New AEC-Q200 qualified 35-V/0.22 µF (1005 size) and 10-V/4.7 µF (2012 size) products reduce component count, miniaturize sets, and mitigate voltage fluctuation and high-frequency noise in automotive applications.

TDK's new MPZ1608-PH chip beads support 8 A current, reducing circuit size, improving reliability for automotive and industrial power lines.

At PCIM and SENSOR+TEST, TDK presents advanced passive components and sensor technologies for renewable energy, e-mobility, AI, and industry.

Innovative CeraCharge technology achieves 1,000 Wh/L, enabling smaller, safer, and more efficient batteries for wearables and IoT devices, set for mass production.

TDK’s gate driver powers LIN-controlled thermal systems (blowers, pumps, fans) and smart BLDC actuators (seats, doors, lift-gates), supporting FOC for quiet, efficient operation in EVs.

The HAL/HAR 35xy sensor family offers ASIL C-ready, stray-field robust 2D sensing with analog/digital outputs, ideal for cost-effective, safety-critical automotive position detection applications.

This solution guide has introduced the high noise suppression effectiveness of the two expanded products in the YFF Series.

The sensor is highly resistant to ZF EcoFluid E gear oil for electric drive systems, has a customizable resistance-temperature curve, and is available in various mounting configurations.

TDK expands its ADL3225VF series of wire-wound inductors for automotive PoC, with mass production starting in March 2025.

TDK's TMR angle sensors enhance e-motor efficiency with high accuracy and cost-effectiveness. Produced using 100% renewable energy, they support sustainable electric mobility.