CMF554R6400FLEB

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The CMF554R6400FLEB is a through hole resistor. The resistor features a tolerance value of ±5%. The CMF554R6400FLEB consists of a non-inductive winding, and provides good circuit shielding, with a low resistance rating of 5.6 kilohms. The resistor has a small, thin footprint with an overall length of 11 mm and height of 5 mm. It features a superior thermal impedance rating of 0.26 C/W, making it suitable for use in applications with high thermal cycling. CMF554R6400FLEB is a reliable device that exceeds military and aerospace standards.

The CMF554R6400FLEB is the ideal choice for applications needing small footprint and good thermal impedance, such as resistor networks, power supplies, and test instruments. It is suitable for consumer, industrial, and automotive applications. The resistor has a wide temperature range and wide resistance range from 0.1Ω - 2MΩ, making it suitable for precision applications. The device is compatible with SMD or through hole soldering methods.

The CMF554R6400FLEB provides low electrical noise and low insertion loss, which makes it suitable for high-frequency circuit applications. The low-EMI characteristics of this resistor provide an effective way to shield EMI radiation and reduce digital interference. The resistor’s small size and low-level noise make it ideal for applications requiring high-precision, low-level voltage sensing.

The CMF554R6400FLEB features an innovative design with an internal construction composed of multiple layers of copper-clad lamination. This design provides superb thermal conduction and absorbs thermal energy, allowing the component to operate in an efficient manner. The resistor also features a recognition tape on the cathode side, allowing for quick recognition when replacing components.

The CMF554R6400FLEB works according to the principles of Ohm’s Law. This law states that since the voltage across a resistor is proportional to the current that flows through it, then: V = I x R. This means that the voltage across the resistor is directly proportional to the amount of resistance and the current flowing through it. To determine the total resistance, one must multiply the resistance value provided on the resistor with the number of resistors connected in parallel.

In conclusion, the CMF554R6400FLEB is a through hole resistor that is suitable for applications requiring a small footprint and good thermal impedance, such as resistor networks, power supplies, and test instruments. It has a wide temperature range and wide resistance range from 0.1Ω - 2MΩ, making it suitable for precision applications. The CMF554R6400FLEB works according to the principles of Ohm’s Law, and its low-EMI properties make it an effective way to reduce digital interference.

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