H4130KFYA

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Through hole resistors are one of the most popular types of resistors used in the electronics industry. The H4130KFYA, a form of through hole resistor, is a three-layer, low-profile surface mount resistor with a Maximum Overload rating (MOR) of 25 kilovolts. It also has a high temperature endurance of up to 125 degrees Celsius.

The H4130KFYA is designed for circuit applications in the telecom and aerospace industries, as well as automotive, consumer electronics, and white goods. Its small size allows a saving of board space and its low profile helps to prevent circulation on the adjacent electrical components. It also offers reliable performance for high frequency applications and in extreme environments. Additionally, the H4130KFYA has a high temperature endurance and helps to improve the production yield of soldering as well as consistency.

The H4130KFYA consists of a resistor core and two layer construction that has been encapsulated in a thermoplastic material. The resistor core is made out of either manganese copper or nickel-iron alloy, depending on the application requirements. The layers are formed by an aluminum oxide core, a heat-resistant soldering layer, and a nickel sulfamate layer. The materials used in the construction of the resistor core provide the H4130KFYA with its low temperature coefficient of resistance and high resistance temperature factors.

The H4130KFYA is noted for its high accuracy in resistance measurement and its excellent dielectric strength. This type of through hole resistor was designed to be used in applications where a maximum current of 25 kilovolts is required. This high current rating is achieved by its three layer construction that is designed and tested to provide a consistent high-voltage measurement. The resistance of the H4130KFYA is typically measured in milli-ohms.

The H4130KFYA is suitable for direct soldering and thermal stress applications in through hole circuits. This allows for greater flexibility in the design of PCBs and provides a more reliable measuring experience. The component is encapsulated in a thermoplastic material that provides insulation and stability to the resistor core, improving its performance in harsh environments.

The working principle of the H4130KFYA is based on the electric field generated when a voltage is applied to the electrical wire. This field causes current to pass through the resistor, which then converts the current into heat. The amount of current that passes through the resistor determines the resistance, which is measured in milli-ohms. By using a resistive material, such as one of the resistor core materials listed above, it is possible to accurately measure the resistance of the resistor.

The H4130KFYA is a versatile type of through hole resistor that is suitable for a variety of applications in the electronics industry. It is suitable for use in direct soldering or thermal stress applications, and has a high temperature endurance. Additionally, its three-layer construction allows for high accuracy in resistance measurement. The resistor core is encapsulated in a thermoplastic material that provides insulation and stability to the resistor core, making it a reliable choice for many applications.

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