CMF602K6700CEEA

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Through Hole Resistors (THRs) are very common components used in electronics and various electrical applications. One example of a THR is the CMF602K6700CEEA, which is a resistor that can be used in a wide variety of applications. This article will discuss the application fields and working principles of the CMF602K6700CEEA.

The CMF602K6700CEEA is a non-inductive, through-hole resistor. Specifically, it is a wire-wound resistor that has a resistance range of 0.007 to 0.05 ohms. The part features a minimum tolerance of ± 0.01 ohms and a maximum power rating of 1 watt. The device also has a thermal coefficient of 0.0125%, and a voltage coefficient of 0.005%.

The CMF602K6700CEEA can be used in a variety of applications due to its low resistance and small tolerance. These include high-impedance analog circuits, current sensing circuits, high-frequency power supplies, and switching power supplies. Additionally, the device can be used in radio receivers, precision instrumentation, industrial control systems, medical equipment, and aerospace/avionics applications.

The working principle of the CMF602K6700CEEA is relatively simple. The resistor consists of two separate coils that are wound around a ceramic core. When current flows through the coils, the magnetic flux generated by the current induces a voltage across the coils, which is equal to the voltage drop across the resistor. The magnetic flux also acts to reduce the resistance of the resistor, as the flux causes the electrons to move more freely, thus reducing the resistance.

The CMF602K6700CEEA is a versatile, through-hole resistor that can be used in a variety of applications. It has a low resistance range and a small tolerance, making it useful for high-impedance analog circuits, current sensing circuits, and radio receivers. Additionally, the device has a thermal coefficient and voltage coefficient that make it suitable for precision instrumentation and industrial control systems. The working principle of the CMF602K6700CEEA is based on the use of two coils, which induce a voltage across the coils when current is applied. This voltage is equal to the voltage drop across the resistor, and the magnetic flux generated by the current also acts to reduce the resistance of the resistor.

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