H426R1BYA

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Through Hole Resistors are in operation wherever resistance must be used to adapt voltages and currents and for additional measures against too high current flow. Resistor H426R1BYA has a wide range of applications.

This type of resistor is mainly used for controlling the flow of electrical currents in a circuit, providing overload protection, limiting current, and accurately dividing voltage between two points in circuits. It is an effective way to limit or reduce the amount of current flowing in the circuit, and can even help to regulate the amount of power delivered to a device in a circuit. It is also used as a component for balancing the load of the circuit and providing stability and balance of the current that is being driven into the load.

H426R1BYA is designed for applications where large power ratings are needed and where space is limited in the circuit. It has typically thicker leads and casing walls that are designed to stand up to higher power levels than other resistors. The body of H426R1BYA is constructed with a threaded thread for mounting and is vibration tested to ensure maximum reliability.

In addition, H426R1BYA is resistant to thermal shock and also can tolerate higher operating temperatures than other resistors on the market. Its construction consists of spiral wound metal foil with high resistance, which can operate at a maximum temperature range of 140°C. This makes it especially suitable for high-power circuits, especially those that operate with high-temperature materials, such as transistors and power supplies.

H426R1BYA also offers a variety of features that make it suitable for various applications. The resistor has an insulation system consisting of a special epoxy printed on the surface which provides permanent non-linear resistance values. To prevent corrosion and short-circuiting, H426R1BYA features a metallized conductive surface, preventing any degradation in insulation performance.

The working principle of H426R1BYA is unique due to its material properties. Specialty metal components are combined within the resin system, and frequency cycles within a range of 10 kHz-2 MHz are generated to create a higher temperature range. Due to its narrow dimensions, the resistor is capable of providing constant resistance at temperatures up to 140°C, which can then be used for higher power applications.

H426R1BYA also offers great flexibility of use due to its small size and lightweight. It can be adapted very easily for applications such as power supplies, heating systems, and power amplifiers. With its strong shock resistance, it can be used in higher power applications in mobile and military environments, as well as in home applications.

H426R1BYA is a great choice for those looking for something that offers high performance, efficiency, and durability. Its wide range of applications make it suitable for both professional and home use.

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