Hey guys, in this Tutorial I will teach you how to put a PS2 Analog in control of Nintendo 64.
For you who loves this console and want to play their favorite games, but its Analog is Screwed? THERE IS A SOLUTION!
HOWEVER, YOU WILL NEED A LOT OF PATIENCE. IF YOU HAVE ELECTRONICS KNOWLEDGE, BETTER YET, BECAUSE YOU HAVE LESS DIFFICULTIES. THIS MODIFICATION HAS NO ERROR, FOLLOW ALL THE INSTRUCTIONS AND EVERYTHING WILL BE FINE!
For you put an analog in the N64 Control you will need the CI ATMega8, it will encode the Analog data to the control.
Let's start it now!!!
First of all, for the ATMega8 to acknowledge the analog it will need to be configured, and to configure it to have the STK-200 cable, if you haven't already. YOU WILL CREATE THIS CABLE.
How to make a Cable STK-200
Materials:
-Soldering iron
-Solder
-Plug male parallel port (DB-25 Cable)
-4k7 Resistor (colors: Yellow, Violet, Red and Gold)
-10k Resistor (color: Brown, Black, Orange and Gold)
-10nf Capacitor (Capacitor 103)
-1 USB cable
-Entrance IDE (HD or Burner)
-Floppy Cable
-Wires (Can be USB cable)
-CI 74HC245 CI 74LS245 (can be any one of these Two)
Here's the schematic cable welding STK-200
Description of yarns.
Red: Positive (VCC)
Black: Negative (GND)
The other colored wires are just not to confuse you when welding.
DO EXACTLY THAT!
The Scheme seems a bit odd, but it's obviously not going to be like this!
The "10-pin ISP", is the entrance IDE that you will make a cut, leaving only 10 pins. In the schema, the 10-pin ISP is shown as if it were facing you, check with any ink pin 1 (MOSI), that the schema is represented by the color green.
-Representation of the 10 Pin ISP
-Representation of the Male Plug of the parallel port (DB-25)
*Note the numbering of the DB-25 there in the schema, shown as if you were facing you.
*Don't forget to solder the pins 2 and 12 Together, and also the pins 3 and 11 Together, as it appears in the schema.
ATTENTION: as shown in the diagram, the pins 18, 19, 20, 21, 22, 23, 24 and 25 you will need to weld all together, They will form the negative (GND)
My cable STK-200:
-Weld the back of IDE entry (the first white wire from top to bottom is the MOSI "Pin 1")
-Note the welding of the Resistor and Capacitor, exactly as it is in the schema.
Okay, you already have your Cable STK-200.
Configuring the ATMega8 (Part 1)
Do you remember the Floppy IDE Cable? Yes, he will be connected to the Cable STK-200 and Weld on the ATMega8.
First, you will have to make a cut on the cable (use a hot knife), cut from the RED WIRE!
Cut where marked.
Has to be like this ...
-Straight pins
-The other ends are welded on the ATMega8
Follow this scheme:
Thats what youre seeing in the middle of the picture is not an umbrella, are just wires and shadow so you dont get confused!
-USB CABLE
*The USB cable has 4 wires (black, green, white and red) Cutting the white and green Wires.
*The USB cable will be used to feed the ATMega8 on configuration.
-Wire GND, Weld on pin 8
-Wire VCC, Weld on pin 7
Fit it as well, as shown in the photo.
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Now let's Configure the ATMega8.
There's still a lot of work ahead of us!
Configuring the ATMega8 (Part 2)
Before you can configure the ATMega8, you have to download two files.
-BASCOM AVR
-ATMega8 Configurator
1- Extract BASCOM AVR
*Install Setup
*Go to the Crack folder and copy the file bscavrl.dll
*Paste in the folder where the Bascom AVR was installed.
*RESTART YOUR COMPUTER (If not reset, the program will not work)
2- Extract the file ATMega8 on the desktop
3- Connect the cable STK-200 on your PC and connect the USB cable
-Open the program.
-Go to Options and then click in Programmer
-Choose the option "STK200/STK300 Programmer"
-Let only those two options are marked, and then click OK.
-Go to File, click Open and browse to the Atmega8 you extracted on the Desktop.
-Open the file "N64_stick_mega8_rev4.bas"
-After opening the file, click in "Compile Program".
-Then click "Program Chip".
-A new window will appear, click in "Auto Program Chip".
-Soon after, click in "Lock and Fuse bits".
-Choose the option: "100100:int RC Osc. 8Mhz"...
-Then click in "Write FS".
-Now, just click on "Exit Programmer" and close the BASCOM AVR
Remove the STK-200 Cable from your PC.
SUCCESS, YOUR ATMEGA8 IS CONFIGURED.
Placing the analog in control.
Materials:
-PS2 Analog (Can also be of GameCube or Xbox 360)
-Wires
-N64 Potenciometer
-Box where the Original N64 Analog
-100nf Capacitor (Capacitor 104)
First, Unsolder the ATMega8 from STK-200, BUT DO NOT REMOVE THE RESISTOR!
-Analog
-Analog
-N64 Potentiometer
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| There are two models, I recommend the first image. |
-ATMega8
1- Take the analog and break those legs.
2- Solder the wires, as shown in the image.
3- Cut a piece of sturdy plastic and glue with Loctite Super Glue in Analog.
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| *This plastic will serve to make the analog in a good position. |
4- Solder the four wires in analog (Weld equal to image).
*Use wires of USB cable
-White: Y-Pot
-Green: X-Pot
-Red: Positive (VCC)
-Black: Negative (GND)
5- Fix the analog. (Use Super Glue)
6- Unsolder the cable of the Potentiometer
After welding.
*Will do almost anything to stay that way, so will be easier when put in control.
Analog button
Now just do the Assembly.
That's it, your control is ready to run!
I HOPE YOU ENJOYED IT!
IF IT WORKED, JUST LIKE IN MY VIDEO: http://www.youtube.com/watch?v=GpA8BLcwdis
P.S: I am Brazilian, I'm sorry if the translation was not good.
Any Doubt, make a comment!
5- Fix the analog. (Use Super Glue)
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| Coloque no centro |
6- Unsolder the cable of the Potentiometer
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| Sequência dos Fios |
If you prefer, take a hammer and break the pot.
Welding schema.
After welding.
Analog button
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| I cut the edge of the Analog button, so the movement looks better. |
Now just do the Assembly.
That's it, your control is ready to run!
I HOPE YOU ENJOYED IT!
IF IT WORKED, JUST LIKE IN MY VIDEO: http://www.youtube.com/watch?v=GpA8BLcwdis
P.S: I am Brazilian, I'm sorry if the translation was not good.
Any Doubt, make a comment!
