#soldered — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #soldered, aggregated by home.social.
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Meine Bestellung mit coolem Spielzeug ist direkt von Osjek, Kroatien angekommen! *freu*
https://soldered.com machen echt coole Sachen für #Maker und das auch noch #MadeInEU 👌
Das Lineal hatte ich nicht mit bestellt, gibt es auch nicht im Shop. Offenbar ein Geschenk. Ist Quasi ein Hardware-Nerd-Spickzettel aus einer Platine. Coole Idee.
Jetzt fehlt nur noch #LoRa Lösungen für #Meshcore / #Meshtastic von #Soldered
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Meine Bestellung mit coolem Spielzeug ist direkt von Osjek, Kroatien angekommen! *freu*
https://soldered.com machen echt coole Sachen für #Maker und das auch noch #MadeInEU 👌
Das Lineal hatte ich nicht mit bestellt, gibt es auch nicht im Shop. Offenbar ein Geschenk. Ist Quasi ein Hardware-Nerd-Spickzettel aus einer Platine. Coole Idee.
Jetzt fehlt nur noch #LoRa Lösungen für #Meshcore / #Meshtastic von #Soldered
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Meine Bestellung mit coolem Spielzeug ist direkt von Osjek, Kroatien angekommen! *freu*
https://soldered.com machen echt coole Sachen für #Maker und das auch noch #MadeInEU 👌
Das Lineal hatte ich nicht mit bestellt, gibt es auch nicht im Shop. Offenbar ein Geschenk. Ist Quasi ein Hardware-Nerd-Spickzettel aus einer Platine. Coole Idee.
Jetzt fehlt nur noch #LoRa Lösungen für #Meshcore / #Meshtastic von #Soldered
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Meine Bestellung mit coolem Spielzeug ist direkt von Osjek, Kroatien angekommen! *freu*
https://soldered.com machen echt coole Sachen für #Maker und das auch noch #MadeInEU 👌
Das Lineal hatte ich nicht mit bestellt, gibt es auch nicht im Shop. Offenbar ein Geschenk. Ist Quasi ein Hardware-Nerd-Spickzettel aus einer Platine. Coole Idee.
Jetzt fehlt nur noch #LoRa Lösungen für #Meshcore / #Meshtastic von #Soldered
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So, the problem appears to be a #lifted #pad. Almost all the #circuit #trace was torn away by the #connector, the only part remaining is where the #vias are. I scraped away the #soldermask and #soldered a tiny wire to "rebuild" the pad. It's ugly, but it should work... -
So, the problem appears to be a #lifted #pad. Almost all the #circuit #trace was torn away by the #connector, the only part remaining is where the #vias are. I scraped away the #soldermask and #soldered a tiny wire to "rebuild" the pad. It's ugly, but it should work... -
So, the problem appears to be a #lifted #pad. Almost all the #circuit #trace was torn away by the #connector, the only part remaining is where the #vias are. I scraped away the #soldermask and #soldered a tiny wire to "rebuild" the pad. It's ugly, but it should work... -
So, the problem appears to be a #lifted #pad. Almost all the #circuit #trace was torn away by the #connector, the only part remaining is where the #vias are. I scraped away the #soldermask and #soldered a tiny wire to "rebuild" the pad. It's ugly, but it should work... -
So, the problem appears to be a #lifted #pad. Almost all the #circuit #trace was torn away by the #connector, the only part remaining is where the #vias are. I scraped away the #soldermask and #soldered a tiny wire to "rebuild" the pad. It's ugly, but it should work... -
"RMX by Dorninger" by DRKMBNT (base)
Music squeezed out of self-soldered sound devices and remixed by Dorninger.
https://www.base.at/drkmbnt-rmx-by-dorninger-cdr-digital#main
Would anyone from the SONOMU.Club crew like a redeem code? Send a DM.
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When building electronics project for permanent use - i.e. after testing on a solderless breadboard - you normally go to a #soldered perforated board of some type as a #prototype, or even for very-low-volume production.
