Shared Projects

mini nixie clock based on LD8007 and ESP32

multiple SPI (> 2) SPI devices on Raspberry Pi. In this case, 4x MCP3008 ADCs. Seehttps://github.com/elandahl/multiSPI

Open-source lightsaber control board.

BOM:

• U1: MX29L3211 SOP-44
• U2: SN74LVC1G3157 SOT-23
• R1, R2, R3, R4: 10k Ohm 0805
• C1, C2: 100 nF 0805

Use substrate thickness of 0.8mm

NOTE: Support for MX29L3211 was added after DreamShell 4.0 RC 4. To properly detect the MX29L3211 you need to replace /DS/modules/bflash.klf with the latest build of bflash.klf from github

This is the source code for the following shield: https://gitlab.com/arduinoenigma/Infrared-Helicopter-Controller-Arduino-Shield/

Assembly pictures are here: https://photos.app.goo.gl/JP5TNdWQetywnceW7

Very simple ATSAMD21eXX based board (simply a Trinket M0 clone) used as modchip for Nintendo Switch.

Source design files at github.com/apparentlymart/raspi-jtag-hat.

A module that protects power input from overvoltage and reverse voltage.

,

Simple LM386-based amplifier

BOM

Contact me if there are questions.

This Project was inspired by Fran Blanche’s Video about the recreation of a vintage Soviet PCB inside a commemorative model of the Sputnik satellite. This model is an exhibition piece of the Royal Society and nobody knows what its PCB looks like because it is hidden inside the stand. However, the Sputnik model comes along with schematics. Apparently the transistorized circuitry shown there contains some errors which first have to be addressed before we again can enjoy the beeps of the Sputnik (model).

YASB aka Yet Another Sputnik Beeper is my approach to build a working version of this PCB. As Fran did an excellent job with her circuit analysis I shamelessly let my design benefit from this :-). The only difference is the RC bridge R16-C9 which I implemented from the Royal Society’s schematics as is. It turns out that this bridge plays a crucial role in the sound generating process by separating the otherwise continuous howling into single beeps. You can find out more in my lengthier project description.

Since nobody has recently seen the actual PCB inside the Sputnik model we can’t decide wether Fran’s or my approach (which are very similar by the way) is more correct. From the peresent level of knowledge they could both be wrong :-).

Schematics:

3D Model:

Touch Buttons for Volante The Gamepad

The shield board to connect the Arduino Pro Micro to the joystick buttons

An innovative Gamepad with potentiometers as steering wheel and gas/brake pedal. Perfect for playing race simulation games. Made with an Arduino Micro configured as HID plug and play Windows Gamepad. Deploy under CC Creative Common Licence and LGPL GNU Lesser General Public License

Here my GitHub https://github.com/mancio/Volante-The-Gamepad

Here my site with super cool projects. Stay tuned!

The shield board to connect the Arduino Pro Micro to the joystick buttons

An innovative Gamepad with potentiometers as steering wheel and gas/brake pedal. Perfect for playing race simulation games. Made with an Arduino Micro configured as HID plug and play Windows Gamepad. Deploy under CC Creative Common Licence and LGPL GNU Lesser General Public License

Here my GitHub https://github.com/mancio/Volante-The-Gamepad

Here my site with super cool projects. Stay tuned!

The shield board to connect the Arduino Pro Micro to the joystick buttons

An innovative Gamepad with potentiometers as steering wheel and gas/brake pedal. Perfect for playing race simulation games. Made with an Arduino Micro configured as HID plug and play Windows Gamepad. Deploy under CC Creative Common Licence and LGPL GNU Lesser General Public License

Here my GitHub https://github.com/mancio/Volante-The-Gamepad

Here my site with super cool projects. Stay tuned!