Atmel QT600 Development Kit
Мушаххасоти
- Модели: Atmel QT600
- Supported Boards: QTouch8, QTouch16, QMatrix 8×8
- Микроконтроллерҳо: ATtiny88, ATmega324, ATXMEGA128A1, UC3L
- Ҷилдиtage: 3.3В
Дастурҳои истифодаи маҳсулот
Connecting QTouch8 with ATtiny88
- Affix rubber stoppers to the boards as instructed.
- Connect the 6-conductor ribbon cable from the ATtiny88 board to the QT600 Interface board.
- Connect the flex cable from the QTouch8 board to the ATtiny88 board.
- Connect the USB cable between your PC and the QT600 Interface board.
- In AVR Studio, click the ‘Con’ button, select QT600 as the Platform and USB as the Port, then click connect.
Programming and Running the Demo
- Configure settings in AVR Studio for ATtiny88 and ISP Mode.
- Set VTarget to 3.3V in the HW Settings tab.
- HEX-ро интихоб кунед file for programming and click Program.
- Disconnect the USB cable after programming is complete.
- Connect the 10-conductor ribbon cable between the TOUCH DATA headers.
- In QTouch Studio, set Application Mode to Analysis Mode and start reading touch data.
Муқаддима
- Looking to take your design to the next level? You have made the right choice in purchasing the Atmel® QT600 Development Kit. It allows you to demo Atmel button, slider, and wheel technology and add additional modules/boards.
- The kit also enables you to validate your own design/board while leveraging the best touch and microcontroller solutions available.
Нармафзори навтаринро зеркашӣ кунед
- Барои оғоз кардан, боздид кунед http://www.atmel.com/qtouchsuite and download four pieces of software.
- Atmel QTouch Studio® (version 4.3 or later) – Visual Studio + .NET (version 3.5 or later)
- Atmel AVR® Studio (version 4.18 or later) AND ALL Service Packs (SPx)
- Atmel QTouch® Library (version 4.3 or later)
- GNU Compiler – Download at http://sourceforge.net/projects/winavr/files.
- Расм 1 – The Atmel QT600 Evaluation Kit includes these microcontroller and sensor boards
- The photo above shows three sets of boards (sensor board and corresponding microcontroller board).
- QTouch8 with the ATtiny88
- QTouch16 with either the ATXMEGA128A1 or the ATmega324
- QMatrix 8×8 with either the ATXMEGA128A1 or the ATmega324
- UC3L MCU board in 2011
- Affix the rubber stoppers to QTouch8 (4), QTouch16 (4), QMatrix 8×8 (6), and the QT600 main controller board (4), leaving two spares.
- Расм 2 – Close-up of the Atmel QT600 interface board and location of the VTG
- Шарҳ: On the main QT600 control board, make sure the jumper is in place on the VTG. The board should be configured as above.
Connect the kit modules
- QTouch8 with ATtiny88
- Choose the QTouch8 and the ATtiny88.
- Open the Atmel AVR Studio®
- Select Open in Project Wizard window
- Select C:\Program Files\Atmel\Atmel_QTouch_Libaries_4.3\Generic_QTouch_Libraries\AVR_Tiny_Mega_ XMega\QTouch\ example_projects\QT600_ATtiny88_gnu_qt8
- Connect the 6-conductor ribbon cable from the ISP header on the ATtiny88 board to the ISP/PDI header on the QT600 Interface board
- Connect the flex cable from the QTouch8 board to the ATtiny88 board
- Connect the USB cable between your PC and the QT600 Interface board (Three LEDs should light up—then hold the button down for five seconds until the ‘Touch Data’ LED turns off)
- In AVR Studio, click the ‘Con’ button on the top toolbar
- Select QT600 as the Platform and USB as the Port, and then click Connect
Program and run the demo
- Ҷадвали асосӣ -ро интихоб кунед
- Device and Signature Bytes = ATtiny88
- Programming Mode and Target Settings = ISP Mode
- Settings ISP Freq = 200.0kHz (click Write)
- Select the HW Settings tab
- VTarget = Target Voltage: 3.3V (click Write)
- Select Program tab
- Флеш
- Input HEX File = C:\Program Files\Atmel\Atmel_QTouch_Libaries_4.3\Generic_QTouch_ Libraries\AVR_Tiny_Mega_XMega\QTouch\example_projects\QT600_ATtiny88_gnu.hex
- Click Program (STATUS LED on Interface Board turns red during programming, then back to green when programming is complete)
- Disconnect the USB cable fromthe PC
- Remove the 6-conductor ribbon cable
- Connect the 10-conductor ribbon cable between the TOUCH DATA headers on the ATtiny88 and interface boards
- Reconnect the USB cable to the PC
- In Atmel® AVR Studio®, click on the ‘QT’ icon
in the toolbar to launch Atmel QTouch Studio® - In QTouch Studio
- Make sure that the Application Mode on the left side is set to Analysis Mode
- Just below (under Touch Data Read Control), click Start Reading
- QTouch Studio is now reading touch data from your QT600. You will see changes in the Virtual Kit View as you touch the sensor regions on the QTouch8 board.