There are different types of boards. I dislike "matrix" boards, which are just isolated pads on a grid, i.e. there are no connections between any of them. Some people swear by these; I swear at them.
I prefer protoboards that have multiple holes per pad (so you can connect multiple component leads without having to add an explicit wire jumper). If they've also got #busses - sets of pads that run the whole length or width of the board - so much the better!
Some are #crap: laminated paper PCBs where the pads lift off the board if you even try to desolder something you added. Row/column labels missing, or (like I found with some recently) that don't line up between the front and back of the board 😆 , or most egregiously, they don't actually show the pad pattern on the front of the board, so you have to keep flipping it to check your parts are correctly placed. One example below.
I have some from "BusBoard Prototype Systems" that I like. The SB4 is a 38 x 24 (912 hole) board that is #snappable into quarters. Two of the quarters have rows that are 4-hole, 2-hole, 4-hole. The other two are 5 2-hole pads. Both types have a single bus running along each of the 2 long sides.
But ...
1/x
#electronics #hobby #ProtoBoard #PerfBoard #MatrixBoard #Chinesium
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When building electronics project for permanent use - i.e. after testing on a solderless breadboard - you normally go to a #soldered perforated board of some type as a #prototype, or even for very-low-volume production.
There are different types of boards. I dislike "matrix" boards, which are just isolated pads on a grid, i.e. there are no connections between any of them. Some people swear by these; I swear at them.
I prefer protoboards that have multiple holes per pad (so you can connect multiple component leads without having to add an explicit wire jumper). If they've also got #busses - sets of pads that run the whole length or width of the board - so much the better!
Some are #crap: laminated paper PCBs where the pads lift off the board if you even try to desolder something you added. Row/column labels missing, or (like I found with some recently) that don't line up between the front and back of the board 😆 , or most egregiously, they don't actually show the pad pattern on the front of the board, so you have to keep flipping it to check your parts are correctly placed. One example below.
I have some from "BusBoard Prototype Systems" that I like. The SB4 is a 38 x 24 (912 hole) board that is #snappable into quarters. Two of the quarters have rows that are 4-hole, 2-hole, 4-hole. The other two are 5 2-hole pads. Both types have a single bus running along each of the 2 long sides.
But ...
1/x
#electronics #hobby #ProtoBoard #PerfBoard #MatrixBoard #Chinesium
-
When building electronics project for permanent use - i.e. after testing on a solderless breadboard - you normally go to a #soldered perforated board of some type as a #prototype, or even for very-low-volume production.
There are different types of boards. I dislike "matrix" boards, which are just isolated pads on a grid, i.e. there are no connections between any of them. Some people swear by these; I swear at them.
I prefer protoboards that have multiple holes per pad (so you can connect multiple component leads without having to add an explicit wire jumper). If they've also got #busses - sets of pads that run the whole length or width of the board - so much the better!
Some are #crap: laminated paper PCBs where the pads lift off the board if you even try to desolder something you added. Row/column labels missing, or (like I found with some recently) that don't line up between the front and back of the board 😆 , or most egregiously, they don't actually show the pad pattern on the front of the board, so you have to keep flipping it to check your parts are correctly placed. One example below.
I have some from "BusBoard Prototype Systems" that I like. The SB4 is a 38 x 24 (912 hole) board that is #snappable into quarters. Two of the quarters have rows that are 4-hole, 2-hole, 4-hole. The other two are 5 2-hole pads. Both types have a single bus running along each of the 2 long sides.
But ...
1/x
#electronics #hobby #ProtoBoard #PerfBoard #MatrixBoard #Chinesium
-
When building electronics project for permanent use - i.e. after testing on a solderless breadboard - you normally go to a #soldered perforated board of some type as a #prototype, or even for very-low-volume production.
There are different types of boards. I dislike "matrix" boards, which are just isolated pads on a grid, i.e. there are no connections between any of them. Some people swear by these; I swear at them.
