The BSC Labs:
JFET Reading:
JFETS Reading
Lab 4:
JFETS
I
This lab explores basic JFET characteristics, circuits and applications.
You will build a JFET switch, memory cell, current source, and source follower.
Lab 5:
JFETS
II
This lab investigates some more sophisticated JFET circuits such as
voltage amplifiers, differential amplifiers, attenuators, and modulators
Lab 6:
Op
Amps I
This week's lab studies op amps and feedback. You will construct a
comparator, follower, current source, and inverting, non inverting, differential,
and summing amplifiers. The lab assumes that the op amps are perfect and
uses the Op Amp Golden Rules to analyze the circuits.
Lab 7:
Op
Amps II
In this week's lab you will continue your study of ideal op amp circuits.
Circuits to be constructed include a current to voltage converter, a NIC
(negative impedance converter), a gyrator, and an oscillator. The lab ends
with the construction of a complex circuit that calculates root mean squares.
Lab 8:
Op
Amps III
In many circuits, op amps behave perfectly in the sense that the op
amp golden rules are obeyed. However, some circuits expose op amp imperfections
which violate the golden rules. This week's lab explores these circuits,
and investigates methods of curing some of the imperfections. (Also see
supplementary
material.)
LabView Experiments
Lab 9:
LabView Programming Manual
In lab 9 you will learn how to use LabView and program in LabView
The Contents of this folder are the LabView 6 hour Tutorial, programs VIs, documentation, and data sheets
Download LabView 7.1 Full Program Zipped file (about 400M): This file is password protected.
LabView Program 7.1
LabView Licence Program is in this directory.
Lab 10:
Analog to Digital and Digital to Analog Conversion Manual
In this week's lab you will continue using LabView to explore how to control by computer ADC's and DAC's.
LabView programs VIs, documentation, and data sheets
Lab 11:
Signal Processing and Control
In lab 11 you will use feedback control methods using LabView to control the Levitation of a chrome steel ball.
You will also study the use of feedback control using LabView.
LabView programs VIs, documentation, and data sheets
Lab 12: FINAL PROJECT: Final
Project
Guidelines for the final project.

Appendix_1
Digital
Circuits I Elements
Appendix_2
Digital
Circuits II and ADC- Analog Digital Converter and DAC- Digital to Analog Converter Circuits
More digital circuits and the 555 Timer chip. (See Data sheet below
for 555 Timer chip.)
Digital
Circuits Reading materials ADC/DAC
Data Sheets
Digital Circuits:
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