CMF20750R00JKBF

CMF20750R00JKBF is a resistor which is categorized into through hole resistors. It is a passive resistor, and the purpose of this component is to control the flow of electric current in a circuit. This type of resistor can be used for a variety of applications, including digital and analog circuitry designs.The working principle of the CMF20750R00JKBF is simple. This resistor comprises of metal film which is wound on an insulating former then dipped into a corrosive wax. This wax forms on the metal film and act as an insulator, which is then cut into strips of desired length to provide an exact value of resistor. The resistor works by imposing a restriction on the flow of current through the circuit.The CMF20750R00JKBF is best used in applications where a high accuracy and stability of performance is required. It offers low temperature coefficient, good linearity, and high power rating. This type of resistor is very suitable for high temperature applications and is available in sizes from 0402 to 2225 mm3, which make them suitable for various sizes of circuit boards.The CMF20750R00JKBF also offers a wide range of values and tolerances. The range of resistances that it can provide is from 100 ohm to 100Mohm, and the tolerance level can be as low as 0.01%. This makes the CMF20750R00JKBF an ideal choice for both digital and analog circuits, as it can offer a precise and stable performance.The CMF20750R00JKBF is also capable of very high power handling and it is one of the most efficient through hole resistors available. It can handle up to 2.5 watts of power at a thermal resistance of 0.5C/W. This high thermal resistance makes the CMF20750R00JKBF a great choice for applications which require a high level of stability and accuracy and can handle high power levels.In conclusion, CMF20750R00JKBF is an excellent choice for through hole resistors. It offers a wide range of values and tolerances and can handle a large amount of power in a very efficient manner. It is also suitable for a broad range of applications, as it can provide precise and stable performance for digital and analog circuit designs.