CMF5513K000FEEA

The CMF5513K000FEEA is a through hole resistor, an extremely useful type of resistor with multiple uses across a range of applications. It is a high precision resistor whose enclosure type is axial lead.

Application Field

This through hole resistor is a very reliable device with a wide range of applications. It is widely used in HVAC systems, aviation systems, automotive electronic control systems and industrial systems for voltage regulation and power filtering. The resistor’s high voltage tolerance and current output make it ideal for use in high power applications. It is also used in audio and communication systems, medical equipment and robotics for current and voltage control. Additionally, they are used in amplifiers and other logic circuits for increased efficiency.

Working Principle

A through hole resistor works on the principle of Ohm’s Law. It consists of a body in the shape of a cylinder, as well as an input wire leading into it and an output wire connecting from the other end. When an electrical current is applied to the input wire, the resistor will resist the flow of current and will decrease the current applied. The amount of current resistance depends on the amount of ohms or resistance reading specified on the resistor. A higher ohm reading will cause the resistor to resist more current. The exact amount of current the resistor will resist is determined by the amount of voltage applied at the input wire.

The CMF5513K000FEEA is a high precision resistor, meaning that the resistance value indicated on the resistor can be accurate to within 1%. This level of accuracy makes it ideal for precise voltage regulation and power filtering applications. Additionally, this resistor also contains an anti-arcing capability, allowing it to dissipate any excessive voltage created in the system, preventing any electrical issues from arising.

In summary, the CMF5513K000FEEA is a high precision through hole resistor with a wide range of applications. It is a reliable device that operates on the principles of Ohm’s Law, resisting the application of current to the specified amount when voltage is applied to the input wire. The resistor also has an anti-arcing capability for peak voltage protection, allowing it to be used in high power applications.