, military, and defense applications. It is used to regulate the current in all types of circuits, from simple circuits to complex boards.

Working Principle

The H864R9BYA through-hole resistor works on a basic principle of resistance. The resistive element inside the device is made up of a ceramic material with resistive properties. This material works like a conductor, allowing electrons to move freely through it. The amount of resistance created by the element depends on the amount of current and the resistance of the material, as well as the size and shape of the resistor.

When a current is applied to the H864R9BYA, the resistive element will reduce the flow of current by absorbing some of the energy from the current. This reduced current will then be passed through the resistor to the other side. The amount of current that is reduced depends on the resistance of the material, and this can be adjusted by changing the size and shape of the resistor.

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