If the full scale of incoming signal amplitude is 10V. Determine the resolution of an A/D converter is (i) 8 bit, or (ii) 12 bits.
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If the full scale of incoming signal amplitude is 10V. Determine the resolution of an A/D...
3. (3pts x 5pbs-15pts) An analog sinusoidal signal must be converted into digital form. The 10V and n time te-2us. The frequency of the signal to be converted is f-12kHz and its 8-bit A/D converter used for this conversion has end of scale value equal to peak-to-peak amplitude equals the dynamic range of the A/ID converter
A 16-bit AID converter has a full-scale range+10 V. What is the resolution of this A/D in volts? If this A/D were used to measure temperature using a sensor having a sensitivity of 0.1 mV /PC, what is the resolution in °C? (5 Points)
plz give correct answer Q5. We are collecting an analog signal ranging from oV to SV with a 3-bit analog-to-digital converter. Calculate the discrete voltage range and fill in the table, and calculate the analog quantization size (resolution). 0.5pt Output states Diserete voltage range IV Analog quantization size (resolution)- 06. Calculate the resolutions for the 2-bit, S-bit, 12-bit, and 16-bit analog-digital converter: Input and output signal ranges from-10V to 10V. 0.5pt 1) 2-bit: 2) 8-bit: 3) 12-bit: 4) 16-bit:
A piezoresistive accelerometer has a full scale of 100g with a full scale output of 100 mV. You have an 8-bit analog-to-digital conversion system with a full-scale input of 5VDC. You need to resolve the difference between a 5g and 10g acceleration, is this possible? Let’s assume that our A-to-D has the not just the ideal minimum quantization error but some additional noise, and say that we want to target an accuracy of +/- 1 least significant bit (LSB). How...
Q2) A unipolar 14 bit ADC measures 0 – 8 volts full scale. a. What is the minimum resolvable voltage (or voltage resolution)? [Hint: resolution decrease as you increase the volts full scale] b. What is the percent quantization error? [Hint: percent quantization error for unipolar 10 bit ADC, 1 V full scale is: (resolution/max voltage) x100% or (975μV/1V) x100% = 0.0975%] c. What is the percent quantization error if a 1 volt max signal is input? [Hint: same resolution...
The information in an analog signal voltage waveform is to be transmitted over a PCM system with an accuracy of 0.1 % full scale accuracy . The analog voltage waveform has a bandwidth of 100 Hz and an amplitude range of-10 to10 Volts. (a) Determine the minimum sampling rate required (b) Determine the number of bits in each PCM word. (c) Determine the minimum bit rate required in the PCM system. (d) Determine the minimum absolute channel bandwidth required for...
Problem For an 8 bit-Unipolar D/A converter, what is the output voltage for an input of E8h? Assume that the reference voltage is 10V? For a 10 bit-Bipolar D/A converter, what is the input binary code for an output voltage of -3.5V? Assume that the reference voltage is 12V? problem Determine how many bits a D/A converter must have to provide output increments of 0.03V or less? Assume that the reference is 10V. What is the exact percentage of change...
the resolution was solved in many ways.. could someone show me how to solve JU Renation and Measurement QUESTION 3 (25 marks) a. Determine the percent resolution for (1) A 4-bit A/D converter, 4100% (1) A 10-bit A/D converter b. Consider an 8-bit D/A converter that has source voltage of 5 V. (i) When all resistor has resistance of 10 k 2, calculate output voltage of binary 01010111. (ii) When the MSB resistance'is 10 k 2 and register is 20...
Problem 1 The discrete-time signal ?(?) = 6.35cos ( ? 10 ?) is quantized with a resolution (I) ∆ = 0.1 (II) ∆ = 0.02 (a) How many bits are required in the A/D converter in each case? (b) Compute the signal-to-quantization noise ratio (SQNR) in decibels of the signal ?(?) in each case. (c) Compute the average power of the signal ?(?) in each case. (d) Compute the mean-square error power of the signal ?(?) in each case.
consider a PCM encoder that accepts a signal with full scale voltage of 25V. The maximum actual quantized voltage is 24.99923706 for uniform quantization. Do not round the numbers. Go up to 9 decimal places. a. Calculate the number of bits used for quantization b. Calculate the number of quantized levels c. Calculate the normalized step size d. Calculate the actual step size e. Calculate the maximum normalized quantized voltage f. Calculate the normalized resolution g. If this encoder operates...