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STK200ICE

1. 74HC573 467200 PM Data Entry Key Pad 4 x 3 9 0910 PM Intelligent Alphanumeric LCD 16 x 2 g Ue PSU135 US 110V 13 5V Unregulated wall transformer Almegas PSU135 EU 220V 13 5 Unregulated PSU Almegass PSUSTK UK 220V 15V regulated PSU Almega8515 EE 02 256 Byte 24C EEPROM Almega8535 ATmega16 Related Products E Order Code Description Almegai62 e En NSTK300 Starter Kit for ATmega128 devices Comes with 64 pin Almegat6s TQFP device mounted on custom header Ideal for Almegas2 larger projects Almega323 Serial and parallel port programmer Faster with serial ISP Support only no port option Better low voltage support board support USB port Programmer our best and fastest program Almega64 mer Ideal for production and using multiple program ATmega169 mers from 1 PC DLL available ISP support only AVR Devices We can supply all AVR devices in small or large quanti board support on ties Memories and other devices are also available STK300 Almega103 z ATmega128 Mma alet Helelee Order Code Embedded Results Ltd Tel 44 0 8707 446 807 STK200ICE P O Box 200 Fax 44 0 8707 446 807 Aberystwyth Email sales kanda com STK200ICEU SY23 2WD UK Web www kanda com Simple Plugs into AVR Studio USB or Serial Serial Port or USB versions available Flexible Uses JTAG interface or port head ers on STK200 STK300 or STK500 Easy operation Powered from target Comprehensive D
2. ISP and sockets on STK200 board Altiny12 Altiny13 ATtiny15 ATtiny22 ATtiny2313 ATtiny26 AT90S1200 AT90S2313 AT90S2323 AT90S2343 AT90S2333 AT90S4414 AT90S4433 AT90S8515 AT90S8535 ATmega48 ATmega8 Almega88 Almega8515 Almega8535 Almega16 Almega161 Almega162 Almega163 Almega168 Almega32 Almega323 ISP Support only no board support Almega64 Almega169 ISP support only board support on STK300 Almega103 Almega128 Order Code STK200ICE STK200ICEU LCD Interface connector 14 way connector for Hitachi LCD units complete with con trast resistors and pulse stretching circuitry 3 3V or 5V operation Voltage selection using a single jumper Brownout Built in brownout circuit with single jumper to set 2 9V or 4 5V level ADC circuit Flexible ADC interface with reference pot or user supplied or internal ref erence Supports new ADC features of ATmega devices including differential inputs External Memory 74HC5 73 address latch and Flash RAM sockets Devices available separately EEPROM socket 24C 2 wire memory socket Clock circuit External clock circuit for reliable operation on all sockets Default crystal is 8MHz for Low Voltage devices but board supports crystals up to 16MHz ISP The system uses a parallel port programmer with 10 way ribbon cable using Kanda standard connection as adopted by Atmel and the ISP software is now an industry stan dard T
3. Industry Proven Classic Hardware ISP for all Windows Platforms Application Builder AVR Studio 3 and AVRStudio4 included AVREdit and AVRGCC included JTAGAVR ICE with adapters Contents Target board Board Schematics AVR Al mega162 ISP JTAGAVR ICE Full manual on CD Application Builder AVR Studio 3 AVRStudio 4 AVREdit AVRGCC Code examples AVR datasheets Compatible with Win 95 98 ME Win 2000 NT4 XP Order Code STK200ICE STK200ICEU STK200ICE A complete Starter Kit for AVR microcontrollers with JTAGAVR ICE The best starter kit ever The STK200 supplied by Kanda to Atmel was the most successful starter kit EVER pro duced with over 30 000 sold worldwide Its success was due to Kanda s design concept that it should support as many features as possible but remain really easy to use coupled with our excellent quality control and reliability in manufacture We are pleased to be able to tell you that a new and enhanced version is now available direct from us STK200 ICE Now redesigned with the same easy to use philosophy to include new device support and extra features However we have made sure that it is compatible with previous versions so your older code or training material will still work Includes JTAGAVR ICE with adapters to plug straight in The JTAGAVR is described from page 5 onwards Note JTAGAVR ICE only works with AVRs with JTA
