#aisler — Public Fediverse posts

Some pictures from our handsoldering competition at 39C3 — made possible by our generous sponsors. The colourful PCBs were manufactured in Germany by AISLER, and the soldering irons were provided by iFixit.

#handsoldering #handsolderingcompetition #39c3 #ifixit #aisler

A huge thank you to @aislerhq for supporting Les Karibous and Barbadronic for years 🤩
Des PCB de grande qualité, fabriqués en Allemagne, à prix contenu et livrés très vite en Europe.
Thank you for your trust! 🦾
https://aisler.net
#robotique #PCB #electronics #Aisler

I think I've finally finished the boards for the keytar. Unfortunately, I don't know of a convenient PCB manufacturer in the US that offers assembly. I can solder most of them myself, but the board containing 576 LEDs might be a job for a pick-n-place machine. 😅

I'm considering going through @aislerhq to have them made. Has anyone in the states tried them before? Guess I'm worried what the customs situation might look like. 😬 :boost_request:

More keytar updates soon!

#aisler #kicad #pcb #diy #midi #keytar

I think I've finally finished the boards for the keytar. Unfortunately, I don't know of a convenient PCB manufacturer in the US that offers assembly. I can solder most of them myself, but the board containing 576 LEDs might be a job for a pick-n-place machine. 😅

I'm considering going through @aislerhq to have them made. Has anyone in the states tried them before? Guess I'm worried what the customs situation might look like. 😬 :boost_request:

More keytar updates soon!

#aisler #kicad #pcb #diy #midi #keytar

I think I've finally finished the boards for the keytar. Unfortunately, I don't know of a convenient PCB manufacturer in the US that offers assembly. I can solder most of them myself, but the board containing 576 LEDs might be a job for a pick-n-place machine. 😅

I'm considering going through @aislerhq to have them made. Has anyone in the states tried them before? Guess I'm worried what the customs situation might look like. 😬 :boost_request:

More keytar updates soon!

#aisler #kicad #pcb #diy #midi #keytar

I think I've finally finished the boards for the keytar. Unfortunately, I don't know of a convenient PCB manufacturer in the US that offers assembly. I can solder most of them myself, but the board containing 576 LEDs might be a job for a pick-n-place machine. 😅

I'm considering going through @aislerhq to have them made. Has anyone in the states tried them before? Guess I'm worried what the customs situation might look like. 😬 :boost_request:

More keytar updates soon!

#aisler #kicad #pcb #diy #midi #keytar

I think I've finally finished the boards for the keytar. Unfortunately, I don't know of a convenient PCB manufacturer in the US that offers assembly. I can solder most of them myself, but the board containing 576 LEDs might be a job for a pick-n-place machine. 😅

I'm considering going through @aislerhq to have them made. Has anyone in the states tried them before? Guess I'm worried what the customs situation might look like. 😬 :boost_request:

More keytar updates soon!

#aisler #kicad #pcb #diy #midi #keytar

I designed another PCB... Small preview without revealing what it will be. It'll arrive mid January, though.
They will be manufactured by @aislerhq again, using the 20% December discount for using their #KiCad plugin.
It'll have the option to use an AVR DA compatible #microcontroller or a #tinyAVR one - I added options for both that I have in stock (AVR32DA32 and ATtiny814). Since it won't use many pins, I could have used smaller variants, too.
#AVR #AVRDA #ATtiny #pcbdesign #kicad #aisler #pcbdesign

I designed another PCB... Small preview without revealing what it will be. It'll arrive mid January, though.
They will be manufactured by @aislerhq again, using the 20% December discount for using their #KiCad plugin.
It'll have the option to use an AVR DA compatible #microcontroller or a #tinyAVR one - I added options for both that I have in stock (AVR32DA32 and ATtiny814). Since it won't use many pins, I could have used smaller variants, too.
#AVR #AVRDA #ATtiny #pcbdesign #kicad #aisler #pcbdesign

I designed another PCB... Small preview without revealing what it will be. It'll arrive mid January, though.
They will be manufactured by @aislerhq again, using the 20% December discount for using their #KiCad plugin.
It'll have the option to use an AVR DA compatible #microcontroller or a #tinyAVR one - I added options for both that I have in stock (AVR32DA32 and ATtiny814). Since it won't use many pins, I could have used smaller variants, too.
#AVR #AVRDA #ATtiny #pcbdesign #kicad #aisler #pcbdesign

