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The assignment comprises two parts, a CPLD Design Exercise and a CPLD Design Project.
The CPLD Design Exercise will enable you to acquire competance in programmable logic design by providing essential information on the device technology, the design process and the design software. It will take you through a complete design flow for an Altera programmable device using a series of walkthroughs and a given design example that build expertise in operating the Quartus II design software. You will be able to download the design to the CPLD on the supplied demo board and verify its correct operation.
The CPLD Design Project will enable you to apply your knowledge and expertise in programmable logic design by utilising the Quartus II software to construct a new design to a given specification. It will not be necessary to download this design to the demo board but it should be appropriately documented in a design report.
Mesh analysis procedure : 1. Assign a distinct current to every closed loop of the network. 2. Apply KVL around every closed loop of the network. 3. Solve the resulting
We have seen that a practical power source may be modelled by an ideal constant voltage source in series with a resistor - a Thevenin equivalent circuit Alternati
Q. Give an account on the operation of the R-C coupled amplifie r. When a.c. signal is applied to the base of the first transistor, it appears in the amplified form across its c
A flyback converter is to be designed so that it operates in continuous "current" (flux) mode with a duty cycle of D = 0.45 when input voltage V s = 48 V, output voltage V o = 30
15 cells with emf for every cell are 1.5V and internal resistance 0.3Ω is linked in parallel. Calculate the value of current flow if the external resistance, 5Ω is linked to them.
Write an m-file "myfourier.m" which takes two images, computes FFT, phase and amplitude and swaps the amplitudes between two images. function myfourier im1=imread('cameraman.pn
A voltage amplifier without feedback has a nominal gain of 500. The gain, however, varies in the range of 475 to 525 due to parameter variations. In order to reduce the per-unit ch
The circuit shown below is a DC charging and discharging circuit. a. At t = 0 sec, switch S1 is thrown to position 1 ("pos1"). Write the mathematical expressions for and .
what is peak inverse voltage?
A four-pole, three-phase inductionmotor is energized from a 60-Hz supply. It is running at a load condition for which the slip is 0.03. Determine: (a) The rotor speed in r/min.
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