UAL25-15KF8

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Chassis Mount Resistors

The UAL25-15KF8 is chassis mount resistor that is designed for a wide range of applications. Its features include high-mechanical stability, low leakage current, low resistance values, and a low self-heating rate. It can be used for low-current and high-power applications. It is also suitable for a wide range of temperature ranges and environments.

The UAL25-15KF8 is a non-inductive, surface mount resistor. It is made up of a metaloxide film on an aluminum base that provides excellent temperature stability, power handling, and long-term reliability. The resistor has a high self-heating rate, allowing it to dissipate heat quickly. It also has low contact resistance, reducing the number of resistive components in a system.

The UAL25-15KF8 is designed for use in a wide range of applications, including industrial, medical, automotive, and instrumentation applications. It is also used in applications such as thermistors, relays, and H-bridges. It is suitable for power supplies, power amplifiers, power transformers, motor controls, and analog and digital circuit protection.

The working principle of UAL25-15KF8 is based on the “metal-oxide-film” technology. This technology is based on the deposition of a metal-oxide film onto a metal substrate. This film is then insulated to form a resistor element. The metal oxide film provides the surface contact, resulting in minimal contact resistance and low leakage current. The aluminum backing provides mechanical stability and thermal management. The metal-oxide film is then encapsulated to form a complete resistor device.

In conclusion, the UAL25-15KF8 is an ideal chassis mount resistor for a wide range of applications. Its features include high-mechanical stability, low leakage current, low resistance values, and a low self-heating rate. It has a high self-heating rate, which allows it to dissipate heat quickly. Its working principle is based on the “metal-oxide-film” technology, and it is suitable for use in industrial, medical, automotive, and instrumentation applications.

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