OF182JE

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OF182JE Application Field and Working Principle

OF182JE are commonly classified as Through Hole Resistors. This type of resistor is a component that is made up of a ceramic core which is surrounded by conductor such as copper or tin alloy. It resists the flow of electricity, allowing only a limited amount of current to pass through. This type of resistor can be used in a variety of applications including power supplies, analog circuits, and pulses.

In terms of its design, the OF182JE is classified as a Higher Power Through Hole Resistor. It features a ceramic core and pair of thru-hole terminals spaced at a standard distance for mounting on a PCB. It is designed specifically for applications requiring higher load currents, load power, and switching speeds. As such, it is mainly used in high voltage and power switching circuits where there are high switching speeds and high currents.

As far as its working principle is concerned, the OF182JE works by limiting the current flow through it. This is accomplished by a resistance element contained within its ceramic core. This element works by converting the electrical energy it receives from the source into an opposing magnetic field, resulting in a decrease in voltage across the component. This in turn reduces the amount of current that is allowed to pass and regulates the current to a predetermined level.

In addition, the resistor also features a pair of thru-hole terminals. These provide an easy means of connecting the resistor to a PCB or other circuit components. The thru-hole terminals also help to ensure that the resistor is securely mounted and is not prone to vibration or movement. This helps to promote a stable working environment and improves the reliability of the resistor.

To summarize, the OF182JE is a Higher Power Through Hole Resistor. It is mainly used in power supplies, analog circuits, and pulses for applications requiring higher load currents, load power, and switching speeds. Specifically, it works by limiting the current flow through it, due to its resistance element contained within its ceramic core. In addition, its pair of thru-hole terminals help to securely mount the resistor and protect it from any mechanical disturbances.

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