TDK Corporation

TDK's FLECLEAR® family of thin, transparent conductive film achieves low resistance and excellent flexibility while maintaining high transmittance.

TDK introduces their NTCG series SMD negative temperature coefficient thermistors with extremely high rates of resistance change to accurately track the temperature.

TDK's TAS series angle sensors provide high output, high accuracy, and high stability by utilizing a TMR element.

ALT4532 series of transformers from TDK have a smaller footprint and use an innovative automated coil-winding technique.

TDK's LTCC antennas consist of small, thin profile, high performance dual band antennas used for WLAN bands.

The TDK's Bluetooth low energy module has a space savings of 65% and has a separate antenna allowing for design flexibility.

TDK’s Bluetooth V4.1 low energy module features a proprietary space-saving design coined SESUB, which comes from semiconductor embedded in SUBstrate.

TDK’s IFL series Flexield products are flexible, shock-resistant noise suppression sheets made of soft magnetic material and resin for thin and compact devices.

TDK’s IFL16 series hybrid noise suppression sheets are highly flexible, shock-resistant noise suppression sheets made of soft magnetic material and resin.

TDK's IFM10M series noise suppression sheets consist of a magnetic layer and an ultra-thin copper-clad laminated layer enabling high magnetic permeability.

TDK's TPLC553030 series automotive transponder coil ensures high reliability suitable for automotive applications.

TDK's receiving coil units are ultra-thin, lightweight, and reliable. Used for smartphone and mobile device design.

LGJ series from TDK are high reliable and robust inductors suitable for a variety of applications.

TDK's MHQ-P series inductors are of high quality, leading to lower signal loss and improved RF circuitry performance.

TDK's ECO series are small, high quality, and highly efficient switching power supply transformers.

TDK's CCT series AC current sensors are geared towards energy management systems.

TDK's KPZ1608-HR series is qualified to AEC‐Q200 and their compact size and robustness makes them ideal for use in demanding automotive applications such as in-vehicle electronic control units

TDK's KMZ1608-HR series is qualified to AEC-Q200 and their compact size and robustness makes them ideal for use in demanding automotive applications such as in-vehicle electronic control units

TDK's AVR series chip varistors have excellent absorption capability with a response that is as good or better than a Zener diode.

TDK's mounted devices are required to be more compact and thinner as the numbers of LAN interfaces mounted on grow with the increase of data centers having networking equipment such as servers