14. A dual-slope integrating ADC includes a voltage reference Vref of 2.50000 volts and a clock...

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14. A dual-slope integrating ADC includes a voltage reference Vref of 2.50000 volts and a clock with 1 s 'ticks'. The voltage to be converted, Vin, is applied to the integrator for exactly 500,000 'ticks' of the clock. Vref is then applied, and de- integration takes 263,456 ticks of the clock. Calculate Vin. 14. A dual-slope integrating ADC includes a voltage reference Vref of 2.50000 volts and a clock with 1 s 'ticks'. The voltage to be converted, Vin, is applied to the integrator for exactly 500,000 'ticks' of the clock. Vref is then applied, and de- integration takes 263,456 ticks of the clock. Calculate Vin.

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In a dualslope integrating ADC Analog to Digital Converter the measurement cycle consists of two pha... View the full answer