Q3. A circuit with two diodes D1​ and D2​ is shown in figure 4. Characteristic equation of any of the diodes is given by

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Q3. A circuit with two diodes D1​ and D2​ is shown in figure 4. Characteristic equation of any of the diodes is given by

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Q3 A Circuit With Two Diodes D1 And D2 Is Shown In Figure 4 Characteristic Equation Of Any Of The Diodes Is Given By 1
Q3 A Circuit With Two Diodes D1 And D2 Is Shown In Figure 4 Characteristic Equation Of Any Of The Diodes Is Given By 1 (84.33 KiB) Viewed 34 times
Q3. A circuit with two diodes D1​ and D2​ is shown in figure 4. Characteristic equation of any of the diodes is given by id​=Is​(eλVd​−1). Assume Is =1×10−13 and λ=1/0.026. Page 2 of 3 i. Formulate the matrix equation using non-linear analysis for MNA (Use companion model of a diode) ii. Develop an algorithm to calculate nodal voltages of the circuit and represent it using a flow chart. iii. Implement the algorithm with the help of MATLAB programming and obtain voltages at nodes. Attach a copy of the programme and the result to the answer script.
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