Q. Multilevel Amplitude Shift Keying (MASK) is not implemented with pure Amplitude Shift Keying (ASK), it is implemented with

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Q. In a constellation diagram, a signal element type is represented as a

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Q. The term that refers to the phase continues through the boundary of two signal elements is

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Q. The example of an analog to analog conversion is

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Q. The total bandwidth required for Amplitude Modulation (AM) is

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Q. The total bandwidth required for AM can be determined from the bandwidth of the audio signal

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Q. A constellation diagram can help us to define the signal's

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Q. In Multilevel Frequency Shift Keying (MFSK), to send 3 bits at a time we can use

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Q. In the case of Phase Modulation (PM), the value of beta (β) is

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Q. Analog-to-analog conversion can be accomplished in

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Q. The projection of the point on the X axis defines the peak amplitude of the

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Q. Digital information in which the carrier signal is modified by one or more of its characteristics is called

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Q. In BPSK, we use a polar Non Return to Zero (NRZ) signal for

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Q. The Quadrature Amplitude Modulation (QAM) has the same advantages as

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Q. In Binary Phase Shift Keying (BPSK), there are two values of phase i.e. 0 degree and

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Q. The value of r in analog transmission is

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Q. When Amplitude Shift Keying (ASK) is implemented using only two levels then it is called

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Q. Find the bandwidth for the AM if we need to modulate a 5-KHz voice

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Q. The Quadrature means

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Q. The most efficient and commonly used digital to analog conversion mechanism is

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