4. 2 1mm barrel connector centre positive See PSUSTK UK PSU135 EU or ATmega88 PSU135 US for suitable PSU wall transformers Almega8515 ATmega8535 Clock Default is 8MHz but can be replaced by crystals up to 16MHz as crystal is in ATmega16 socket Almega161 Almegai62 ATmega163 Programming Interface ISP Almegai638 Almega32 Almega323 ISP Support only no nS of 3 2 Jom a xs board support Almega64 ATmega169 Socket Support DEVICE SOCKET DEVICE SOCKET DEVICE SOCKET ISP support only A O AT90S1200 20D ATmega48 28D ATtiny26 20A STK300 AT9082313 20D ATmega8 amp 28D ATtiny2313 20D ATmega03 AT90S2323 8D ATmega168 28D Altiny12 8D AT90S2343 8D ATmega8 amp 28D ATtiny13 8D Almegai28 AT90S82333 ATmega16 40A ATtiny15 8D AT9084433 ATmega161 40D ATtiny22 8D Order Code AT90S4414 ATmega163 40A AT90S8515 ATmega8535 40A STK200ICE AT90S8535 ATmega8515 40D ATmega32 40A STK200ICEU Almega162 40D Device Support Physical Dimensions 130 x 100 mm 5 inches x 4 inches ISP and sockets Package weight 300g 10 oz on STK200 board e ATiny12 External memory socket for af ATiiny13 AT29C Flash RAM carts e ATiny15 pi Altiny22 ile ATtiny2313 a7 AT ny26 mgs Frete br AT9051200 ingi AT90S2313 mog H AT90S2323 AT90S2343 AT9052333 Accessories a AE Order Code Description a STK200 RAM Flash RAM AT29C256 and Address latch
5. adapter routes the JTAG signals to the correct pin on the AVR device You just need to connect the right adapter to the JIAGAVR and plug it into the right port header on the board 1 3 5 7 vcc 0 2 4 5 cnp website www kanda com email sales kanda com Phone Fax 44 0 8707 446 807 Simple Plugs into AVR Studio USB or Serial Serial Port or USB versions available Flexible Uses JTAG interface or port head ers on STK200 STK300 or STK500 Easy operation Powered from target Comprehensive Debugging or device programming Convenient Compatible with STK200 300 500 Voltage range 3V 5V Firmware updates Use any ISP to update firmware for new devices Breakpoints Data and Program Memory breakpoints plus Break on Change of Program Flow Supports Assembler and HLL Source Level Debugging Device Support ATmega16 ATmega162 ATmega169 ATmega32 ATmega323 Almega64 ATmegai28 AT90CAN128 New AVR devices will be supported as they are released Order Codes JTAGAVR JTAGAVRU STK200ICE STK200ICEU STK300ICE STK300ICEU AVR Custom User Interface If you want to create your own interface please note the following points A minimum of 6 wires is required to connect the JTAGAVR to the target board These signal are TCK TDO TDI TMS VTref or VCC and GND The VCC is connected to VTref on the JTAGAVR board because the JTAGAVR requires a power supply from target boa
6. described later However your target system may not have this interface e g STK200 STK3800 or STK500 because they use the standard Kanda ISP header layout Therefore we have included port adapters in the kit that allow you to plug the JTAGAVR directly onto the port headers on these boards This means that you can include JIAGAVR in your existing development system without hav ing to mess around with wires and soldering irons hassle free integration The JTAGAVR gives you instant In Circuit Emulation at the lowest possible cost with the added bonus of device programming using the same hardware We also supply JIAGAVR with an STK200 or STK300 Kit if you do not already have any development hardware USB versions are also available What is On chip Debugging OCD The JIAGAVR differs from a traditional In Circuit Emulator ICE because the JTA GAVR uses On Chip Debugging OCD A traditional Emulator is a device built to emulate the behaviour of a single device or a group of devices whereas the JTA GAVR interfaces to the internal On Chip Debug system inside the target AVR This provides an interface and a method for monitoring and controlling code execution in a physical AVR device through the JTAG interface This OCD logic can be used to control the execution of code in the device So while a traditional Emulator emulates device behaviour the JTAGAVR will take control of the device and execute the code on the actual device Using the OCD s
7. here This interface is present on some development boards eg E El STK501 URE E If your target system has this interface simply plug in the JTAG TDI tool without any adapters STK200 STK300 and STK500 Interface ITAG Two interface adapters are supplied to allow the JTAGICE to be connected directly to the port head ers on these boards Different AVR devices have the JTAG port on different device port pins which is why two interfaces are supplied type A and B The adapters correctly route the JTAG signals GND and VCC pins so that you just need to connect the adapter to the correct port header on the STK200 STK300 or STK500 and plug in the JTAGICE Adapter Box Headers face inwards Connect JTAGICE to top header Top Header has keyway Port Headers ja STK200 AVR Type JTAG Interface Connection ATmega128 TDI PF7 Connect Adapter A to Port F header on STK200 STK300 or ATmega64 TDO PF6 STK500 Also called Analog header on STK300 ATmega169 TMS PF5 ATmega165 TCK PF4 ATmega325 625 ATmega3250 6250 AVR Type2 JTAG Interface Connection ATmega32 TDI PC5 Connect Adapter B to Port C header on STK200 STK300 ATmega323 TDO PC4 or STK500 ATmegai6 TMS PCS TCK PC2 AVR Type3 JTAG Interface Connection ATmega162 TDI PC7 Connect Adapter A to Port C header on STK200 STK300 TDO PC6 or STK500 TMS PC5 TCK PC4 Edge of STK200 300 500 Layout of port headers on STK200 STK300 and STK500 is shown in this diagram The
