CMF5530K900FHEB

Through hole resistors are existent in a variety of devices and are usually used to alter the electrical current in the circuit. The CMF5530K900FHEB is a variety of through hole resistor that has specific application fields and works according to certain principles.

The CMF5530K900FHEB is a through hole power film resistor. It consists of a tubular core of carbon alloy film and wirewound resistive element. The core is secured in a welded stainless steel case, with welded terminal caps and a center insulator, which provides stability, reliability, and temperature cycling characteristics. The metal terminations are designed to allow for soldering when necessary.

When it comes to the application fields of this through hole resistor, it is mainly used in buck-boost applications, but can also be used in over-voltage and high-current applications. It has extremely high current sensing accuracy for linearizing power supply applications, which makes it a great choice for these applications. It is also well suited for automotive applications, as it is designed to resist vibration, temperature changes, and humidity.

The working principle of the CMF5530K900FHEB is similar to other through-hole resistors. Its resistive element is designed to convert the electrical energy it receives into heat energy, which is then dissipated from the resistor in order to reduce the voltage it receives.The resistive element is wrapped around the tubular core and welded into place, in order to ensure the stability and reliability of the resistor. The metal terminations ensure that the resistor is securely connected to its circuit board or other component.

The CMF5530K900FHEB is an excellent choice for through hole resistor applications, due to its high current sensing accuracy and ability to resist vibrations, temperature changes, and humidity. Its sturdy structure and reliable design make it a great choice for applications that require precise current sensing, such as over-voltage and buck-boost applications. Its reliability and resistance to extreme environments also makes it a great choice for automotive applications.