Molded Power Inductor
Molded Power Inductor
Energy storage
Molded Power Inductor
Energy storage
Magnetic shielding structure
Closed magnetic circuit
Wire Wound Molded Power Inductor
Wire Wound Molded Power Inductor
Energy storage
Wire Wound Molded Power Inductor
Energy storage
Magnetic shield structure,closed magnetic circuit,strong antielectromagnetic interference
ultra low buzzer,high density installation
Small volume,large current,in high frequency and high temperature environment to maintain excellent temperature current and saturation current characteristics.
Magnetic Glue Inductor
Magnetic Glue Inductor
Energy storage
Magnetic Glue Inductor
Energy storage
Designed as surface mounting
Smallest and thinnest with high power
High saturation
Digital Amplifier Inductor
Digital Amplifier Inductor
Energy storage
Digital Amplifier Inductor
Energy storage
Assemblage design, sturdy structure
Magnetic shielded structure with low magnetic flux
leakage low DC resistance,support high-currents
Shield Power Inductor
Shield Power Inductor
Energy storage
Shield Power Inductor
Energy storage
Impact durability
Reduce magnetic flux leakage and electromagnetic interference
Provide large Saturation current
High Current Flat-wire Power Inductor
High Current Flat-wire Power Inductor
Energy storage
High Current Flat-wire Power Inductor
Energy storage
Assemblage design, sturdy structure
Magnetic shielded structure with low magnetic flux
Leakage low DC resistance,support high-currents
Drum Core Inductor
Drum Core Inductor
Energy storage
Drum Core Inductor
Energy storage
Contain high - frequency ferrite
Comparatively large rated current
Axial Fixed Inductor
Axial Fixed Inductor
Energy storage
Axial Fixed Inductor
Energy storage
Design to be compact, small
Light-weight
Wide range of inductance
Bar Core Inductor
Bar Core Inductor
Energy storage
Bar Core Inductor
Energy storage
Use ferrite cores
High saturation current
Wire Wound Chip Ferrite Inductor
Wire Wound Chip Ferrite Inductor
Energy storage
Wire Wound Chip Ferrite Inductor
Energy storage
High Q value
High self-resonant frequency with Ferrite material
Multilayer Ferrite Chip Inductors
Multilayer Ferrite Chip Inductors
Energy storage
Multilayer Ferrite Chip Inductors
Energy storage
Overall structure High reliability
Excellent solderability and high heat resistance
Multilayer Ferrite Chip Inductors
Multilayer Ferrite Chip Inductors
Energy storage
Multilayer Ferrite Chip Inductors
Energy storage
Adopting a monolithic structure
high reliability
compact size
Wire Wound Chip Ceramic Inductor
Wire Wound Chip Ceramic Inductor
Energy storage
Wire Wound Chip Ceramic Inductor
Energy storage
High Q value
High self-resonant frequency with ceramic material