onsemi Continuous Glucose Monitoring System Solutions
Featuring the CEM102 AFE and RSL15 Bluetooth Wireless MCU
System-level innovation is reshaping the future of medical and industrial electronics. onsemi provides comprehensive microelectronic system solutions that enable manufacturers to design smarter, more efficient products with long-term reliability.
A standout example is the pairing of the CEM102 analog front end with the RSL15 Bluetooth Low Energy wireless MCU. This combination forms a compact, ultra-low power platform for electrochemical sensing and wireless communication. It is ideally suited for applications such as continuous glucose monitors (CGMs), wearable health devices, and connected IoT sensors.
The CEM102 is engineered for amperometric measurements and ultra-low current detection. When integrated with the RSL15, the result is a complete two-channel electrochemical measurement system that operates with minimal power consumption and a small footprint. The system supports a wide supply voltage range and is compatible with common battery types, including 1.5 V silver oxide and 3 V coin cells.
To accelerate development, onsemi offers an evaluation board that includes both the CEM102 and RSL15, along with sample firmware to simplify system setup and measurement routines.
Product Spotlights
Open CEM102 
CEM102 Analog Front End
Optimized for ultra-low current sensing in electrochemical systems
Features:
- Supports 1, 2, 3, or 4 electrode configurations
- High-resolution ADC and multiple DACs for bias control
- Factory-trimmed system for consistent performance
- Abnormal sensor condition detection and host wake-up
- Operates from 1.3 to 3.6 V supply
- Compact footprint for miniaturized designs
Applications:
- Continuous glucose monitors
- IoT sensor devices
- Wearables
- Electrochemical measurement systems
Open RSL15 
RSL15 Bluetooth Low Energy MCU
Secure wireless connectivity with ultra-low power consumption
Features:
- Arm Cortex-M33 processor with integrated power management
- Bluetooth Low Energy 5.2 support
- 80 KB RAM and up to 512 KB Flash
- Flexible GPIO and clocking
- Wide supply voltage range
- Extensive peripheral support
Applications:
- Connected medical sensors
- Industrial automation and sensing
- Wearables
- Asset tracking
- Electronic tags and labels
- Smart appliances
- Energy harvesting switches
System Solution | Block Diagram |
|
|
