I guess that this circuit is like an timing circuit: as much as the capacitors provide charge to the base of the BJT, the transistor will act as a CLOSED switch.
I have seen many answers like capacitor is to prevent dc, I wonder that will a capacitor allows AC? If so what about the dielectric layers between the terminals?
i think it may be for filtering purpous. im nt sure.. plz tell the answer..
ReplyDeleteI guess that this circuit is like an timing circuit: as much as the capacitors provide charge to the base of the BJT, the transistor will act as a CLOSED switch.
ReplyDeleteDC Filtering, wich output without DC
ReplyDeleteSignal path
ReplyDeletestopping the dc component.
ReplyDeleteisolate input signal and output
ReplyDeleteit's a bypass Capacitors, to cut off AC source in DC loop, And cut off DC source in AC loop
ReplyDeleteThese are the coupling capacitors used to match impedence when connecting in series with another amplifier circuit
ReplyDeleteCoupling AC signal from input to output through the DC biased amplifier.
ReplyDeleteFor bias stability.
ReplyDeleteFor charging and discharging for work we use frequency vibrations and make pulses
ReplyDeletec1& c2 are coupling capacitors . they pass ac signals and prevent dc
ReplyDeleteI have seen many answers like capacitor is to prevent dc, I wonder that will a capacitor allows AC? If so what about the dielectric layers between the terminals?
ReplyDeleteIt's simple work is to block DC to flow in and out of the circuit and it also does the work of stabilizing the inputs and outputs
ReplyDelete