TDK Corporation, founded in 1935 and headquartered in Tokyo, Japan, is a leading global manufacturer of electronic components and devices. The company specializes in passive components, such as capacitors, inductors, and filters; sensor systems including temperature, pressure, and motion sensors; and magnetic application products like power supplies and magnetic heads. TDK serves diverse industries, including automotive, industrial equipment, energy, and consumer electronics, emphasizing innovation, quality, and sustainability. With a significant global presence, TDK operates production and sales facilities across Asia, Europe, and the Americas, delivering advanced technological solutions worldwide.
TDK presents EV and fast-charging solutions at EV Tech Expo Detroit, October 7–9, 2025, featuring capacitors, sensors, magnetics, and programmable power.
Tailored for demanding automotive applications, these components offer a high-capacitance and high-ripple current solution in a space-saving format.
The components measure 140 x 59 x 50.0 mm and cover 500 V and 1000 V systems with rated currents up to 400 A at ambient temperatures of +85 °C, and transient peak currents up to 1000 A.
The new 1 kV-rated components reduce PCB floor space requirements by approximately 30% compared to traditional single-gate drive transformer designs that support equivalent insulation.
The IAM-20680HV is a cost-effective 6-axis motion tracking device for automotive in-cabin applications, offering proven operation up to +125°C, low-noise performance, and a ±125 dps gyroscope for enhanced navigation.
TDK-Lambda expands its GENESYS AC and AC PRO programmable power supply series with new 3U high 6kVA and 9kVA models, enhancing test and measurement capabilities.
Compact, efficient PoC inductor simplifies ADAS design with single-component filtering, reduces wiring complexity, and ensures high performance, reliability, and durability in automotive applications.
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.