#switching — Public Fediverse posts

Why More European eCommerce Brands Are Quietly Switching to Shopware 6

For years, many European e-commerce companies stuck with the same platforms simply because switching platforms seemed risky, expensive,…
#Europe #EU #6 #are #Brands #Ecommerce #European #more #quietly #shopware #switching #to #why
https://www.europesays.com/europe/38233/

Why I am #switching #sides lol not really. I am just using the #bisexual label rather than #pansexual . The #pan #flag is #ugly as fuck!!!! Excuse the look. We are going #live https://onyxrose9.substack.com with cohost EggieSalad.

https://onyxrose.net is where I have all my #writing come thru and #subscribe

4:20 today Saturday EST . We will be discussing #interracial #marriage and #dating. Fun!
#queer #lgbtqia #lgbt #lgbt #bisexual #demisexual #trans #nonbinary #transgender #

I bought a #Hangell (no, I wasn't familiar with that name) switching bench power supply and it arrived. It happens to be one that #BigClive just briefly showed in one of his unbagging videos.

I got it because my existing old #linear supplies max out at around 18 V, and that has been a hindrance of late. A #switching supply isn't ideal, because of the possibility of noise, but this model will do 5 A at 60 VDC, and a linear supply that can do a couple of amps at that voltage is big, heavy, and pricey.

So of course, as soon as I received it, I took it apart. As you do.

And ... I'm pleasantly surprised. The #PCB layouts look good, the assembly appears very good, with proper pick&placed #SMT components and reflow soldering, not hack-job hand soldering. The components seem to be #quality, even name-brand where appropriate. There are what appear to be genuine class X and class Y #safety capacitors everywhere they should be. The front binding posts are fairly typical cheap #Chinesium ones, but appear to be from the better end of the quality spectrum as far as those go.

One ding: the multiple #electrolytic output caps appear to be 63 V-rated ones. For a supply that goes up to 60 V, that's just not acceptable. Maybe that's because this unit can also be had in a 30 V model? Or maybe they're just hoping you don't notice.

I'm sorely tempted to replace them with 100 V-rated ones before I use it. I'm going to add some more output #filtering as well.

#electronics #hobby

Mal ne Frage zum #RouterOS von @mikrotik :

Bei den 100 Gbps Interfaces habe ich sowas wie qsfp28-1-1 bis qsfp28-1-4, die allesamt in der Default Bridge sind.

Wenn ich nun MLAG mit qsfp28-1 und qsfp28-2 machen will, also mit Bonding und LACP zwischen drn beiden Geräten, muss ich dann alle Interfaces vom Slot neu zuordnen oder nur -1 jeweils? Denn nur dort sehe ich Traffic…

#mikrotik #switching #networking

A Guide To Using Triacs For Switching AC

https://web.brid.gy/r/https://hackaday.com/2026/01/18/a-guide-to-using-triacs-for-switching-ac/

Current #broken-#system of #bankers used to keep people as poor slaves working for kings is #switching now into fully decentralized #crypto-#system which real purpose is to protect and provide freedom, peace and prosperity for everyone.

Are you choosing #digitalID or #Crypto?

@django You can customize these #keyboard #shortcuts ⌨️ for #tab #switching (either by their order in the tab bar or by history usage) in the #Vivaldi :vivaldi_red: Settings > Keyboard > "Tabs" section.

AMD lança driver Adrenalin 25.11.1 com suporte para o novo Ryzen 5 7500X3D e jogos de topo
🔗 https://tugatech.com.pt/t74288-amd-lanca-driver-adrenalin-25-11-1-com-suporte-para-o-novo-ryzen-5-7500x3d-e-jogos-de-topo

#AMD #API #Arc #base #computador #cpu #cyberpunk #DisplayPort #gaming #hardware #HDMI #portugal #processador #processadores #Roblox #software #switching #tracing #vulkan 

I'm Switching to Python and Actually Liking It

https://www.cesarsotovalero.net/blog/i-am-switching-to-python-and-actually-liking-it.html

#HackerNews #Python #Switching #ProgrammingJourney #CodingLife #LearningToCode

But we can simplify this.

I'm not putting finished effects into standalone metal #boxes at this point; I'm #experimenting, not producing a product. So I have a simple #modular system I cooked up to connect arbitrary effects #experiments together. One of the things it does is handle the power-supply stuff, so each effect board doesn't need to do any of that. It just receives a nice 0V and buffered #Vcc (9V) it can rely on, along with a buffered 4.5V to use as a #bias voltage when AC coupling #signals, since this is a single-supply system.

So we can chop out all the power stuff from the schematic, which fills basically a ninth of the image - divide it into 3 rows and 3 columns, like the Brady Bunch intro, and the left-middle square is basically the power section.

But there's a bigger chunk we can strip out. Boss (and many other) pedals of the era frequently used "soft switching" to enable / disable the effect while playing. If you go back in time, real physical #switches were used, so the signal was actually totally disconnected from the effects circuitry when in the "off" position. This is called "true #bypass", as opposed to the soft switching.

#Soft #switching involves having two signal paths through the effect. One applies the characteristic effect, and the other basically just buffers the signal and bypasses the rest of the effect stuff. This is implemented with transistors and latches.

