The latest PC keyboards use a circuit that senses the movement by the change in its capacitance. What are these keyboards called?
The latest PC keyboards use a circuit that senses the movement by the change in its capacitance. What are these keyboards called?
The correct option is B Capacitance keyboards
The latest PC keyboards
use a circuit that senses the movement by the change in its capacitance. these
keyboards called Capacitance keyboards
A type of keyboard design
that uses changes in capacitance, or stored static electricity, rather than
changes in flows of electricity used by contact keyboards to register when a
user has depressed a specific key on the keyboard. Under the keyboards keys are
capacitors that store electricity as opposite static charges in pairs of
conductive plates made from nickel-plated copper that are separated by a
non-conductive material (typically some form of plastic). The opposite static
charges hold an attractive field between them, but the insulating material
prevents the charges from canceling each other out by coming together. When a
key is pressed, the pads move closer to each other and change the capacity for
storing a charge, which the keyboard detects as a start or stop in the flow of
electricity and inputs the correct keystroke.
The latest PC keyboards use a circuit that senses the movement by the change in its capacitance. these keyboards called Capacitance keyboards
A type of keyboard design that uses changes in capacitance, or stored static electricity, rather than changes in flows of electricity used by contact keyboards to register when a user has depressed a specific key on the keyboard. Under the keyboards keys are capacitors that store electricity as opposite static charges in pairs of conductive plates made from nickel-plated copper that are separated by a non-conductive material (typically some form of plastic). The opposite static charges hold an attractive field between them, but the insulating material prevents the charges from canceling each other out by coming together. When a key is pressed, the pads move closer to each other and change the capacity for storing a charge, which the keyboard detects as a start or stop in the flow of electricity and inputs the correct keystroke.
