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3.3k
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1
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Implement Y = A + B C using only NOR gates.
digital electronics updated 4.9 years ago by teamques10 ★ 70k
0
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1
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633
views
1
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Compare FPGAs with CPLDs.
digital electronics updated 4.9 years ago by teamques10 ★ 70k
0
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1
answer
1.7k
views
1
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Write (AB)16 into its BCD code and Octal code.
digital electronics updated 4.9 years ago by teamques10 ★ 70k
0
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1
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898
views
1
answer
State and prove the De Morgan's theorem.
digital electronics updated 4.9 years ago by teamques10 ★ 70k
0
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1
answer
518
views
1
answer
Compare PLA with PAL.
tv and video engineering updated 4.9 years ago by teamques10 ★ 70k
7
votes
1
answer
55k
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1
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Compare TTL with CMOS logic families.
analog electronics updated 4.9 years ago by teamques10 ★ 70k
0
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1
answer
1.3k
views
1
answer
Compare Synchronous with Asynchronous counter.
digital electronics updated 4.9 years ago by teamques10 ★ 70k
0
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1
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683
views
1
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Compare Combinational circuits with Sequential circuits.
digital circuits and design updated 4.9 years ago by teamques10 ★ 70k
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1
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1.2k
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1
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"Check the following polynomials for Hurwitz \[ \left(1 \right) P\left(s \right)=s^5+4s^4+3s^3+s^2+4s+1 \\ \left(2 \right) P\left(s \right)=s^4+4s^2+8 \]"
control systems updated 4.9 years ago by teamques10 ★ 70k
0
votes
1
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1000
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1
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Define transmission line parameters in case of two port network. Also derive the condition of symmetry.
circuit transmission lines updated 4.9 years ago by teamques10 ★ 70k
0
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1
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568
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1
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In case of series R-L circuit excited by DC supply (V) derive equation for transient current IL with initial conditions.
analog electronics updated 4.9 years ago by teamques10 ★ 70k
0
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1
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806
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1
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Check the given polynomial for Hurwitz \[ P\left(s \right)=s^5+8s^4+24s^3+28s^2+23s+6 \]
control systems updated 4.9 years ago by teamques10 ★ 70k
0
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1
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1.0k
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1
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Check the given polynomial for Hurwitz \[ P\left(s \right)=s^5+8s^4+24s^3+28s^2+23s+6 \]
control systems updated 4.9 years ago by teamques10 ★ 70k
0
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1
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696
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1
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Synthesize the following YRL(s) using cauer II from \[ Y_{RL}\left(s \right)= \frac{\left(s+1 \right)\left(s+4 \right)}{s\left(3s+4 \right)} \]
circuit transmission lines updated 4.9 years ago by teamques10 ★ 70k
0
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1
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535
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1
answer
A driving point R-L admittance function is given by- \[ y_{RL}\left(s \right)= \frac{s^2+6s+8}{s^2+4s+3} \] Use cauer - I Method
analog electronics updated 4.9 years ago by teamques10 ★ 70k
0
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1
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657
views
1
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Check following polynomials for Hurtwitz - \[ \ \left(i\right)\ \ p\left(s\right)=S^4+4s^2+8 \] \[ \left(ii\right)\ \ p\left(s\right)=s^4+s^3+5s^2+3s+4 \]
control systems updated 4.9 years ago by teamques10 ★ 70k
1
vote
1
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4.1k
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1
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Draw Bode plot for the function G(s). Find gain margin, phase margin and comment on stability. \[ G(s)= \frac{2(s+0.25)}{s^2(s+1)(s+0.5)} \]
control systems updated 4.9 years ago by teamques10 ★ 70k
0
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1
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3.0k
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1
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Current I1 and I2 entering at 1 and port 2 respectively of two port network are given by following equation. I1 =0.5V1 - 0.2V2 I2 = -0.2V1 +V2 Obtain T and Π(pi) representation.
need-tagging updated 4.9 years ago by teamques10 ★ 70k
0
votes
1
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783
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1
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Realise the following function in Cauer-I and Cauer-II from \[ Z(s)=\dfrac {(s+1)(s+3)}{(s+2)(s+6)} \]
circuit transmission lines updated 4.9 years ago by teamques10 ★ 70k
0
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1
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7.5k
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1
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Check whether following polynomials are Hurwitz or not \[ (i) s^3+4s^2+5s+2 \\ (ii) s^4+s^3+2s^2+3s+2 \]
engineering mathematics updated 4.9 years ago by teamques10 ★ 70k
0
votes
1
answer
1.4k
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1
answer
Derive the expression for transmission parameters in terms of Z parameters.
analog electronics updated 4.9 years ago by teamques10 ★ 70k
0
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1
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615
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1
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Find I2 using mesh analysis.
basic electrical engineering updated 4.9 years ago by teamques10 ★ 70k
0
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1
answer
12k
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1
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Find the current through 10Ω resistor using Norton's theorem.
basic electrical engineering updated 4.9 years ago by teamques10 ★ 70k
0
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1
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876
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1
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Test if F(S)=2S6+4S5+6S4+8S3+6S2+4S+2 is a Hurwitz polynomial.
control systems updated 4.9 years ago by teamques10 ★ 70k
0
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1
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10.0k
views
1
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The constants of a transmission line are R=6Ω/km, L=2.2 mH/Km.G=0.25×10-6 ℧/km, C=0.005×10-6 F/km. Determine the characteristics impedance, propagation constant and attenuation constant at 1 KHZ.
image and video processing updated 4.9 years ago by teamques10 ★ 70k
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