CPCC1056R00JE66

Through Hole Resistors

Through Hole Resistors include a wide variety of resistors used in different electronics projects in different settings. A Through Hole Resistor has the shape of a cylinder so it can be easily soldered into a circuit board.  CPCC1056R00JE66 is one type of Through Hole Resistor that is designed for high frequency applications.

Application Field and Working Principle

The CPCC1056R00JE66 is a Through Hole Resistor typically used for high frequency applications such as power distribution, signal transmission, and power conversion. It is commonly used in various electronics, such as high speed switching, switch-mode power supplies, and microwave applications. Due to its small size and low profile, it is also ideal for a wide range of portable electronic devices.The CPCC1056R00JE66 has an extremely high power dissipation, making it suitable for these high power applications. It features high power, low resistance and low inductance. It also has excellent solderability, which improves its reliability and durability in high temperature applications. In addition, its wide range of capacitance range makes it suitable for a large variety of circuit boards.The CPCC1056R00JE66 operates on the principle of resistor-capacitor (RC) networks. RC networks are electrical circuits consisting of two or more resistors and a capacitor connected in series or parallel. The resistor-capacitors act to limit the amount of current that can flow through the circuit. When current flows through the circuit, the resistors and capacitors work together to significantly reduce the amount of current that passes through the circuit. By limiting the amount of current, the resulting voltage is also reduced. This is beneficial for power distribution, signal transmission, and power conversion applications.

In summary, CPCC1056R00JE66 is a Through Hole Resistor suitable for high frequency applications. It has an excellent power dissipation, good solderability, and wide range of capacitance range. It relies on RC networks to limit the current and resulting voltage in the circuit, resulting in greater efficiency and improved performance.