Through Hole Resistors
The CF1JT18K0 is a type of through hole resistor, a passive component of electrical circuits used to regulate or limit current. In most cases, it is made of metal alloy film that is deposited on a ceramic or other non-conductive material form. It works by limiting the amount of current flowing through a circuit by introducing resistance into the electrical circuit. This limits the current flowing through the resistor so that it stays within safe levels.
Application Field and Working Principle
Through hole resistors are used in a variety of applications, such as electrical protective devices, power converters, digital circuits, and industrial controls. They are used in applications where a component needs to dissipate heat and controlling the current and voltage in power electronics.
The working principle of through hole resistors is that resistors are made of material with electrical resistance, causing current to be limited when current passes through them. The current is communicated between two points of the resistor, points that are connected to an electrical circuit. The current is limited due to the material, which acts as an insulator, creating a barrier for electrons. The resistance of the resistor is measured in ohms, and is determined by the amount of material used in the resistor.
The value of resistance is usually printed on the main body of the resistor so that it can be easily read and understood. Additionally, markings on the resistor also indicate the range of ratings the resistor is capable of handling in terms of current, voltage, and wattage.
Conclusion
The CF1JT18K0 is a type of through hole resistor that is used in a variety of application fields, such as electrical protective devices, power converters, digital circuits, and industrial controls. It works by limiting the amount of current flowing through a circuit by introducing resistance into the electrical circuit, causing current to be limited due to the material, which acts as an insulator and creates a barrier for electrons. The value of resistance is usually printed on the main body of the resistor so that it can be easily read and understood.