-40%

IBM 12 " Posdisplay Tftmonitor Elo Touchscreen 4820-2 GB 07K6086 Kassendisplay

$ 92.97

Availability: 100 in stock
  • UPC: Does not apply
  • MPN: Does not apply
  • All returns accepted: Returns Accepted
  • Return shipping will be paid by: Buyer
  • Item must be returned within: 14 Days
  • EAN: 4251476995512
  • Restocking Fee: No
  • Condition: Seller refurbished
  • Brand: IBM
  • Refund will be given as: Money Back

    Description

    IBM 12 " Posdisplay Tftmonitor Elo Touchscreen 4820-2 GB 07K6086 Kassendisplay
    The description of this item has been automatically translated. If you have any questions, please feel free to contact us.
    This auction is si
    This auction is about
    Professional 30cm (12 ") IBM cash register monitor 4820-2GB
    with a very high quality capacitive ELO touch screen via USB,
    Touch screen cable, VGA cable,
    Power adapter and power cord
    Resolution 800x600, IBM p / n: 07K6086, used, in 1A condition, without foot.
    There are 4x screw-in options on the back, possibly e.g. for wall mounting, you can possibly make a foot out of plexiglass, or attach it to the bar column, etc. There is a magnetic card reader for this monitor that you can use
    HERE
    can also order;
    In the picture: Power supply unit, power cable, VGA cable and also cable for touchscreen are included in the scope of delivery:
    And something else... About the capacitive touchscreens ... Are you curious?
    Capacitive touchscreens (like the iPhone) are a touchscreen variant of the
    no pressure
    is required for operation. This is because it is an electrical field that is built up over four corners and has a uniform voltage. With a finger or a conductive object changes this field and sensors can detect where the contact is taking place.
    The capacitive touchscreens: their conception is very different from that of the resistive monitors, although both systems have similarities. As with the models above, this technology also relies on a touch-sensitive layer on the surface of the monitor.
    How does this work?
    How a capacitive touch screen works How a capacitive touch screen works
    In this case, the glass surface of the monitor is provided with a conductive layer, which usually consists of indium tin oxide (ITO). This material is transparent to a very low thickness. This layer is connected to electrodes located on the edges of the monitor. In this way, a uniform electric field is created on the surface of the monitor. In other words: the surface is charged evenly. When a finger approaches this electric field, some of the charge jumps over to the finger. This disturbance is then perceived by the control of the monitor.
    The ITO layer was attached to the outside of the first capacitive touchscreens. It therefore wore out quickly, which limited the life of the product. Nowadays, the algorithms for touch recognition are so advanced that a greater distance between the ITO layer and the finger is possible. The surface of the monitor now consists only of simple glass. So wear and tear is no longer an issue.
    Not even the ultimate
    The main advantage of capacitive touchscreens is the much less reduced brightness of the monitor. The low thickness of the conductive layer ensures a high level of transparency (over 90%). They also offer excellent resolution. And the control module is particularly compact.
    However, they are still much more expensive than resistive touchscreens.
    Scope of delivery: IBM cash register monitor with touchscreen via USB cable
    Item condition: used, is in good optical condition. Functionality - perfect.
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    In this case, the glass surface of the monitor is provided with a conductive layer, which usually consists of indium tin oxide (ITO). This material is transparent to a very low thickness. This layer is connected to electrodes located on the edges of the monitor. In this way, a uniform electric field is created on the surface of the monitor. In other words: the surface is charged evenly. When a finger approaches this electric field, some of the charge jumps over to the finger. This disturbance is then perceived by the control of the monitor. The ITO layer was attached to the outside of the first capacitive touchscreens. It therefore wore out quickly, which limited the life of the product. Nowadays, the algorithms for touch recognition are so advanced that a greater distance between the ITO
    Marke
    IBM
    EAN
    4251476995512