CPCC035R100KE66

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Through Hole Resistors are common electronic components, which are used in a variety of applications. The CPCC035R100KE66 is a Through Hole Resistor used in a variety of applications. It is an insulated thick film chip resistor that is especially designed for use with highly sensitive components that require maximum voltage rating levels. The CPCC035R100KE66 also has an improved dielectric strength and operating temperature range.

The CPCC035R100KE66 is made of a ceramic coating, which is applied to a base plate, usually through electrostatic spraying. This coating increases the chip\'s resistance to temperature and electrical stresses. The thick film chip resistor also has a temperature coefficient and thermal time constant, ensuring that it can withstand varying temperatures. The coating also provides reliable protection from extreme temperatures and vibrations, ensuring a reliable, long-term performance.

The CPCC035R100KE66 is designed with an optimized electrical resistance value for maximum protection. This resistor has a maximum resistive value of 10K ohms. The device is designed for use with a typical current range of 1A to 8A. The operating temperature range supported by the resistor is -55 to +155 C, which ensures suitable working conditions for a wide variety of applications. The device is designed with an improved dielectric strength of 500V, which ensures that it can handle high voltage applications efficiently without any damage.

The CPCC035R100KE66 has a wide application field that extends to medical, instrumentation, radar, power conditioning, industrial, and military applications. Medical applications include tests performed in lab, medical devices, and medical equipment. The CPCC035R100KE66 can also be used in industrial applications such as power converters, motors, power modules, and motor control systems. Its application in radar systems includes power conditioning, signal processing, guidance, and navigation.

The working principle of the CPCC035R100KE66 is simple, as it uses a resistive element to control and limit the current that passes through the device. The resistor is composed of a ceramic body with a conductive layer applied to its surface. This conductive layer, when supplied with the appropriate voltage and current, creates a resistance that limits the flow of current. This limitation of current ensures the correct operation of the component in its application. The resistor is also designed to absorb any excess energy generated, ensuring a safe and efficient operation of the component.

Overall, the CPCC035R100KE66 is a Through Hole Resistor that is designed to withstand extreme temperature and electrical stress levels, ensuring a reliable, long-term performance. Its wide application field extends to a variety of industries and applications. The resistor uses a resistive element to control and limit the current passing through, ensuring the correct operation of the component. With its improved dielectric strength and temperature coefficient, the CPCC035R100KE66 is a reliable option for a variety of applications.

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