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The evaluation kit includes an Arduino shield that lets you plug in combinations of these eight sensor modules so that you can create the platform you need for whatever you’re building.
IPM ROHM Semiconductor's is comprised of IGBTs, flywheel diodes, gate drivers, and bootstrap diodes. It is a suitable driving circuit for IGBT devices and ICs, which have protection functionality.
ROHM contributes to improved energy savings for longer battery life in IoT devices and enables direct step-down from 48V to 3.3V required by EVs/HEVs and industrial applications using 2 breakthrough technologies, Nano Energy® and Nano Pulse®.
BM92A21MWV-EVK-001 series from Rohm integrates their USBPD controller IC that supports the USB Type-C Rev1.1 and USBPD Rev2.0 standards for connecting with USB Type-C devices.
The LAPIS Development Board from LAPIS Semiconductor, ROHM Group Company, is a great new development board with Raspberry Pi compatibility that integrates with a fully featured PC app for easy use and configuration.
John Chong, VP of Product Development at Kionix (www.kionix.com) , discusses the many uses of accelerometers, including gesture recognition, screen-rotation and device-orientation, and tap detection.
The BD14000EFV-C self-contained cell balancer IC utilizes a shunt-type supercap balancing method and supports 4-6 cells connected in series.
The KX23H is an integrated sensor hub device, combining a high performance, very low power 3-axis accelerometer with a 32 bit ARM cortex microcontroller in a single 3mm x 3mm x 0.9mm package.
The KMX61G is a high-performance, low-power, magnetometer-accelerometer device enhanced with integrated sensor fusion software and auto-calibration algorithms to deliver the industry's first highly accurate gyro emulation.
EE Web Whiteboard showcasing the KX23H sensor hub and KMX61 mag/gyro combo from Kionix, a ROHM Group Company.
This reference design shows how to utilize the ROHM BU94603 as a I2C slave device with control from the LAPIS ML610Q412 Low Power MCU.
The ML610Q792 sensor hub low power microcontroller from Lapis Semiconductor can be used as a low power pedometer and activity detector or as a pass-through device for external sensors.
ROHM Semiconductor Video Demonstration of the BD26503 Series LED Dot Matrix LED Driver Demo and Eval Kit.
ROHM's IoT solutions for electronification and digitization of the automotive industry.
ROHM supports the integration of IoT in the industrial field by combining 3 technologies (Sensing, Wireless and MCUs)
This innovative design resembles an origami crane and can actually fly! It leverages components and solutions from the entire ROHM Group, including LAPIS Semiconductor’s Lazurite Sub-GHz controller, Lazurite Fly remote control, and many more.
The exciting collaboration between ROHM and Venturi in Formula E highlights the key to success in the all-electric racing series – power management.
ROHM presents a display of lights in the vicinity of the Head Office building
ROHM designs and manufactures integrated circuits (ICs), semiconductors, and other electronic components. These components find a home in the dynamic and ever-growing wireless, computer, automotive, and consumer electronics markets.
ROHM has recently announced the availability of isolated flyback-type DC/DC converter control ICs optimized for inverters in high power industrial equipment such as FA/solar inverters and power storage systems.
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