H811K8BCA

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Through Hole Resistors are increasingly becoming an important component in a wide range of electronics and electrical applications. The H811K8BCA resistor is one such component, as it offers reliability, durability, and consistent performance in various temperature ranges.

The H811K8BCA is a non-inductive resistor which consists of a carbon-film element. This type of resistor has been proven to provide highly reliable and durable performance in a wide range of applications. The H811K8BCA features a power rating of 1/4 watt and a resistance tolerance of +/–10%. Its unidirectional resistance value is up to 765 ohms and its bidirectional resistance value is up to 7.65 KOhm.

The H811K8BCA resistor is used in diverse electrical and electronic applications where reliable performance is needed. Its applications include audio engineering, sensor probes, circuit protection, resistor networks, thermistors, and general circuit design. The H811K8BCA is known for its high-endurance performance, even in high temperatures. It is also useful for controlling current values used in DC motors.

The working principle of the H811K8BCA resistor is based on the change of electrical resistance with the increase of temperature. The resistor is composed of a carbon-film element, which is a material commonly used in resistors because of its low temperature coefficient and high resistance values. The carbon-film element in the H811K8BCA resistor has a linear temperature coefficient of 0.3%/°C. This means that if the temperature increases or decreases by 1°C, the electrical resistance value of the resistor will also change by 0.3%.

The H811K8BCA resistor is a very reliable and durable component, which makes it ideal for a wide range of applications. It is used for controlling current values in DC motors, and also provides reliable performance in audio engineering, circuit protection, resistor networks, thermistors, and general circuit design. The resistor is composed of a high-endurance, carbon-film element, and its working principle is based on the change of electrical resistance with the increase of temperature.

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