Giving Remote Vital Sign Monitors the Power to Manage their Energy Needs

Power Supply Cookbook Provides Recipes to Improve the Stamina of Remote Vital Sign Monitors [Empowering Design Innovation](?utm_campaign=FY22_Q2_2021_OCT_INH-Healthcre_WW_Cookbook_EN&utm_medium=email&utm_source=Eloqua&elqTrackId=418748e7fa9a4bb4a23f3709ddec864a&elq=4b2b0aaba93243f1b632fd3cc8dd830a&elqaid=3130&elqat=1&elqCampaignId=1970) | [View as Web page]( MyMaxim: [Login]( | [Register]( Power Supply Cookbook Provides Recipes to Improve the Stamina of Remote Vital Sign Monitors When it comes to measuring vital signs with remote patient monitors, sensor ICs understandably steal the limelight. However, this means that it’s all too easy to forget that a wearable remote monitor can only work for as long as the battery used to power it continues to supply the current it needs to make measurements. That’s where power supply efficiency and power management ICs (PMICs) come in – ensuring that electrons flow from the battery only when they are needed and for as long as possible. Aside from our best-in-class healthcare sensors, we at ADI are renowned experts in power supply design and PMICs. That’s why we have created a [landing page]( dedicated to power supply subsystems specifically for use in remote patient vital sign monitors. We’ve already added the [first chapter]( to what we intend to be a “Power Supply Cookbook” for vital sign monitors and to which we will gradually add more recipes containing all the ingredients you need to rustle up your custom vital sign monitor. So why not dive in and whet your appetite? [Discover More]( [Read First Chapter]( [Support Center]( [Manage Subscriptions]( | [Unsubscribe Maxim Promotions and Events]( | [Unsubscribe from All]( Maxim Integrated (Now Part of Analog Devices), 160 Rio Robles, San Jose, CA 95134 [Privacy Policy]( Follow us: