Q3. Demonstrate the process of executing a nested subroutine, where you will have three subroutines. Subroutine number 2 will be called from subroutine number 1, while subroutine number 3 will be called from subroutine number 2. In Keil uVision, screenshot your result, by showing the value of PC and LR. Discuss your results by relating the values in PC, LR and stack for each subroutine call.
In: Electrical Engineering
WHAT ARE THE KEY CONCEPTS YOU NEED TO KNOW ABOUT THE IT NETWORK ENGINEERING?
PLEASE GIVE THE CONCEPTS EXPLAINED
PLEASE GIVE SOME GOOD REFERENCES AND BOOKS TO LOOK INTO FOR THE
CompTIA CySA+ - CompTIA IT Certifications
IT FUNDEMENTALS - A+ - Network+ - Security+ , etc.
PLEASE GIVE THE BOOKS OR REFERENCES OR LINKS I COULD USE FOR THE GOOD REFERENCES FOR PREPARING AND STUDYING
In: Electrical Engineering
Advanced Mechatronics - Frequency Analysis
Question#01: Describe the procedure of determining the correct sampling rate based on spectral analysis.
Question#02: What is the assumption used to
apply harmonic analysis to functions (e.g.
sets of measured data) for which the period T is not known or for
which the periodicity
itself is questionable?
Question#03: Assume that the vibration data are
measured over 2 minutes. The Fourier
analysis is used to determine the frequency spectrum. What is the
fundamental frequency
as determined from the discrete Fourier transform algorithm?
Question#04: Explain what is the cut-off frequency of a filter.
In: Electrical Engineering
calculate built-in potential, maximum electric field and width of the depletion layer in Si p-n diode doped with donors and acceptors to concentration of 2x10^17cm^-3 and 5x10^16 cm^-3 respectively
estimate the maximum voltage which can be safely applied to the diode descibed above
estimate density of reverse current in the diode desribed in top if the diffusion constants and the diffusion lengths of holes and electrons are about 30cm^2/s and 100mm respectively
In: Electrical Engineering
Below are listed parameters for different direct-mapped cache designs.
Cache Data Size: 32 KiB
Cache Block Size: 2 words
Cache Access Time: 1 cycle
Word: 4 bytes.
Calculate the total number of bits required for the cache listed above, assuming a 32-bit address. Given that total size, find the total size of the closest direct-mapped cache with 16-word blocks of equal size or greater. Explain why the second cache, despite its larger data size, might provide slower performance than the first cache.
In: Electrical Engineering
Provide an example application that uses normally open relay Contacts and normally closed relay contacts?
In: Electrical Engineering
in a rectangular wave guide for which a = 1.5cm b=0.8cm o=0,m =m0 and E=4e0 Hz= 2 sin (pi x /a) cos (3piy/b) sin (pi x 10^11 t -bz)a/m. assume TE13 determine of the field components for this mode.
In: Electrical Engineering
In: Electrical Engineering
When designing a lead-compensator for a given transfer function and having the freedom to choose any value for the damping factor, can you choose the damping factor to be 1 and have the desired pole lie on the real axis?
In: Electrical Engineering
.How many bits would be used to represent the following text string in extended ASCII? "I like this HW!"
.What is the hexadecimal value of the color black and the color white on the web?
. What is the minimum length of the binary code I would need to use if I wanted to assign a unique binary code to 93 students in the class?
In: Electrical Engineering
(Without using library iee. if possible) Develop the text file and simulation for the 74LS194A universal, bi-directional shift register.
In: Electrical Engineering
(Without using library iee. if possible) Develop the text file and simulation for the 74LS194A universal, bi-directional shift register.
In: Electrical Engineering
Show the IEEE 32-bit representation for 2.09375 and 17.1875
In: Electrical Engineering
Constant Current Code for Arduino
Develop a Constant Current Program in C and upload it into your Arduino
#include <LiquidCrystal.h>
LiquidCrystal lcd(12, 11, 5, 4, 3, 2);
In: Electrical Engineering
What are the challenges of the electricity energy sector in terms of electric energy consumption and the availability of combustion sources for electricity generation?
In: Electrical Engineering