@kaia it is a Flux Hexa 60W CO2-Laser
https://chaotikum.org/nobreakspace/inventory/fluxhexa/
@kaia it is a Flux Hexa 60W CO2-Laser
https://chaotikum.org/nobreakspace/inventory/fluxhexa/
Fuck, i forgot my key...
Good thing i always keep a spare one around!
@trollhacks i feel this one just to good...
:D
Want to try simulating #ASIC logic gates with #kicad It’s never been easier thanks to Aki Van Ness (https://chaos.social/@lethalbit)! Check the latest #yosyshq blog post here:
#onemorelogo vom @chaotikumev im @c4
@tvluke eventuell ist das eine Antwort auf diese Frage (nicht von heute)
Ahhh yes, using Git to save states of #kicad projects be like:
@hanneswittow Lötkolben mit Draht drin :D habe einfach die Spitze mit 3 Kupferdraht Stücken ersetzt.
Profiwerkzeug!
hippity hoppity your transistor is now my property!
@calisti you saw how much parts there are? :D
~3500 sot3 transistors
~2000 0603 Resistors
The only parts i would (and did) solder by hand are the ram chips and gpio expander for the interface.
So i guess the pcbs would come preassembled. But... i will see how it cloud be possible ^^
@calisti noted :D i wonder how a diy or workshop would work 🤔 soldering a own wouldn't be practical nor fun, so it would be more of a "write your own microcode and programs" i think :D
@calisti the pcb is programmcounter of my transistor micro controller. The the part at the pcie connector is to gate the programmcounter increment pin with the clock so it only increments on a rising clock edge.
And the other Part is because i fucked up the output stage of every bit :D the added transistor isolates the sr latch from the bus. Bevor the patch the bus could override the latch.
@hp actually... i dont know yet :D i will measure it once i get it all up and working. But it wont be that much i think 🤔 it will very much depend on the driving voltage, i designed it to work on 5v but anything between ~3v and ~18v should work
@cr1901 hehe yes ^^ it works surprisingly well, tho the initial installing or swapping of a singe card is tricky :D