1- An E-MOSFET has these values: ID(active) = 1 mA and Vps(active) = 10 V. What does its drainresistance equal in the active region?2- What is the output voltage in Fig. 12-52a when the input is low? When it is high?3- In Fig. 12-52b, the input voltage is low. What is the output voltage? If the input goes high,what is the output voltage?4- A square wave drives the gate of Fig. 12-52a. If the square wave has a peak-to-peak valueLarge enough to drive the lower MOSFET into the ohmic region, what is the outputwaveform?Figure 12-52VDDVDD+12 V+18 VK Rp =8 kNRp = 2 k2VoutO VoutRoslon) = 300 2RoSlon) = 150NVin OVin(a)(b)

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Answered: 1- An E-MOSFET has these values:…

1- An E-MOSFET has these values: ID(active) = 1 mA and VDs(active) = 10 V. What does its drain resistance equal in the active region?

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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Question

1- An E-MOSFET has these values: ID(active) = 1 mA and Vps(active) = 10 V. What does its drain
resistance equal in the active region?
2- What is the output voltage in Fig. 12-52a when the input is low? When it is high?
3- In Fig. 12-52b, the input voltage is low. What is the output voltage? If the input goes high,
what is the output voltage?
4- A square wave drives the gate of Fig. 12-52a. If the square wave has a peak-to-peak value
Large enough to drive the lower MOSFET into the ohmic region, what is the output
waveform?
Figure 12-52
VDD
VDD
+12 V
+18 V
K Rp =8 kN
Rp = 2 k2
Vout
O Vout
Roslon) = 300 2
RoSlon) = 150N
Vin O
Vin
(a)
(b)

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