Specifications:
Brand: Hall Effect
Name: Linear
Type: Linear
Stem: Cherry
Actuation Force: 60 grams
Actuation Point: 0.1-3.8 millimeters
Bottom Out Force: 65 grams
Bottom Out Travel: 4 millimeters
What is the Actuation Force of Hall Effect Linear?
The Hall Effect Linear switch actuation force of 60 grams refers to the amount of pressure required to activate the switch. This means that a force of 60 grams needs to be applied to the switch for it to register a keystroke. This force is considered to be moderate and is suitable for users who prefer a tactile feedback while typing. The Hall Effect Linear switch is known for its smooth and linear keystroke, making it ideal for gamers and typists who require precision and accuracy. The actuation force of 60 grams ensures that the switch is responsive and reliable, providing a satisfying typing experience.
What is the Actuation Point of Hall Effect Linear Switches?
Actuation point refers to the distance or force required to activate a switch or button. In the case of the Hall Effect Linear switch, the actuation point is between 0.1 and 3.8 millimeters. This means that the switch will register a keystroke or button press when it is depressed within this range. The Hall Effect Linear switch is a type of mechanical switch that uses a magnetic field to detect the position of the switch. This technology allows for a more precise and consistent actuation point, which can be beneficial for gamers or anyone who requires a high level of accuracy in their typing or button pressing.
What is the Bottom Out Force of Hall Effect Linear?
Bottom out force refers to the amount of pressure required to fully depress a mechanical switch. The Hall Effect Linear switch has a bottom out force of 60 grams, which means that it requires 60 grams of force to fully depress the switch. This force is important because it affects the typing experience and can impact the speed and accuracy of typing. A higher bottom out force can lead to fatigue and discomfort, while a lower force may result in accidental key presses. The Hall Effect Linear switch’s 60-gram bottom out force strikes a balance between these factors, providing a comfortable and responsive typing experience.
What is the Bottom Out Travel of Hall Effect Linear Switches?
The bottom out travel distance on a computer keyboard refers to the distance that a key travels when it is fully pressed down. This distance can vary depending on the type of switch used in the keyboard. The Hall Effect Linear switch, for example, has a bottom out travel distance of 60 millimeters. This means that when a key with this switch is fully pressed down, it will travel a distance of 60 millimeters before it hits the bottom of the switch. This distance can affect the typing experience for users, as some may prefer a shorter or longer bottom out travel distance depending on their typing style and preferences.
What Stem does the Hall Effect Linear Switch Use?
The Cherry key stem is a standardized design for mechanical keyboard switches, developed by the German company Cherry GmbH. It features a cross-shaped stem that fits into a corresponding socket on the keyboard’s keycap, allowing for easy replacement and customization of keycaps.
The Hall Effect Linear switch is a type of mechanical keyboard switch that uses a magnetic sensor to detect key presses, rather than a traditional metal contact. It is compatible with the Cherry key stem, meaning that it can be used with any keycap designed for Cherry switches. This allows for a wide range of customization options for users who prefer the feel of Hall Effect switches.
What Type of Switch is the Hall Effect Linear?
The Hall Effect Linear switch is a must-have for any serious gamer or typist looking for a reliable and responsive keyboard switch. This linear switch is designed to provide a smooth and consistent keystroke, making it ideal for fast-paced gaming and typing sessions. With its Hall Effect technology, this switch offers unparalleled accuracy and precision, ensuring that every keystroke is registered with lightning-fast speed. Whether you’re a professional gamer or a casual typist, the Hall Effect Linear switch is sure to impress with its exceptional performance and durability.
Hall Effect Linear Reviews
1. Gaming: The Hall Effect Linear keyboard switch is ideal for gaming due to its smooth and consistent linear action, which allows for quick and precise keystrokes. This makes it easier for gamers to execute complex moves and actions in games.
2. Typing: The Hall Effect Linear keyboard switch is also great for typing, as it provides a comfortable and responsive typing experience. The linear action ensures that each keystroke is consistent and accurate, which can help improve typing speed and accuracy.
3. Industrial applications: The Hall Effect Linear keyboard switch is often used in industrial applications, such as in control panels and machinery, due to its durability and reliability. The switch is resistant to dust, dirt, and moisture, making it ideal for use in harsh environments. Additionally, the linear action ensures that the switch can be operated quickly and accurately, which is important in industrial settings where precision is key.
