VLS-CX-KIT

VLS-CX Series Power Inductor Kit Commercial Grade Power Inductor Sample Kit TDK’s VLS-CX Series Power Inductors are magnetically shielded, wire wound inductors with a ferrite core designed for use in power circuit applications. The VLS-CX series has high magnetic shield construction and is compatible with high-density mounting. The large current and low Rdc of the VLS-CX series was achieved by optimizing the ferrite core. Features  Magnetically shielded, wire wound inductor with ferrite core Commercial  Conforms to RoHS directive, halogen free, & compatible with lead-free soldering Power  Standard operating temperature range of –40°C to +105°C  Storage temperature range of –40°C to +105°C (after PC board mounting) VLS201610CX VLS201612CX VLS252010CX VLS252012CX Applications  Smart phones   HDDs, SSDs, DVCs, DSCs  Mobile display panels  Portable game devices  Tablet Terminals Compact power supply modules VLS-CX Series Power Inductor Kit Includes: Case Sizes: 201610, 201612, 252010, 252012 Inductance Range: 0.24-22µH Current Rating: 0.56-4.35A Kit contains 120 pieces total—6 pieces per value Now Available at: 445-174860-KIT-ND Click the links above for ordering information. VLS-CX Series Power Inductors Kit Includes: Digi‐Key Part Number  TDK Part Number  Case Size Inductance Value  Tol  445‐174860‐KIT‐ND  VLS201610CX‐R24M  VLS201610CX‐R47M  VLS201610CX‐1R5M  VLS201610CX‐4R7M  VLS201610CX‐100M  VLS201610CX‐220M  VLS201612CX‐1R0M  VLS201612CX‐2R2M  VLS201612CX‐4R7M  VLS201612CX‐6R8M  VLS201612CX‐100M  VLS252010CX‐R47M  VLS252010CX‐1R0M  VLS252012CX‐1R0M  VLS252012CX‐1R5M  VLS252012CX‐2R2M  VLS252012CX‐3R3M  VLS252012CX‐4R7M  VLS252012CX‐100M  VLS252012CX‐150M  201610 0.24µH±20%  201610 0.47µH±20%  201610 1.5µH±20%  201610 4.7µH±20%  201610 10µH±20%  201610 22µH±20%  201612 1.0µH±20%  201612 2.2µH±20%  201612 4.7µH±20%  201612 6.8µH±20%  201612 10µH±20%  252010 0.47µH±20%  252010 1.0µH±20%  252012 1.0µH±20%  252012 1.5µH±20%  252012 2.2µH±20%  252012 3.3µH±20%  252012 4.7µH±20%  252012 10µH±20%  252012 15µH±20%