OY82GKE

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Through Hole Resistors are passive electrical components that are used in a broad range of electrical applications. They are commonly used to provide resistance to a circuit, to control the voltage and current levels in a circuit, and to limit the amount of power that passes through a circuit. The OY82GKE Through Hole Resistor is a type of component that is used for high power applications.

The OY82GKE Through Hole Resistor is a general purpose component that is used in a variety of applications. It is designed to provide a stable resistance value for controlling current, voltage, and power levels in electrical circuits. The component is a three terminal, axial-leaded device with two legs that are soldered to the mounting surface and the third leg that is connected to the circuit board. The component is rated at 100W and can handle temperatures up to 200°C.

The OY82GKE Through Hole Resistor is primarily used in situations where high power needs to be dissipated in a compact area. It is typically used in high power automotive applications where a lot of power needs to be dissipated in a small space. The component is also used in power supplies, transformers, motor control systems, and in equipment that requires high power ratings. Its small size and wide variety of available resistance values makes it suitable for a variety of applications.

The working principle of the OY82GKE Through Hole Resistor is simple. When current passes through the component, it causes the resistor element to heat up. This heat is then dissipated by the external components of the resistor. The external components are typically made from high quality ceramic or epoxy, which helps to dissipate heat quickly and efficiently. The resistors are designed to work with a wide range of operating temperatures and are designed to be vibration and shock resistant.

The OY82GKE Through Hole Resistor is a versatile component that can handle a variety of applications. Its robust construction and wide range of available resistance values make it suitable for many high power applications. Its ability to dissipate heat in a small space makes it ideal for use in small spaces, such as in automotive applications. Its small size also makes it an ideal choice for use in complex circuits where space is limited.

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