CMF5027K000GKR6

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Through Hole Resistors are designed to provide a predictable connection between a reference point and electronic components in an assembly. A resistor is a passive component that narrows the passage of electrical current, in essence providing electrical resistance for a circuit. The CMF5027K000GKR6 is a type of through hole resistor, and it is designed to be mounted directly on a PCB, eliminating the requirement for manual assembly.

This specific through hole resistor is available as a 250milliwatt unit with thin film technology precision. Its overall size is 0.5” x 0.125” and its operating temperature range is -55˚C to 150˚C. In addition, this resistor is able to dissipate heat quickly and efficiently, ensuring a safe and reliable connection in the circuit.

The CMF5027K000GKR6 through hole resistor is particularly suitable for applications in consumer electronics, such as audio and video equipment, central processing units (CPU), set-top boxes, and remote-controlled devices. Additionally, it is also used in aerospace, medical, military, automotive, and safety equipment.

The resistor’s design incorporates three primary components: a non-magnetic substrate, an insulation layer, and an internal resistor element. The substrate is typically made of an anodized and etched aluminum layer, while the insulation layer is composed of a silicone gel. Both of these components are able to withstand heat up to temperatures of 50˚C. Finally, the internal resistor element is composed of an alloy that is resistant to the effects of heat and other elements, such as moisture and humidity.

The CMF5027K000GKR6 is a type of through hole resistor designed to provide a dependable and reliable connection. This type of resistor is particularly ideal for applications in the fields of consumer electronics, aerospace, medical, military, automotive, and safety equipment. It is designed to provide electrical resistance and dissipate heat quickly and efficiently. The resistor is composed of three components, which include a non-magnetic substrate, an insulation layer, and an internal resistor element. With this design, the resistor is able to withstand temperatures up to 50˚C.

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