Silicon Labs UG377 is a versatile development kit designed to introduce you to the capabilities of the EFM8BB1 Busy Bee microcontrollers. With its on-board USB debugger and breakout headers, the UG377 makes it easy to get started with application development.
The kit includes an EFM8BB10F8G MCU with 8kB Flash, 512 bytes of RAM, and 18 GPIO pins, providing ample resources for various projects. Power options include USB and external sources, giving you flexibility in powering your creations.
The UG377 features a user button and LED connected to the MCU, allowing for simple user interactions and output display. Additionally, the 20-pin expansion header expands the kit's capabilities by providing access to additional I/O pins and peripherals.
Silicon Labs UG377 is a versatile development kit designed to introduce you to the capabilities of the EFM8BB1 Busy Bee microcontrollers. With its on-board USB debugger and breakout headers, the UG377 makes it easy to get started with application development.
The kit includes an EFM8BB10F8G MCU with 8kB Flash, 512 bytes of RAM, and 18 GPIO pins, providing ample resources for various projects. Power options include USB and external sources, giving you flexibility in powering your creations.
The UG377 features a user button and LED connected to the MCU, allowing for simple user interactions and output display. Additionally, the 20-pin expansion header expands the kit's capabilities by providing access to additional I/O pins and peripherals.
Silicon Labs UG377 is a versatile development kit designed to introduce you to the capabilities of the EFM8BB1 Busy Bee microcontrollers. With its on-board USB debugger and breakout headers, the UG377 makes it easy to get started with application development.
The kit includes an EFM8BB10F8G MCU with 8kB Flash, 512 bytes of RAM, and 18 GPIO pins, providing ample resources for various projects. Power options include USB and external sources, giving you flexibility in powering your creations.
The UG377 features a user button and LED connected to the MCU, allowing for simple user interactions and output display. Additionally, the 20-pin expansion header expands the kit's capabilities by providing access to additional I/O pins and peripherals.
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