Show the equation used, and the tabulated list of points in your script.On graph paper draw the maximum and minimum characteristics for the FET used in figure 6.29,Showing associated calculations in the script, draw the bias line for the source resistance R,on the4.1given that:Ipss (maæ)Vese= 14 mA ;Ipss (min)Voso (min)6 mA.- - 4 V.- -9VGSo (max)Calculate Ve and clearly mark it on the graph.4,24.3graph.From the information provided by your graph, determine:) the maximum spread of Ip ;(ii) the maximum and minimum expected values for Vog .Determine the value of the mutual conductance of the FET at the quiescent point from the4.44.5maximum characteristic curve.Draw the small-signal ac model of the circuit, assuming the capacitor reactances are all neglieibleLabel all component values, terminals and signals.4.64.7Conduct a complete ac analysis of the circuit so as to find:(i) input impedance;(ii) output impedance;(iii) current gain;(iv) voltage gain.+15 VRD313 QR11 MQR2Rs2 kQ360 k2CsFig. 6.29orecteristics as

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4.1 On graph paper draw the maximum and minimum characteristics for the FET used in figure 6.29, given that: Ipss (ma) Voso (ma Ipss (min) - 6 mA. Voso (min) Show the equation used, and the tabulated list of points in your script. = 14 mA ; = -9V - 4 V. 4.2 Calculate Ve and clearly mark it on the graph. Showing associated calculations in the script, draw the bias line for the source resistance R,on the 4.3 graph. From the information provided by your graph, determine: ) the maximum spread of Ip; (i) the maximum and minimum expected values for V.. Determine the value of the mutual conductance of the FET at the quiescent point from the 4.4 4.5 maximum characteristic curve. Draw the small-signal ac model of the circuit, assuming the capacitor reactances are all negligihle Label all component values, terminals and signals. Conduct a complete ac analysis of the circuit so as to find: (i) input impedance; (ii) output impedance; (ii) current gain; (iv) voltage gain. 4.6 4.7 +15 V RD 313 0 1 MQ the R2 Rs 2 k0 Cs 360 kQ Fig. 6.29 oteristics as

4.1 On graph paper draw the maximum and minimum characteristics for the FET used in figure 6.29, given that: Ipss (ma) Voso (ma Ipss (min) - 6 mA. Voso (min) Show the equation used, and the tabulated list of points in your script. = 14 mA ; = -9V - 4 V. 4.2 Calculate Ve and clearly mark it on the graph. Showing associated calculations in the script, draw the bias line for the source resistance R,on the 4.3 graph. From the information provided by your graph, determine: ) the maximum spread of Ip; (i) the maximum and minimum expected values for V.. Determine the value of the mutual conductance of the FET at the quiescent point from the 4.4 4.5 maximum characteristic curve. Draw the small-signal ac model of the circuit, assuming the capacitor reactances are all negligihle Label all component values, terminals and signals. Conduct a complete ac analysis of the circuit so as to find: (i) input impedance; (ii) output impedance; (ii) current gain; (iv) voltage gain. 4.6 4.7 +15 V RD 313 0 1 MQ the R2 Rs 2 k0 Cs 360 kQ Fig. 6.29 oteristics as

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter30: Dc Motors

Section: Chapter Questions

Problem 6RQ: What is CEMF?

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