In a simple AM transmitter, the tuned circuit uses a coil of `40muH` and a shunt capacitor of 1 n F. If the oscillator output is modulated by audio frequencies upto 5kHz, what is the frequency range occupied by side bands?

The tuned circuit the Oscillator in a simple AM transmitter employs a 50mu H coil and a 1 nF capacitor. If the oscillator output is modulated by audio frequencies up to 10m kHz calculate the range occupied by the side bands.

The tuned circuit the Oscillator in a simple AM transmitter employs a 50mu H coil and a 1 nF capacitor. If the oscillator output is modulated by audio frequencies up to 10m kHz calculate the range occupied by the side bands.

The tuned circuit of an oscillator in a simple AM transimitter employs a 250 micro henry coil and 1 nf condenser. If the oscillartor output is modulated by audio frequency upto 10KHz , the frequency range occupied by the side bands in KHz is

The tuned circuit of an oscillator in a simple AM transimitter employs a 40muH coil and 12 nanofarad ( nF ) capacitor. If the oscillator ouput os modulated by audio frequency of 5 kHz , which of the following frequencies doesn't appear in the output AM ?

The carrier frequency of a transmitter is provided by a tank circuit of a coil of inductance 49 muH and a capacitance of 2.5 nF It is modulated by an audio signal of 12 kHz The frequency range occupied by the side bands is :

The carrier frequency of a transmitter is provided by a tank circuit of a coil of inductance 49 muH and a capacitance of 2.5 nF It is modulated by an audio signal of 12 kHz The frequency range occupied by the side bands is :

In an amplitude modulator, the tank circuit consists of a coil of inductance 7.2 mH and capacitor 50 pF. If an audio signal of frequencies 10 kHz modulates the carrier generated by the tank circuit, find the frequencies of the side bands.

A 1000 kHz carrier is modulated with 800 Hz audio signals. What are the frequencies of first pair of side bands: