News | The Component Club

Vishay’s M61 Trimmer Offers Industrial Precision in a Compact Form

Vishay’s M61 cermet trimmer offers tuning accuracy, flexible mounting options, and sealed construction for rugged industrial use.

Vishay, Trimmer, Cermet, Resistor, Industrial Electronics, Power Tools, HVAC, Welding Equipment, 3D Printing, Passive Components

Renesas Pushes MCU Performance to 1GHz with New RA8P1 Devices

Renesas RA8P1 microcontroller delivers 1GHz performance, embedded MRAM and AI acceleration for high-efficiency edge AI systems.

Renesas, Microcontrollers, Edge AI, Artificial Intelligence, Machine Learning, Embedded Systems, MRAM, Security, Voice Processing, Vision Processing, IoT, Industrial, Real Time Analytics, AIoT, Neural Processing

Littelfuse Launches Solid-State Relay IC with Integrated Chime Bypass for Video Doorbells

Littelfuse releases CPC2501M solid-state relay IC for smart doorbell chime bypass, simplifying installation and improving system reliability in home automation.

Littelfuse, solid state relay, CPC2501M, video doorbell, chime bypass, home automation, smart home, IoT devices, security systems, building automation, relay IC, voltage controlled switching

Jelly-Like Electrolytes for Flexible Lithium Batteries

UC Berkeley researchers have developed a jelly-like lithium-ion battery designed for soft robotics and wearable electronics. Using a hydrogel electrolyte and a zwitterionic polymer, the battery is flexible, self-healing, and can withstand cuts and bends—all while maintaining decent energy density. Though its cycle life is currently limited, the innovation marks a significant step toward safer, more adaptable power solutions for flexible tech.

flexible batteries, soft robotics, wearable electronics, lithium ion, hydrogel electrolyte, self healing battery, UC Berkeley, energy storage, battery innovation, zwitterionic polymer, battery safety, cycle life, battery research

Cincon Introduces CHM150 Medical DC-DC Converter Series with 2 MOPP Isolation

Cincon CHM150 Series is a 150W medical DC-DC converter family featuring 2 MOPP protection, 5000Vac isolation, CF rating, and efficiencies up to 91.5% in a half-brick package for medical and healthcare equipment.

60601-1, 2 MOPP, CF Rated, Isolated DC-DC Converter, Half-Brick Converter, Power Modules, Healthcare Electronics, Patient Monitoring, Medical Imaging, Surgical Equipment, Life Science Equipment, Conduction Cooling, 150W Power Module

Toshiba Adds Low-Power Quad-Channel Digital Isolators for Industrial Systems

Toshiba's DCL341x0B series includes quad-channel digital isolators with 25 Mbps data transfer, 30 kV/μs CMTI, 3000 Vrms isolation, and power consumption of just 0.18 mA per channel for industrial and embedded applications.

Toshiba, DCL341L0B, DCL341H0B, Digital Isolator, Isolation IC, Signal Isolation, Industrial Automation, PLC, SPI Interface, Embedded Systems, CMTI, Electrical Isolation, SSOP16, Industrial Electronics, Sensors, Actuators, Communication Interface

u-blox Adds Edge ML To ALMA-B2 Bluetooth LE Modules

u-blox has launched the ALMA-B2 wireless module series based on Nordic Semiconductor’s nRF54LM20 platform, combining Bluetooth LE 6.0, Thread, Zigbee, Channel Sounding, and Edge ML acceleration in compact IoT modules.

u-blox, Nordic Semiconductor, ALMA-B2, ALMA-B21, nRF54LM20, Bluetooth LE, Bluetooth LE 6.0, Edge ML, Edge AI, Wireless Modules, IoT, Industrial Automation, Asset Tracking, Smart Home, Healthcare Devices, Thread, Zigbee, Channel Sounding, Arm Cortex-M33, RISC-V, NPU

TDK Targets X-By-Wire Motor Control With ASIL D Hall Sensor

TDK has introduced the HAL 3025 fast Hall sensor for x-by-wire motor control systems, combining 60,000 rpm operation, analog sine/cosine outputs, stray-field compensation, and ASIL D readiness.

TDK, Micronas, HAL3025, Hall sensor, position sensor, magnetic sensor, x-by-wire, steer-by-wire, brake-by-wire, EV traction motor, BLDC motor, PMSM, AC induction motor, ASIL D, ISO26262, stray-field compensation, analog sine cosine, motor control, automotive sensor

NASA Develops New Chip To Allow Spacecraft To Operate Independently

To try and solve the issue with spacecraft needing constant human attention and the issues of long communication round-trips, NASA have recently developed an AI chip that has 500 times the performance of earlier designs. What challenges do spacecraft face, what did NASA develop, and why could it be the future of spacecraft design?

NASA AI chip, spaceflight computing, radiation-hardened processor, autonomous spacecraft, spacecraft autonomy, AI in space missions, NASA Jet Propulsion Laboratory, Microchip Technology, onboard decision making, Mars rover autonomy, space exploration technology, real-time spacecraft control, system-on-a-chip for space, spacecraft data analysis, future of space travel

Toshiba Expands TC75W Comparators for Overcurrent Detection

Toshiba’s TC75W71FU CMOS dual comparator targets fast overcurrent detection in industrial equipment with 30 ns to 45 ns propagation delay, rail-to-rail input and output operation, and a 1.8 V to 5.5 V supply range.

Toshiba, TC75W71FU, comparator, dual comparator, CMOS comparator, overcurrent detection, industrial electronics, protection circuit, rail-to-rail, low voltage, UPS, photovoltaic system, industrial robot, transformer protection, analog IC, TC75W72FU, TC75W73FU, SOT-505, SM8

Vishay’s M61 Trimmer Offers Industrial Precision in a Compact Form

Renesas Pushes MCU Performance to 1GHz with New RA8P1 Devices

Littelfuse Launches Solid-State Relay IC with Integrated Chime Bypass for Video Doorbells

Jelly-Like Electrolytes for Flexible Lithium Batteries

Cincon Introduces CHM150 Medical DC-DC Converter Series with 2 MOPP Isolation

Toshiba Adds Low-Power Quad-Channel Digital Isolators for Industrial Systems

u-blox Adds Edge ML To ALMA-B2 Bluetooth LE Modules

TDK Targets X-By-Wire Motor Control With ASIL D Hall Sensor

NASA Develops New Chip To Allow Spacecraft To Operate Independently

Toshiba Expands TC75W Comparators for Overcurrent Detection

Latest News

Information

Manage

Enquire