CPCC0320R00KE66

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Introduction

Through hole Resistors are a common type of resistor used in electronic circuit boards and other diverse applications. One of the most popular types of through hole resistors is the CPCC0320R00KE66. This part is a small mechanical component which is a precise electronic component providing a consistent resistance to the flow of current. This resistor type is rated with a power rating of 2.0W, a voltage rating of 200V and a tolerance of 0.5%.

Application Field

CPCC0320R00KE66 through hole resistors can be found in a variety of applications, in products that range from consumer electronics, medical equipment, communications equipment, automotive products and more. The small size and low power rating are particularly attractive for battery operated, high temperature, or noise-sensitive applications, as well as for applications where space is limited. As a resistor-type component, the CPCC0320R00KE66 is also used in automotive applications, such as base sensing, controlling linear and switching signals, voltage profiling, and current sensing.

The CPCC0320R00KE66 resistor is often used as a direct replacement for other through hole resistors. This allows manufacturers and engineers to use existing circuit boards designed to use traditional through hole resistors, but substitute the CPCC0320R00KE66 in order to take advantage of the higher power rating, smaller size, and greater precision. This saves money and time on re-engineering or redesigning a circuit board.

Working Principle

A through hole resistor is a passive electrical device that works by limiting the flow of electric current through it. The resistor works by creating a voltage drop across its terminals, thus limiting the voltage and current that can pass through it. The basic working principle of the CPCC0320R00KE66 resistor is the same as other through hole resistors. It is designed to provide a known resistance value at a specific voltage, current, and temperature.

A through hole resistor is composed of two contacts, or pads, on each end, running perpendicularly to the PCB. The CPCC0320R00KE66 resistor also has two leads extending from the two contacts. These leads are usually made out of copper or nickel, depending on the type of resistor and the application in which it is used. The resistance of the resistor is determined by the size of the resistor, as well as the material it is made out of. The size of the CPCC0320R00KE66 is 4mm by 2.5mm.

When the resistor is inserted correctly into a circuit board, the two leads of the resistor make contact with the two pads, and the resistor is energized. The amount of current that can pass through this resistor is then limited by the resistor’s resistance value. This is due to the fact that the current must push through the resistor to get to the other side, which will require more voltage than what is normally found in the circuit. The amount of energy required to push the current through the resistor is called the resistance power, and is determined by the resistance value and the amount of current.

The CPCC0320R00KE66 through hole resistor is implemented in a wide variety of electronic systems, due to its small size, relatively low cost, and its high tolerance to changes in humidity and temperature. As a through hole resistor, it is easy to install and easily replaceable when damaged or worn out. As the miniaturization of electronic components continues, the through hole resistor will remain an important component, providing reliable and accurate resistance.

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