32-Bit Arm® Cortex®-M0+ Ceramic Microcontroller
Part Number | SMD Part Number | Flight Grade | LET (MeV-cm^2/mg) | TID krad(Si) | Processor Core | Max Speed | Package |
---|---|---|---|---|---|---|---|
UT32M0R500 | 5962-17212 | QML-Q, QML-Q+ | ≤80 | 50 | 32-Bit Arm® Cortex®-M0+ | 50MHz | 143-CLGA143-CCGA |

Datasheet
Product Brief
White Papers
Software Download Request
Fill out the form below to request a copy of one of the files.
Application Notes
- Functional Manual
- Fact Sheet
- CAN Filtering
- ADC User Guide
- Quick Start Guide
- Board Design Recommendations
- Calculating and Converting Temperature Sensor Codes
- CAN Update Protocol
- CCGA Recommended Footprint
- Comparators
- Creating Projects
- Determining External Clock Accuracy for Asynchronous Peripherals
- Enable the ADC
- Enable the CAN
- Enable the GPIO
- Enable the I2C
- Enable the NFC
- Enable the PWM
- Enable the SPI
- Enable the WDOG
- EVB Users Guide
- GPIO as PWMs
- PCS Temperature Performance
- Power Consumption
- UART Flash Download
- Unused Pin Termination
- Embedded Systems Fundamentals
- X-ray Inspection Considerations
- Double Programming for High Reliability Systems
IBIS Model
ADEPT Notifications
Ecosystems
For space applications demanding the highest reliability and radiant tolerant products, Frontgrade offers the UT32M0R500, 32-bit Arm® Cortex® -M0+ microcontroller.

Our Arm microcontrollers integrate the industry standard Arm Cortex-M0+ processor that supports a powerful set of development and debug tools from Arm. The Arm Keil MDK development kit and ULNK2 debugger are required and may be downloaded from the Arm website. The software development kit contains API library, driver APIs and example source code to aid in the acceleration of your product development.
Datasheet
Product Brief
White Papers
Software Download Request
Fill out the form below to request a copy of one of the files.
Application Notes
- Functional Manual
- Fact Sheet
- CAN Filtering
- ADC User Guide
- Quick Start Guide
- Board Design Recommendations
- Calculating and Converting Temperature Sensor Codes
- CAN Update Protocol
- CCGA Recommended Footprint
- Comparators
- Creating Projects
- Determining External Clock Accuracy for Asynchronous Peripherals
- Enable the ADC
- Enable the CAN
- Enable the GPIO
- Enable the I2C
- Enable the NFC
- Enable the PWM
- Enable the SPI
- Enable the WDOG
- EVB Users Guide
- GPIO as PWMs
- PCS Temperature Performance
- Power Consumption
- UART Flash Download
- Unused Pin Termination
- Embedded Systems Fundamentals
- X-ray Inspection Considerations
- Double Programming for High Reliability Systems