CMF6025R000FKBF64

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Through Hole Resistors (THRs) are robust, highly reliable components used in a variety of applications throughout the electronics industry. In particular, CMF6025R000FKBF64 is a popular THR which is used in various industrial, automotive, medical and aerospace applications. It provides excellent stability and low resistance levels for high current and high voltage applications.This THR’s construction consists of a ceramic-coated substrate which is coated with a layer of metal oxide film to form a resistor. The outer surface of the resistor is lacquered to protect the resistor from moisture and other environmental contaminants. The ends of the resistor are then soldered to the PCB or other substrate to provide a secure connection.The main application field of this resistor is high current, high voltage and power applications, and most often it is used as a voltage divider in AC to DC converters. Other applications include current limiting in switching power supplies, surge protection, frequency regulation, overvoltage protection and voltage detection.The main working principle of this THR is to provide a resistance which is proportional to the applied voltage, while maintaining a constant resistance level. This is achieved by using a metal-oxide film which is applied to the ceramic substrate. The oxide layer provides a high level of stability and has excellent thermal and electrical properties. The oxide layer also helps to reduce noise and other interference caused by the resistor in high current and high voltage applications.One of the main advantages of this THR is its ability to withstand high temperatures. The metal-oxide film can withstand temperatures of up to 260°C and is unaffected by thermal cycling or moisture. This helps to ensure a reliable and consistent performance in even the most challenging environments.The CMF6025R000FKBF64 is a through hole resistor which is used in many industrial, automotive, medical and aerospace applications. It provides excellent stability and low resistance when used in high current and high voltage applications. The resistor’s construction consists of a ceramic substrate coated with a metal oxide film, and the ends of the resistor are soldered to the PCB or other substrate. It is mainly used as a voltage divider in AC to DC converters, and has excellent thermal and electrical properties. The metal-oxide film can withstand temperatures of up to 260°C and is unaffected by thermal cycling or moisture, helping to ensure a reliable and consistent performance.

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