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Explore Stack InternalI want to measure amplitude of a sine wave input precisely with a limited resolution ADC.
As an example suppose that I have 1MHz$1\textrm{ MHz}$ pure sine wave input to the 320Msps 10$320\textrm{ Msps}$ $10$-bit ADC. I beleived there is many redundancy in data and with some signal processing I could get more Precision than 10$10$-bit.
Is there any way that I can do this without any change in circuit, like adding noise or other hardware change?
I want to measure amplitude of a sine wave input precisely with a limited resolution ADC.
As an example suppose that I have 1MHz pure sine wave input to the 320Msps 10-bit ADC. I beleived there is many redundancy in data and with some signal processing I could get more Precision than 10-bit.
Is there any way that I can do this without any change in circuit, like adding noise or other hardware change?
I want to measure amplitude of a sine wave input precisely with a limited resolution ADC.
As an example suppose that I have $1\textrm{ MHz}$ pure sine wave input to the $320\textrm{ Msps}$ $10$-bit ADC. I beleived there is many redundancy in data and with some signal processing I could get more Precision than $10$-bit.
Is there any way that I can do this without any change in circuit, like adding noise or other hardware change?
I want to measure amplitude of a sine wave input precisely with a limited resolution ADC.
As an example suppose that I have 1MHz pure sine wave input to the 320Msps 10-bit ADC. I beleived there is many redundancy in data and with some signal processing I could get more Precision than 10-bit.
Is there any way that I can do this without any change in circuit, like adding noise or other hardware change?
