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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.
Explain different stage in energy audit?
a. Explain the time division space switching b. Verify the execution complexity of 2048 channel TST switch with 16 TDM links and 128 channels. Let the time slot of space switch
A button does some command in a program when it is clicked. Buttons generally have a 3-dimensional look, although you may have to move the mouse over the button for it to look 3D.
Comparison of Analog-Modulation Systems The comparison of analog modulation systems (conventional AM, DSB SC, SSB SC, VSB, FM, and PM) can be based on three practical criteria:
Q. What is current gain in RC coupled amplifier? Current gain is the ratio of the output current to the input current. we represent it as A i . A i =I o /I s it can
Q. The twin-tee or notch network shown in Figure is often used to obtain band-reject characteristics. (a) Determine the transfer function V 2 /I 1 . (b) Find the angular freq
How to design a single phase distribution circuit from a supply point to a load?
Q Consider a three-phase, full-wave bridge recti?er, as shown in Figure, with a purely resistive load R. For each diode, determine: (i) efficiency, (ii) form factor, (iii) ripple f
the forward resisitance of a semi conductor diode is 10 ohm, two such diodes used in full wave rectifier subjectto a sinusoidal voltage wave form. given by v(t)=308 , sin(100 pi t)
Spread Time (t s ) During spread time anode voltage falls from 10% I a to the on state voltage drop and anode current rises from 90% I a to final value of anode
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