A dilode AM detector with the output circuit consisting of `R=1 kOmega` and `C=1 muf` would be more suitable for detecting a carrier signal of:

In a diode AM detector with the output circuit consists of R= 1M Omega and C=1 pF would be more suitable for detecting a carrier signal of

In a diode AM detector with the output circuit consists of R= 1M Omega and C=1 pF would be more suitable for detecting a carrier signal of

In a diode AM detector with the output circuit consists of R= 1M Omega and C=1 pF would be more suitable for detecting a carrier signal of

In a diode AM- detector, the output circuit consist of R=1 k Omega and C=10 pF . A carrier signal of 100 kHz is to be detected. Is it good?

In a diode AM - dectector, the output circuit consist of R=1 kOmega and C=10 pF . A carrier signal of 1000 MHz is to be detected. Is it good

In a diode AM detector, the output circuit consists of R = 1 k Omega and C = 10p F. A carrier signal of 100 kHz is to be detected. Is it good? If yes, then explain why? If not, what value of C would you suggest ?

In a diode detector , output circuit consists of R = 1 M omega and C = 1 pF . Calculate the carrier frequency it can detect.