This AVR JTAGICE mkII provides the user a highly. It works with all JTAG and debugWIRE featured AVR devices. The AVR Studio software can be downloaded from Atmel's.

The next image shows us my connection on a breadboard, the red board is simply my power supply that's draining power from my computer USB, you can also connect AA batteries in series in order to get 3V. Power supply is 5V, most AVR 8-bit operate at 1.8 - 5.5V range, but it's always a good idea to check out datasheet. I connected one 10k Ohm resistor to pin 1 and to 5V line, this resistor must always be on RESET pin even while not programming mode. We can observe I left six wires connected to nothing, this six wires will be connected to the AVRISP mkII (connect wires or make a little board).

After a couple of seconds next window should appear. On Device and Signature Bytes we must choose our microcontroller (Attiny13A on this example). After that we must click on Settings button and select 125Khz ISP Frequency. In order to program with AVRISP mkII, programmer must be operating at: (F_CPU) / 4, minimum, which is in my case 1.2Mhz/4 = 300 khz, however it's more recommended programing at: (F_CPU)/8, so going safe would be to operate at 150khz, better set it to 125 khz because it's one standard frequency of our programmer. Now we must click on Read Signature, it should appear something like the picture above, no errors, only OK!

On the console, and a message above some hexadecimal numbers saying 'Signature matches selected device'. Here we may find many errors ocurring. One we mentioned earlier(most common) is bad wiring, check programmer's leds. Bad frequency setting, try lowering frequency. Wrong device selected on combobox.

The worst thing here would be to discover that our microcontroller is burned. Warcraft 3 Map - X Hero Siege 3.45. Windows Vista Admin Rechte. Please refere to troubleshooting of this.