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Identical JFETS characterized by Ipss = 10mA, and Vp=-4V are connected as shown in Figure below, Let Rs = 2KQ, and VDp= 15v , and find (a) VcsQ1 , (b) Inq2, (c) VGsQ2 , (d) VpsQI , and (e) VpsQ2 ? RD 1ΚΩ , %3D Rp RG

Identical JFETS characterized by Ipss = 10mA, and Vp=-4V are connected as shown in Figure below, Let Rs = 2KQ, and VDp= 15v , and find (a) VcsQ1 , (b) Inq2, (c) VGsQ2 , (d) VpsQI , and (e) VpsQ2 ? RD 1ΚΩ , %3D Rp RG

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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The input voltage for the regulator shown varies from 35v to 45v, Vz=20v ,r=5Q, IL(min) =0 A, IL(max) =100 mA, Izmin =10 mA, Izmax =400 mA, Find the values of R and Pz(max) ? Identical JFETS characterized by Inss = 10mA, and Vp=-4V are connected as shown in Figure below, Rs = 2KQ, and V Dp= 15v , and find (a) VGsQI , (b) Inq2, (c) VcsQ2 , (d) VpsQI , and (e) VDSQ2 ? Let Rp = 1KQ, Rp RG Vee-20 V For the network of Fig. below: (a) Calculate IB and Ic. (b) Determine r. (c) Determine Zi and Zo. 56 k2 8-200 (d) Find Av and Ai. 82k9
Transcribed Image Text:The input voltage for the regulator shown varies from 35v to 45v, Vz=20v ,r=5Q, IL(min) =0 A, IL(max) =100 mA, Izmin =10 mA, Izmax =400 mA, Find the values of R and Pz(max) ? Identical JFETS characterized by Inss = 10mA, and Vp=-4V are connected as shown in Figure below, Rs = 2KQ, and V Dp= 15v , and find (a) VGsQI , (b) Inq2, (c) VcsQ2 , (d) VpsQI , and (e) VDSQ2 ? Let Rp = 1KQ, Rp RG Vee-20 V For the network of Fig. below: (a) Calculate IB and Ic. (b) Determine r. (c) Determine Zi and Zo. 56 k2 8-200 (d) Find Av and Ai. 82k9
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