AVR Xmegalab

AVR XMEGA Development Kit and Oscilloscope
AVR Xmegalab
With shipment USPS Ground International 1lb. for $20.00
Base price for variant $249.00
Sales price $249.00
Sales price without tax $249.00
Tax amount
AVR Xmegalab Left
AVR Xmegalab Right
AVR Xmegalab Back
AVR Xmegalab Front
AVR Xmegalab Operation Modes
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The Xmegalab is a development board for AVR XMEGA microcontrollers, a dual channel oscilloscope, an arbitrary waveform generator and a scientific calculator.

Oscilloscope specifications:

  • 2 Analog Channels, 4 Digital Channels
  • Sampling rate: 16MSPS
  • Analog Bandwidth: 2MHz
  • Resolution: 8bits
  • Input Impedance: 1M?, 15pF
  • Buffer size per channel: 256
  • Max. Input Voltage: +/- 25V

AWG specifications:

  • 1 Analog Channel
  • Maximum conversion rate: 1MSPS
  • Analog Bandwidth: 66kHz
  • Resolution: 8bits
  • Output impedance: 50?
  • Buffer size: 256
  • Max. Output Voltage: +/- 2V

Xmegalab features:

  • ATXMEGA128A1 microcontroller with 128KB Flash, 8KB SRAM, 2KB EEPROM
  • External serial SRAM 32KB
  • Arbitrary Waveform Generator, 1MSPS, using the XMEGA's internal DAC
  • SD Card with FAT File System support
  • 4x3 Keypad plus 5 tactile switches
  • 2 Rotary encoders
  • ;Serial Port
  • JTAG and PDI interfaces for development
  • User external connection with digital I/Os or SPI interface
  • Graphic LCD 128x128 pixels with backlight

There are five applications programmed on the device:

1) SD: The SD Card demo is based on ChaN's FatFs demo project. The application will initialize the SD card and initialize the FAT system, then, HyperTerminal is used to interface with the SD Card.

2) AWG: An Arbitrary Waveform generator that outputs the standard waveforms of a function generator and can adjust the frequency, amplitude, offset and duty cycle of the selected waveform.

3) MSO: A Mixed Signal Oscilloscope. It has all the common features found on most digital scopes and more: Individual channel control, trigger control, math, spectrum analyzer, cursors, logic analyzer with parallel and serial decoding, waveform save to SD card, multimeter mode.

4) CHESS: Chess game. The source code is based on Andre Adrian's AVR-Max, a port of Micro-Max by H. G. Muller.

5) CALC: A scientific calculator that uses a recursive descent parser to solve arbitrary math expressions. It can also to plot basic 2D and 3D graphs.


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The xprotolab is great. James Glossinger


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