The self-biased stage shown in below Figure must be designed for a drain current of 2 mA. Tick an answer for each of the following. You must have ticked a total of three an a) If M, is to provide a transconductance of 1/(100 0), calculate the required value of R. (RD= .) b) Calculate the gate current. (IG= .) c) What is the maximum allowable value of Rp for M, to remain in saturation? (RDmax= .) Attaki-kendinden bivaslamatrdevre drain akm-2mA olacak şekilde tasarlanmalıdır. Aşağıdaleilerdem trerbiri için bireevop işaretleyiniz. Toplam uç eevapişaretemiş almalısır a) Ain100 Oyuk transkemdelktens sağlayabilmeeriçingerekRy değeri nedir HRD= .) b) Gate akımını besaplayin6-.) CMin dayumda kalabilmaci için izinrenten maista direnciedir tROm.) Circuit parameters/Devre Parametreleri VTH = 0.4 V, VoD = 3,7 V, X=0 VDD I. ERD RG O a. IG=20,000 uA O b. RDmax=2,89 ka O c. RD=1,450 kn d. RD=1,088 kn O e. RD=0,363 kn O f. IG=0 uA g. RD=0,725 k O h. RDmax=2,06 kn O i. IG=8,000 uA O j. RDmax=1,650 kn O k. IG=40,000 uA O I. RDmax=2,48 k2
The self-biased stage shown in below Figure must be designed for a drain current of 2 mA. Tick an answer for each of the following. You must have ticked a total of three an a) If M, is to provide a transconductance of 1/(100 0), calculate the required value of R. (RD= .) b) Calculate the gate current. (IG= .) c) What is the maximum allowable value of Rp for M, to remain in saturation? (RDmax= .) Attaki-kendinden bivaslamatrdevre drain akm-2mA olacak şekilde tasarlanmalıdır. Aşağıdaleilerdem trerbiri için bireevop işaretleyiniz. Toplam uç eevapişaretemiş almalısır a) Ain100 Oyuk transkemdelktens sağlayabilmeeriçingerekRy değeri nedir HRD= .) b) Gate akımını besaplayin6-.) CMin dayumda kalabilmaci için izinrenten maista direnciedir tROm.) Circuit parameters/Devre Parametreleri VTH = 0.4 V, VoD = 3,7 V, X=0 VDD I. ERD RG O a. IG=20,000 uA O b. RDmax=2,89 ka O c. RD=1,450 kn d. RD=1,088 kn O e. RD=0,363 kn O f. IG=0 uA g. RD=0,725 k O h. RDmax=2,06 kn O i. IG=8,000 uA O j. RDmax=1,650 kn O k. IG=40,000 uA O I. RDmax=2,48 k2
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Transcribed Image Text:The self-biased stage shown in below Figure must be designed for a drain current of 2 mA. Tick an answer for each of the following. You must have ticked a total of three answers.
a) If M; is to provide a transconductance of 1/(100 0), calculate the required value of Rp. (RD= .)
b) Calculate the gate current. (IG= ..)
c) What is the maximum allowable value of Rp for M, to remain in saturation? (RDmax= ..)
Attaki kendinden biyaslamat devre drain akm 2mA olacak şekilde tasarlanmalıdır. Asağıdaleiterdentrerbiri için bireevapişaretleyiniz. Toplam uç eevagişaretlemis almalısınız
a) Min 1100 OYluk translkenealeten
ayabilmesriçirgerekti Ry değeri nedi FRD= .)
b) Gate akımını besaplaviniIE= .)
CMain dovumda kalabilmaci
direnciaediri tRDm .)
Circuit parameters/ Devre Parametreleri
VTH = 0.4 V, VDp = 3,7 V, A=0
VDD
RG RD
O a. IG=20,000 uA
O b. RDmax=2,89 kn
O c. RD=1,450 kn
O d. RD=1,088 k2
O e. RD=0,363 kO
O f. IG=0 uA
O g. RD=0,725 kn
O h. RDmax=2.06 kQ
O i. IG=8,000 uA
O j. RDmax=1,650 kn
O k. IG=40,000 UA
O 1. RDmax=248 ka
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