H82K37BCA

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Through Hole Resistors are commonly used in diverse electronic applications. H82K37BCA is one of the examples. It is an epoxy impregnated, self-contained resistor of the axial-leaded type. The H82K37BCA is a rugged, reliable and generally cost-effective means of meeting power requirements in electronic circuits.

H82K37BCA has a long history of being used in industrial, aerospace and military applications. It has a high degree of reliability in high temperature conditions and it also has an extended operating temperature range. It is compatible with lead-free and lead-bearing solders.

Across all applications, H82K37BCA offers an excellent level of process stability over a range of DC, AC and RF currents. These components are highly resistant to vibration, shock, corrosion, and dirt. The epoxy encapsulation also serves to protect each component from airborne contaminants and provides a superior resistance to moisture damage, which is especially important when used in high humidity environments. Its composition includes ceramic type substrate, silicon rubber-filled layers and plastic or metal sleeve.

The working principle of H82K37BCA is based on the fundamental idea that electrical current is transferred through an electrical circuit. As current passes through the resistor, some of it is dissipated as heat, and the voltage across the resistor is dropped according to Ohm’s law. The ability of the resistor to dissipate heat and hold voltage determines its power rating. H82K37BCA is rated to dissipate static power up to 1KW, and its dielectric strength is 25KV/mm.

H82K37BCA is typically used for delivering DC and AC current and for providing the load in power resistors. Common application areas include transducers, controllers, motors, analog and digital circuits. In addition H82K37BCA can be used in industrial, automotive, telecommunications and aerospace applications.

In conclusion, H82K37BCA is an ideal choice for applications where continuous operation is vital. It is capable of withstanding a wide range of temperatures, extreme vibration, shock, corrosion, and dirt. As well as providing an optimal level of process stability, it is extremely resilient to moisture damage and airborne contaminants. Its reliable performance and cost effectiveness make it a great choice for almost any application.

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