![]() ![]() You can say that a switch with 0.50 cN has 0.50 gf. 1 gf is equal to 0.98 cN, so they are almost equivalent. Operating force is measured in centinewton (cN) or gram-force (gf). Depending on your typing technique and the general purpose of your keyboard, you would need certain values for each characteristic. Understanding the characteristics of a mechanical switchīesides the keystroke feel, there are 5 technical characteristics of a switch. They are great for those who want a distinct indication that of a keypress and for those who love the “clicky” sound. But they offer a distinct “click” sound when the key is activated. Clicky switchesĬlicky switches work the same way as tactile ones. They are ideal for typing because you get a slight indication of a keypress without needing to bottom out your keys.Ĭherry MX Blue Clicky switch mechanism. They provide a noticeable bump in the middle of travel to let you know that your key press has been registered. Tactile switches provide tactile feedback. The smooth keystroke allows for more rapid actuation, making them the preferred switch for gamers.Ĭherry MX Brown Tactile switch mechanism Tactile switches They move straight up and down without any tactile feedback or clicking noise. Linear switches have the simplest operation. They are defined by their keystroke behaviour.Ĭherry MX Red linear switch mechanism. There are three types of mechanical switches: linear, tactile, and clicky. If you want to learn more about how other kinds of switches work, check out this cool video! Types of mechanical switches Once you press a key, the contact mechanism hits the PCB and closes the switch circuit, thus rendering a key press. This is the piece that attaches and clips to the PCB.Ī tiny metal or gold piece where the electricity flows. This is where the upper housing is mounted. It also guides the switch to slide back to its original position. The resistance of the coil spring determines the amount of pressure needed to actuate the key. It is also the part that the keycap hits when you press the key. It creates the keystroke feel and determines the switch type. The shape of the stem varies the actuation and travel distance of the switch. The keycap isn’t part of the mechanical switch but it is partially responsible for the noise generated when the key is bottomed out. Let’s take a deeper look at the components of a mechanical switch and learn their importance one by one. They determine the activation of a keystroke. ![]() Mechanical switches are the mechanisms underneath each key.
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