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A transient of 100 ms is to be captured on a digital storage oscilloscope on full screen in the horizontal direction. If the transient is to be recorded at a sampling rate of 100 kS/s, what should the minimum size of the acquisition memory be?
At 1 kHz, the skin depth in copper is 2 mm. Determine the a.c. resistance at 500 kHz and at 10 MHz of 20 cm lengths of copper conductors having the following cross sections:
Calculate the pu circuit parameters of the transformer. Determine its efficiency and voltage regulation at full load 0.8 pf lagging. Calculate also the maximum efficiency and the load (0.8 pf ) at which it will occur.
1) Determine the transfer of second-order highpass filter with a cutoff frequency of 900 Hz and passband gain of 1 using a butterworth type. 2) Design a filter for your transfer function from question.1 using the sallen-Key topology.
Impulse Responses of LTI systems can be physically found by inputting \(x[n] = \delta[n]\)to the system and measuring the output. Assume that during the process, we inadvertently input\(x[n] = \delta[n] + \delta[n-1]\)
Write the two-dimensional steady state heat equation and boundary conditions. Use a simplified radiation model and assume that the plate is infinitely long.
Circuit problem that these paramerter to find the current with Z=.1+2J, 440V and max voltage drop of 22Vrms.
design an arithmetic incrementer/decrementer circuit. Your circuit will recieve a 3-bit binary number (A) as input to produce an output which is either A+1 or A-1 depending upon the command input (ID).
An ND:YAG laser in the lab emits light at 1064 nm. The laser is light is directed into a slab of silicon, which has an index of refraction n = 4. a. What is the relative permittivity of Si at this wavelength (Hint: Si is non-magnetic.)
Assuming the input resistance of the load cell is 420 and rated output is 3.0mV/V at the rated capacity. What should be the series resistance that should be added to the excitation side so that the output voltage I reduced to 2.0mV/V
Write a program that will find the complete solution for the network of given figure. - That is, given all the parameters of the network, calculate the current, voltage, and power to each element.
Determine the input current and the load current and voltage. Also, calculate the power absorbed at the load. Use the data from A above, but assume the load is an open circuit. Determine the input current and the load current and voltag..
What is the current sensitivity? - Design a 20-A ammeter using the above movement. Show the circuit and component values.
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