H414R7BYA

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Through Hole Resistors have become essential components in the field of electronic circuit design. Over the years, their application in different areas has evolved significantly. One such component is H414R7BYA, which is developed as a versatile and robust resistor for all kinds of applications, ranging from low power applications to high-voltage and high-power applications.

The extruded body of the H414R7BYA is designed to fit through pre-drilled holes that are found in electronic circuit boards. It is also possible to mount these resistors through their threaded holes on solid surfaces. These components are designed to have superior heat dissipation properties, making them able to handle high current without having to compromise on accuracy or reliability.

The working principle of the H414R7BYA resistors is similar to the classic resistor configuration. Electrons flow from one end of the resistor through the resistive material, and then to the other end. The electrons are resisted by the resistive material, generating a voltage drop along the way, which is then indicated by a number (value) in ohms.

The main advantage of the H414R7BYA is its ability to deliver accurate and consistent performance over a wide range of temperatures. This is because the component is constructed using an epoxy coating and is specifically designed to resist heat. The use of copper base ensures that heat generated by the current is distributed away from the working area so that the temperatures remain in check. This also makes it highly suitable for use in areas with extreme temperatures.

The H414R7BYA is available in various wattage and resistance ranges. This makes it suitable for a variety of applications, which include power supply surge protection, ensuring reliable operation during high frequency and static loads and providing power control. It can also be used for signal filtering and damping, energy harvesting, and medical and industrial instrumentation.

The H414R7BYA Through Hole Resistors are designed to provide superior performance and quality, making them ideal for a range of electronic applications. With its accurate performance over a wide temperature range, the component is able to deliver precise results, ensuring reliability and accuracy.

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