1)Analog is continuously variable in both amplitude and frequency, while digital are discrete signals.
2)Power requirement is high in case of analog because of wide range of frequency and amplitude, but is low in digital because of only two signals 0 and 1.
3)Error rates are high 10 to the power -5 in analog but in case of digital signals it is low.
1)Analog is continuously variable in both amplitude and frequency, while digital are discrete signals.
2)Power requirement is high in case of analog because of wide range of frequency and amplitude, but is low in digital because of only two signals 0 and 1.
3)Error rates are high 10 to the power -5 in analog but in case of digital signals it is low.
1)Analog is continuously variable in both amplitude and frequency, while digital are discrete signals.
2)Power requirement is high in case of analog because of wide range of frequency and amplitude, but is low in digital because of only two signals 0 and 1.
3)Error rates are high 10 to the power -5 in analog but in case of digital signals it is low.
eAnswers Team
1)Analog is continuously variable in both amplitude and frequency, while digital are discrete signals.
2)Power requirement is high in case of analog because of wide range of frequency and amplitude, but is low in digital because of only two signals 0 and 1.
3)Error rates are high 10 to the power -5 in analog but in case of digital signals it is low.
eAnswers Team
1)Analog is continuously variable in both amplitude and frequency, while digital are discrete signals.
2)Power requirement is high in case of analog because of wide range of frequency and amplitude, but is low in digital because of only two signals 0 and 1.
3)Error rates are high 10 to the power -5 in analog but in case of digital signals it is low.
eAnswers Team
1)Analog is continuously variable in both amplitude and frequency, while digital are discrete signals.
2)Power requirement is high in case of analog because of wide range of frequency and amplitude, but is low in digital because of only two signals 0 and 1.
3)Error rates are high 10 to the power -5 in analog but in case of digital signals it is low.