H422K1BZA

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Through Hole Resistors are commonly used in various industries and applications to provide electrical resistance. This resistance is usually produced in compact semiconductor packages, or by embedding a resistor element in a ceramic body. The H422K1BZA is a through hole resistor specifically designed for use in low voltage, medium current applications.

H422K1BZA Features

The H422K1BZA is a high-performance through hole resistor that features high-temperature stability, low thermal resistance, and long-term reliability. The component is based on a four-terminal design, which helps to minimize EMI emissions from the board. The component also has a high degree of tolerance, allowing it to withstand power fluctuations without breakdown.

The component also features an integrated temperature coefficient, which allows it to remain stable when exposed to a wide range of temperatures. This feature also helps to minimize the need for frequent recalibration of the device. Additionally, the component can be supplied with leads that are soldered to the device in order to provide a secure connection.

H422K1BZA Application Field

The H422K1BZA can be used for many applications, particularly in low voltage, medium current power systems. These include power supplies, inverters, defibrillators, and other medical electronics, as well as automotive, industrial, and consumer electronics. The component can also be used in AC/DC power systems, and can be used to provide overvoltage protection for motor controllers in appliances.

H422K1BZA Working Principle

The H422K1BZA is based on a four-terminal design, allowing it to provide protection from EMI emissions. The four terminals act as heat sinks and allow the device to dissipate heat more efficiently. This increases the reliability of the device, and also helps to protect against thermal overloads.

The four terminals are connected in parallel, and this parallel connection acts to reduce the overall resistance of the device. This ensures that the component remains stable, even when exposed to wide voltage variations. Additionally, the voltage and current levels of the component are adjustable, allowing it to be used in different applications.

The H422K1BZA is also designed with an integrated temperature coefficient, allowing the device to remain stable when subjected to different temperatures. This helps to reduce the need for frequent calibration of the device, while also helping to ensure that the component remains reliable under long-term operation.

Conclusion

The H422K1BZA is a high-performance, four-terminal through hole resistor that is designed for use in low voltage, medium current applications. The device features a high degree of tolerance, allowing it to withstand power fluctuations without breakdown. Additionally, the component is designed with an integrated temperature coefficient, allowing it to remain stable when subjected to different temperatures. The component can be used in various fields, including automotive, industrial, and medical electronics.

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