H85K9BDA

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Through hole resistors are perhaps the most common form of resistors used in electrical and electronics applications. H85K9BDA is a through hole resistor whose design features a glass-sealed, cylindrical body with a solid-state core. With its high reliability, it is designed to offer exceptional performance even in the most demanding of applications.

Application fields

H85K9BDA through hole resistors are used in a wide variety of applications, including signal processing, power supply distribution, motor control, and biomedical equipment. The resistor is also suitable for maximum performance in extreme environmental conditions. Because it has a robust design, it can stand up to the harsh temperatures and elements that come with many industrial applications.

One popular use for H85K9BDA is in audio production. This resistor offers a very low storage effect, excellent temperature stability, and high stability over a wide range of operating frequencies. This makes it ideal for use in audio stages that require the utmost performance from their components.

H85K9BDA through hole resistors are also often used in broadcast equipment where precision and reliability are critical. The resistor’s low height profile and high power dissipation make it a great choice for broadcast equipment with restricted space.

Working principle

H85K9BDA resistors work by providing a resistance that is proportional to an applied voltage or current. This is a function of the ohm, the unit of measurement for electrical resistance. In a simple circuit, H85K9BDA resistors act as a limiting factor on the current that can pass through it. As the applied voltage exceeds the rated voltage rating of the resistor, its resistance will increase, limiting the current flow.

Due to its high reliability and robust design, H85K9BDA resistors can operate in a wide range of temperature conditions. The resistor is constructed with a glass-sealed and cylindrical body with a solid-state core. This allows it to dissipate the heat generated by the applied voltage or current quickly, and reduce the risk of any dangerous thermal builds up.

The resistor’s robust design also allows it to be used in applications where it will experience extreme shock and vibration without compromising its operation. This is of particular importance in applications such as automotive and aeronautic industries, where components exposed to extreme conditions must be able to stand up to the challenge.

H85K9BDA through hole resistors offer high performance, reliability, and are suitable for use in a wide range of applications. Their robust design allows them to operate in extreme conditions, while their low storage effect and excellent temperature stability make them an ideal choice for audio production and broadcast equipment.

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