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3.2k
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What are various programming techniques used for EEPROM
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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11k
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Implement the following function using Static CMOS logic $Y=\overline{((A.B)+(C.D))}$.
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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Implement the following function using CMOS logic. $Y=A{\bar{B}} +{\bar{A}}{\bar{C}} + AB$ .
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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Implement 4:1 mux using pass transistor logic. Explain advantages of using transmission gates.
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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Explain pseudo NMOS logic and hence implement 2 input NAND gate.
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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3.1k
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Implement Y=$\overline((A+B).(C+D))$. Using pseudo NMOS logic.
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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24k
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Draw JK Flip Flop using CMOS and explain the working.
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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2.9k
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Implement the following function using Dynamic CMOS logic. $Y=\overline{(A(B+C))}$ .
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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24k
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Write short notes on: NORA, Zipper Logic design.
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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25k
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Implement D flip-flop using Static CMOS. What are other design methods for it? [10] OR Draw D flipflop using CMOS and explain the working.
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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2.8k
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Implement Y = $\overline{((A.B)+(C.D))}$ using Dynamic Logic.
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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18k
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Design a 2:1 MUX using transmission gates and discuss advantages of use of transmission gate logic.
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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16k
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Derive equation for noise margins for CMOS invertor
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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18k
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Consider CMOS circuit with following parameters $v_{DD}=3.3v,v_{TO}=0.6v,v_{TO},p=-0.7v,K_n=200 \mu A/v^2,K_p=80 \mu A/v^2 $Calculate noise margins of the circuit consider KR=2.5
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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2.6k
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Sketch and explain the general shape of the Transfer characteristics of NMOS inverter. Compare different types of inverters.
vlsi design updated 5.1 years ago by hetalgosavi • 1.6k
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6.4k
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What are the different MOSFET models? Give importance of MOSFET capacitances related to MOSFET's performance
vlsi design updated 5.2 years ago by hetalgosavi • 1.6k
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43k
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Define scaling. Explain significance or in in VLSI circuits. OR Define Scaling. Explain various types of scaling in detail.
vlsi design updated 5.2 years ago by hetalgosavi • 1.6k
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23k
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Compare Full Scaling & Constant Voltage Scaling models of MOSFET .Demonstrate clearly the effects of scaling on the device density, speed of the circuit, power consumption and current density of the
vlsi design updated 5.2 years ago by hetalgosavi • 1.6k
2
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11k
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Compare Bipolar, NMOS and CMOS technologies
vlsi design updated 5.2 years ago by hetalgosavi • 1.6k
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521
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Module 6 : Unit 2
vlsi design updated 5.2 years ago by teamques10 ★ 65k
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458
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1
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Module 6 : Unit 2
vlsi design updated 5.2 years ago by teamques10 ★ 65k
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482
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1
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Module 5 : Unit 2
vlsi design updated 5.2 years ago by teamques10 ★ 65k
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483
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1
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Module 5 : Unit 2
vlsi design updated 5.2 years ago by teamques10 ★ 65k
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508
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1
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Module 4 : Unit 2
vlsi design updated 5.2 years ago by teamques10 ★ 65k
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505
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Module 4 : Unit 2
vlsi design updated 5.2 years ago by teamques10 ★ 65k
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