TDK Corporation showcases its latest passive component and sensor innovations at this year’s PCIM and SENSOR+TEST, taking place in parallel from May 6 to 8, 2025, in the NürnbergMesse exhibition center in Nuremberg, Germany. “Accelerating transformation for a sustainable future” is TDK’s joint claim for both shows, where visitors can explore TDK’s solutions for both green and digital transformation in the application areas of automotive, industrial, home appliances, and artificial intelligence.

TDK Corporation (TSE:6762) announces a new product of the Tronics AXO^®300 accelerometers platform. After the successful launch of AXO315 for avionics applications, AXO305 for land and marine positioning systems, and AXO301 for railway applications and inclination measurement, Tronics extends its portfolio with AXO314, a high-performance digital MEMS accelerometer with ±14 g input range for industrial applications operating under shock and vibration.

TDK Corporation is set to present its latest technological advancements at embedded world 2025, scheduled from March 11 to 13 in Nuremberg, Germany. Visitors are invited to discover TDK’s extensive array of embedded solutions at booth 430 in hall 1. Experts from product marketing, R&D, and sales will be available to discuss the latest innovations.

TDK Corporation will showcase its latest electronic component and sensor innovations at the electronica China in Shanghai New International Expo Center, Pudong Shanghai from July 8^th to 10^th, 2024. 

TDK Corporation showcases its latest passive component and sensor innovations at this year’s PCIM and Sensor+Test, taking place in parallel from June 11 to 13 in the Exhibition Center Nuremberg, Germany. “Highlight Solutions for Multiple Energy Conversion" is the theme of TDK's exhibit at PCIM in hall 9, booth 350, featuring passive components for applications such as energy and power conversion, heat pumps, EV charging, and mobility (xEV, ADAS). 

TDK Corporation will showcase its latest technology innovations at embedded world 2024, taking place from April 9 to 12 in Nuremberg, Germany. Visitors can explore the comprehensive range of solutions from TDK Group at booth 223 in hall 1. Product marketing, R&D, and sales members will be on-site to explain the latest offering.

TDK Corporation will exhibit again at the annual Consumer Electronics Show (CES) in Las Vegas, Nevada, from January 9th through January 12th, at booth #20521 located in the Central Hall. The company will showcase more than 30+ technology demonstrations and experiences across its portfolio, highlighting components, sensors, and system solutions for the entire spectrum of electronics applications.

TDK Corporation presents a sample kit for the B82559A*A033 series of shielded EPCOS ERU 33 high-current chokes. The sample kit (ordering number: B82559X033) contains two pieces of each of the six standard types of this series.

TDK Corporation introduces a sample kit (B74999T9999M099) consisting of ten different types of ultra-compact TVS diodes. Five of them belong to the general-purpose GP series, which protects against overvoltage on applications such as smartphones, tablets, notebooks, wearables, and network components.

TDK Corporation showcases its sensor innovations and latest passive components for automotive, industrial, and medical applications, power electronics, intelligent motion, renewable energy and energy management at this year’s Sensor+Test and PCIM, taking place in parallel from May 9 to 11 in the Exhibition Center Nuremberg, Germany.

TDK Corporation presents the new sample kit with extremely compact and reliable CLT32 power inductors for power management of ADAS/AD applications. Included in the sample kit, part number B82403X1, are inductors with nine different inductance values ranging from 17 nH to 440 nH. They are designed for saturation currents from 13.5 A to 60 A.

TDK Corporation presents the new, powerful and intuitive CLARA tool (Capacitor Life And Rating Application) for calculating and selecting EPCOS and TDK film capacitors for PCB mounting. The tool offers a versatile parametric search functionality.

TDK Corporation presents the fully revised version 4.0 of the tried and tested Online AlCap Useful Life Calculation Tool for EPCOS aluminum electrolytic capacitors. The tool covers all new high-voltage capacitors (>150 V DC) with screw, snap-in and solder pin connections.

TDK Corporation presents a new, user-friendly tool to help users select the right PTC inrush current limiters (ICL) for a range of different power supply and converter topologies. The intuitive tool is available online and does not need to be downloaded. The selection process is divided into four stages.

TDK Corporation presents its completely revised Magnetic Design Tool with enhanced functionality. The updated tool now enables the fast and easy calculation and graphical representation of application-related parameters for all EPCOS ferrite materials, including new materials for high-frequency switch-mode power supplies, and core shapes. 

TDK Corporation presents the EPCOS FilmCap Service Life Calculation Tool – an attractive new tool for supporting online design. The integral database contains about 250 EPCOS film capacitors from the B3267* and B3277* series for the DC link circuits of converters.

TDK Corporation presents the EPCOS Snubber Cap Finder – an innovative online tool that simplifies and speeds up the search for suitable snubber capacitors to protect IGBT modules against voltage peaks.

Powerful design tools for EPCOS aluminum electrolytic and film capacitors now enable users to calculate the useful life for selected capacitor types under assumed operating conditions.

TDK Corporation presents the new data book for EPCOS Ceramic Transient Voltage Suppressors (CTVS). It contains the extended product range of multilayer varistors (MLV), ESD/EMI filters, CeraDiode^® components as well as leaded transient voltage/RFI suppressors of the SHCV series.

TDK Corporation has expanded its technical support tools for MLCCs: The new DC Bias Model enables designers to simulate DC bias characteristics of MLCCs, even when the DC bias applied to the MLCCs varies.