I prefer protoboards that have multiple holes per pad (so you can connect multiple component leads without having to add an explicit wire jumper). If they've also got #busses - sets of pads that run the whole length or width of the board - so much the better!
Some are #crap: laminated paper PCBs where the pads lift off the board if you even try to desolder something you added. Row/column labels missing, or (like I found with some recently) that don't line up between the front and back of the board 😆 , or most egregiously, they don't actually show the pad pattern on the front of the board, so you have to keep flipping it to check your parts are correctly placed. One example below.
I have some from "BusBoard Prototype Systems" that I like. The SB4 is a 38 x 24 (912 hole) board that is #snappable into quarters. Two of the quarters have rows that are 4-hole, 2-hole, 4-hole. The other two are 5 2-hole pads. Both types have a single bus running along each of the 2 long sides.
But ...
1/x
#electronics #hobby #ProtoBoard #PerfBoard #MatrixBoard #Chinesium
-
When building electronics project for permanent use - i.e. after testing on a solderless breadboard - you normally go to a #soldered perforated board of some type as a #prototype, or even for very-low-volume production.
There are different types of boards. I dislike "matrix" boards, which are just isolated pads on a grid, i.e. there are no connections between any of them. Some people swear by these; I swear at them.
I prefer protoboards that have multiple holes per pad (so you can connect multiple component leads without having to add an explicit wire jumper). If they've also got #busses - sets of pads that run the whole length or width of the board - so much the better!
Some are #crap: laminated paper PCBs where the pads lift off the board if you even try to desolder something you added. Row/column labels missing, or (like I found with some recently) that don't line up between the front and back of the board 😆 , or most egregiously, they don't actually show the pad pattern on the front of the board, so you have to keep flipping it to check your parts are correctly placed. One example below.
I have some from "BusBoard Prototype Systems" that I like. The SB4 is a 38 x 24 (912 hole) board that is #snappable into quarters. Two of the quarters have rows that are 4-hole, 2-hole, 4-hole. The other two are 5 2-hole pads. Both types have a single bus running along each of the 2 long sides.
But ...
1/x
#electronics #hobby #ProtoBoard #PerfBoard #MatrixBoard #Chinesium
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#soldered the second #PCB that arrived yesterday. This time it's #diysynth related. It's a drop-in replacement for my #perfboard 10 step #sequencer control board. It has identical connectors and was one more test of my PCB design skills and quality of @aislerhq manufacturing. It went really nice and works perfectly in place of the old one.
I only used a bottom ground plane and a different size for the board, so I'll have to redo it again for my final project.
#synthesizer #electronics -
Isn't it annoying when you've put a project together, carefully #soldered every single pin and joint, routed wires with great care so every piece just fits without a hitch, just for it not to work?
And isn't it annoying when you've taking everything apart again, tested everything(?) and it still doesn't work?
And when you realise you've soldered a button wrong so that you're short-circuiting the reset pin on the board, isn't that just so incredibly annoying?