Switch Comparisons:
Hall Effect Linear vs. Hall Effect Clicky
Hall Effect Linear and Hall Effect Clicky keyboard switches are two types of mechanical switches used in keyboards. Both switches use the Hall Effect technology to register keystrokes, but they differ in their characteristics and features. Here are some of the differences between the two:
1. Tactile Feedback: The Hall Effect Linear switch provides a smooth and linear keystroke without any tactile feedback, while the Hall Effect Clicky switch provides a tactile bump and an audible click sound when the key is pressed.
2. Actuation Force: The Hall Effect Linear switch requires a consistent force to actuate the key, while the Hall Effect Clicky switch requires a higher force to overcome the tactile bump and register the keystroke.
3. Key Travel: The Hall Effect Linear switch has a shorter key travel distance compared to the Hall Effect Clicky switch, which has a longer key travel distance due to the tactile bump.
4. Noise: The Hall Effect Linear switch is quieter compared to the Hall Effect Clicky switch, which produces an audible click sound when the key is pressed.
5. Durability: Both switches are durable and have a long lifespan, but the Hall Effect Clicky switch may wear out faster due to the tactile bump mechanism.
6. Typing Experience: The Hall Effect Linear switch is preferred by gamers and typists who require a smooth and consistent keystroke, while the Hall Effect Clicky switch is preferred by typists who enjoy the tactile feedback and audible click sound.
In summary, the Hall Effect Linear switch provides a smooth and consistent keystroke without any tactile feedback, while the Hall Effect Clicky switch provides a tactile bump and an audible click sound when the key is pressed. The choice between the two switches depends on personal preference and the intended use of the keyboard.
Hall Effect Linear vs. Hall Effect Tactile
Hall Effect Linear and Hall Effect Tactile keyboard switches are two types of mechanical switches used in keyboards. Both switches use the Hall Effect principle to detect the movement of the key and register the keystroke. However, there are some differences between the two switches in terms of their characteristics and features.
Hall Effect Linear switches are linear switches that have a smooth and consistent keystroke. They do not have any tactile feedback or click sound when the key is pressed. The keystroke is linear and requires the same amount of force throughout the travel distance. These switches are preferred by gamers and typists who require a fast and smooth keystroke without any distractions.
On the other hand, Hall Effect Tactile switches have a tactile bump that provides feedback when the key is pressed. The tactile bump is a small bump that is felt when the key is pressed, providing a satisfying feedback to the user. These switches are preferred by typists who require a tactile feedback to ensure that the keystroke has been registered.
Another difference between the two switches is the actuation force required to register a keystroke. Hall Effect Linear switches require a lower actuation force compared to Hall Effect Tactile switches. This means that Hall Effect Linear switches are more sensitive and require less force to register a keystroke.
In terms of durability, both switches are highly durable and can withstand millions of keystrokes. However, Hall Effect Linear switches are more durable compared to Hall Effect Tactile switches due to their simpler design and fewer moving parts.
In conclusion, Hall Effect Linear and Hall Effect Tactile switches have their own unique characteristics and features. Hall Effect Linear switches provide a smooth and consistent keystroke, while Hall Effect Tactile switches provide a tactile feedback. The choice between the two switches depends on the user’s preference and requirements.
Hall Effect Linear vs. Flaretech Red
Hall Effect Linear and Flaretech Red keyboard switches are two popular types of mechanical switches used in keyboards. While both switches offer a tactile and responsive typing experience, they differ in their characteristics and features. Here are some of the key differences between the two:
1. Actuation force: The Hall Effect Linear switch requires a force of 45g to actuate, while the Flaretech Red switch requires a force of 45g as well.
2. Travel distance: The Hall Effect Linear switch has a travel distance of 3.0mm, while the Flaretech Red switch has a travel distance of 3.5mm.
3. Actuation point: The Hall Effect Linear switch has an actuation point of 1.5mm, while the Flaretech Red switch has an actuation point of 1.9mm.
4. Durability: The Hall Effect Linear switch has a lifespan of up to 100 million keystrokes, while the Flaretech Red switch has a lifespan of up to 70 million keystrokes.
5. Noise level: The Hall Effect Linear switch is relatively quiet, while the Flaretech Red switch produces a louder sound.
6. Customization: The Flaretech Red switch allows for hot-swapping, which means that users can easily replace the switches without having to desolder them. The Hall Effect Linear switch does not offer this feature.
7. Price: The Flaretech Red switch is generally more affordable than the Hall Effect Linear switch.
In summary, the Hall Effect Linear switch offers a shorter travel distance and actuation point, as well as a longer lifespan, while the Flaretech Red switch offers hot-swapping and a lower price point. Ultimately, the choice between the two switches will depend on the user’s personal preferences and needs.