1. Digital Signal is non-continuous signal where as analog is continuous signal
2. Digital signal contain only two value that is 0 or 1,or high or low where as analog contain all the values in it's time interval
3.Chance of attenuation in analog is more then digital signal
The ANALOG FILTER used in analog circuits.The DIGITAL FILTER USED IN DIGITAL circuits.
Analog is displayed in a clock like instrument digital is shoun in numbers
transducer convert one energy to other energy .now in analog transducer it convert energy use of analog signal and digital it converts use og digital signal
Digital-to-Analog Converters (DAC) and Analog-to-Digital Converters (ADC) are essential for interfacing between the digital and analog worlds. DACs convert digital signals from computers or processors into analog signals, allowing us to drive speakers, displays, or other analog devices. Conversely, ADCs convert analog signals, such as sound or light, into digital signals for processing, storage, or analysis by digital systems. Together, they enable seamless communication and interaction between digital devices and the real-world analog signals they monitor or control.
Analog signals are continuous while digital signals are discrete
The ANALOG FILTER used in analog circuits.The DIGITAL FILTER USED IN DIGITAL circuits.
The basic difference is that in analog modulation the modulating signal is analog signal and in digital modulation it is in digital form.
Analog is displayed in a clock like instrument digital is shoun in numbers
Analog can reach higher speeds.
transducer convert one energy to other energy .now in analog transducer it convert energy use of analog signal and digital it converts use og digital signal
In analog ckt there is more distortion but in digital there is no distortion. Analog is a continues value digital is a discrite value(0 or 1). To measure analog is very difficult but in digital it is very easy. compare to analog the digital system is very compart for us. H.L.Kiran
Digital-to-Analog Converters (DAC) and Analog-to-Digital Converters (ADC) are essential for interfacing between the digital and analog worlds. DACs convert digital signals from computers or processors into analog signals, allowing us to drive speakers, displays, or other analog devices. Conversely, ADCs convert analog signals, such as sound or light, into digital signals for processing, storage, or analysis by digital systems. Together, they enable seamless communication and interaction between digital devices and the real-world analog signals they monitor or control.
Analog signals are continuous while digital signals are discrete
Analog is a clock with the moving hands on it, while digital is computer generated numbers.
An DAC convert digital signal to analog signal i.e Digital to Analog Converter. An ADC convert analog signal to digital signal i.e Analog to Digital Converter.
* Codec is for coding analog data into digital form and decoding it back. The digital data coded by Codec are samples of analog waves. * Modem is for modulating digital data into analog form and demodulating it back. The analog symbols carry digital data.
Analog would be like a sliderule which is based on logarithms. Digital would be like a calculator.