Try taping a penny to your escape key and see what it does. So, increasing mass would lower the actuation force since you already provide more actuation force than a stock key with the extra weight on top. a = 9.8 m/s^2 and thus mass is the only thing that changes this. Why is this the case? Well, the key provides a weight force, which is determined by F = m*a. It also makes the key coming back up slower, however.
#KEYBOARD COWBOY SC2 PRO#
NEC APC-H4100E | Ducky DK9008 Shine MX blue LED red | Ducky DK9008 Shine MX blue LED green | Link 900243-08 | CM QFR MX black | Ke圜ool 87 white MX reds | HHKB 2 Pro | Model M 0 | Model M 2 | CM Trigger (broken) | CM QFS MX green | Ducky DK9087 Shine 3 TKL Yellow Edition MX black | Lexmark SSK 2 | IBM SSK 1 | CODE TKL MX clear | Model M 122 0 In the same vein, PCs are consumable goods, while keyboards are important interfaces." - Eiiti Wada The horse was a consumable good, but the saddle was an interface that their bodies had gotten used to. But even if they were in the middle of a desert, they would take their saddle with them. It’s in HHKB’s slogan, but when America’s cowboys were in the middle of a trip and their horse died, they would leave the horse there.
#KEYBOARD COWBOY SC2 PC#
"Because keyboards are accessories to PC makers, they focus on minimizing the manufacturing costs. I've yet to try one, but I have heard nothing but positive things about it and it is on my short wish list of keyboards
This board uses a special silent but tactile switch that is based on Simplified Alps. The only downside is that these work only on the downstroke, and won't affect the clattering sound of the upstroke.Īnother option is the Matias Quiet Pro.
As others have mentioned, the best way to limit the sound of the board is to use O-rings or landing pads. Ultimately, most of the difference in sound comes from the construction of the keyboard and the keycaps, because these affect how all of the sounds resonate.Īgain though, it's literally unnoticeable compared to the rest of the clattering going on in the meantime. A similar case could be made from blacks vs reds, since they use a different spring, which would alter the force with which these two surfaces collide. One could argue that the bump alters the force with which the stem contacts the casing on the upstroke, but it is negligible. If you take a brown switch, and purposefully limit the range of motion in a way that you are pressing it down only far enough to allow the leaf spring to slide over the bump on the slider rails, but not bottom out in either direction, you will notice that it is completely silent.
So in other words, there is no difference in sound between these switches because the only difference is the slider. The noise from all of the non-clicky cherry switches is caused by stem contracting the bottom and top surfaces inside the switch casing.
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