Tiny PMIC targets wearables

April 10, 2017

Susan Nordyk-April 10, 2017

Operating with battery voltages down to 0.7 V, the MAX20310 PMIC from Maxim combines two buck-boost outputs with two LDO linear regulators and power-management features like a push-button monitor and sequencing controller. According to the manufacturer, the PMIC allows designers of primary-cell wearable medical and fitness devices to reduce solution size by as much as 50%.

The tiny MAX20310 uses a single-inductor, multiple-output architecture that integrates four power outputs from a single inductor, each with ultra-low quiescent current. This high integration not only halves solution size, but also slashes quiescent current consumption by over 40% during sleep or standby mode compared to discrete solutions.

Continue reading on Embedded's sister site, EDN: "PMIC reduces wearable-device size."

 

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