AHA25AFB-107R

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Chassis Mount Resistors

Resistors are among the most widely used electrical components. Their purpose is to reduce the flow of electric current in a circuit by providing electrical resistance. Different types of resistors are used for different levels of current and different types of circuit requirements. Chassis mount resistors are one type of resistor particularly suitable for a wide range of applications requiring robust, reliable performance. The AHA25AFB-107R is a type of chassis mount resistor.

AHA25AFB-107R Application Field and Working Principle

The AHA25AFB-107R is a high-power ceramic-cased axial leaded radial type resistors. It consists of a carbon-film resistor element which is embedded in an alumina ceramic rod and over-coated with a heat resistant cement. The ceramic cased provides mechanical strength and increased dielectric strength. The AHA25AFB-107R is suitable for use mainly in high voltage, high current applications although they can also be used in low voltage, low current applications. It has a low thermal resistance and good heat dissipation characteristics.

The AHA25AFB-107R achieves its high performance level through the use of advanced technology. The most common uses for AHA25AFB-107R chassis mount resistors include power distribution systems, motor control circuits, inverter applications, and lighting systems. They are also used in telephone and computer networks as well as other applications requiring precise resistors. AHA25AFB-107R can be found in a variety of different industries, including automotive, medical device, and telecom.

AHA25AFB-107R chassis mount resistors are composed of three basic components: the resistor element, the lead, and the body. The lead and body are typically made of tinned copper or brass and covered with a protective coating to protect the terminals from corrosion. The resistor element is integrated into the body of the chassis mount resistor and is generally composed of either carbon film or metal film. The resistor element is then soldered into the chassis mount resistor and is connected to the lead terminals with special heat-resistant cement.

The working principle of AHA25AFB-107R chassis mount resistors is fairly simple. When electric current flows through the resistor element, some energy in the form of heat is dissipated. The AHA25AFB-107R resistor is designed to minimize thermal stress on components, thanks to its high thermal resistance and low power dissipation. This design also helps ensure the longevity of the resistor element and its associated components.

The AHA25AFB-107R chassis mount resistor is an advanced component suitable for a wide range of applications. It is capable of providing accurate resistance with low power dissipation, excellent thermal resistance, and high reliability. For these reasons, the AHA25AFB-107R is an ideal resistor for a variety of applications, from automotive and telecom to medical device and lighting circuits.

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