8. 00 300 500 Adapter PC running Port Header AVR Studio AVR Board USB Adapter JTAG Port l JTAG Header Serial Port 3 JTAGAVR USB Port lt Serial Lead website www kanda com email sales kanda com Phone Fax 44 0 8707 446 807 Simple Plugs into AVR Studio USB or Serial Serial Port or USB versions available Flexible Uses JTAG interface or port head ers on STK200 STK300 or STK500 Easy operation Powered from target Comprehensive Debugging or device programming Convenient Compatible with STK200 300 500 Voltage range 3V 5V Firmware updates Use any ISP to update firmware for new devices Breakpoints Data and Program Memory breakpoints plus Break on Change of Program Flow Supports Assembler and HLL Source Level Debugging Device Support ATmega16 ATmega162 ATmega169 ATmega32 ATmega323 ATmega64 ATmegai28 AT90CAN128 New AVR devices will be supported as they are released Order Codes JTAGAVR JTAGAVRU STK200ICE STK200ICEU STK300ICE STK300ICEU AVR Running JIAGAVR Once the JIAGAVR is connected and powered up as described above then run AVR Studio Open a project and AVR Studio will search for the JTIAGICE Note Disconnect or power down any other AVR Studio compatable tools or Studio may find them first If JTAGAVR finds a powered board it will attempt to read the device ID If no ID can be read then check the follo
9. G Interface see page 6 Supplied with ATmega162L STK200 board You need hardware that supports all your needs but does not take weeks to understand The classic target board is effectively laid out to give you access to all the peripherals of the different AVR devices Cee CEE EEGE ris a x ee G i ERC EREHE ae PPP Pe eee ea bs ig r E EE h LENSE F a p a Mie tir rree rap ee 7 F E EErEE T a ra Peer h TI i a ad Unlike other starter kits the STK200 is simple to use and does not require a box full of leads and jumpers Nor do you have to spend hours studying the manual before you can do any thing L memen oe ed E E TETTIE ETETETT re FEFFFEF i bbb bittigasn Py TEELLIAtee tise ie et E ae a But you still get all the features you need Sockets for different devices 1 x 8 2 x 20 1 x 28 and 2 x 40 pin sockets to support all device pin outs Port Headers 0 1 2 54mm DIL headers for all ports including a Vcc and Ground pin for external circuitry Features multiple Port B headers to correctly route signals on smaller devices and retain compatibility with original STK200 boards 8 way bar LED and 8 Switches Can be connected to any available port using short 10 way leads supplied RS232 circuit Full specification RS232 port with DB9 connector Clock Port Pin select on smaller devices to free extra I O pin if not programming Device Support
10. GAVR has a limited amount of hardware breakpoints 3 general purpose GP hardware breakpoints are available In addition there is a special break on change of program flow option which can be enabled The 3 GP hardware breakpoints can be used as 3 general purpose breakpoints 2 general puspose breakpoints and 1 data break point 1 general purpose breakpoints and 2 data breakpoint 1 general purpose breakpoints and 1 masked SRAM breakpoint 1 general purpose breakpoints and 1 masked Flash breakpoint Break on change of program flow can be enabled or disabled regardless of which other break point options are used AVR Studio will keep track of which modes are used and will give a warn ing if too many breakpoints are used The JTAG documentation states that 4 GP breakpoints are available This is correct but in the JTAGAVR one breakpoint is permanently used for internal JTIAGAVR usage The three other are freely available Software Breakpoints Note that software breakpoints are not supported in this release Firmware from AVR Studio ver sion 4 10 Build356 website www kanda com email sales kanda com Phone Fax 44 0 8707 446 807 Simple Plugs into AVR Studio USB or Serial Serial Port or USB versions available Flexible Uses JTAG interface or port head ers on STK200 STK300 or STK500 Easy operation Powered from target Comprehensive Debugging or device programming Convenient Compat
