CA0001220R0JE66

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Through Hole Resistors

A through hole resistor is an electrical resistor assembled in through-hole technology. Through-hole resistors are used for a variety of types of electrical wiring applications, including power distribution, current control, and signal conditioning. It is common for through-hole resistors to be placed on the top or bottom of a printed circuit board within the same hole pattern. This allows for easy and reliable shaft assembly. This technology is common in many industries, as it is an excellent choice for a variety of voltage and power requirements.

The CA0001220R0JE66 is a through hole resistor made by Kimball. It is commonly used in power, signal and current control applications. The CA0001220R0JE66 is a 500mW resistor with an operating temperature of -55 to +125 degrees Celsius, and it has a power rating per element of 1/4 W. It features a 1% tolerance rating and its operating voltage is 5V. Its working frequency range is from DC to 500kHz.

The CA0001220R0JE66 consists of three parts: an insulator, a conductor, and a dielectric. The insulator, typically a 25-63mil thick sheet of glass, provides the necessary insulation between the two conductors. The two conductors are typically copper or other metal alloys that display low loss in the current carrying path and are able to withstand the rated power and temperature range. The dielectric, typically a ceramic or plastic material, prevents the two conductors from shorting out the electrical path.

The CA0001220R0JE66 works by providing resistance to the current that passes through it. As current passes through the resistor, it is opposed by the resistor’s resistance and some of the energy is dissipated as heat. As the current passing through the resistor increases, more energy is dissipated as heat and the resistance of the resistor increases, reducing the current flow. In this way, it is able to control the current flow and reduce the risks of overloading systems.

The CA0001220R0JE66 is best used in environments with limited space and where accuracy, resistance, and power capability are important. It is an excellent choice for applications where a uniformity or stability of resistance over time is critical, such as when controlling motors and other high-power systems. Additionally, its low operating temperature and rugged construction make it suitable for outdoor applications or where frequent vibrations are present.

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