I designed another PCB... Small preview without revealing what it will be. It'll arrive mid January, though.
They will be manufactured by @aislerhq again, using the 20% December discount for using their #KiCad plugin.
It'll have the option to use an AVR DA compatible #microcontroller or a #tinyAVR one - I added options for both that I have in stock (AVR32DA32 and ATtiny814). Since it won't use many pins, I could have used smaller variants, too.
#AVR #AVRDA #ATtiny #pcbdesign #kicad #aisler #pcbdesign

I designed another PCB... Small preview without revealing what it will be. It'll arrive mid January, though.
They will be manufactured by @aislerhq again, using the 20% December discount for using their #KiCad plugin.
It'll have the option to use an AVR DA compatible #microcontroller or a #tinyAVR one - I added options for both that I have in stock (AVR32DA32 and ATtiny814). Since it won't use many pins, I could have used smaller variants, too.
#AVR #AVRDA #ATtiny #pcbdesign #kicad #aisler #pcbdesign

#TimeTravel is not a crime!
Apparently #aisler can ship boards before they have been manufactured.

I wanted to try out a few new things. So, I designed a development board for the AVR DA #microcontroller, the 32 pin #TQFP looked like something I'd be able to hand solder. I really like #UPDI from the ATtiny814. This is the result, my first four layer boards, first time with logos and an image. The image of #Frieren was a bit too small, though. Manufactured by @aislerhq again.
#AVRDA #AVR #devboard #pcbdesign #soldering #KiCad #Aisler #diyelectronics #developmentboard

Since the #powersupply for my #IBM #ThinkPad 755C doesn't work reliably and uses a very strange connector, I unsoldered the socket from the internal board. It came on a handy mini #PCB, which I reengineered in @kicad for a barrel jack. It also has connections for a 20V USB-C PD trigger board that I had lying around.
The boards were manufactured by @aislerhq and fit perfectly. Only the barrel jack was a bit tight since I had to smallen the holes a bit to place it on the board.
Now I just have to decide which to solder back into the #laptop. Will have to try which fits better inside the hole.
#KiCad #Aisler #diyelectronics #hardwaremodding #hardwarehacking #ThinkPad755C #retrocomputing #usbcpd #righttorepair

Since the #powersupply for my #IBM #ThinkPad 755C doesn't work reliably and uses a very strange connector, I unsoldered the socket from the internal board. It came on a handy mini #PCB, which I reengineered in @kicad for a barrel jack. It also has connections for a 20V USB-C PD trigger board that I had lying around.
The boards were manufactured by @aislerhq and fit perfectly. Only the barrel jack was a bit tight since I had to smallen the holes a bit to place it on the board.
Now I just have to decide which to solder back into the #laptop. Will have to try which fits better inside the hole.
#KiCad #Aisler #diyelectronics #hardwaremodding #hardwarehacking #ThinkPad755C #retrocomputing #usbcpd #righttorepair

Since the #powersupply for my #IBM #ThinkPad 755C doesn't work reliably and uses a very strange connector, I unsoldered the socket from the internal board. It came on a handy mini #PCB, which I reengineered in @kicad for a barrel jack. It also has connections for a 20V USB-C PD trigger board that I had lying around.
The boards were manufactured by @aislerhq and fit perfectly. Only the barrel jack was a bit tight since I had to smallen the holes a bit to place it on the board.
Now I just have to decide which to solder back into the #laptop. Will have to try which fits better inside the hole.
#KiCad #Aisler #diyelectronics #hardwaremodding #hardwarehacking #ThinkPad755C #retrocomputing #usbcpd #righttorepair

Since the #powersupply for my #IBM #ThinkPad 755C doesn't work reliably and uses a very strange connector, I unsoldered the socket from the internal board. It came on a handy mini #PCB, which I reengineered in @kicad for a barrel jack. It also has connections for a 20V USB-C PD trigger board that I had lying around.
The boards were manufactured by @aislerhq and fit perfectly. Only the barrel jack was a bit tight since I had to smallen the holes a bit to place it on the board.
Now I just have to decide which to solder back into the #laptop. Will have to try which fits better inside the hole.
#KiCad #Aisler #diyelectronics #hardwaremodding #hardwarehacking #ThinkPad755C #retrocomputing #usbcpd #righttorepair

Since the #powersupply for my #IBM #ThinkPad 755C doesn't work reliably and uses a very strange connector, I unsoldered the socket from the internal board. It came on a handy mini #PCB, which I reengineered in @kicad for a barrel jack. It also has connections for a 20V USB-C PD trigger board that I had lying around.
The boards were manufactured by @aislerhq and fit perfectly. Only the barrel jack was a bit tight since I had to smallen the holes a bit to place it on the board.
Now I just have to decide which to solder back into the #laptop. Will have to try which fits better inside the hole.
#KiCad #Aisler #diyelectronics #hardwaremodding #hardwarehacking #ThinkPad755C #retrocomputing #usbcpd #righttorepair

