Mastering Cypress PSoC-An Embedded System Design perspective

Name: Mastering Cypress PSoC-An Embedded System Design perspective
Rating: 4.6 (167 reviews)

Design Hardware, Develop Firmware & Integrate both to see the reflection of your idea.

Created bySivananda Reddy

Last updated 5/2018

English

What you'll learn

Build applications on unconventional processing element PSoC
Work comfortably on PSoC creator
Develop firmware for embedded processors
Configure various digital and analog peripherals, and interface them to PSoC
Customize PSoC to suit the requirement of system designer
Will learn the fundamentals of discrete components like LED, LCD, Switches etc.,
Can pick suitable communication protocols and program them to initiate communication
Can drive the processor into low power modes like Sleep, Hibernate etc.,
Can update the Firmware on the field with Bootloader
Able to Interface sensors like Accelerometer, Temperature Sensor, Ambient Light Sensor etc., to the CPU

Course content

12 sections • 43 lectures • 12h 29m total length

Course Overview2:45
Discover the Cypress PSoC embedded system design series, from prerequisites and tools to hands-on LED and sensors projects, and learn to configure diverse peripherals on PSoC.
Introduction to PSoC6:09
Introduction to PSoC
PSoC 4200M details7:39
PSoC 4200M details
Development board used in this course (CY8CKIT-044)10:58
CY8CKIT-044

Setting up the development environment3:44
Set up the PSoC development environment by creating a Cypress account, downloading and installing PSoC Creator for Windows, and setting up the license to start using the tool.
Creating first PSoC project13:31
Create your first PSoC project using PSoC Creator, selecting a design project and the PSoC4 4200M target. Build a LED blinking application by adding a digital output pin, mapping it to a physical pin, writing firmware, building, and programming the CY8CKIT-044.
Development Environment

7-segment display interfacing9:20
Test Drive: 7-segment display11:12
Static, Dynamic 7-segment display12:03
Test Drive: Dynamic 7-segment display17:25
SSD
LCD Interfacing19:58
Test Drive: LCD Interfacing14:39
Design and build an LCD interfacing project in PSoC, selecting the LCD component, mapping pins, and writing firmware using the LCD API to display messages on two rows.
LCD Interfacing
Timer, Counter20:44
Explore timer and counter behavior in Cypress PSoC embedded design. Configure 8/16-bit modes, period and prescaler, and study up/down counting, overflow, underflow, and interrupt or compare events.
Test Drive: Timer, Counter34:59
Test Drive: Timer & Interrupts32:43
PWM12:13
Test Drive:PWM6:12
Timer, Counter and PWM

PSoC Bootloaders6:07
Explore how PSoC bootloaders enable in-system firmware updates by placing the bootloader at the start of flash, allowing reset to boot the application and upgrade firmware over host-target interfaces.
Test Drive: PSoC Bootloaders24:57
Learn to upgrade firmware on a Cypress PSoC with a bootloader, linking bootloader and application projects, and downloading the new app via UART or USB.
Bootloaders

Requirements

Basics of C programming
Be able to understand Microcontroller's terminology
Windows installed PC
PSoC4 M-series pioneer kit (or any PSoC4 or PSoC5 development kit).

Description

It is the beginning course in "Mastering Cypress PSoC" series & It is on Embedded System Design perspective. It teaches you developing embedded applications on an unconventional processing element PSoC. It gives an experience of working on PSoC Creator, an IDE platform. It teaches you configuring and programming Analog, Digital peripherals & Initiating communication with CPU. It teaches to set up serial communication between two devices. Overall, By the end of this course one can customize the chip to a system that acts as you wish.

Who this course is for:

Student/Hobbyist/Engineer/Anyone with electronics background.
Those who want to experience unconventional processing element
Those who are beginners and want to be master in developing embedded applications.

Mastering Cypress PSoC-An Embedded System Design perspective

What you'll learn

Explore related topics

Course content

Introduction4 lectures • 28min

Development Environment2 lectures • 17min

GPIOs2 lectures • 40min

Interrupts2 lectures • 52min

Clocking system1 lecture • 7min

Digital components11 lectures • 3hr 11min

Communication Interface5 lectures • 1hr 11min

Watchdog Timer4 lectures • 58min

Power saving modes3 lectures • 44min

Bootloaders2 lectures • 31min

Requirements

Description

Who this course is for: