Dialog Semiconductor

Reduced system power + higher system performance. Join our webinar on Thurs, 3/18 at 10am ET to learn why switching from Quad to Dialog's Octal SPI NOR Flash just makes sense. http://ow.ly/HYdb50DLa7h #IoT

Visit EENews Europe to learn how to implement an 8-channel analog max/min voltage monitor using the GreenPAK SLG46620. http://ow.ly/76gy50DL9Kh

The GreenPAK SLG46621 lets you easily create a compact device for implementing a 4-20 mA interface for measuring the output of an oxygen sensor to detect out-of-range oxygen concentrations. Visit us online to learn more. http://ow.ly/kARQ50DECgV

What’s in store for the future of connected health? Adrie Van Meijeren explores a few TINY applications such as wearables, smart glucose meters and connected inhalers made possible by advances in BLE in the latest issue of New Electronics. http://ow.ly/Hffp50DL8Ge

We are excited to introduce Dialog's Industrial Edge Computing Solution for IoT and #G deployments. Learn more about our SmartServer IoT and SmartServer Edge - a family of distributed edge servers with a software stack that allows you to build limitless automation, analytics and IoT applications on top of cellular and 5G infrastructure inside enterprises.

We're excited to be expanding our partnership with Telechips! Signal Integrity Journal has details on us being named the preferred power management partner for the Telechips Dolphin series of products. http://ow.ly/EhSl50BXzoL

Meet Norway-based IoT Labs, our new SmartServer IoT Partner. Boasting 25 years’ experience with LonWorks, IoT Labs delivers embedded and cloud solution development, and system integration for applications from street lighting to building automation. Learn about our Partner Program. http://ow.ly/WPtm50BXyk2

You can use our #GreenPAK SLG46536 to design a speedometer that measures and displays the speed of a bicycle wheel using a magnetic #sensor. Check out our app note to learn how. https://www.dialog-semiconductor.com/AN-CM-249

Our new agreement with GLOBALFOUNDRIES to license our NVM RAM technology will allow customers to deliver a new generation of secure IoT and edge-AI applications.

Don't forget to join us tomorrow at 10am ET to learn how our GreenPAK devices can minimize standby power consumption and impact timing control. Register today! https://register.gotowebinar.com/rt/4815311583357895694

Our #GreenPAK SLG46140V lets you create a light-weight and cost-effective SPI digital ISDN telephone handset. Learn more online today! http://ow.ly/spP750BRkX6

Check out this article in EE World Online for a full demo of a #GreenPAK maximum #power point tracker, using the "perturb and observe" topology. http://ow.ly/3EWk50BRksJ

An integral part of any digital system, a single SLG46533 can be configured to work as any of four different types of shift registers - SISO, SIPO, PISO, and PIPO. Discover more advantages of the GreenPAK shift registers in the application note. http://ow.ly/j8jg50BNiHd

Our next webinar is tackling implementations of AC power control using phase-cut and cycle-skip control solutions. Sign up to join us on Tues, 10/20 at 10am ET. http://ow.ly/fgYM50BNixU

Meet our new UK-based SmartServer IoT Partner, Global Associates. They’re a leading BEMS solutions provider, helping customers significantly reduce energy consumption, enhance profitability, reduce carbon footprints and meet environmental regulations. Learn more about our Partner Program. https://www.dialog-semiconductor.com//systems-and-/partner

Did you know our High Voltage #GreenPAK IC can be used for motor control applications such as designing a smart lock? Check out EEWeb for all the details. http://ow.ly/wZVe50BM9n0

Come join us on Tues, 10/20 at 10am ET for our webinar on how you can use our GreenPAK devices for AC power control. Visit Power Electronics World for all the details on how to sign up today. http://ow.ly/75iZ50BNim1

Our SLG46620V GreenPAK can be used to build a peak detection circuit, which includes a frequency monitor circuit based on the peak-to-peak time calculation of the input signal. Learn how in Embedded Computing Design. http://ow.ly/vMZD50BM8VD