VLS-EX-CA Series Wire-Wound Power Inductors

TDK's VLS-EX-CA series wire-wound power inductors for automotive applications

Image of TDK's VLS-EX-CA Series Wire Wound Power Inductors TDK's VLS‐EX‐CA series power inductors are magnetically shielded, wire‐wound inductors with a ferrite core. The core material of the VLS‐EX‐CA series has been optimized, resulting in a higher rated current specification and lower RDC. This series has a high magnetic shield construction, which is achieved through the use of ferrite magnetic material and is compatible with high‐density mounting. VLS‐EX‐CA inductors are designed for use in car navigation systems, car stereo, and other car accessory applications. They are not available for use related to driving, curving, stopping, and other safety applications.

Features
  • Magnetically shielded, wire-wound type inductor
  • Large current was achieved through use of ferrite magnetic core material
  • High magnetic shield construction
  • Compatible with high‐density mounting
  • Operating temperature range of -40°C to +105°C
  • Storage temperature (after the circuit board is mounted): -40°C to +105°C
Applications
  • Car navigation
  • Car stereo
  • Car accessories

VLS-EX-CA Series Wire Wound Power Inductors

ImageManufacturer Part NumberDescriptionCurrent Rating (Amps)Current - Saturation (Isat)ShieldingAvailable QuantityPriceView Details
FIXED IND 1UH 5.1A 19.5MOHM SMDVLS5045EX-1R0N-CAFIXED IND 1UH 5.1A 19.5MOHM SMD5.1 A8.9AShielded95 - Immediate$3.05View Details
FIXED IND 1.5UH 5A 22.1MOHM SMDVLS5045EX-1R5N-CAFIXED IND 1.5UH 5A 22.1MOHM SMD5 A7.4AShielded0 - Immediate$1.74View Details
FIXED IND 2.2UH 4.7A 28.6MOHM SMVLS5045EX-2R2N-CAFIXED IND 2.2UH 4.7A 28.6MOHM SM4.7 A6.4AShielded1118 - Immediate$3.05View Details
FIXED IND 3.3UH 4.2A 35.1MOHM SMVLS5045EX-3R3N-CAFIXED IND 3.3UH 4.2A 35.1MOHM SM4.2 A5.2AShielded4282 - Immediate$3.05View Details
FIXED IND 4.7UH 3.2A 46.8MOHM SMVLS5045EX-4R7M-CAFIXED IND 4.7UH 3.2A 46.8MOHM SM3.2 A4.4AShielded2334 - Immediate$3.05View Details
Published: 2017-11-21