2/x

But we can simplify this.

I'm not putting finished effects into standalone metal #boxes at this point; I'm #experimenting, not producing a product. So I have a simple #modular system I cooked up to connect arbitrary effects #experiments together. One of the things it does is handle the power-supply stuff, so each effect board doesn't need to do any of that. It just receives a nice 0V and buffered #Vcc (9V) it can rely on, along with a buffered 4.5V to use as a #bias voltage when AC coupling #signals, since this is a single-supply system.

So we can chop out all the power stuff from the schematic, which fills basically a ninth of the image - divide it into 3 rows and 3 columns, like the Brady Bunch intro, and the left-middle square is basically the power section.

But there's a bigger chunk we can strip out. Boss (and many other) pedals of the era frequently used "soft switching" to enable / disable the effect while playing. If you go back in time, real physical #switches were used, so the signal was actually totally disconnected from the effects circuitry when in the "off" position. This is called "true #bypass", as opposed to the soft switching.

#Soft #switching involves having two signal paths through the effect. One applies the characteristic effect, and the other basically just buffers the signal and bypasses the rest of the effect stuff. This is implemented with transistors and latches.

2/x

But we can simplify this.

I'm not putting finished effects into standalone metal #boxes at this point; I'm #experimenting, not producing a product. So I have a simple #modular system I cooked up to connect arbitrary effects #experiments together. One of the things it does is handle the power-supply stuff, so each effect board doesn't need to do any of that. It just receives a nice 0V and buffered #Vcc (9V) it can rely on, along with a buffered 4.5V to use as a #bias voltage when AC coupling #signals, since this is a single-supply system.

So we can chop out all the power stuff from the schematic, which fills basically a ninth of the image - divide it into 3 rows and 3 columns, like the Brady Bunch intro, and the left-middle square is basically the power section.

But there's a bigger chunk we can strip out. Boss (and many other) pedals of the era frequently used "soft switching" to enable / disable the effect while playing. If you go back in time, real physical #switches were used, so the signal was actually totally disconnected from the effects circuitry when in the "off" position. This is called "true #bypass", as opposed to the soft switching.

#Soft #switching involves having two signal paths through the effect. One applies the characteristic effect, and the other basically just buffers the signal and bypasses the rest of the effect stuff. This is implemented with transistors and latches.

2/x

But we can simplify this.

I'm not putting finished effects into standalone metal #boxes at this point; I'm #experimenting, not producing a product. So I have a simple #modular system I cooked up to connect arbitrary effects #experiments together. One of the things it does is handle the power-supply stuff, so each effect board doesn't need to do any of that. It just receives a nice 0V and buffered #Vcc (9V) it can rely on, along with a buffered 4.5V to use as a #bias voltage when AC coupling #signals, since this is a single-supply system.

So we can chop out all the power stuff from the schematic, which fills basically a ninth of the image - divide it into 3 rows and 3 columns, like the Brady Bunch intro, and the left-middle square is basically the power section.

But there's a bigger chunk we can strip out. Boss (and many other) pedals of the era frequently used "soft switching" to enable / disable the effect while playing. If you go back in time, real physical #switches were used, so the signal was actually totally disconnected from the effects circuitry when in the "off" position. This is called "true #bypass", as opposed to the soft switching.

#Soft #switching involves having two signal paths through the effect. One applies the characteristic effect, and the other basically just buffers the signal and bypasses the rest of the effect stuff. This is implemented with transistors and latches.

2/x

But we can simplify this.

I'm not putting finished effects into standalone metal #boxes at this point; I'm #experimenting, not producing a product. So I have a simple #modular system I cooked up to connect arbitrary effects #experiments together. One of the things it does is handle the power-supply stuff, so each effect board doesn't need to do any of that. It just receives a nice 0V and buffered #Vcc (9V) it can rely on, along with a buffered 4.5V to use as a #bias voltage when AC coupling #signals, since this is a single-supply system.

So we can chop out all the power stuff from the schematic, which fills basically a ninth of the image - divide it into 3 rows and 3 columns, like the Brady Bunch intro, and the left-middle square is basically the power section.

But there's a bigger chunk we can strip out. Boss (and many other) pedals of the era frequently used "soft switching" to enable / disable the effect while playing. If you go back in time, real physical #switches were used, so the signal was actually totally disconnected from the effects circuitry when in the "off" position. This is called "true #bypass", as opposed to the soft switching.

#Soft #switching involves having two signal paths through the effect. One applies the characteristic effect, and the other basically just buffers the signal and bypasses the rest of the effect stuff. This is implemented with transistors and latches.

2/x

Switching from Pyenv to Uv

https://bluesock.org/~willkg/blog/dev/switch_pyenv_to_uv.html

#HackerNews #Switching #from #Pyenv #to #Uv #Pyenv #Uv #Python #Development #Programming #Tips

Switching Converter for EEPROM Programmer Taxes Solderless Breadboard - We all know that solderless breadboards have their limitations. All that stray cap... - https://hackaday.com/2023/12/08/switching-converter-for-eeprom-programmer-taxes-solderless-breadboard/ #boostconverter #programming #breadboard #solderless #switching #burner #eeprom #parts #rom