CMF07750R00JNRE

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Introduction to Through Hole Resistors

Through hole resistors are resistors constructed with two leads extending downwards from the body of the resistor, which secures it to a printed circuit board when it is inserted through an extra hole in the board. They provide a wide range of advantages over other types of resistors including those constructed in package types such as surface mount technology and leadless package.

CMF07750R00JNRE Application Field and Working Principle

The CMF07750R00JNRE is a series of 0603 through hole resistors manufactured by Bourns. It is offered in a variety of resistance values and tolerances of ± 5%, ± 10%, and ± 20% and can be supplied in bulk as part of a complete resistor network.The CMF07750R00JNRE through hole resistor is designed for use in a variety of applications such as digital signal processing, automotive, portable devices, computers, and consumer electronics. It is suitable for high-power, high-voltage, and frequency operation.The CMF07750R00JNRE through hole resistor is designed to dissipate heat quickly in order to minimize thermal stress in the printed circuit board. It is also designed with a low-profile design to fit in limited plating space on the printed circuit board.The CMF07750R00JNRE through hole resistor works by converting electrical energy into thermal energy. When a current is applied to the resistor, electrons flow through the components of the resistor, causing resistance and heat. The heat is then dissipated through the heat sink of the resistor, thereby limiting the current flow in the circuit.

Conclusion

Through hole resistors have many applications and offer advantages over other types of resistors. The CMF07750R00JNRE through hole resistor is a specific type designed for a variety of high-power, high-voltage, and frequency applications, with a low-profile design to fit in limited plating space. It works by converting electrical energy into thermal energy and dissipating heat through a heat sink, thus limiting the current flow in the circuit.

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