The paper architecture CMOS ADC with digital forecasting an inlet of the analog signal and signal transformation errors sectional ADCS from analog to howl convolution. It is shown that 12-bit CMOS ADC with project standards 0.18 micron provides high accuracy and speed of conversion to 600...1000 million samples/s when operating in hard conditions.
The formulated optimal requirements sectional bezkontaktni DAC. Considered are the main technological and frequency limitations sovovych DAC with low power consumption. Suggested 4-bit binary-weighted Zogby differential DAC architecture analogue circuit.
Considered architecture CMOS ADC with digital forecasting input analog signal and converted education error signal sectional ADCS from analog convolution. It is shown that 12-bit CMOS ADC with project standards 0.18 micron provides high accuracy and speed of conversion to 600...1000 million samples/s when operating in hard conditions. Noted that through simple modifications considered architecture can increase the bit CMOS ADC to 14 bits.
Proposed amplifier with capacitance inputs and internal resistor feedback to adjust gain factor. The obtained characteristics (SFDR > 100 dB SNR > 120 dB) provide 16-bit accuracy, necessary for creation of a pipelined ADC similar capacity.
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