Automotive test simulation benefits from programmable power supplies with very fast output dynamics.

TDK Corporation announces the portfolio expansion of its Micronas direct-angle Hall-effect sensor family with the HAR 3927. This product uses proprietary 3D HAL pixel-cell technology and addresses the need for ISO 26262-compliant development. 

TDK Corporation has announced the introduction of the 500W rated configurable TDK-Lambda brand XMS500A series of AC/DC power supplies. The series is mechanically designed for effective cooling with a low 1m/s airflow, reducing acoustic noise.

TDK Corporation has announced the introduction of the TDK-Lambda brand CUS350MP series of AC/DC power supplies with medical and industrial safety certifications. The series is rated at 350W convection, 500W with forced air and can deliver up to 1,000W peak power.

TDK has announced the introduction of the 750W rated TDK-Lambda i7A series of non-isolated buck DC/DC step-down converters, packaged in the industry-standard 1/16th brick footprint. The output voltage of these 24V nominal input step-down converters can be adjusted from 3.3 to 18V with a maximum current of 45A.

TDK has announced the introduction of 20A 300W rated models to the TDK Lambda brand i7C series of non-isolated DC/DC converters. The output voltage of these latest step-up and step-down converters is adjustable from eight to 24V, and they are optimised to operate from a wide range input voltage of nine to 36V. The converters transition from buck to boost mode operation without disruption in performance.

TDK Corporation has presented the new EPCOS aluminium electrolytic capacitor series B43548 with snap-in terminals. The capacitors feature an excellent maximum ripple current capability of 9.80 A (400V, 100Hz, 60°C). This makes them well suited for demanding applications in power electronics.

TDK Corporation has announced the introduction of the open frame ZBM20 buffer modules with the capability to provide 380ms additional hold-up for 12, 15 and 24V AC/DC power supplies. The extended hold-up time allows equipment to safely shutdown and avoid data loss. Applications for the modules include industrial automation, robotics and semiconductor fabrication equipment.

TDK Corporation has presented 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.

TDK Corporation has developed new MLJ-H1005 inductors for use in NFC (near field communication). Mass production will begin in February 2021. The inductors' intended use is for the LC filters of NFC circuits. It is necessary for inductors to have narrow tolerances to minimise the loss caused by mismatched impedance with the antenna.

TDK Corporation has announced the introduction of 50V, 400V and 500V output models to the TDK-Lambda GENESYS+ series of programmable power supplies. With output power levels of 5kW, 10kW and 15kW in 1U, 2U and 3U high 19” rack-mount packages, the new G50, G400, G500, GSP50, GSP400 and GSP500 models are fully compatible with the current series.

When the power supply voltage is decreased, voltage fluctuations can become more dangerous, requiring a high-performance DC/DC converter in order to operate within safe parameters. DC/DC converters can help to address these requirements, and power inductors are crucial components that affect DC/DC converters’ performance thereby enabling speed increases in LSIs while significantly reducing power requirements.

TDK has introduced the TDK-Lambda DBM20 DIN rail mount 24V 20A buffer module. The buffer module provides short term hold-up or peak power for loads connected to a 24Vdc output AC/DC power supply. It can supply an additional 250ms hold-up at 448W output power, or two seconds with a 2.5A load.

TDK has announced the introduction of the TDK-Lambda i7A series of 33A 500W rated non-isolated DC/DC buck converters, packaged with the industry-standard 1/16th brick pinout. The output voltage of these step-down converters can be adjusted from 3.3 to 24V and accept a wide range input voltage of 18 to 60V.

TDK Corporation has announced worldwide availability of the InvenSense IAM-20680HP high-performance automotive monolithic six-axis MotionTracking sensor IMU platform for non-safety relevant automotive applications, which includes the IAM-20680HP IMU MEMS sensor and the DK-20680HP developer kit.

TDK Corporation has announced the addition of a 48V, 83.3A 4kW output power supply to TDK-Lambda’s TPS series. The TPS4000-48 operates from an industrial three-phase input. It can automatically run from 400, 440, or 480Vac nominal delta or WYE inputs, without wiring changes or the need for large, costly step-down transformers.

TDK Corporation has announced the introduction of the PXD-M30 series of medical and industrial certified 30W board mount DC/DC converters. With 5,000Vac reinforced isolation between the input and output, these wide input range board mount converters are suited for use in medical, battery powered and industrial equipment.

TDK Corporation has announced the addition of 15, 19, 28, 36, 48V outputs and models with an integral fan to the TDK-Lambda brand CUS400M series. Rated at 400W with forced air cooling and 250W when convection cooled, the family now covers 12 to 48V outputs. A broad choice of mechanical configurations is also available, including open frame versions in the industry-standard 3x5” footprint.

TDK has announced the introduction of the PXG-M series of medical and industrial 15 and 20W board mount DC/DC converters. Certified to the IEC 60601-1 and IEC 62368-1 standards for Medical and Audio/Video, Information and Communication Technology Equipment, the series has 5,000Vac reinforced isolation between input and output.

TDK Corporation has announced the introduction of 12.5A 300W rated models to the i7C series of non-isolated DC/DC converters. The output voltage of these step-up and step-down converters can be adjusted from five to 28V and they accept a wide range input voltage of nine to 53V. The converters seamlessly transition from buck to boost mode operation without disruption in performance.