1- Calculate the number of samples per period when the information frequency signal is 1KHz that applied to the Arduino analog input terminal Tx=0.1 ms Tm= 1 ms 2- If the input signal is 100KHz, can we make sampling for this signal when it applied to the analog input port of Arduino, explain?
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1- Calculate the number of samples per period when the information
frequency signal is 1KHz that applied to the Arduino analog input
terminal
Tx=0.1 ms
Tm= 1 ms
2- If the input signal is 100KHz, can we make sampling for this signal when
it applied to the analog input port of Arduino, explain?
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- Ex. 1915. An Arduino analog input voltage is 3.160 volts. Arduino PWM output pin drives a low-pass filter, as shown in Figure 1915. The low-pass filter converts the PWM signal back to an average-DC voltage. Arduino specifications include: I/0 voltage range of e to 5VDC; 10-bit A/D input; and an 8-bit D/A PWM output. an analog output DC volage at the low-pass filter. Determine (Vout - Vin). The analog input DC voltage results inCan you help me with this question? Thank you?4. Signal conditioning element basically takes the output of the sensing element and converts it into a form more suitable for further processing, usually in the form of a DC voltage, DC current or variable frequency AC voltage. The output of the sensing element is usually too small to operate an indicator or a recorder. Therefore, it is suitably processed and modified in the signal conditioning element so as to obtain the output in the desired form that is amplify the signal and filtering the unwanted signal. i. Describe the aliasing phenomenon. ii. Suggest a solution to minimize the effect of aliasing.
- Please provide at least three different methods for converting analog to digital. What factors led to this shift?What does the PWM duty cycle control in relation to the analogue output generated? The overall noise level in the analogue signal The PWM period The average amplitude of the analogue signal The PWM timebaseThe shown sampled signal is the output of the ADC of Arduino Uno, calculate: 1- The number of samples (N) that needs to calculate Ts. 2- The normalized values for the shown max and min (normalized to 5 V). 3- The signal frequency if the sampling time of Arduino ADC is: Ts=112usec. 1020 35
- 1. a) An analog signal contains frequencies up to 12 kHz. (i) What range of sampling frequencies dose allow exact reconstruction of this signal from its samples? (ii) Suppose that we sample this signal with a sampling frequency Fs = 9 kHz. Examine with proper diagram what happens to the frequency component F1 = 6 kHz after passing through the digital to analog converter. (iii) Repeat part (ii) for a frequency component F2 = 11 kHz. b) Why is it necessary to introduce an analog low-pass filter before analog to digital converter? Illustrate the fact with necessary diagram.What is sampling theorem? Explain different types of sampling methods with figuresThe output from a sensor ranges from a minimum of 10 mV to a maximum of 200 mV as the measurand varies over its range. Devise a mechanism for signal conditioning so that this becomes 0 to 5 V. The source impedance should be high and the output impedance low. Show full derivation details, state all assumptions and give explanations.
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