Determine the digital output of a 10-bit A/D convertor with 0 to 5 V analog voltage range if subjected to the following analog inputs.
a.1 V
b.2.5V
c.5 V
Determine the digital output of a 10-bit A/D convertor with 0 to 5 V analog voltage...
A PIC18 MCU with a 10-bit A/D has its A/D convertor set with Vref+ = 2.5 V, and Vref− = − 2.5 V. Determine the digital output of the A/D convertor if subjected to the following analog inputs. a.−1 V b.0 V c.2 V
DILU 2d) Analog and Digital Signals i. A 10-bit linear analog-to-digital has reference voltage 3.3 V such that it operates correct. for input voltage Vin in the range 0 < Vin < 3.3 V. What is its output, in unsigned binary when Vin = 2.267 V? - ii. What is the quantisation error (in volts) for a 10-bit linear analog-to-digital converter with reference voltage 3.3 V?
used to minimize the quantization error? A 3 bit A/D convertor that has a range of 10 V is used with a load cell. The load cell sends an analog voltage of 5.5 V to the board. What digital value is returned by the board? 7.
An 10-bit analog-to-digital converter (ADC) has a voltage range of 0 to 12 V and a digitization uncertainty of ±1 LSB. What is the maximum uncertainty if the digitization is for a 12 V signal? What is the maximum uncertainty for a 18-bit ADC, and for 43-bit? If this ADC has a conversion time of 73 μs, then what is the highest frequency that can be accurately digitized while satisfying the Nyquist criterion? Answer with proper significant figures.
What is the output of a 4-bit analog to digital convert if the low reference voltage is 0V, the high reference voltage is 5V, and the analog input voltage is 5V? Give your answer as decimal number.
When designing an Analog to Digital System all of the range values for the system must be defined from input to output. This input will be used to drive a 3. PWM output signal to operate an LED. Assume the PWM is calibrated to read minimum to maximum based on the binary input range given. Potentiometer - 10 KS2 (0 degrees to 180 degrees) VDC for Potentiometer 12 V Analog Converter Module 10 bit, Vref 8 V PWM Module-8 bit,...
Problem 6 Consider a 10-bit dual slop analog-to-digital converter, with reference voltage of -1V, and a clock frequency of 1 KHz. The integrating capacitor charges to -8V in the time t, to t2, and discharges at a rate of 10V/sec in the time t2 to t3. What is the input voltage if the binary reading is 1100100000. Problem 6 Consider a 10-bit dual slop analog-to-digital converter, with reference voltage of -1V, and a clock frequency of 1 KHz. The integrating...
Q1) Digital-to-Analog Conversion The signal shown in the figure below is inserted to a 5-bit ADC converter Considering, the useful range of the converter is 0-3V, draw the values obtained in the ADC output register when the sampling time is a) 1ms, and b) 0.5ms 3 1.5 16 [ms] 8 0 12 a) 4t ms Reg. value 16 ms] 12 4 0 b) 4t 0.5ms Reg. value 16 t [ms] 12 4 8 Q1) Digital-to-Analog Conversion The signal shown in...
What is the Output Voltage of a 12 Bit DAC with a 10 V Reference Voltage for the Following Inputs? Conversion Resolution __________________ Input 110110001110 Voutput _____________________________ Input 100101111011 Voutput ______________________
Problem 6 (15 points): The general structure of an N -bit R-2R ladder digital to analog converter (DAC) is shown below, where the voltages at each of the input pins are either 0 or 4 V (for binary "O" and "1", respectively). Assume N- 5. A stream of 5-bit unsigned integers, x[n], are applied to the input of this ladder in binary format (for example, if x13-12, which is B01100 in binary, then a2 and a3 are 4V while ao,...