11. d serial lead JTAGAVR Interface plus adapters and USB adapter JTAGAVR plus adapters serial lead STK200 Board C Compiler etc JTAGAVR JTAGAVRU STK200ICE STK200ICEU JTAGAVR plus adapters USB adapter STK200 Board C Compiler etc JTAGAVR plus adapters serial lead STK300 Board C Compiler etc JTAGAVR plus adapters USB adapter STK300 Board C Compiler etc AVR AVR Studio and Atmel are Registered Trade Marks of Atmel Corp San Jose CA USA STK300ICE STK300ICEU website www kanda com email sales kanda com Phone Fax 44 0 8707 446 807 Simple Plugs into AVR Studio USB or Serial Serial Port or USB versions available Flexible Uses JTAG interface or port head ers on STK200 STK300 or STK500 Easy operation Powered from target Comprehensive Debugging or device programming Convenient Compatible with STK200 300 500 Voltage range 3V 5V Firmware updates Use any ISP to update firmware for new devices Breakpoints Data and Program Memory breakpoints plus Break on Change of Program Flow Supports Assembler and HLL Source Level Debugging Device Support ATmega16 ATmega162 ATmega169 ATmega32 ATmega323 ATmega64 ATmega128 AT90CAN128 New AVR devices will be supported as they are released Order Codes JTAGAVR JTAGAVRU STK200ICE STK200ICEU STK300ICE STK300ICEU AVR Using JIAGAVR with STK200 STK300 STK500 Connect the JTAGAVR to the PC as
12. described above Choose the correct adapter A or B marked on front of board depending on the AVR device selected see table on page 2 Plug the adapter into the end of the JTAGAVR lead it can only be inserted the right way round Plug the adapter onto the correct port header on the STK board Port C or Port F Port F is called Analog header on STK300 Again this depends on the device being used as listed on Page 2 STK200ICE supplied with ATmega162 so use Adapter B and connect to Port C STK300ICE supplied with ATmega128 so use adapter A on Port F Analog The adapter is connected with solder side out as shown in picture below Reset Lead A reset lead is supplied to enable JTAGAVR to control Reset Line This does NOT have to be connected unless the Device has JTAG Disable Fuse set The reset pin on the STK200 is the middle pin on the outside of the 6 way header marked Reset Connect the cable supplied from Reset Pin of adapter to this reset pin On STK300 Reset is the middle outside pin of MISC header 2 ete lilt te Heelan Embedded Results Ltd Tel 44 0 8707 446 807 Fax 44 0 8707 446 807 Email sales kanda com Web www kanda com P O Box 200 Aberystwyth SY23 2WD UK
13. ebugging or device programming Convenient Compatible with STK200 300 500 Voltage range 3V 5V Firmware updates Use any ISP to update firmware for new devices Breakpoints Data and Program Memory breakpoints plus Break on Change of Program Flow Supports Assembler and HLL Source Level Debugging Device Support ATmega16 ATmega162 ATmegai69 Almega32 ATmega323 ATmega64 ATmegai28 AT9O0CAN128 New AVR devices will be supported as they are released Order Codes JTAGAVR JTAGAVRU STK200ICE STK200ICEU STK300ICE STK300ICEU AVR AVR JTAG ICE Complete Debugging for AVR Microcontrollers Introduction Newer AVR devices have a JIAG interface built in The JTAGAVR tool uses this JTAG port for On chip Debugging This is real time emulation whilst the chip is running in the target system It can also use the JTAG interface for programming operations The JTAGAVR works in conjunction with Atmel s AVR Studio software version 4 05 or later AVR Studio is a superb integrated development environment with editors assemblers support for C compilers Simulator and support for hardware ICE such as JIAGAVR So JIAGAVR acts as a hardware interface between AVR Studio and your target system which makes it simple to setup and use It also means that you can debug assembler or high level languages such as C The JTAG interface header recommended by Atmel is used by the JITAGAVR This header is
14. his is a full featured programmer with all programming operations Erase Read Program Verify including all Fuse and Lockbit settings For a full description of the pro grammer see NAVRISP Application Builder boas Appke ator Budim Mi E3 The Application Builder uses simple Dica ATmagaBs is Peripherals wizards to create all your setup M Timer 0 code including ports timers UART M WOT Enable M Timer ADC SPI watchdog and interrupts znan Cycles Bf M interrupts Stack pointer External SRAM m USART access and Boot Block setup Reset F Enable EXT ERAM Access O SA and Interrupt Vector locations can E nat eas 4 also be set Soporate Page for detalis i This powerful feature gives you Uen Moase or Space TAH W in