A: A system ideally should have infinite gain but if that is so then it will saturate to one state or the other Feedback [negative] insure that will not happen the feedback will control the saturation making it stable.
In a positive feedback system, the output increases the input.
The ratio of Feedback voltage and output voltage.
Positive feedback Positive feedback
The types of feedback in the communication process are: Delayed feedback and immediate feedback It must be kept in the mind that feedback is the response to output
A: POSITIVE feedback will force the amplifier to sit at its rail saturated
When there is no feedback to control its output.
A joystick is an input to a computer. A tiny caveat is that some joysticks have feedback - so they can vibrate to simulate resistance or movement; the feedback is an output.
Obviously by feedback
A: To feedback more of the same signal from the output to increase the input to farther increase the output and farther increase the input will ultimately saturate the system
A circuit in which output feeding back to input to increase or decrease the gain is called feedback circuit. Basically part of output feeding to input in such way that it increase the value of input is positive feedback and it also increase gain of circuit and similarly to it when part of output feeding to input in such way that it decrease the value of input is called negative feedback it also decrease the gain of circuit.
In a negative feedback loop, the output of the system decreases the intensity of the stimulus.
The output design during system design usually communicates all the important milestones and problems that arise during system testing. Output design proposes to the system; some remedies to various possibilities. For example, a system can print any error message that occurs and report it to an administrator.