TFM322512-AUTO-KIT

TFM322512-AUTO-KIT Thin-film Automotive Power Inductor Sample Kit PRODUCT HIGHLIGHTS • Thin-film power inductors with metal core • Excellent DC bias characteristics & low magnetic leakage flux • Excellent mounting stability characteristics • Can be mounted to general-purpose land patterns • Dimensions: 3.2 x 2.5 x 1.2 mm • Rated voltage characteristics: • TFM322512ALMA Series: 20Vmax. • TFM322512ALVA Series: 40Vmax. • Operating temperature range of -55°C to +150°C • Compliant with AEC-Q200 APPLICATION EXAMPLES • ADAS ECU, in-vehicle camera (view camera, sensing camera), radar, meter cluster, automotive communication module • Other power supply circuit uses DESIGN RESOURCES TFM322512-AUTO-KIT Contents TDK Part Number Description Quantity TFM322512ALMAR47MTAA 470nH ±20%, 7.6A, 21mΩ, 20Vmax. 10 pcs TFM322512ALMAR68MTAA 680nH ±20%, 6.1A, 30mΩ, 20Vmax. 10 pcs TFM322512ALMA1R0MTAA 1μH ±20%, 5.1A, 37mΩ, 20Vmax. 10 pcs TFM322512ALMA1R5MTAA 1.5μH ±20%, 4.5A, 57mΩ, 20Vmax. 10 pcs TFM322512ALMA2R2MTAA 2.2μH ±20%, 3.6A, 77mΩ, 20Vmax. 10 pcs TFM322512ALMA3R3MTAA 3.3μH ±20%, 2.8A, 113mΩ, 20Vmax. 10 pcs TFM322512ALMA4R7MTAA 4.7μH ±20%, 2.5A, 151mΩ, 20Vmax. 10 pcs TFM322512ALMA6R8MTAA 6.8μH ±20%, 2.1A, 260mΩ, 20Vmax. 10 pcs TFM322512ALMA100MTAA 10μH ±20%, 1.8A, 360mΩ, 20Vmax. 10 pcs TFM322512ALVA1R0MTAA 1μH ±20%, 5.1A, 37mΩ, 40Vmax. 10 pcs TFM322512ALVA1R5MTAA 1.5μH ±20%, 4.5A, 57mΩ, 40Vmax. 10 pcs TFM322512ALVA2R2MTAA 2.2μH ±20%, 3.6A, 77mΩ, 40Vmax. 10 pcs TFM322512ALVA3R3MTAA 3.3μH ±20%, 2.8A, 113mΩ, 40Vmax. 10 pcs TFM322512ALVA4R7MTAA 4.7μH ±20%, 2.5A, 151mΩ, 40Vmax. 10 pcs TFM322512ALVA6R8MTAA 6.8μH ±20%, 2.1A, 260mΩ, 40Vmax. 10 pcs TFM322512ALVA100MTAA 10μH ±20%, 1.8A, 360mΩ, 40Vmax. 10 pcs TDK Corporation ● www.product.tdk.com • TFM322512ALMA Datasheet • TFM322512ALVA Datasheet • TFM Series Power Inductor Product Overview • Selection Guide - Inductors for Power Circuits (Automotive Grade) • Application Note - How to Use Power Inductors • Product Overview – High frequency power inductors for automotive applications designed for outstanding reliability to reduce failure risks ● January 2021