VLS2520XX‐HBU‐KIT Power Inductor Sample Kit
Wire Wound Inductors for Power Circuit Applica ons
Metal Core
TDK’s VLS2520XX‐HBU series power inductors are magne cally shielded, wire‐wound
inductors with a metallic magne c core material. The core material of the VLS‐HBU
series has been improved, resul ng in a higher rated current specifica on than
previous VLS series product. This series achieves high withstanding voltage (40V) due to the insula ng
technology of its metallic core material. VLS‐HBU inductors are designed for use in power circuit
applica ons including LCD LED backlight, LCD panel, OLED panel, and LCD driver applica ons.
Features
Wire Wound
Shielded
VLS252010HBU Series
Magne cally shielded, wire wound inductor
Large current was achieved through use of a metallic magne c core
material
High withstand voltage (40V) was achieved by insula ng technology of
metallic material
Opera ng and storage temperature range of –40 to +105°C
VLS252012HBU Series
Applica ons
LCD LED Backlight
LCD Panel
OLED Panel
Sample Kit Informa on
Size
Thickness
Inductance
DC Resistance
Satura on Current
[mm]
[mm]
[µH] ±20%
[Ω] Max.
[A] Max.
0.270 to 2.004
2.00 to 0.75
0.216 to 1.680
2.36 to 0.86
Series
VLS252010HBU
1.0
3.3 to 22µH
2.5 x 2.0
VLS252012HBU
1.2
Kit contains 120 pieces total—10 pieces each of 12 values
Digi‐Key Part Number: 445‐175081‐KIT‐ND
Rev. July 2017
VLS2520XX‐HBU‐KIT Power Inductor Sample Kit
Wire Wound Inductors for Power Circuit Applica ons
Digi‐Key Part Number
TDK Part Number
Part Number Descrip on
VLS252010HBU‐3R3M
2520, t=1.0mm, Inductor, 3.3uH, 20%
VLS252010HBU‐4R7M
2520, t=1.0mm, Inductor, 4.7uH, 20%
VLS252010HBU‐6R8M
2520, t=1.0mm, Inductor, 6.8uH, 20%
VLS252010HBU‐100M
2520, t=1.0mm, Inductor, 10uH, 20%
VLS252010HBU‐150M
2520, t=1.0mm, Inductor, 15uH, 20%
VLS252010HBU‐220M
2520, t=1.0mm, Inductor, 22uH, 20%
VLS252012HBU‐3R3M
2520, t=1.2mm, Inductor, 3.3uH, 20%
VLS252012HBU‐4R7M
2520, t=1.2mm, Inductor, 4.7uH, 20%
VLS252012HBU‐6R8M
2520, t=1.2mm, Inductor, 6.8uH, 20%
VLS252012HBU‐100M
2520, t=1.2mm, Inductor, 10uH, 20%
VLS252012HBU‐150M
2520, t=1.2mm, Inductor, 15uH, 20%
VLS252012HBU‐220M
2520, t=1.2mm, Inductor, 22uH, 20%
445‐175081‐KIT‐ND
Rev. July 2017