TDK DISPLAYS THE LATEST PASSIVE COMPONENT AND SENSOR SOLUTIONS AT PCIM AND SENSOR+TEST

PCIM and Sensor+Test take place in parallel from June 11 to 13 in the Exhibition Center Nuremberg, Germany.

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• Energy & Power Conversion (Wind, Solar, ESS, Hydrolyzer, etc.): This demo station showcases several key components such as DC link and EMI capacitors as well as high voltage contactors. Highlights include high-temperature DC link film capacitors, an enhanced version of the CLARA (Capacitor Life And Rating Application) web-based tool, and safety-related EMI capacitors. Also new is the second generation of ultra-compact aluminum electrolytic capacitors.
• Heat Pump: To efficiently operate heat pumps, pressure and temperature sensors are needed. This demo station shows TDK's integrated pressure and temperature sensors that reduce costs by significantly lowering the number of components. Also, other key components are shown like PFC and common-mode chokes.
• EV Charging: Safety is critical to protect passengers, the vehicle, and the charging infrastructure. Therefore, highlights of this demo station include the HVC27 series of high-voltage contactors, an X2 Mini EMI capacitor, and the new InsuGate transformer for driving SiC MOSFETs. Reference designs for charging EVs at 22 kW and 50 kW using various key components from TDK are also shown.
• Mobility (ADAS and EV): The currents in EVs can become very high. Therefore, TDK showcases two new series flat wire high current inductors. Using a metal alloy powder as core material, the saturation characteristics of the ERU27M for surface mount and the ERU33M for through-hole mount are much softer than with the standard material.
• Haptic Applications: Touchscreens can pose a safety risk when drivers are distracted from the traffic while operating them. In this demo station, TDK shows how haptic feedback can emulate push buttons and other control elements.
• Multilayer AlN Substrate and Submounts: TDK's new smart AlN multilayer substrates and packages push the boundaries of high-power devices in terms of power density, heat dissipation, reliability, and the most compact footprint. Aluminum nitride's key properties are higher thermal conductivity compared to other ceramics and substrate materials, and a thermal expansion coefficient that matches that of silicon as well as SiC and GaN.

• Hall-effect Automotive Sensors: Stray-field robust 3D Hall-effect position sensors for various automotive applications, like position measurement in high-speed e-motor applications like electro-mechanic or electro-hydraulic brake systems (HAL 302x), or steering wheel applications (HAL/R/C 39xy).
• TMR Automotive Sensors: TMR half-bridge sensors for space efficient motor control applications with scalable functional safety and accuracy levels (TAS2240) or as chipset together with the ASA 2310 TMR front-end IC as resolver replacement.
• MEMS Motion sensors: True Wireless Stereo (TWS) devices showing 360° spatial audio and active noise cancellation, enabled by ultra-low power VibeSense360™ motion sensor solution.
• Ultrasonic Time of flight (ToF) sensors: Ultrasonic sensing wake-up with power-saving smart detection, enabled by SmartSonicTM presence detection and obstacle avoidance.
• SmartEdgeML Machine Learning: Advanced edge machine learning solution to run ultra-low power ML models on a 6-axis IMU chip, enabling new possibilities for IoT products like wearables, hearables, and AR glasses.
• Pressure sensors: Pressure-temperature sensors for thermal management, and pressure sensors for fuel tank leakage detection, and for industrial applications.
• Temperature sensors: Industrial surface temperature sensing and automotive temperature sensors including an e-motor busbar sensor, an e-motor small case series, clip-on sensors for heat pumps, and a sensor for high-voltage.
• Embedded motor control solutions: HVC 5x, a new family of programmable system-on-chip (SOC) motor controllers for driving small stepper, brushed (BDC), and brushless (BLDC) motors in automotive and industrial applications.
• Ultrasonic sensor modules: This module can detect objects and measure distances in challenging environments, including full sunlight, translucent targets, and vibration, in autonomous mobile robots (AMR) or autonomous guided vehicles (AGV).
• Acoustic Data Link (ADL): This technology uses acoustic material waves instead of electromagnetic waves, making it possible to transfer data and electrical power through hermetically sealed metal surfaces without a hole.

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