It can be described with a finite number of steps.
Yes, insofar as any quantity can be truly analog on a macroscopic scale. Disregarding the quantized nature of light at quantum dimensions, the frequency, wavelength, and amplitude of light aren't restricted to any set of definite values. Between any two levels you choose, no matter how close together they are, a wavelength, frequency, or amplitude can exist at a level between the two that you chose ... which is a pretty good working description of an analog quantity.
simple comparator technique.An analog-to-digital converter (abbreviated ADC, A/D or A to D) is a device which converts a continuous quantity to a discrete time digital representation.
An analog signal is simply a quantity varying continuously over time..But because we are interested in information and communication, we are usually interested in rapidly varying signals that have some underlying periodicity. Therefore we use sin wave
a network that is analog.
When you convert digital signal to analog, it is called as an analog signal. The device used is called digital to analog converter.
Yes
Analog transducers convert the input quantity into an analog output which is a continuous function of time. E.g.-L.V.D.T,Thermocouple, Strain guageDigital transducers convert the input quantity into an electrical output which is in the form of pulses.
With your kind permission, mass is a physical quantity,and doesn't need an analog to be understood.
Yes, insofar as any quantity can be truly analog on a macroscopic scale. Disregarding the quantized nature of light at quantum dimensions, the frequency, wavelength, and amplitude of light aren't restricted to any set of definite values. Between any two levels you choose, no matter how close together they are, a wavelength, frequency, or amplitude can exist at a level between the two that you chose ... which is a pretty good working description of an analog quantity.
All quantities in nature are analog. This is a rule of thumb that can be used to find out if a quantity is analog or not.examples of analog quantities aresound(from natural sources)vision etc.Analogue quantities are ones that change continuously.It is easy to misread this definition, what it doesn't mean is that analogue quantities are ones that change continually, or all the time.
As compared to digital audio which consists of a stream of 1's and 0's, analog audio is transmitted via a physical quantity, such as a voltage. Analog recordings are physically stored, for example in a vinyl record, the record face consists of small pits and valleys that are then converted into sound. Fluctuations in electrical or magnetic fields is another method of storing analog audio.
They have their own merits and demerits you can't say digital electronics is best because in real world everything is available in analog quantity. Although Digital electronics is more reliable in comparison of analog because there is very high reliability in the sense (effect of noise) and correction of errors that occurred during transmission of digital signal, while this is not possible in analog communication.
Analog meters are better when the measured quantity is varying slowly. This is especially needed when you are trying to make some adjustment to get a voltage to a maximum (or minimum) value. Balancing a measurement 'bridge' is a common example.
There is no specific term meaning to "not characterize."
Analogue
Both A and B are correct.
I could characterize myself as being awesome.