TDK expands its high-voltage switching portfolio with compact DC contactors designed to provide safety-relevant feedback in electric mobility and industrial energy systems.

A new vibration-resistant variant of TDK’s B409x SMD hybrid polymer capacitors withstands up to 30 g, delivering stable performance for high-stress automotive and industrial electronics.

At CES 2026, TDK demonstrates new sensor, power, and haptic platforms that strengthen AI-enabled consumer, automotive, and industrial systems while debuting its “In Everything, Better” brand identity.

The new 3.3 × 3.5 × 2.0 mm series offers low DC resistance, high current capability and reliable operation for next-generation ECU power circuits.

These S30 and S36 NTC thermistors offer maximum steady-state currents up to 35 A and energy absorption up to 750 J, improving efficiency for switch-mode power supplies and inverters.

The G14 and G20 models support AC voltages up to 750 V and offer a surge current capability up to 10,000  A, operating from -40 °C to +105 °C.

TDK Lambda expanded the i7A series with DC-DC buck converters offering up to 1000 W and 99% efficiency in a 1/16th brick footprint, simplifying power solutions for industrial, medical, and robotics applications.

TDK-Lambda's MU6 modular power supply offers up to 1500W with extremely low acoustic noise and BF-ready medical isolation, all within a compact footprint.

The new reference board combines the Renesas RA2L2 MCU with a 48 MHz Arm Cortex-M23 and USB Type-C 2.4 support, and the InvenSense ICM-42688-P 6-axis MEMS sensor with 2.8 mdps/√Hz gyro and 70 µg/√Hz accelerometer noise.

TDK and Hokkaido University developed an analog reservoir AI chip prototype that mimics the cerebellum, enabling real-time learning and high-speed, low-power processing for edge AI applications like human interfaces.