digispark attiny85 3d models

To continue to use DIP packages for both ATTiny85 and MAX7219 chips, standard IC sockets are mounted on the back by flattening out the pins and soldering them like an SMD device. LED bar graph displays are used instead of individual LEDs. Two 10...

Aus diesem Grund habe ich den PiezoControl entwickelt, der auf einem Attiny85 Microcontroller basiert, um die Konfiguration wesentlich zu erleichtern und weitestgehend zu automatisieren. Dieser verarbeitet die analogen Signale des Piezo und löst...

For this project, I used items I had on hand like: - Wemos D1 mini pro - ATTINY85 (wind speed, rain) - ATTINY24 (wind direction) - BME280 (temp, hum, pressure) - Solar panel 150x150mm - 3 NiMh cells Operation is as follows: The ATTINYs are connected...

Github Wiki for Attiny85 code and pcb files: https://github.com/Rick-100/Single-motor-3-function-toy-robot-ATTINY85-version/wiki Use the file attiny85_sony_ir_basic_pwm.ino or attiny85_sony_ir_basic_pwm.hex for programming the attiny85. ... EasyEda...

- ATtiny85 - An 8-pin IC socket to house the tiny85 - A M12 button, which is fat but short - A regular PCB tact switch (secure it to the frame with glue) - Micro sliding switch for main power (see picture for the one used) - LED strip (WS2812 or...

Github Wiki for Attiny85 code and pcb files: https://github.com/Rick-100/Single-motor-3-function-toy-robot-ATTINY85-version/wiki Use the file attiny85_sony_ir_basic_pwm.ino or attiny85_sony_ir_basic_pwm.hex for programming the attiny85. ...EasyEda...

It uses NEMA 17 short body stepper from Amazon, DRV8834 driver from pololu, and ATTINY85 CPU. I chose a 3.3V stepper, and the entire circuit is easily powered by a USB battery pack. The motorized gear is entirely optional; the project functions very...

I put together a simple ATTiny85 / Arduino circuit to blink the LEDs, and put the whole thing in a flower pot. I'll post the code for that, it should work fine unmodified on an Adafruit Trinket if you're not into doing your own AVR programming. ...

A tiny ATTINY85 microcontroller serves as the brain behind the knife's breathing effect, a challenging feat considering the compact size and limited space available. ... If you prefer a hassle-free printing experience without the LED components, simply...

To print this project, you'll need the following materials: * PLA for the base and button * 0.4 mm nozzle * Support material for the body You'll also need to print these parts and gather the necessary components: * 1x JQ6500-16P MP3 player * 1x...

Of course, the kužel itself isn't very effective without blinking, so I'm turning to Arduino IDE and ATTINY85 microprocessor now. The device is powered by a CR2032 250 mAh battery (3V) and it's very simple (it only includes a button, battery, LED,...

I printed the design using transparent PLA, opting for a hollow structure since the finished model will feature an ATTiny85 microcontroller connected to an RGB LED via the HSV color spectrum. Once I extract it from hiding (post 14th), I'll upload a...

I use an ATtiny85 chip, six high-intensity red LEDs, a 12V buzzer, and a blue LED in my setup. The X zero axis sensor sends a pulse to the ATtiny, triggering the alarm. When active, pressing the button engages the system. When triggered, it beeps...

See it in action: https://youtu.be/lKnkmp4UNAI To give my project the brains it needed, I opted for an ATTiny85 microcontroller. However, you could easily use a smaller Arduino like a Nano or Pro Micro instead - or even an Adafruit Trinket! Check out...

**What do you need** - 1 x ATtiny85 development board - 1 x Resistor (I'm using a 390ohm) - 1 x SPST momentary push button (normally open) - 1 x USB Extension Cable (desired length) - 1 x 3mm screw - used to hold the female USB connector in place. ...

Check out the demonstration video on YouTube: https://youtu.be/5MLX1hc8Jz4 The module is powered by an ATTiny85 microcontroller, which can be programmed directly from the Arduino IDE. It's a highly efficient design that allows for up to 5 hours of...

Learn more about it at http://www.thingiverse.com/thing:2120692 and check out the tutorial at https://alojzjakob.github.io/Tamaguino/ * Website Traffic Monitor with NodeMcu: Keep track of your website traffic like a pro with this innovative project:...

In my case, I used an ATTiny85 microcontroller and made the LED an RGB LED. The button has two main functions: if you press it in rhythm, the LED will repeat your favourite colour; if you long-press the button, you can select what is your favourite...

LEDs are a WS2812 strip (I used 25 in mine) and an ATTiny85 8 bit AVR microcontroller, running a generic Neopixel sketch (.ino sketch included in the downloads). I drilled a 12mm hole in the side for the DC power jack socket to connect a 5V 2A...

Using two ATtiny85 ICs on a single power supply necessitates a 100nF capacitor directly between Gnd and 5V of both ATtinies. ...One stepper motor rotates the platform: //ATtiny 28BYJ full step mode int MA = 0; int MB = 1; int MC = 2; int MD = 3; int...

A load cell is mounted to the case with two about 15mm M5 bolts and the arm is attached to the load cell with two 15mm M4 bolts. Parts used: 5KG Scale Load Cell With HX711AD Adapter ATTINY85 Micro Usb Development Board For Arduino 128x32 I2C Blue...

To control the LEDs, you'll need a microcontroller like my ATtiny85 MCU. Depending on your printer's power supply, you might also need a step-down voltage regulator, which can be found pre-built or DIYed with a linear or switching regulator. ...Details...

There are plenty of advanced candle-flicker LED projects available, but I was on the lookout for one with a few extra features: - A more realistic flickering effect based on a normal distribution of light intensities rather than uniform random...

Very quiet, but can be driven from a coin cell powered microcontroller. I built this to play Blake 'PROTODOME' Troise's Micro Music Macro Language demo compositions on an ATtiny85. Buy the album! ...<a...

Materials Needed List of Materials Fonte * -1 Transformer 12 + 12V for 1.5A -2 Diodos 1N5406 -1 Capacitor Eletrolitic 3300 to 4700uf x 25V or more -1 Capacitor Ceramic 100nf x 25V or more -1 Fuse 1A x 250V -1 Porta Fuse -1 Power Cable with Plug for...

• Microcontrolador ATTINY85: realizará todo el procesamiento de datos. Su modo de sueño permite la varita a "dormir" si no se ha movido durante un tiempo, muy útil para el ahorro de energía. Es posible sacarlo del modo sleep mediante interrupciones...

LEDs are a WS2812 strip (I used 25 in mine) and an ATTiny85 8 bit AVR microcontroller, running a generic Neopixel sketch (.ino sketch included in the downloads). I drilled a 12mm hole in the side for the DC power jack socket to connect a 5V 2A wall...

I went for Attiny85 with random settings for lights. Most of the holes are 3mm for the homes and church and I use the candle lights on most. The main hole for the Christmas tree at top I put a 5mm hole for larger light. I've attached the Schematics...

It works using mains AC power and an AC to DC PSU, which powers two main circuits: one rotation controller, controlled by an Attiny85 and a RC ESC, and a LED controller on the rotating sphere. Power is provided to the rotating part by two pairs of...

An ATtiny85 microcontroller runs the show with a provided sketch. A picture is taken as the table rotates over a fixed angle, and then a second photograph is made while the table returns to its start position. This process continues until the power...