image-hero

Extended CGM patch shelf-life, compact integration, and system-level design simplification

Register now: July 29th, 2026 – 2 sessions available 

  • Session 1: July 29th, 2026, 8 am CEST | 1 pm PST (Asia)
  • Session 2: July 29th, 2026, 8 pm CEST | 1 pm CST (Americas)

Join us to explore Infineon XENSIV™TLV55624-1O magnetic switch, an ultra-low-power position sensing solution engineered to significantly extend the shelf life of continuous glucose monitoring (CGM) patches. This technical session will demonstrate the extreme low current consumption and direct load-driving capability of the newest switch in the XENSIV family. Discover how its compact package and advanced functionalities—including dedicated LOCK and forced sleep modes—ensure optimal component performance with minimal development effort.

 

  • Get exclusive insights to the latest position sending switch for low-power consumption wearables & how to increase shelf life to >1 year
  • Learn how to streamline your system design and reduce BOM costs by eliminating power switch on system level. 
  • Integrate cost-efficient silver oxide batteries seamlessly using the adaptable supply voltage range.
  • Simplify production testing and prevent unintended device deactivation utilizing dedicated functionalities.

 

Portrait Thomas Cemernek
Portrait Thomas Cemernek
Portrait Thomas Cemernek

Senior Product Manager, Infineon Technologies AG

 

 

XENSIV™ TLV55624-1O magnetic switch: Position sensing solutions for CGMs
Explore our latest magnetic switch, an ultra-low-power position sensing solution engineered to significantly extend the shelf life of CGM patches.
July 29, 2026
08:00 ( CET )
Portrait Stefan Hiebl
Portrait Stefan Hiebl
Portrait Stefan Hiebl

Stefan Hiebl, Senior Technical Engineer Magnetic Sensors 
Stefan (28) works in technical marketing for magnetic switches. He is responsible for product definition and application engineering for the TLV55624. As the interface between customer requirements and development, he ensures that solutions are implemented in a practical manner.