E CE340 Elect glnics I Exam
Exam #3 (04/06/2015)
(Close book, no cheat-sheet; calculator is allowed)
(Please choose 4 problems; 25 points for each problem.)
Problem #1 Find the value for RC to obtain Va =
_Z V for the pnp bipolar junction transistor
cir
ECE340 Electronics I
Exam
Exam #2 (03/02/2015)
(Close book; calculator is allowed; please choose 4 problems; 25 points for each problem.)
Problem #1 What logic gate function of the ideal-diode circuit below works as? (Hint: vA, vB, and
vC are inputs while
EE3114
Electronics 1
Lecture 2:
Amplifiers, Frequency response
Davood Shahrjerdi
Electrical and Computer Engineering
New York University
Fall 2016
Outline
- Amplification of analog signals
- Frequency response
- Bode plot
- Reading: Chapter 1, Sedra/Smith
ECE340 Electronics I
Exam
Exam #2 (03/02/2015)
(Close book; calculator is allowed; please choose 4 problems; 25 points for each problem.)
Problem #1 What logic gate function of the ideal-diode circuit below works as? (Hint: vA, vB,
and vC are inputs while
ECE340 Electronics I
Exam
Exam #3 (04/06/2015)
(Close book, no cheat-sheet; calculator is allowed)
(Please choose 4 problems; 25 points for each problem.)
Problem #1 Find the value for RC to obtain VC = +2 V for the pnp bipolar junction transistor
circuit
ECE340 Electronics I
Exam
Exam #1 (02/04/2015)
(Close book; calculator is allowed; please choose 4 problems; 25 points for each problem.)
Box: Ideal Operational Amplifier (Op Amp)
Problem #1 For the circuit below, obtain an expression for voltage gain G =
EE3114
Electronics 1
Lecture 4:
Non-ideal Op-amps
Davood Shahrjerdi
Electrical and Computer Engineering
New York University
Fall 2016
Outline
- Op-amps circuits
- Reading: Chapter 2, Sedra/Smith
2
Common-mode response
Two dissimilar small signal voltages
EE3114
Electronics 1
Lecture 4:
Non-ideal Op-amps
Davood Shahrjerdi
Electrical and Computer Engineering
New York University
Fall 2016
Outline
- Non-ideal Op-amps: Finite gain, bandwidth, resistance
- Reading: Chapter 2, Sedra/Smith
2
Non-ideal Op Amps
Id