CPCF03430R0JE66

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Through hole resistors, also known as axial resistors, are resistors that are wired by passing a wire through the resistor’s core component. The CPCF03430R0JE66 is a high-performance, precision through-hole resistor specifically designed for medical and aerospace applications. This resistor is characterized by a wide range of resistance values, a high accuracy, and a wide temperature range. It is also designed to be resistant to environmental and mechanical stresses.

Application Field

The CPCF03430R0JE66 through-hole resistor is a high-precision resistor specifically designed for medical and aerospace applications. In medical applications, the resistor is used to accurately control the flow of electrical current in medical equipment or patient monitoring systems. In aerospace environments, the resistor is ideal for use in safety-critical systems as it is capable of withstanding extreme temperatures, vibrations, and other environmental stresses. The CPCF03430R0JE66 is also ideal for use in radio-frequency applications due to its high accuracy and low-noise performance.

Working Principle

The CPCF03430R0JE66 through-hole resistor works on the same principle as other types of resistors. It is made up of an “O” shaped core component which is wrapped in a conducting material. When a current is passed through the resistor, it is opposed and the energy of the current is dissipated as heat. The amount of resistance that the resistor provides is determined by the number of turns and type of material used in its construction.

The CPCF03430R0JE66 is a high-precision resistor which has a very precise resistance value. It is designed to remain stable and accurate over a wide range of temperatures, vibrations, and other environmental stresses. The resistor is also designed to be resistant to chemical and mechanical damage.

Conclusion

The CPCF03430R0JE66 through-hole resistor is a high-performance, precision resistor designed specifically for medical and aerospace environments. It is resistant to extreme temperatures and environmental stresses and is suitable for use in radio-frequency applications due to its high accuracy and low-noise performance. The resistor works on the principle of opposition to the flow of electrical current and provides a precise resistance value.

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