Breakout to test Lumex' LX0707 addressable rgb leds.

VIDEO EXPANSION FOR BAKED POTATO V5 (2021). This board has three sections.

Section One: (RGB) - THS7374 video amp. Using the LPF may improve video. The purpose of the THS7374 is to ensure RGB is split without degrading the signal. Also it’s 75 ohm outputs can be removed to interface with a SEGA cable with internal 75ohm series resistors.

Section Two: (NTSC Encoder) This includes S-Video (Y/C) and Composite video (CV) outputs. Uses the BH7236AF. On certain consoles there may be a different clock needed for the BH7236AF this is what “XC” is for. Otherwise set jumper “CJ” (clock jumper). There is one jumper for NTSC cross-color filtering on the BH7236AF it is labeled “NTSC”. There are two PAL jumpers labeled “PAL”. Make sure to set these jumpers before installing this board below the V5 RGB board.

Third Section: This is the “YPBPR” section. It takes RGB that is output from the BH7236AF encoder and mixes for PR and PB (Y is already output from this encoder).

Each section requires the section before it to be populated. Section one requires only itself. Section two requires section one. Section three requires section one and two.

There are four header holes on the bottom middle of the board. These act as a way to ensure SOG or YPbPr jumpers are not set on the V5 board.

If you just want RGB and YPbPr just use the V5 board as normal. If you want RGB and Composite and S-Video then populate sections one and two.

If you want everything then populate everything. It should be noted that PB and PR would be a analog conversion of RGB (vs the V5’s digital) so not as good as V5’s native YPbPr output. If you only want RGB to be buffered by section one (so that you can do a SEGA cable or something) then you can still used V5s native SOG and YPbPr. Otherwise, make sure to not set those jumpers. For one you won’t get video out if you set them; for another that could break something.,

I haven’t tested this yet and there are various reasons I went with this design.

Refer to this for further information: https://atariage.com/forums/topic/311814-rgbypbpr-intellivision-thoughts/page/12/#comments

Wireless Switch

Wireless LED Indicator

Meet the Smart IR Transmitter by Black Raven Studios! For more details, check out this github: https://github.com/Black-Raven-Industries/SmartIRTransmitter

Features

• Small form factor of 82mm x 42mm
• Uses ESP32-WROOM-32D module
• Uses 128x64 0.96" inch OLED module
• Uses DS3231 RTC with battery backup (CR2032) for timekeeping
• Powered by 3.7V 300 mAh LiPo battery
• Uses MCP73831 for charging LiPo battery
• Uses TPS63001 Buck Boost Converter IC for efficient 3.3V power supply, with input range from 1.8V - 5.5V
• Uses TPS22919 Load switch to control power to OLED and RTC chip
• Autoselect power source, i.e., battery or USB
• USB Type-C for charging only (no data pins connected)

Github Link: https://github.com/Open-Authenticator/hardware-design

Simple track occupancy detector for DCC model railroads with open-collector output to interface to NCE Auxiliary Input Unit - uses ZMCT103C (1000:1) current transformer rather than 300:1 devices

GPS test board

Board to add a fan on the extruder and lights over the nozzle. The board can fit an array of fan sizes from 20-40 square by 10 deep. The side button is to switch

Incubator control board. This board interfaces the Arduino with the fans, temperature sensor, lights, voltage regulators, and Peltier controller. Uses all through-hole components to make assembly easier for users.

Basics

Holds ESP8266 with level convertor. Attach 5v supply where indicated. Attach WS2812B LED strip to the other side.

Tips

-If you get signal issues there is a through-hole connector which can be just wire or the 470 ohm recommended by the project but you can simply bridge this with wire. -Using WLED with less than the stated amperage (within the software) will mean channel mixed colours will be dull. -To combat this during flashing events a surge capacitor space is provided. However, if you intend to maintain a mixed colour (say white) for more than a fraction of a second get the required power supply amperage.

Warning

This is NOT for use with 12V LED systems as the ESP8266 is powered from the same rail.