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First revised #hardware #prototype of the #USB #Gameboy Link Adapter is almost finished. Need to remove an unintended #solder bridge and solder the through-hole #GBA link port and programming header. #Nintendo #PokĂŠmon #pokemon #hackaday #oshpark #dirtypcbs #stm32 #retrogaming #diy #maker #pcb #circuitboard #hotplate #multiplayer #retroconsole #gbc #gameboycolor #gba #gamer #gamerguy #geek #nerd --- Posted via Instagram: stf.cc/2CtJIbp
This photo fulfills requirement 2 and 5 of assignment 3.
To take this picture, I used reverse lens macro technique to use my 24-105mm lens as macro lens. To reduce motion blur due to unstable lens mount and shaky hand, I used faster shutter speed and higher ISO. The STM32 chip and components with same vertical position are in focus, while other components are out of focus.
The hacked battery pack, complete with the 9V battery connector and spliced cable hanging off the side. Schematic for the STM32 dev board.
Here's what our board looks like so far. We're keeping the ribbon cables, now the plan is to use them to connect the male headers from the stm32 to matching headers on the protoboard which will then be soldered to all the other devices.
espitek.com/arduino/lap-trinh-stm32-voi-arduino-ide/
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Porting MicroPython (micropython.org) to run on the HiBot M4 microcontrollers (www.hibot.co.jp/jp/products/components_2/titech-m4-contro...) we use in the lab.
Hm... wist niet dat die ARM Cortex-M0 microcontrollers die ik had besteld zo klein zijn đ #stm32 #st #arm #cortex #microcontroller #tiny --- Posted via Instagram: stf.cc/2iMeUur
Porting MicroPython (micropython.org) to run on the HiBot M4 microcontrollers (www.hibot.co.jp/jp/products/components_2/titech-m4-contro...) we use in the lab.