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7 Hardware Peripherals
Kit hardware peripherals overview.
7.1 LED

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Preface
1 AVR32LA32 Key Features
The AVR® LA microcontroller family uses the latest technologies from Microchip Technology and features a flexible, low-power architecture, including an Event System, accurate analog subsystems, advanced digital peripherals, and Peripheral Touch Controller.
2 Pinout
AVR32LA32 Curiosity Nano pinout diagram.
3 Board Features
Features of Curiosity Nano, board layout picture, board block diagram, and Curiosity Nano pinout standard.
4 Out-of-Box Demo
This is an interactive demo program.
5 Setup Essentials
Step-by-step project setup and pin-header assembly instructions.
6 On-Board Nano Debugger
This section describes the features and interfaces of the on-board debugger for programming and debugging.
7 Hardware Peripherals
Kit hardware peripherals overview.
8 Power Supply
9 Hardware Revision History and Known Issues
Provides information about the latest board revision, known issues, and differences from previous versions.
10 Document Revision History
11 Appendix
Schematic, Assembly Drawing, Adapter Pinout, Programming External MCUs, External Debuggers
Microchip Information

7.1 LED

One yellow user LED is available on the AVR32LA32 Curiosity Nano board. It can be controlled by either GPIO or PWM. Driving the connected I/O line to GND will activate the LED.

Figure 7-1. AVR32LA32 Curiosity Nano LED0 Block Diagram

Table 7-1. LED Connection
AVR32LA32 Pin	Description	Default Connection
PF5	User LED (yellow), active low	LED0 Edge connector On-board debugger

DS50004120A

The online versions of the documents are provided as a courtesy. Verify all content and data in the device’s PDF documentation found on the device product page.