Mechanical switches are an essential component in many computer peripherals, especially keyboards. They are designed to provide a tactile and responsive experience for users, which is why they are preferred by many gamers, typists, and other professionals who rely on quick and accurate typing.
In this article, we will explain mechanical switches technically in terms of actuating force, pre-travel, total travel, and common usage for each of them. We will go in-depth, providing a comprehensive understanding of these switches for experienced users who are interested in enhancing their knowledge and understanding of these essential components.
Actuating Force
Actuating force is the amount of pressure required to press a mechanical switch down until it registers a keystroke. The force required can vary depending on the switch type, but generally, it ranges from 45g to 90g.
Some switches require a light touch, while others require a heavier touch, making them more suitable for those who prefer a tactile typing experience. The force required to actuate a switch is a crucial factor in determining the typing experience and overall user satisfaction.
Pre-Travel
Pre-travel refers to the distance a key must travel before it actuates the switch. Pre-travel can vary depending on the switch type, but generally, it ranges from 1mm to 2mm.
Switches with shorter pre-travel distances require less travel to actuate the switch, resulting in a quicker response time. Switches with longer pre-travel distances require more travel to actuate the switch, resulting in a slower response time.
Total Travel
Total travel refers to the distance a key travels from its resting position to the bottom of the switch. Total travel can vary depending on the switch type, but generally, it ranges from 3mm to 4mm.
Switches with shorter total travel distances provide a more responsive typing experience, while switches with longer total travel distances offer a more tactile typing experience, allowing for more feedback when a key is pressed.
Common Usage
Different types of mechanical switches have different characteristics, making them suitable for different types of users. Here are some common types of mechanical switches and their common usage:
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Cherry MX Blue - This switch has a tactile bump and an audible click, providing a satisfying typing experience. It is suitable for typists who want to hear and feel when a key has been pressed.
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Cherry MX Brown - This switch has a tactile bump but no audible click, providing a tactile typing experience without the noise. It is suitable for those who want a tactile typing experience without the noise.
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Cherry MX Red - This switch has a linear design with no tactile bump or audible click, providing a smooth typing experience. It is suitable for gamers who want a responsive and quick typing experience.
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Cherry MX Black - This switch has a linear design with a heavy actuation force, providing a strong and sturdy typing experience. It is suitable for gamers who want a sturdy and durable typing experience.
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Conclusion
In conclusion, mechanical switches are a critical component in many computer peripherals, including keyboards and mice. They are designed to provide a tactile and responsive experience for users, and the actuating force, pre-travel, total travel, and common usage for each switch type play a significant role in determining the typing experience.
Different types of switches are suitable for different types of users, depending on their preferences for tactile feedback, noise, and actuation force. We hope this article has provided a comprehensive understanding of mechanical switches, allowing experienced users to enhance their knowledge and understanding of these essential components.