- Расм 3 – Atmel QTouch8 Sensor Board Displayed on CPU Monitor
- Расм 4 – Complete Set-up for the Atmel QTouch8 sensor board: The sensor board is connected to the ATtiny88, which in turn is connected to the interface board
Connect Kit Modules
- QTouch16 with ATmega324 and QMatrix 8×8 with ATXMEGA128A1
- By using the table below and following the same procedures as in step number 1 above, you can program and run both of these boards
| Sensor Board / MCU Board | 1.2)
Ба Барнома |
1.6.1)
Main Lab – Device and Signature Bytes |
1.61)
Main Tab – Programming Mode and Target Settings |
1.7)
HW Setting tab |
1.11)
To Program and Run |
1.8)
Program Tab –> Flash Hex Files c:\Programs Files\Atmel_QTouch_Libaries_4.3\ Generic_QTouch_Libraries\AVR_Tiny_Mega_ XMega\ |
| QTouch8 / ATtiny88 | 6-conductor ribbon cable into ISP pins | ATtiny88 | ISP Mode (Settings = ISP Frequency =
200кГц) |
VTarget = Target Voltage: 3.3V (click Write) | 10-conductor ribbon cable into TOUCH DATA | QTouch\example_projects\ QT600_ATtiny88_gnu.hex |
| ATouch16 / ATXMEGA128A1 | 10-conductor ribbon cable into JTAG пинҳо |
ATxmega128A1 |
JTAG Mode (Settings = ‘Target device is not part of a JTAG daisy chain’) | VTarget = Target Voltage: 3.3V (click Write) | 10-conductor ribbon cable into TOUCH DATA | QTouch\example_projects\ QT600_ATxmega128a1_qt16_gnu.hex |
| QMatrix 8×8 / ATmega324 | 10-conductor ribbon cable into JTAG пинҳо | ATmega324PA | JTAG Mode (Settings = ‘Target device is not part of a JTAG daisy chain’) |
VTarget = Target Voltage: 3.3V (click Write) |
10-conductor ribbon cable into TOUCH DATA | QMatrix\example_projects\ QT600_ATmega324_qm64_gnu.hex |
- Расм 5 – Atmel® QTouch16 sensor board displayed on CPU monitor
- Расми 6 – Complete set-up for the Atmel QTouch16 sensor board: The sensor board is connected to the Atmel ATXMEGA128A1, which in turn is connected to the interface board
- Расм 7 – Atmel QMatrix 8×8 sensor board displayed on CPU monitor
- Расм 8 – Complete set-up for the Atmel® QMatrix 8×8 sensor board: The sensor board is connected to the Atmel ATmega324, which in turn is connected to the interface board
Иқтибосҳо
- Atmel QTouch® Library User Guide – http://www.atmel.com/lib/pdf/Atmel_TLib3-1_CreateProjectV14_IAR+GCC.pdf
- Atmel Touch Sensors Design Guide – http://www.atmel.com/dyn/resources/prod_documents/doc10620.pdf
- Қайдҳои дархост - http://www.atmel.com/dyn/products/app_notes.asp?family_id=697
- Atmel® QT600 Application Note – Coming soon
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- © 2011 Atmel Corporation. All rights reserved. / Rev.: QT600QSG
- Atmel®, logo and combinations thereof, TINYAVR®, AVR®, AVR UC3®, AVR STUDIO®, QTOUCH®, QTOUCH STUDIO®, PICOPOWER®, and others are registered trademarks or trademarks of Atmel Corporation or its subsidiaries.
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Саволҳои зиёд такрормешуда
How many spare rubber stoppers are included in the kit?
Two spare rubber stoppers are included for each board. QTouch8, QTouch16, QMatrix 8x8, and QT600 main controller board.
What should I do if the 'Touch Data' LED does not turn off after holding the button for five seconds?
If the 'Touch Data' LED does not turn off, try resetting the connection by disconnecting and reconnecting the USB cable.
Ҳуҷҷатҳо / Сарчашмаҳо
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Atmel QT600 Development Kit [pdf] Дастури корбар QT600, QT600 Development Kit, Development Kit |