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大型模拟工业级操纵杆 - Ultimate Arcade 2 升级

大型模拟工业级操纵杆 - Ultimate Arcade 2 升级

常规价格 $280.00 USD
常规价格 促销价 $280.00 USD
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Ultra-high-quality direct replacements for the Ultimate Arcade's original joysticks. They sense movement using magnetic fields with no internal moving sensors completely eliminating drift with higher precision and accuracy. These same joysticks can be found controlling heavy equipment like cranes and are very similar to the ones in your power wheelchair.

Each Ultimate Arcade requires two. Scew holes on UA2 enclosure must be widened 1.5mm outward, and 4 wires soldered to those of the old joysticks. Contact us to Refurbish your Ultimate Arcade to better than new with these Joysticks + replacing any sticking buttons and new Sip-n-Puff Switches  (USB / main control board must still work) or get a new Ultimate Arcade 3.

Drift is the bane of modern game controllers. Whether you’re a Nintendo, Sony, or Microsoft console user, there’s a good chance at least one of your controllers will develop drift during its life. Hall effect sensors can solve that permanently.

How Does the Hall Effect Solve the Drift Issue?

The Hall Effect, named for Edwin Hall, is a measurable change in voltage caused by a magnetic field interfering with the flow of electricity in an electrical conductor. Hall Effect sensors in joysticks use permanent magnets and an electrical conductor that never physically touch. As the magnet moves relative to the conductor, the change in voltage is measured and translated into positional data.

Drift is the bane of modern game controllers. Whether you’re a Nintendo, Sony, or Microsoft console user, there’s a good chance at least one of your controllers will develop drift during its life. Hall effect sensors can solve that permanently.

What Is Drift Exactly?

When a joystick develops “drift” it means that the controller is picking up inputs when you aren’t providing any. It’s a false reading that results in a character that keeps moving or a camera that just keeps spinning, even when your thumbs are off the sticks.

Nintendo’s Joy-Cons have become notorious for developing drift rapidly, but none of the current console makers offer controllers immune to drift. There have been reports of PlayStation 5 controllers having short lifespans before developing drift, and we’ve had a few Xbox controllers drift not long after buying them too!

Why Do Joysticks Develop Drift?

The analog sticks in these popular controllers use “potentiometers” to provide positional data to the video game’s computer.

Joystick potentiometers use Ohm’s law of electrical resistance as a way to measure position. Each potentiometer has a resistor in it, in the form of a curved track. Running on this track is a contact arm. As the contact arm moves up or down the track, the electrical resistance increases or decreases. The exact amount of resistance corresponds to a specific position on the track. Using two potentiometers to represent the two axes of the stick, you can determine the stick’s exact position with a high accuracy level.

Potentiometers are cheap devices that are effective for use in joysticks, but they have a major downside. The mechanism wears out as the contact arm moves up and down its track repeatedly. Eventually, the resistance level becomes unreliable as the resistor and contact arm wear on each other, which manifests as unwanted input

 

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