CMF60365K00BEBF

Through hole resistors are composed of metal film resistors with ruthenium oxide and/or tantalum nitride layers. They have a relatively low temperature coefficient, low noise, and are suitable for various applications.

The CMF60365K00BEBF is a particular type of through hole resistor. It is a non-inductive resistor composed of ruthenium-oxide-coated metal film with US military approved axial leads. Its high stability and low noise makes it ideal for use in precision audio and instrumentation applications.

Application Field

The primary application of the CMF60365K00BEBF is in precision audio and video applications. It is used in the design of sound amplification systems, professional audio equipment, and studio equipment including instrumentation devices. Its low temperature coefficient and low noise also make it an ideal choice for various industrial, automotive, and telecom applications. It is especially suited for use in high-end instrumentation computers, circuit boards, medical equipment, and frequency counters.

Working Principle

This non-inductive resistor has an advanced design featuring a ruthenium-oxide-coated metal film. It includes an extended insulating substrate and wirewound top to protect the resistance from mechanical stress. Its axial leads are alloy-coated for improved conduction capabilities. It provides tight electrical tolerances, low noise, and high resistance stability over a wide temperature range.

The CMF60365K00BEBF works by creating an electrical resistance that reduces current flow. This is done by increasing the effective path length of the current and using electron collisions with the resistor material to limit the current flow. Resistance elements can also be combined to create complex resistances for specialized applications.