Digispark on Attiny85 - connection under Windows 10

From the sandbox

So here I am, a not-young-technician

If you are reading these lines, then something went wrong ... with the connection of this microcontroller. I know, I myself was one day before writing this article, but technomaniac people are~~stubborn~~ stubborn

One could safely use any of the three available arduins or bare Atmega328P-PU / Atmega8-16PU

In the end, just download USB-Linux with arduino ide under it.

Digispark Attiny85

No, this time the light came together on the Digispark and TENS - in vain, what was paying $ 3 for the ESD license ?.

"Well, if I have decided on something, I will definitely drink it," Vysotsky sang, and as you understood, yes!

Okay, with proverbs finished - we boot the computer, go in the BIOS.

We find the device / ports point - USB - yes, Digispark does not work with USB-3

Disable compatible USB3-Disable (Some may simply be set to the port mode - set USB-2 Compatible)

I have this item called xHCI - Disable

Take your time to exit - turn on debugging - Debug-Enable

Again on my bios this function is called differently - EHCI - Enable

Save & Exit

Hood? Have you downloaded Windows?

Take your time to enter ArduinoIde!

Take down for a start All previously installed firewood under digistump / digispark!

Is it done?

WIN-x - execute - regedit - search, look for the digistump in the registry and ruthlessly delete, F3 - search further!

Repeat the procedure with the word digispark.

Control reboot ~~to the head~~ - Windows all the same ;-)

Now we need to make two downloads - the right set of firewood with a loader - micronucleus by reference

Github.com download page

I had this version of micronucleus-2.0a4-win.zip

We also need the ArduinoIde program with Digispark support preinstalled - go here:

Waste under Attiny85 software

we swing the last ArduinoIDE, my version (for 07.06.2018) - DigisparkArduino-Win32-1.0.4-May19.zip, we retrieve contents.

On the 64-bit - it works!

We unpack / set up our micronucleus driver.

Okay, let's start DigisparkArduino version 1.0.4!

Old? And you checkers or go?

~~Its a Sparta~~ - this is Windows!

Sparta, as is - cheap and cheerful!

Lulzov adds the Sparta trademark, under which I have a pulsed soldering iron and a set of screwdrivers.

But do not rush to connect the board to the Usb port!

Choose (in ArduinoIDE) Service-Pay-Digispark (Tiny Core)

Next Service-Programmer-Digispark

Finally it's time to blink an LED ;-)

void setup()
{
    //Set Pins 0and1as outputs.
    //Some Digisparks have a built-in LED on pin 0, whilesome have it on
    //pin 1. This way, we can all Digisparks.
    pinMode(0, OUTPUT);
    pinMode(1, OUTPUT);
}
voidloop()
{
    //Set the LED pins to HIGH. This gives power to the LED and turns it on
    digitalWrite(0, HIGH);
    digitalWrite(1, HIGH);
    //Wait for a second
    delay(1000);
    //Set the LED pins to LOW. This turns it off
    digitalWrite(0, LOW);
    digitalWrite(1, LOW);
    //Wait for a second
    delay(1000);
}

Compile Ctrl-R

Load Ctrl-U (after all, though we have not yet inserted a fee into the USS? THIS IS IMPORTANT !!)

It's time to stick!

That's just after such an inscription below - we turn on the Digispark in the port.

Digispark - he is such a do-it-yourself satellite

otherwise it will blink aimlessly appearing and disappearing in devices - as the first satellite of the earth!

If ALL items were performed carefully and consistently, we will get a similar picture.

Here it is time to bang a bottle of champagne on the system engineer - for launching the Digispark into the water!

And the LED flashing on the board is WIN!

Successful projects to you!

Andrew.

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Digispark on Attiny85 - connection under Windows 10

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