instant source code templates and er ears Peng code examples It also reduces the 1 Cuiput Type ke Assembler nao need to read all the datasheets E Check for Asrombler output p h y before you start your development 2 Select Required Peripherals MB cis saving you time and money J Click Next Button Slack Pointer MFF Detoults Canet Supported devices include ATmega8515 and ATmega8535 Support for all new Timers ADC features External RAM access configuration etc Bootloader support including placing of Reset and Interrupt Vectors Output type can be Assembler or C code Runs under all Windows operating systems Atmel AVR Studio Atmel s superb development environment AVR Studio 4 is included
15. ible with STK200 300 500 Voltage range 3V 5V Firmware updates Use any ISP to update firmware for new devices Breakpoints Data and Program Memory breakpoints plus Break on Change of Program Flow Supports Assembler and HLL Source Level Debugging Device Support ATmega16 ATmegai62 ATmegai69 ATmega32 ATmega323 ATmega64 ATmegai28 AT9OCAN128 New AVR devices will be supported as they are released Order Codes JTAGAVR JTAGAVRU STK200ICE STK200ICEU STK300ICE STK300ICEU AVR Breakpoints continued Breakpoint Instructions Some AVR devices support break point instructions Using break instructions means that the actual instruction is replaced by a break instruction in the Flash memory during debugging By using break instructions an unlimited number of breakpoint can be used Since the actual instruction is replaced by a break instruction the flash page has to be re programmed when adding or removing a breakpoint The break instructions are thus slower to use than hardware breakpoints AVR Studio controls the breakpoints and full instructions are given in our user manual JTAG Programming In addition to using the JTAGAVR as an On Chip Debugger it can also be used as a programmer The JTAG programming interface is launched from AVR Studio Activate the menu option Tools gt STK500 to open the programming interface AVR Studio will search the COM ports for the JTA GAVR Note that AVR Studio searche
16. on the CD so you do not have to download it It includes full editor assembler and simulator for all the AVR devices It is project based so that you can keep all your files together without any hassle This is the best microcontroller development environment available from any manufacturer AVREdit The AvrEdit is a freeware program developed by Hae Kwon Hwang This Windows pro gram is not a compiler itself but an editor IDE to easily use the free GNU C compiler Device Support ISP and sockets on aoe AVRGCC It features configurable syntax colouring a simple file browser a makefile SORE generator and even a small bitmap to array editor This version includes AVR GCC 3 2 Altny12 in a complete self extracting installer pn Contents n o paige STK200 Board with AVR device ATiiny2313 NAVRISP Parallel Port Programmer ATiiny26 Programming lead LED and Socket leads JIAGAVR ICE leads and adapters plus serial lead USB adapter on STK200ICEU On CD AI90S1200 Programming software AT90S2313 Application Builder AT90S2323 User Manual ATl90S2343 Code Examples AT90S2333 Board schematics e AT90S4414 Device datasheets e AT9034433 Atmel AVR Studio3 and 4 distributed under licence conditions of Atmel Corp D E AVREdit IDE Editor Hae Kwon Hwang with AVRGCC 3 2 C Compiler AIIS8535 Technical ATmega4s Power Supply requirements The board needs 9 15VDC or 7 12VAC Connector type ATmega8 is a
17. rd nTRST signal is not used for debug or program mode but it is used for upgrading firmware TDO 3 TDO VOL The nSRST is used to control and monitor the ca target reset line This is however not necessary for Y TT correct emulation But if the application code sets TMS the JID bit in the MCUCSR the JTAG Interface T 6 will be disabled To enable the JTAGAVR to repro gram the target AVR it will need to have control of nTRST the Reset pin Tor 9 This picture shows the lines that should be con nected from the target AVR to the JIAGAVR TARGET AVE ITAG AVE Connecting to PC The JIAGAVR uses a standard RS 232 port for communication with AVR Studio or a Virtual serial port on the USB version 1 Connect the DBY connector on the JTAGAVR to RS232 serial port of computer using the serial lead supplied or with the USB version connect it to the DB9 connector on the USB adapter and plug in to USB port 2 Plug JIAGAVR cable onto the JTAG header on a target board if available or use the adapters supplied to connect to the port headers on a STK200 300 500 3 Ensure that the jumper on the bottom of the JTAGAVR is open as shown The jumper is only closed when performing firmware updates When the connection has been made apply power to the target board and the POWER LED on the JIAGAVR should light The ACTIVE LED will light when a communication is made between AVR Studio and the JIAGAVR STK2