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Laptop Memory Upgradable Again - For some computing components, the bottleneck to improved speed and performance ha... - https://hackaday.com/2024/01/14/laptop-memory-upgradable-again/ #compressionattachedmemory #computerhacks #upgradability #upgradable #computer #soldered #laptop #memory #module #camm #dimm
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Laptop Memory Upgradable Again - For some computing components, the bottleneck to improved speed and performance ha... - https://hackaday.com/2024/01/14/laptop-memory-upgradable-again/ #compressionattachedmemory #computerhacks #upgradability #upgradable #computer #soldered #laptop #memory #module #camm #dimm
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Laptop Memory Upgradable Again - For some computing components, the bottleneck to improved speed and performance ha... - https://hackaday.com/2024/01/14/laptop-memory-upgradable-again/ #compressionattachedmemory #computerhacks #upgradability #upgradable #computer #soldered #laptop #memory #module #camm #dimm
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Laptop Memory Upgradable Again - For some computing components, the bottleneck to improved speed and performance ha... - https://hackaday.com/2024/01/14/laptop-memory-upgradable-again/ #compressionattachedmemory #computerhacks #upgradability #upgradable #computer #soldered #laptop #memory #module #camm #dimm
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Laptop Memory Upgradable Again - For some computing components, the bottleneck to improved speed and performance ha... - https://hackaday.com/2024/01/14/laptop-memory-upgradable-again/ #compressionattachedmemory #computerhacks #upgradability #upgradable #computer #soldered #laptop #memory #module #camm #dimm
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@stdevel @[email protected] @ubuntu @bradlinder it is the #InconvenientTruth:
#Lenovo brings #Apple-Style #Enshittification like #soldered-down #RAM, #PlasticSnaps instead od Screws, #GluedInBatteries with #DRM instead of toolfree hot-swappable ones and worse #quality.
Seriously, I would've bought myself a fully-decked out #P15v if Lenovo didn't fecked it up with my work-issied machine.
I once really loved their devices and I'll keep to #UseLonger my #X230t...
https://mstdn.social/@kkarhan/110905896594073677 -
@stdevel @JessiCum @ubuntu @bradlinder it is the #InconvenientTruth:
#Lenovo brings #Apple-Style #Enshittification like #soldered-down #RAM, #PlasticSnaps instead od Screws, #GluedInBatteries with #DRM instead of toolfree hot-swappable ones and worse #quality.
Seriously, I would've bought myself a fully-decked out #P15v if Lenovo didn't fecked it up with my work-issied machine.
I once really loved their devices and I'll keep to #UseLonger my #X230t...
https://mstdn.social/@kkarhan/110905896594073677 -
@stdevel @JessiCum @ubuntu @bradlinder it is the #InconvenientTruth:
#Lenovo brings #Apple-Style #Enshittification like #soldered-down #RAM, #PlasticSnaps instead od Screws, #GluedInBatteries with #DRM instead of toolfree hot-swappable ones and worse #quality.
Seriously, I would've bought myself a fully-decked out #P15v if Lenovo didn't fecked it up with my work-issied machine.
I once really loved their devices and I'll keep to #UseLonger my #X230t...
https://mstdn.social/@kkarhan/110905896594073677 -
@autonomysolidarity the problem is that tech is increasingly designed to be not #upgradeable, #repairable or even #reuseable and #recycleable.
A good example is the shit that #Apple does and everyone copies:
Like #soldered-down #RAM & #SSD|s, #rivieted-in keyboards and #glued-in #batteries.
There is no rational reason except making #repair and #upgrades uneconomically and more costly than "#JustBuyANewOne!"
https://www.youtube.com/watch?v=AUaJ8pDlxi8
https://youtu.be/7cNg_ifibCQ?t=347 -
@autonomysolidarity the problem is that tech is increasingly designed to be not #upgradeable, #repairable or even #reuseable and #recycleable.
A good example is the shit that #Apple does and everyone copies:
Like #soldered-down #RAM & #SSD|s, #rivieted-in keyboards and #glued-in #batteries.
There is no rational reason except making #repair and #upgrades uneconomically and more costly than "#JustBuyANewOne!"
https://www.youtube.com/watch?v=AUaJ8pDlxi8
https://youtu.be/7cNg_ifibCQ?t=347 -
@autonomysolidarity the problem is that tech is increasingly designed to be not #upgradeable, #repairable or even #reuseable and #recycleable.
A good example is the shit that #Apple does and everyone copies:
Like #soldered-down #RAM & #SSD|s, #rivieted-in keyboards and #glued-in #batteries.
There is no rational reason except making #repair and #upgrades uneconomically and more costly than "#JustBuyANewOne!"
https://www.youtube.com/watch?v=AUaJ8pDlxi8
https://youtu.be/7cNg_ifibCQ?t=347
