B3S-1000P Tactile Switches

Technical Specifications of B3S-1000P

Datasheet	B3S-1000P datasheet
Category	Switches
Family	Tactile Switches
Manufacturer	Omron Electronics Inc-EMC Div
Series	B3S
Packaging	Tape & Reel (TR)
Part Status	Active
Circuit	SPST-NO
Switch Function	Off-Mom
Contact Rating @ Voltage	0.05A @ 24VDC
Actuator Type	Standard
Mounting Type	Surface Mount
Actuator Height off PCB, from Pins	4.30mm
Actuator Orientation	Top Actuated
Termination Style	Gull Wing
Outline	6.60mm x 6.00mm
Illumination	Non-Illuminated
Illumination Voltage (Nominal)	–
Illumination Type, Color	–
Operating Force	160gf
Ingress Protection	IP67 – Dust Tight, Waterproof
Features	Sealed – Fully
Actuator Material	–
Switch Travel	0.25mm
Mechanical Life	500,000 Cycles
Operating Temperature	-25°C ~ 70°C

Omron’s B3S-1000P tactile switch detects changes in pressure and activates or deactivates your system accordingly. This device utilizes an SPST design. This device’s maximum current that can be drawn while operating at 24 VDC is 0.05 A.

This tactile switch can operate from -25 degrees Celsius to 70 degrees Celsius. The B3S-1000P tactile switch utilizes a termination style known as the “gull wing.” This item has a length of 6.6 mm, a height of 4.3 mm, and a width of 9 mm. The size of this ivory round button actuator measures 0.8 mm. The rating for the highest possible D.C. voltage is 24 VDC.

B3S-1000P Technical Specifications

Frequently Asked Questions

What are Tactile Switches?

The characteristic tactile bump felt when pushing a tactile switch is where the term for these switches comes from. These toggle switches are meant to be audible, but they are not intended to be so loud that they disrupt the environment. The feedback provided by tactile switches is superior to that offered by other types of mechanical switches. It is much simpler to type precisely without making accidental clicks on them due to how they sound and feel when used.

Without completely bottoming out your keys, the tactile bump generated serves as a fantastic indicator of when a keypress is being registered.

Why Use Tactile Switches?

If you are beginning to explore the world of mechanical keyboards, you will find that tactile switches are an excellent choice. You won’t have any issues using them in public areas because they don’t make the clickety-clack sound like clicky switches do and provide a gratifying experience when used.

Because they provide a discernible improvement in feel over standard laptop or membrane keyboards, tactile switches are an excellent choice for novices and come highly recommended. The quantity of tactility bump that is provided varies according to the brand of switch you purchase, which means that you can choose just how much tactility you desire.

What Are Linear Switches?

Linear switches feature smooth actuation since they do not have a tactile bump. The feeling you get when you push a key with a linear switch is consistent, which is in stark contrast to the “button” experience you get with tactile or linear switches.

Because linear switches are often quieter than other switches, you will experience less feedback when pressing particular keys on a keyboard that uses linear switches.

Is Linear Switches Right For You?

Regarding the input you get from typing, choosing between linear and tactile switches requires a compromise on your part because of the difference in the two types of controls.

As was said before, a tactile switch combines sound and tactility into a single unit, making it easier to recognize when you have pushed a particular key. When you type a lot, you want to have better awareness and control over the keys you push; thus, this is a crucial consideration.

If you are gaming at a high level and want to respond as rapidly as possible, however, tactile switches can hinder your performance. The linear switches chosen by gamers are smoother than other types of switches, which is one reason for this preference.

When it comes to gaming, the increased precision that linear switches provide can be a benefit. Within the category of linear regulators, there are even speed switches that have been purpose-built for speed.

On the other hand, the tremendous accuracy of linear switches might be challenging for those new to using mechanical keyboards. If you buy a mechanical keyboard with linear switches for nothing more than general use, you might discover that you make more typos than you do with a regular keyboard. When there is so little feedback, it is not easy to keep track in your head of which keys you are pushing.

Bottoming out is a common issue that causes frustration or discomfort for many beginners who start with linear keyboards. Because these switches are so smooth, it could be difficult to get used to the new sensation, and bottoming out on the keys by pressing them in the “regular” way might cause your fingertips to be sore.

Even though linear switches might not be the ideal option for first-time consumers, they are undoubtedly the best alternative for gamers looking to achieve the highest possible level of precision.

Tactile vs. Clicky Switches

Clicky switches are the complete antithesis of tactile switches since they provide a noticeable audible and tactile bump but are otherwise relatively quiet. The click that can be heard from clicky key switches is, as their name suggests, the primary selling feature of these switches. The sound clickies make them unique from other bumps, even though they also give a tactile bump.

If you are interested in mechanical keyboards but are not sure where to start, tactile and clicky switches are good options for beginners. However, remember that using clicky switches in public settings is probably not the smartest choice. The last thing you want is to be that guy in the office who is always tapping away on his keyboard.

How to Choose between Linear vs. Tactile Switches

The performance of mechanical keyboards can be improved with the help of both linear and tactile switches, each offering its own set of distinctive qualities. Although some believe that tactile switches are superior for typing and linear regulators are ideal for gaming, the truth is that neither form of control is necessarily excellent for the other. The decision comes down to one’s own particular tastes and preferences.

Linear switches are possibly ideal if you value unbroken, consistent, and free of bumps and silent keystrokes. If you prefer immediate, tangible, and yet silent feedback with each keystroke, tactile switches are an excellent option for you to consider.

Unless you do your homework and clear up oversimplifications and common misunderstandings, you can end up purchasing the wrong switches. Try out both of the switches you are considering buying before deciding. The easiest method to determine which sort of switch is right for you is to try each one and see how it feels when you type or code. You might even discover a new feel you like for typing or coding.

Conclusion

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