EECS 140 Fall 2000 Midterm 1 Solutions, Exams of Electrical Circuit Analysis

The solutions to problem 1 to problem 7 of the eecs 140 fall 2000 midterm 1 exam. The problems involve calculating various electrical parameters such as voltage, resistance, and gain for different transistor configurations.

Typology: Exams

2012/2013

Uploaded on 03/22/2013

sarang
sarang 🇮🇳

4.5

(47)

86 documents

1 / 4

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
EECS 140 Fall 2000
Midterm 1
Prof. Brodersen
Use the following parameters unless otherwise stated.
Assume all W/L's are 10.
Vtn = Vtp = 0.5V
Kn' = Kp' = 100 microA/V^2
LAMBDAn = LAMBDAp = 0.01
GAMMAn = GAMMAp = 0
Problem #1
What is the Voltage at Vb so that Vout is 2 Volts?
Problem #2
a.) What is R so that Iout = 100 microA?
b.) What is the output resistance, Rout?
Problem #3
EECS 140, fa-1-html
EECS 140 Fall 2000 1
pf3
pf4

Partial preview of the text

Download EECS 140 Fall 2000 Midterm 1 Solutions and more Exams Electrical Circuit Analysis in PDF only on Docsity!

EECS 140 Fall 2000

Midterm 1

Prof. Brodersen

Use the following parameters unless otherwise stated. Assume all W/L's are 10. Vtn = Vtp = 0.5V Kn' = Kp' = 100 microA/V^ LAMBDAn = LAMBDAp = 0. GAMMAn = GAMMAp = 0

Problem

What is the Voltage at Vb so that Vout is 2 Volts?

Problem

a.) What is R so that Iout = 100 microA? b.) What is the output resistance, Rout?

Problem

EECS 140 Fall 2000 1

Assume the following small signal parameters for all transistors: Gm = 0. X = 0. R0 = 1 MOHM

What is the gain, Vout/Vin?

Problem

a.) What is Rout? b.) What is the gain?

Problem

What is the DC voltage at Vout?

7.) a.) max = 0.306 Volts, min = -0.05 Volts b.) 0.1042%

Posted by HKN (Electrical Engineering and Computer Science Honor Society)

University of California at Berkeley

If you have any questions about these online exams

please contactmailto:[email protected]