CPCC0315R00JE66

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Through Hole Resistors are one of the most common types of resistors used in a variety of different applications. CPCC0315R00JE66 resistor has a wide range of uses and applications and can be found in almost any application from power supply filtering, signal conditioning, and even in RF circuits. The ability to provide a variety of laser markings and compliance with numerous industry standards has made the CPCC0315R00JE66 resistor an increasingly popular choice among engineers and designers.

The CPCC0315R00JE66 resistor is constructed of a carbon film which is deposited onto a mica substrate. Its construction is similar to Axial-Lead resistors, but it has a much smaller package size. The substrate and carbon film are encapsulated in a molded plastic case to protect the resistor from moisture and mechanical damage. The terminals are located at the top of the resistor and have a variety of marking styles including color bands, alphanumeric characters, and their own unique laser markings.

The CPCC0315R00JE66 resistor is used for a variety of applications, such as filtering power supplies, signal conditioning, voltage conversion, and current regulating circuits. It can also be used for protection of general purpose circuits from electrical transients and over voltage or current damage. It is commonly used in RF systems to reduce the radiated power and improve signal fidelity. The leaded design of the resistor also allows for a greater input impedance and a higher level of signal loss in comparison to other types of resistors.

The working principle of the CPCC0315R00JE66 resistor is relatively simple. When a voltage is applied across its terminals, the resistor will conduct a current proportionate to the applied voltage. The resistance of the resistor is directly related to how much current it will dissipate in the form of heat. The resistor consists of a film of carbon which is deposited onto the mica substrate, and its resistance is determined by the thickness and area of the carbon film. The heat generated by the CPCC0315R00JE66 is dissipated by the substrate, and the heat dissipation is relative to the size of the resistor and the amount of current flowing through it.

The CPCC0315R00JE66 resistor is one of the most common types of resistors used in a variety of different applications. Its ability to provide a variety of laser markings and compliance with numerous industry standards has made the CPCC0315R00JE66 resistor an increasingly popular choice among engineers and designers. Its leaded design allows for a greater input impedance and a higher level of signal loss in comparison to other types of resistors, making it an ideal choice for a variety of power supply filtering, signal conditioning, voltage conversion, and current regulating circuit applications.

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