Gi pädi Temu̲ ge 'nar t'u̲ngu óptico? 'nar computadora t'u̲ngu ge 'nar dispositivo señalador 'ye̲ pa computadoras, consistir jar 'nar pequeño nt'ot'e da mueve jár control manual mbo yoho dimensiones a lo largo de 'nar superficie. jar ngäts'i ar computadora, 'nar t'u̲ngu ge 'nar periférico ordenador jä'i nä'ä da gi japu̲'be̲fi pa controlar yá 'ñäni ar cursor pantalla 'nar ordenador. Nuna ar post ar blog gi hyandi ar 'bede mahä'mu̲ ar t'u̲ngu ne ár mahyoni da jar ximha̲i ar computadora.
'bede mahä'mu̲ ar t'u̲ngu :
Ratones ar computadora xi recorrido ya'bu̲ 'ñu ja ya últimas décadas. Ar ndu̲i ar t'u̲ngu , inventado jar 1963 ya Douglas Engelbart, mar 'nar artilugio ya bo̲jä, ne xithe̲ ko yoho ya ruedas ne 'nar botón. Bí basado ja ya primeras teleimpresoras da utilizaron ko ya primeros ordenadores. Pa utilizar ar t'u̲ngu , ar usuario movería 'na ya ruedas jar 'mui opuesta nä'ä mi ne da cursor ar mover .
'Nar t'u̲ngu mi necesitaba ngetho ya teleimpresoras mi 'nar teclado ne 'nar impresora pe ni 'na jar bí mover ar cursor ar pantalla. Ar t'u̲ngu Engelbart bí mejorado ir nge ar Bill ingles jar made nthoni Xerox Palo Alto (PARC) jar principios ar década 1970. Bí entonces ke ar t'u̲ngu consiguió ár thuhuu. Ar t'u̲ngu Xerox bí conectado 'nar ordenador ir nge 'nar cable. Mi pe̲ts'i hñu ya botones ne 'nar rueda desplazamiento. 'Nehe, ar t'u̲ngu ya hingi mi conectado ja ar ordenador ir nge 'nar cable — mar inalámbrico.
Temu̲ ge 'nar t'u̲ngu óptico?
'Nar t'u̲ngu óptico ge 'nar t'u̲ngu ordenador da utiliza LED wa 'nar láser pa rastrear detectar yá 'ñäni. Bí introducido ya bes ya Microsoft jar abri 19, 1999. It was the first mouse to be mass-produced using Optical tracking technology. The optical mouse is capable of greater motion resolution.
The optical mouse is an input device that measures its movement by illuminating the surface beneath it with a low-power light, then tracking the light as it reflects back using an integrated sensor. The optical mouse is an input device that measures its movement by illuminating the surface beneath it with a low-power light, then tracking the light as it reflects back using an integrated sensor.
An optical mouse can work on any surface, and it does not require a alfombrilla ar t'u̲ngu . The laser is on the bottom of the mouse and is used to track movement. It is similar to a mouse ball but works with an optical sensor. There are two versions of the optical mouse, the one that uses LEDs and the one that uses a laser.
They are most often used on desktop computers but can be found with laptop computers. Optical mice are often preferred over ball mice because they do not require a surface with a alfombrilla ar t'u̲ngu or mouse surface, or the user to “sweep” the mouse back and forth over the pad or surface.
Optical mice have been the standard for quite some time and are still the most popular choice. They operate by tracking the movement of light over the surface of the mouse. Wat'i, there are some drawbacks to using an optical mouse. There are many criticisms pointing to their sensitivity and poor accuracy. They are also not as durable as their counterpart, the mechanical mouse.
Optical mice were introduced as an alternative to mechanical mice. They work by clicking buttons, which send signals and data to the computer. Ya ratones ópticos pe̲ts'i 'nar nzaki útil xingu mäs xi maki da ratones mecánicos ngetho hingi contienen ni 'na jar xeni móvil.
