they do a krakeour
Feedback oscillators have a closed loop gain of
under the radio, in the relay and and fuse box, gray relay
feedback that reduces gain to help stabilize amplifier operation. gain is easy and cheap to get, stability isn't. its a tradeoff. so amplifier is deliberately designed with much more gain than needed and negative feedback sacrifices some of that gain to stabilize it.
because +feedback amplify noise also.it amplify the noise to input ratio by[1/(1-G.H)]. WHERE g=open loop gain H=feedback gain
Positive feedback is used in oscillators to keep them running or oscillating. An oscillator is basically an amplifier which has a feedback path from the output back to the input. This permits a portion of the output signal to get back to the input to "keep things going" in stage - to keep things oscillating. The feedback must be positive so that it will "contribute" to the stage being able to keep oscillating. If the feedback was negative, it would serve to damp the oscillation and to "kill" the oscillator.
feedback feedback
voltage amplifier feedback current amplifier feedback transconductance feedback transresistance feedback
As soon as you got the 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: Any feedback that contributes to the input is positive feedback any feedback that subtract from the input is negative feedback
Both "feedback on" and "feedback about" are correct and commonly used. The choice between the two depends on the context of the sentence. For example, you can provide feedback about a specific topic or feedback on a particular work.
"Much feedback" is correct because "feedback" is an uncountable noun in English.
positive feedback is always benificial but regenerative feedback may or may not.
they are positive feedback and increase activity negative feedback.
feedback
Basically it's, because on Camry the ignition system is managed by computer with feedback system working through numerous sensors.
constructive feedback