The miniature SMD wire-wound inductor is a type of inductor where the winding wire is wrapped around a core without magnetic shielding. On the other hand, the miniature SMD chip inductor is assembled using fully automated processes. Both types of inductors serve the same purpose in electronic circuits, particularly in applications with limited space, such as power supplies, DC-DC converters, and other electronic circuits.
Compared to inductors with ceramic cores, ferrite wire-wound inductors offer several advantages. They can achieve higher inductance values, handle better saturate currents, and have lower DC resistance. However, it’s worth noting that the working frequency range of ferrite wire-wound inductors is typically lower than that of inductors with ceramic cores. As a result, designers often prefer to use ferrite wire-wound inductors in power lines, such as DC-DC converters or power applications.
The miniature SMD wire-wound inductor is a type of inductor where the winding wire is wrapped around a core without magnetic shielding. On the other hand, the miniature SMD chip inductor is assembled using fully automated processes. Both types of inductors serve the same purpose in electronic circuits, particularly in applications with limited space, such as power supplies, DC-DC converters, and other electronic circuits.
Compared to inductors with ceramic cores, ferrite wire-wound inductors offer several advantages. They can achieve higher inductance values, handle better saturate currents, and have lower DC resistance. However, it’s worth noting that the working frequency range of ferrite wire-wound inductors is typically lower than that of inductors with ceramic cores. As a result, designers often prefer to use ferrite wire-wound inductors in power lines, such as DC-DC converters or power applications.
