Elec 220 lab course (escape)

OpenStax

@

Introduction to quartus and circuit diagram design

0.1 Circuit design in elec 220

0.3 Fpga configuration

0.4 Hdl vs. schematic diagrams

0.5 Course overview

1 A quartus project from start to finish: 2 bit mux tutorial

2 Lab 1-1: 4-bit mux and all nand/nor mux

3 A student to student intro to ide programming and ccs4

4 Lab 3-1 a "real-world" microprocessor: basic msp430 assembly from roots

5 Lab 3-2 digital input and lab 3-2 output with the msp430 (escape)

6 Lab 4-1 interrupt driven programming in msp430 assembly (escape)

6.1 Msp430 interrupts and subroutines: your tasks

6.2 Background information

6.3 A few more instructions

6.5 Basic interrupts

6.6 Subroutines

6.7 Interrupt assignment detail

7 Lab 4-2 putting it all together: an interrupt driven msp430 project

8 Lab 5-1 c language programming through the adc and the msp430 (escape)

9 Lab 5-2 using c and the adc for "real world" applications with the msp

9.1 A real world situation

9.2 Analog signals background

9.3 Simple analog sensing

9.4 Our simple circuit

9.5 Calibration

9.6 Interrupts in c

9.7 Full range light meter assignment details

Source: OpenStax, Elec 220 lab course (escape). OpenStax CNX. Apr 07, 2013 Download for free at http://cnx.org/content/col11513/1.1

	32 Biology 32 Plant Reproduction MCQ By OpenStax Start Quiz
©flickr: Elliott	Spanish Verbs Subject Pronouns By Mariah Hauptman Start Quiz
	College physics for ap® courses By OpenStax Read Online Course
	6 Enterprise JavaBeans By JavaChamp Team Start Quiz
	2 Endocrinology Essay By Rohini Ajay Start Test
	1 SCJP/OCJP Java Certification By JavaChamp Team Start Exam
©flickr:	Morphology By Jugnu Khan Start Quiz
	Time and Stress Management MCQ By Dionne Mahaffey Start Quiz
	Interviewing Skills MCQ By Mary Matera Start Quiz
	Gastrointestinal Pathophysiology 2006 By Tamsin Knox Start Exam