Pins 13 and 14 control the horizontal and vertical synchronization respectively. Without these grounding pins, a VGA cable would provide an inconsistent picture. Any excess electricity will be sent through these pins. Pins 5, 6, 7, 8, and 10 are all grounding pins, which prevent signal interference. The VGA connection can combine each variable together and that is why it is called a 16-color scheme.
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The three colors plus intensity give the output four variables. The system can also change the intensity of the colors. The system uses those three colors to create all the other colors on the display. The first three pins are responsible for red, green, and blue. The traditional VGA ports have 15 jacks for 15 pins. The defining feature of VGA connectors is the large number of pins that plug into the holes in the port. If the copper pin is bent, the trapezoid shell is bent, or a screw breaks it would make the connector difficult or impossible to use. One major issue with this design is that there are multiple possible failure points.
Within the trapezoid, there are 15 pins that correspond to 15 holes in the female connector. The male connector has two screws on either side, which correspond to two screw holes on the female port.
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