CMF554K6400BEEA

Through Hole Resistors

The CMF554K6400BEEA is a type of through-hole resistor used in electrical applications. It is a type of resistor designed to be connected between two electrical terminals by soldering. The resistor is made up of small metal components that are connected together. Each component contributes to the resistance.

The CMF554K6400BEEA is a popular choice for applications such as motor control, industrial automation, electronic load control, circuit protection, and current sensing. It can be used in a wide variety of applications, including automotive, consumer, telecom, medical, and HVAC. The resistor is designed to handle high voltage and current without overloading and has a long service life.

The CMF554K6400BEEA has a minimal resistance value of 0.3 Ohms, with a range of 0.5 - 5 kOhms. The CMF554K6400BEEA utilizes a 1/4 Watt (1/8 Watt) operating power, which allows for stable performance even in high-power and high-temperature environments. Its maximum operating temperature is +125°C. The resistors are constructed from heavy-duty, corrosion-resistant nickel-plated steel and are designed for resistive applications.

The CMF554K6400BEEA utilizes a through-hole construction method. This method involves securing the resistor in a printed circuit board with soldering or through the use of a pre-formed hole. The resistor is mounted in the hole and then soldered onto the circuit. This method of installation allows for the ease of assembly of a device and increases the reliability of the electrical connection.

The CMF554K6400BEEA is designed to resist high electrical levels in a variety of situations, including high frequency interference, EMI, and reverse bias conditions. The design of the resistor also makes it robust and highly reliable for long-term use. It also helps reduce the risk of false readings, which can occur with the use of inferior resistors.

The CMF554K6400BEEA through-hole resistor is a valuable tool for various electronic applications. Its unique design and superior materials combine to provide a reliable and efficient solution for high-power applications. Its minimal resistance value and long service life make it an ideal choice for a wide variety of applications.