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As mentioned above, capacitive keyboards use capacitive switches that, when pressed, will change their capacitance in the capacitor pads. In contrast, mechanical keyboards use mechanical switches, which require the physical contact of the two metals.
9 Σεπ 2020 · Instead of physical contact to complete a circuit and register a key, the switch measures a change in the capacitance between the two metal leaves. The capacitance between the two metal leaves varies directly with distance.
One way to test if your switches have bottom-out interference with Cherry keycaps is to place a keycap from the home-row (ASDF) on your switch, making sure the LED slot is at the top of the switch. Then, place a thin strip of paper between the bottom or South-edge, between the switch and the keycap.
25 Ιαν 2024 · More than a dozen components and design elements combine to give each mechanical keyboard its unique characteristics, but choosing between mechanical switches arguably makes the biggest difference in how your keyboard sounds and feels. Picking out the right switches is always a bit daunting.
21 Ιαν 2022 · If you do want them lighter, it is possible to pick up electro-capacitive keyboards with 35g switch weighting, which on a personal level, would perhaps be too light and prone to mistypes.
14 Μαΐ 2013 · To find where a button that you press is (for instance the letter "C", try to follow the lines where the switch goes and then check for electrical conductance with a multimeter (or a battery with an LED) when you press the button down.
Capacitive switches are considered to be non-mechanical because they do not physically complete a circuit like most other keyboard technologies. Instead, current constantly flows through all parts of the key matrix. Each key is spring-loaded and has a tiny plate attached to the bottom of it.
