CMF552K2600BHR6

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Through-hole resistors, or conventional resistors, are non-surface mount (SMT) resistors that are physically mounted to a printed circuit board (PCB). Utilizing cut-outs, or holes, drilled in the PCB, these components are soldered into place. The CMF552K2600BHR6 is a specific type of resistor in this category.

The most obvious application field of CMF552K2600BHR6 is in seemingly every electronic device and circuit board that uses resistors. This includes products such as televisions, computers, cell phones, and anything else that requires the behavior of a resistor to control and moderate current. CMF552K2600BHR6 are often used in motor controls, industrial systems, medical equipment, and other applications.

In terms of their structure, through-hole resistors have two (sometimes three) core parts: the body and the leads. For the CMF552K2600BHR6, the body of the resistor is a block of specially manufactured ceramic material. This block is typically long and thin, and has significant insulation properties. The leads, made of wire, are connected to the ceramic body and depending on the type of resistor, they are either left uninsulated or have insulation to prevent short circuits.

Resistors work by controlling the flow of current. This is done when an electrical or mechanical input power is applied to the resistor and the resulting resistive force is used to generate a more specific output. The resistance of a resistor is measured in ohms, and is denoted by the resistor\'s specifications. CMF552K2600BHR6 offer a wide range of resistance depending on its form, ranging from 1 Ohm up to 10K ohms.

When the electrical power is applied to a CMF552K2600BHR6, it generates a resistive force, or voltage drop, in a circuit. The magnitude of the voltage drop depends on the resistor\'s ohm value as well as the electric current passing through it. As the current increases, so too does the voltage drop, until the resistor reaches its maximum voltage rating and is no longer able to pass current.

In addition to voltage drop, resistors also generate heat. The heat generated, called dissipated power, is a function of the load current passing through the resistor. The higher the current, the more dissipated power. The dissipated power of the CMF552K2600BHR6 depends on its form, with TO-220 and TO-218 packages having the highest dissipated power ratings of 7 Watts and 10 Watts respectively.

As an SMD part, CMF552K2600BHR6 is a very common through-hole resistor. Its wide range of ranges and dissipated power ratings makes it attractive to a variety of applications, from low current motor control to high current power supplies. It is also widely regarded for its great thermal characteristics, with most TO-218 packages being designed to withstand an operating temperature of up to 200°C.

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