CMF651K0000FEBF

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Through hole resistors are common in many electronic applications. CMF651K0000FEBF is a popular through hole resistor, often used in applications such as voltage regulation, current limiting, and surge protection. In this article, we will discuss the application field and working principle of CMF651K0000FEBF.

The CMF651K0000FEBF is a general-purpose through-hole resistor that is designed to provide accurate and reliable resistance values in a large variety of applications. While it is rated with a power rating of 65 mW and an operating temperature of -55°C to +125°C, it is commonly used in lower-power applications, such as signal conditioning and current limiting, and environments where stable and consistent performance over a wide temperature range is required. It is also designed to meet the highest quality requirements, with a maximum tolerance of ± 5%, a maximum drift of ±2%, and a low temperature coefficient of ± 25ppm/°C.

The CMF651K0000FEBF is a lead-free, RoHS-compliant resistor. It can be used with either through-hole or surface-mount technology, depending on the application. It is available in four case sizes, from 1206 to 7385, and in tolerances from 1% to 5%. The resistor utilizes a thick film resistive element, which is coated with a protective epoxy and surrounded by a hermetically-sealed alumina ceramic package. The ceramic package contains two nickel-plated phosphor bronze terminals which are connected to the resistive element via a gold-plated ring. This combination of materials provides superior reliability and durability, making the CMF651K0000FEBF a popular choice for many electronic applications.

The CMF651K0000FEBF operates according to Ohm’s Law, PV(resistance)=I(current). As the current passing through the resistor increases, the voltage drop across the resistor increases, which causes the power dissipated by the resistor to increase. This increase in power causes the resistor to heat up, which can be prevented by increasing the power rating of the resistor or reducing the current passing through it. By selecting a resistor with a higher power rating, the circuit can be designed to stay within its power limits.

Overall, the CMF651K0000FEBF is a popular choice for electronic applications due to its low power rating and high tolerance. It is capable of providing reliable and consistent performance over a wide temperature range, making it an excellent choice for voltage regulation, current limiting, and surge protection applications. With its high quality, it is sure to last for a long time and provide reliable results.

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