CMF656M6500FKR6

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Through Hole Resistors are types of resistors that are placed within a PCB. This component helps to establish a flow of electricity in a circuit and can be used to measure, control, or attenuate currents and voltages in both analog and digital circuitry. One example of a Through Hole Resistor commonly used in electronics is the CMF656M6500FKR6.

The CMF656M6500FKR6 Through Hole Resistor is a surface mount, is of a medium power rating, and is considered to be a standard resistor with power ratings of up to 0.25W. This resistor has a size of 0603, meaning that it is 6.3mm in length, 0.6mm in width, and 3mm in thickness. It is typically available with tolerance ratings of 1%, 5%, 10%, and 20%. It is also offered in resistance values from 1 ohm up to 10 M ohms.

Application fields of the CMF656M6500FKR6 Through Hole Resistor can be found in various areas of electronics, such as power supplies, test and measurement equipment, computers and peripherals, as well as mobile phones, audio and video equipment, and automobiles. For example, it can be used in automotive applications like ABS controllers, transceiver circuits, power converters, brake control circuits, and power supplies.

The CMF656M6500FKR6 Through Hole Resistor is designed to function through a number of different working principles. These principles include the principle of resistive divider, the principle of voltage or current regulation, the principle of surge control, and the principle of voltage limit. When operating, this resistor will operate within its rated voltage and current levels in order to ensure that the device functions correctly. Additionally, this resistor will dissipate heat in order to ensure that the device does not become damaged due to overheating.

The CMF656M6500FKR6 Through Hole Resistor is a reliable and effective component that is used extensively in a range of electronics, from automotive to audio and video devices. With its high power ratings, it is able to perform a range of different tasks, including measurement, control, and regulation of currents and voltages. Moreover, the principles of resistive divider, voltage or current regulation, surge control, and voltage limit ensures that the device functions effectively in a range of different situations.

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