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A) Analog & Digital Design and Microprocessor
(50 marks)
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1
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Verification of voltage division and current
division rule by using DC networks.
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2
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Design
and study of half wave rectifier with and without filter network.
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3
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Design
and study of centre tapped full wave rectifier with and without filter
network.
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4
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Design
and study of full wave bridge rectifier with and without filter network.
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5
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Design and study of DC voltage regulator circuit
by using zener diode.
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6
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Design
and study of DC voltage regulator by using Zener diode and BJT.
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7
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Design and study
of first order passive and active low pass RC filter circuits
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8
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Design and study
of first order passive and active high pass RC filter circuits
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9
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Design and study
of first order passive and active band pass RC filter circuits
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10
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Design and study
of first order passive and active band elimination RC filter circuits
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11
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Design and study
of BJT/JFET DC biasing networks by using different biasing schemes
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12
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Design and study
of single stage RC coupled BJT/JFET amplifier circuit
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13
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Design and study
of voltage follower circuit by using BJT
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14
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Design and study
of analog adder and subtraction circuits by using operational amplifiers
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15
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Design and study
of inverting amplifier circuit by
using operational amplifier
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16
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Design and study
of non- inverting amplifiers circuit
by using operational amplifier
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17
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Design of
comparator circuits by using operational amplifier
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18
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Design and study
of astable multivibrator by using BJTs /555 Timer
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19
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Design and study
of monostable multivibrator by using BJTs /555 Timer |
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20
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Design and study
of basic AND, OR, NOT, NAND logic gates by using diode, transistors.
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21
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Verification of
truth tables for basic logic gates by using logic gate ICs.
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22
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Design and
implementation of half adder and full
adder circuit by using basic logic gates
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23
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Design and
implementation of 4:1 multiplexer circuit by using logic gates
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24
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Design and study
of single bit magnitude comparator circuit by using logic gates
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B)
Microprocessor-I (50 marks)
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1
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ALP to move a block of data in
memory location starting from XXXX to a location YYYY. Perform the block move
in reverse order as well
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2
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ALP to find sum of 10 data
bytes stored in consecutive memory locations
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3
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ALP to find largest of 10 data
bytes stored in consecutive memory locations
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4
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ALP to find smallest of 10 data
bytes stored in consecutive memory locations
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5
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ALP to find sum of two 16 bit data stored in four consecutive
memory locations
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6
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ALP to convert binary number to
decimal and decimal to binary
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7
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ALP to convert decimal to
binary and binary to ASCII codes
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8
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ALP to find sum, difference and
product of two 8bit data
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9
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ALP to generate a square wave
through 8255 Ports
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10
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ALP to glow an LED on receiving
an interrupt signal
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12
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ALP to display decimal number
on seven segment display
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13
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ALP to control DC motor /
stepper motor speed through pulse width modulation
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13
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ALP to rotate a DC motor in
clockwise and anti clockwise directions
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