LED mouse
'nar t'u̲ngu LED gi japu̲'be̲fi 'nar rojo (wa k'angi) diodo emisor ar tsibi (LED) pa iluminar ar superficie debajo de nä'ä ne gi japu̲'be̲fi 'nar fotosensor pa detectar cambios jar hmu ar tsibi. Puntero ar t'u̲ngu ár LED ar atasca nu'bu̲ bí coloca ja 'nar alfombra gruesa wa 'nar manta, ne xí hñembi ar puntero ar t'u̲ngu jar Nunu̲ t'olo ora. Ar t'u̲ngu LED ge ar mäs xi hño ngetho funciona hño ja ya superficies suaves.
Ratones ópticos utilizan 'nar LED ne 'nar sensor ar tsibi pa detectar yá 'ñäni. Ar LED emite 'nar haz tsibi. Komo ar t'u̲ngu ar mueve, ar tsibi refleja ar superficie cambia. Ar sensor ar tsibi detecta intensidad ar tsibi reflejada ir nge ar superficie. The t'u̲ngu xu̲ki envía ar ungumfädi ja ar ordenador. The computer processes the data and converts it into mouse movements that allow you to use the mouse in the same way as you would with a mechanical mouse. In addition to being more reliable and accurate than mechanical mice, optical mice also use less battery power and have a longer lifespan.
T'u̲ngu láser :
A laser mouse is a computer mouse that uses a laser beam to detect movement relative to the mouse’s surface. The first optical mouse was invented in 1996 by Kenjiro Takayanagi at the Japanese company Logitech. The laser mouse was presented in the late 1990s, and it superseded the old-style mechanical mouse because its sealed bottom surface did not absorb dust and dirt.
The laser mouse uses a laser diode to project a light spot onto the surface. Ar punto ar tsibi bí traduce ja yá 'ñäni ar cursor ar pantalla. Ar t'u̲ngu láser ar mäs hmädi da ar t'u̲ngu LED ne requiere 'nar hontho alfombrilla ar t'u̲ngu . Ar t'u̲ngu láser, ir otro lado, funciona hño ja ya superficies duras ngetho emite 'nar haz tsibi ne detecta yá 'ñäni ar haz ar tsibi. Nu'bu̲ ar t'u̲ngu ge 'nar t'u̲ngu láser, nu'i gi comprobar Tengu DPI pe̲ts'i ne nu'bu̲ ar ajustable wa hi'nä. Nu'bu̲ ma gi ta̲i 'nar t'u̲ngu ar cómodo ar zu̲di, Nu'i gi ta̲i 'na nä'ä hingi xki ligero wa xki hñei.
T'u̲ngu óptico vs t'u̲ngu mecánico
Ratones ópticos utilizan 'nar fuente tsibi LED ne 'nar fotosensor pa detectar yá 'ñäni. Ar LED ilumina ar superficie debajo de ar t'u̲ngu , ne ar fotosensor recoge ar tsibi reflejada. Ar sensor gi ungu̲mfädi cambios jar intensidad ar tsibi ja ar ordenador, which processes the movement data and translates it into cursor movement.
Mechanical mice still use a rubber ball. The ball is mounted on a shaft, and it rolls around inside the mouse as you move it. The mouse’s circuitry detects the position of the ball by counting the electrical pulses generated by the ball’s movement. This information is then sent to the computer, where the cursor is moved.
Njäts'i nu'bu:
Hope you enjoyed our article about what is optical mouse. The optical mouse is a very useful tool and can be used by anyone. With this knowledge, you can be able to use your mouse more accurately, with more control, and in a way that is more comfortable for your hand.
At this point, you should have a good idea of what an optical mouse is and whether or not you would prefer it over a regular t'u̲ngu . If you’re still not sure, you can always try one out for yourself and make the decision based on your personal use. As we briefly touched on above, there are many different types of optical mice available. This can make the buying process a bit more difficult. That being said, if you keep a few things in mind, it should be relatively easy.
First and foremost, think about the size and shape of your hands. The larger the hands, the larger the mouse. There are also ergonomic mice that are specifically shaped to fit a certain hand size. 'Nar nt'udi, if you have small hands, you might want to consider a mouse that has an ergonomic shape that is designed to fit small hands. You should also think about the type of surface you’ll be using the mouse on. If you’ll be using your mouse on a regular basis.
