CMF50120R00GKR6

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A Through Hole Resistor is a component made of specialized semiconductor material that resists the flow of current. The CMF50120R00GKR6 is a type of through hole resistor, specifically a carbon-film, fixed-value resistor. This particular resistor has a resistance of 1kO with a tolerance of 5%. Its temperature coefficient is 125ppm/°C, thermal time constant is 270sec, power rating of 1/8W, and a lead spacing of 2.5mm.

The CMF50120R00GKR6 are primarily used in power supplies, signal processing, and audio amplification circuits for its high resistance, low noise, and low temperature coefficient. The resistor is also suitable for many applications such as circuit protection, over-current protection, voltage regulation, temperature compensation, current limiting, and signal filtering. It is also capable of withstanding higher voltages, shock, and vibration compared to other resistors.

The working principle of CMF50120R00GKR6 is quite simple. When electricity passes through the resistor, electrons collide with the conducting material in the resistor, creating friction. The friction created by the collisions of the electrons causes them to slow down and release energy as heat. This resistance created by the collisions of the electrons with the resistor material is what slows the current, and the amount of resistance is determined by the type of material and the size of the resistor.

The design of the CMF50120R00GKR6 is very efficient, providing reliable performance. The resistor is encased in a heat-dissipating shell that is designed to reduce heat buildup from prolonged use. This helps to prevent damage to the resistor caused by heat-related issues. The resistor also has an internal terminal construction that is designed to allow for increased heat dissipation and improved electrical connections.

The CMF50120R00GKR6 is a versatile resistor that is suitable for many applications. It is reliable and durable, making it an ideal choice for use in power supplies, signal processing, and audio amplification circuits. Its high resistance, low noise characteristics, and low temperature coefficient make it well suited for use in circuit protection, over-current protection, voltage regulation, temperature compensation, current limiting, and signal filtering applications. Its design and construction further enhances its performance and reliability.

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