CP000713R00JE663

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Through Hole Resistors

The CP000713R00JE663 is a through-hole resistor designed for use in most electronic applications. It is especially suitable for applications in industrial settings or projects involving high current loads. This resistance component is constructed from a variety of materials. The product is composed mainly of brass, iron, and phenolic ceramics. Its construction allows for a uniform distribution of electrical energy throughout the device.

Application Field

The CP000713R00JE663 is designed to be used in high-stress applications such as industrial motors, actuators, and automotive components. Of particular note is the product\'s use in automotive electrical systems where significant current loads exist and protection is desired. It is optimally used in medium-to-high current-carrying applications as well.

Working Principle

The CP000713R00JE663 utilizes the principles of resistivity and Ohm\'s Law to accomplish its intended purpose. It consists of a set of materials which, when exposed to an electrical current, creates a barrier that blocks some of the energy. When properly configured, this barrier can be used to reduce the voltage within a circuitry. This can help in establishing efficient operating conditions and protect components from overcurrents, short circuits and other threats.

Technical Specifications

The CP000713R00JE663 has a variety of technical specifications, including but not limited to: a rated resistance of 37 ohms; a power dissipation rating of 1.0 W; operating temperature range between -25°C and 75°C; and an accuracy rating of ±0.05%. In addition, the component contains a heat-resistant coating which prevents heat from accumulating in the device.

Conclusion

The CP000713R00JE663 is a through-hole resistor designed for use in many electrical and electronic applications. It is constructed from a variety of materials for robustness and resistance to environmental factors. Its resistance and power dissipation ratings make it suitable for high-load applications, such as those found in automotive or industrial settings. Furthermore, the product utilizes the principles of resistivity and Ohm\'s Law to create a barrier and reduce the voltage within a circuitry.

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