ELC-09D472DF

Fixed inductors are electrical components that store a set amount of energy in a magnetic field when energized with a current and then slowly release stored energy as a current flows through them. The ELC-09D472DF is a fixed inductor that is designed for Compact Power Conversion System (CPCS) applications.The ELC-09D472DF is a high inductance type, ferrite core-based product designed for applications where space is limited. The core of the inductor is made of a ferrite material, which is a type of ceramic that has magnetic properties. The core material is then sealed within an epoxy resin housing, which protects it from any damage or external interference. The coil used in the device is made from a high-quality enamel coated copper wire.The ELC-09D472DF offers a high Q value, which is the measure of a component’s ability to store energy. The high Q value is achieved by using a high-grade material for the core and winding wire. This ensures low loss in the device, which results in high efficiency in CPCS applications. The high inductance also makes it suitable for use in capacitor charging applications.The ELC-09D472DF has a wide operating temperature range of -40°C to +125°C, making it ideal for use in a wide range of operating environments. The fixed inductor also features a higher saturation current than other inductors, which ensures that it can handle increased currents without performance degradation. In addition, the ELC-09D472DF has a low magnetic field emission, which makes it more suitable for use in sensitive electronic equipment.The ELC-09D472DF has a working principle that involves the transfer of energy from a current source. When a current is applied to the inductor, the core material will magnetize and store energy in the form of a magnetic field until a certain threshold is reached. When the current is removed, the magnetic flux stored will be converted back into electrical energy, which will be provided to the load.In conclusion, the ELC-09D472DF is a fixed inductor designed for Compact Power Conversion System applications. It provides a high Q value, wide temperature range, and low magnetic field emission, making it ideal for a variety of operating environments. The device has a working principle involving the transfer of energy from a current source and its high saturation current ensures it can handle increased currents without performance degradation.