18. s through the COM ports in a sequential order so make sure any other AVR Tools are switched off or disconnected as AVR studio will look for all supported AVR tools and connect to the first tool it finds Note that the programming interface also support JTAG Daisy Chain Make sure no other device or application has control of the selected COM port and that there are no active debugging sessions using JTAGAVR Caution 1 If you disable the JTAG Enable fuse you will not be able to communicate with the target AVR using the JIAGAVR 2 To ensure correct programming when using the JTAG interface you must perform a chip erase before programming the Flash or EEPROM 3 Remember to disable the Preserve EEPROM fuse if you intend to reprogram the EEPROM Full Development Kits The JTAGAVR is also available with the STK200 and STK300 kits see below for part numbers With these options you get a full development kit with JIAGAVR In Circuit Emulator with adapters STK200 or STK300 Board with AVR device ATmega162 or ATmega128L NAVRISP Parallel Port Programmer Programming lead LED and Socket leads On CD Programming software Application Builder User Manuals Code Examples Board schematics Device datasheets Atmel AVR Studio3 and 4 distributed under licence conditions of Atmel Corp AVREdit IDE Editor Hae Kwon Hwang with AVRGCC 3 2 C Compiler Order Codes Order Codes Description JTAGAVR Interface plus adapters an
19. wing 1 The target AVR is not connected to the JTIAGAVR Solution Verify that the JTAGAVR is correctly connected to the target AVR 2 The JTAG interface fuse is not enabled on the target AVR Solution Use another interface e g AVRISP to verify that the JTAG enable fuse is set 3 The JTAG interface fuse is enabled but the existing application on the target AVR has set the JTD JTAG Disable bit in the MCUCSR register Solution Holding the target AVR in Reset will prevent the JTD bit from being set by the application code lf the Reset line on the target AVR is connected to the JIAGAVR the JTAGAVR can hold the Reset line during the reprogramming as long as the Hold Reset option is selected 4 JTAG frequency is too high for target frquency Solution Choose Debug Menu gt JTAG ICE Options and reduce JTAG frequency to one quarter of target board frequency When the JTAG ID is read successfully the JTAGAVR will read the lock bit setting If the lock bits are set the JTAGAVR will do a chip erase on the target AVR before proceeding The JTAGAVR will then automatically enable the OCD On Chip Debug fuse on the target AVR Note that the JTAGAVR will also automatically disable the OCD fuse when the debugging session is finished and the project is closed Based on the JTAG ID from the target AVR AVR Studio will configure the correct IO view and setting accordingly Breakpoints Hardware Breakpoints Unlike other Atmel AVR emulators the JTA
20. ystem exact electrical and timing characteristics are achieved The JIAGAVR can operate from 3 volt to 5 volt which enables the JTAGAVR to emulate all AVR devices with the JTAG interface website www kanda com email sales kanda com Phone Fax 44 0 8707 446 807 Simple Plugs into AVR Studio USB or Serial Serial Port or USB versions available Flexible Uses JTAG interface or port head ers on STK200 STK300 or STK500 Easy operation Powered from target Comprehensive Debugging or device programming Convenient Compatible with STK200 300 500 Voltage range 3V 5V Firmware updates Use any ISP to update firmware for new devices Breakpoints Data and Program Memory breakpoints plus Break on Change of Program Flow Supports Assembler and HLL Source Level Debugging Device Support ATmega16 ATmegai62 ATmegai69 ATmega32 ATmega323 ATmega64 ATmegai28 AT90CAN128 New AVR devices will be supported as they are released Order Codes JTAGAVR JTAGAVRU STK200ICE STK200ICEU STK300ICE STK300ICEU AVR Contents JTAGAVR tool with JTAG port interface JTAGAVR firmware update interface STK200 300 500 interface adapters 2 Serial lead CD with user manual AVR Studio and device datasheets USB Interface JTAGAVRU only Interfaces Atmel JTAG Interface TCE TOO TMS YCC GND Y Tref nsksT nl RST GND 0 o The JTAGAVR tool uses the standard JTAG interface pictured ugu

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