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Please tell me in detail which wire should go to which number (eg. A1, B2, C4 etc...).
I am in need of big help here. I don't know what else should be done to get this correct.
I have to build this PLL circuit and choose any 3 N (integer) of the N-divider. Then I have to observe the input signal...
Hello, please help me with this problem. The question is in the picture. I don't know how to normzalize the data. How to know which method should be used? I need two methods of normalization here. HELP! Please teach me in detail.
This is an experiment to check if digital data transmission was done accurately or not. Ok, so here's what is done:
The part where the value is lower than the value set at trigger level is detected, then the number of samplings of the finer offsets are set, and only those parts were horizontally...
Hi, I hope you can help me with this.
The experiment is to make sure that the digital data is transmitted accurately. Can you tell me what method is this? The trigger level is set to -2.3095 and the trigger setting is " analog minus trigger". What do these have to do with transmitting digital...
In this experiment, a person's voice was recorded on a mic as the analog source. And then the analog data was converted into digital data so that the program on the PC could read it and then the digital data was converted into Analog again to reproduce the recorded voice. I attached the results...
The input is the voltage input used to produce the torque for the pendulum arm to oscillate. The poles consist of 2 pair of real numbers and 2 pairs of conjugate numbers. What do the real numbers say about the response?
Yes, that's what I said. The response depends on the poles. But I need to compare these 3 results. They're the results of 3 different poles. I also need to write the relationship between the complex numbers and the response. Can you help?
Can you help me compare these results? They're the simulations of a closed loop system . When we change the poles, (in this case, there are 4 poles), the response system also changes. The 4 poles involves 2 complex numbers and 2 integers, but I don't see the relationship between the poles and...
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