I designed a #SMD adapter board using @kicad and let @aislerhq manufacture them. They are for #SOT23 on one side and #SOT363 on the other side. They bridge the gap of a #solderless #breadboard, so they are perfect for #prototyping circuits or trying out new components - or as replacement for through-hole parts. I soldered a dual diode #BAV70 on one and a dual NPN/PNP transistor #BC847BPN on a second one to try them out. I'm satisfied how they look, although the white area for labeling is a bit small - I need a thinner pen for that.
You can find the shared project here: https://aisler.net/p/UTAGNLYX (trying out this feature, please give feedback if you use it).
#diyelectronics #soldering #kicad #aisler

I designed a #SMD adapter board using @kicad and let @aislerhq manufacture them. They are for #SOT23 on one side and #SOT363 on the other side. They bridge the gap of a #solderless #breadboard, so they are perfect for #prototyping circuits or trying out new components - or as replacement for through-hole parts. I soldered a dual diode #BAV70 on one and a dual NPN/PNP transistor #BC847BPN on a second one to try them out. I'm satisfied how they look, although the white area for labeling is a bit small - I need a thinner pen for that.
You can find the shared project here: https://aisler.net/p/UTAGNLYX (trying out this feature, please give feedback if you use it).
#diyelectronics #soldering #kicad #aisler

I designed a #SMD adapter board using @kicad and let @aislerhq manufacture them. They are for #SOT23 on one side and #SOT363 on the other side. They bridge the gap of a #solderless #breadboard, so they are perfect for #prototyping circuits or trying out new components - or as replacement for through-hole parts. I soldered a dual diode #BAV70 on one and a dual NPN/PNP transistor #BC847BPN on a second one to try them out. I'm satisfied how they look, although the white area for labeling is a bit small - I need a thinner pen for that.
You can find the shared project here: https://aisler.net/p/UTAGNLYX (trying out this feature, please give feedback if you use it).
#diyelectronics #soldering #kicad #aisler

I designed a #SMD adapter board using @kicad and let @aislerhq manufacture them. They are for #SOT23 on one side and #SOT363 on the other side. They bridge the gap of a #solderless #breadboard, so they are perfect for #prototyping circuits or trying out new components - or as replacement for through-hole parts. I soldered a dual diode #BAV70 on one and a dual NPN/PNP transistor #BC847BPN on a second one to try them out. I'm satisfied how they look, although the white area for labeling is a bit small - I need a thinner pen for that.
You can find the shared project here: https://aisler.net/p/UTAGNLYX (trying out this feature, please give feedback if you use it).
#diyelectronics #soldering #kicad #aisler

I designed a #SMD adapter board using @kicad and let @aislerhq manufacture them. They are for #SOT23 on one side and #SOT363 on the other side. They bridge the gap of a #solderless #breadboard, so they are perfect for #prototyping circuits or trying out new components - or as replacement for through-hole parts. I soldered a dual diode #BAV70 on one and a dual NPN/PNP transistor #BC847BPN on a second one to try them out. I'm satisfied how they look, although the white area for labeling is a bit small - I need a thinner pen for that.
You can find the shared project here: https://aisler.net/p/UTAGNLYX (trying out this feature, please give feedback if you use it).
#diyelectronics #soldering #kicad #aisler

First time ordering custom PCBs. It's the Op-Amp-Tester from Learn Electronics Repair: https://youtu.be/zoHapZsPUPM
I have to wait for some missing components to arrive, but already soldered the first parts.
I ordered the boards from @aislerhq since they are located in Germany.
#OpAmp #OpAmpTester #soldering #diy #pcb #Aisler

Hauerha, ich designe gerade zum ersten mal eine SMD-Platine und bereite sie auch für pick-and-place vor, so dass die Platine auch gleich ab Werk bestückt wird. Das ist ein lustiges Durcheinander von verschiedenen Größen und Typen, da muss man erstmal den Baum vor lauter Wald finden..

Aber #KiCAD und #Aisler s Integration hilft da sehr, seit ich KiCAD zum letzten mal vor 5 Jahren benutzt habe hat sich die Software immens weiter entwickelt!

#elektronik #kicad

hmm, it seems #aisler is drills the vias larger. my data says those should be 0.3/0.6mm vias, but they more look like and measure 0.4/0.6mm