H8110KBCA

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Through Hole Resistors refer to a form of passive electronic component that resists the flow of electric current. Through Hole Resistors are commonly used to limit current, provide equal distribution of current, divide voltage, and adjust signal levels to protect sensitive components from high voltage or heat. The H8110KBCA is a Through Hole Resistor with many types and shapes. It is a type of leaded through-hole resistor. It is made up of a metal oxide core and a conductive coating that is wrapped around it.

The H8110KBCA has a wide range of applications due to its high temperature stability and low noise performance. It is suitable for use in high temperature and high humidity environment, and can be used in high frequency and low frequency circuit designs. It can be used in automotive, telecommunications, medical, consumer electronics, and many other applications. Its wide range of applications makes this resistor an ideal choice for many applications.

The working principle of the H8110KBCA Through Hole Resistor is fairly simple. When a current passes through the resistor, it produces a resistive heating effect, which increases the temperature of the metal oxide core and decreases the resistance of the resistor. This reduces the amount of current flowing through the resistor and limits the flow of current to the desired level.

The H8110KBCA Through Hole Resistors are available in both standard and customised forms depending on the application requirements. The most commonly used form is a thin flat surface with a hole in the middle for connecting to a wire or terminal. It can also be used with various thermoplastic shells or polyurethane caps to provide additional protection and durability. For better performance, some models come with temperature compensation and self-heating measurements.

The H8110KBCA Through Hole Resistor offers a reliable, cost-effective solution for various applications. Its unique design and superior performance make it an ideal choice for many types of applications. The low noise performance and wide temperature range make it suitable for use in automotive, telecommunications and medical applications. Additionally, its high temperature stability and low-cost manufacturing make it an attractive choice for consumer electronics and other applications.

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