CMF5564R900FKEB70

Through Hole Resistors are electrical components designed to limit or regulate the electrical current in a circuit. The resistor\'s resistance, or the amount of current a resistor can handle, is measured in ohms. There are two common types of resistors, carbon film and metal film, and the CMF5564R900FKEB70 is a through-hole metal film resistor. The CMF5564R900FKEB70 is designed for use in many different application fields.

The CMF5564R900FKEB70 is designed for use in high-frequency, high-temperature applications. It has a low thermal resistance, meaning it can handle high temperatures without suffering from overheating. This makes it ideal for use in applications such as audio amplifiers, motor drivers, automotive, and military systems. Additionally, it features a high-precision tolerance and low temperature coefficient of resistance, making it an excellent choice for precision control in electronic circuits. The CMF5564R900FKEB70 is also resistant to vibration and can withstand up to 5G of mechanical shock.

In terms of its working principle, a through-hole metal film resistor works like any other type of resistor. It operates by dissipating electrical energy as heat. This means that when current flows through the resistor, it is converted to heat. This heat is then dissipated or radiated away from the resistor, reducing the amount of current that flows through it. The amount of current and heat dissipated is determined by the resistance of the resistor, which is specified on the resistor packaging. The lower the resistance, the more current will flow; the higher the resistance, the less current will flow. Additionally, the heat produced by the resistor is determined by both the current and the resistance.

In summary, the CMF5564R900FKEB70 is a high-quality through-hole metal film resistor designed for use in high-frequency, high-temperature applications. It features a low thermal resistance, high-precision tolerance, and low temperature coefficient of resistance, making it an excellent choice for precision control in electronic circuits. It operates by dissipating electrical energy as heat, and the current and heat dissipated by the resistor is determined by its resistance.