Industrial IoT Design eBook launched by ROHM and Mouser Electronics

Mouser Electronics, Inc. in collaboration with ROHM Semiconductor announces a new eBook that focuses on efficient components and technologies for use in low-power solutions for industrial Internet of Things (IoT) applications. In Light Up Your Industrial IoT Design, leading experts from ROHM and Mouser offer in-depth articles covering a range of topics, including efficient power consumption, Wi-SUN wireless communication modules, and industrial IoT LEDs.

While IoT solutions offer the potential to improve productivity and safety in a broad range of industries, their deployment can sometimes be limited by inefficient power conversion and utilization. The new eBook from Mouser and ROHM provides worthwhile insights into overcoming these challenges and deploying new IIoT solutions with efficient power management components. Articles include a look at ROHM components for power supply and optimization as well as how IoT solutions can lead to key process improvements across manufacturing and logistics.

In addition to timely articles, the Light Up Your Industrial IoT Design eBook features information and links to 10 ROHM products, including the BD71631QWZ linear charger. Designed to efficiently charge low-voltage and single-cell li-ion batteries, the BD71631QWZ integrates a negative temperature coefficient (NTC) thermistor input to deliver temperature qualified charging. The BP35C5 ultra-compact Wi-SUN FAN-certified wireless module allows designers to build mesh networks of up to 1,000 units, enabling secure communication without complicated control for smart cities and other large-scale applications.

ROHM Semiconductor’s product line available from Mouser includes MOSFETs, power management ICs, IGBTs, LED drivers, and a range of other tools for reliable electrification and connectivity. To learn more, visit https://www.mouser.com/manufacturer/rohm-semiconductor/.

To read the new eBook, go to https://www.mouser.com/news/rohm-iiot/rohm-lightup-ebook.html.