Embedded Systems Using Cypress Programmable System on Chip

Name: Embedded Systems Using Cypress Programmable System on Chip
Rating: 4.3 (228 reviews)

Learn how to implement basic and advanced electronic interfaces with the Cypress PSoC 4 platform.

Created byEduvance (Microchip Certified Trainer, AUP Trainer, CUA Trainer)

Last updated 5/2017

English

English [Auto],

What you'll learn

By the end of this course you will be familiar with the Cypress Programmable System on Chip (PSoC 4)
You will learn the fundamentals of LEDs. Seven Segment Displays, LCDs, Analog and Serial Interfaces
Programming basics

Course content

3 sections • 14 lectures • 4h 5m total length

Introduction to Programmable System on Chip21:17
Explore the programmable system on chip concept from Cypress, including embedded system components, on-chip microcontroller cores, analog and digital subsystems, and three PSoC families, with setup in PSoC Creator.
Getting Started with PSoC24:05
This lecture shows how to use the saw create software for a PSoC project, guiding you from selecting the target device to schematic entry, pin mapping, and programming. It demonstrates a blinking LCD lab where a digital output controls the LCD via API functions with delays to blink.
Lab 1 Using Switch to LED Interface13:46
Configure and read a digital input using a pull-up on a switch-connected pin, then drive a led through an output pin to reflect the switch state on the pioneer board.
Introdcution to PSoC
Getting Started with PSoC
Interfacing Switches and LEDs

Basics of Seven Segment Display20:30
Explore the basics of a seven segment display, including common cathode and common anode configurations, the a–g segments and the decimal point, and how to display digits.
Lab 2 Interfacing Seven Segment Display with PSoC21:20
Interfacing a seven-segment display with a PSoC board by wiring a seven-bit control register as a bus, mapping segments to ports, and displaying numbers with timing.
Seven Segment Display
Basics of PWM and PWM Component in PSoC17:08
Master the basics of pulse width modulation and the PWM component in PSoC, using counters and a compare register to vary the duty cycle.
Lab 3 Varying LED intensity using PWM19:47
Explore varying LCD brightness with PWM on the Cypress PSoC by adjusting the duty cycle via the right compare API, creating a breathing light pattern through software loops.
PWM Basic
Character LCD Basics19:59
Explore the basics of the chaotic LCD and its pinout, power, contrast, and backlight. Learn how RS, RW, and EN coordinate 4-bit or 8-bit data modes and essential display commands.
Lab 4 LCD Component and Lab with PSoC17:25
Learn to interface a character LCD with the Cypress PSoC, map logical to physical pins, and drive content using the position, print string, and clear display APIs, including scrolling.
LCD

ADC Fundamentals and ADC Component21:51
Explore ADC fundamentals on a Cypress programmable system on chip, covering delta-sigma and SAR ADCs, and how sampling, resolution, input range, and clock rate shape conversion.
Lab 6 ADC Lab12:32
Interface a potential meter with the adc on the Cypress psoc, configure a single channel for 0–3.3 v input, and display the result on the lcd.
Analog basics and Lab
Basics Of Serial Communication14:50
Learn the basics of serial communication, including start and stop bits, frames, and baud rate versus bitrate, and how to connect microcontrollers to PCs with UART and rs-232 level shifters.
Lab 5a Serial Component8:07
Configure a serial component in the PSoC to enable USB-to-serial communication between the PC and the kit. Use the art component to handle transmit and receive and map the pins.
Lab 5b Serial Lab12:39
Establish a usb-to-serial link between the PSoC and PC via uart. Configure 9600 baud, 8 data bits, 1 stop bit, and echo received data while mapping rx/tx.
Serial Communication basics and lab

Requirements

Fundamental knowledge of logic and a knowing what is programming
LED, LCD, Seven Segment Displays, Potentiometer

Description

The PSoC platform is a fast industry grade platform to test and develop products. PSoC is also a very interesting and challenging platform for students to begin building their embedded projects and mould them into products at par with industry.
For this course you will need a CYPRESS SEMICONDUCTOR - CY8CKIT-042 - DEVELOPMENT BOARD.

The course aims at teaching the various concepts of embedded systems and Programmable Systems on Chip. The course covers the basic on-board and off-board interfaces with the PSoC 4 development platform. The course also covers various aspects of programming and focuses over advanced interfaces like Analog and Serial interface with PSoC 4.

Who this course is for:

People with background in electronics
Undergraduate students in Electrical/Electronics/Electronics and Telecommunication/Computer Engineering
Graduate students in Electrical/Electronics/Electronics and Telecommunication/Computer Engineering
Working professionals in the electronics industry

Embedded Systems Using Cypress Programmable System on Chip

What you'll learn

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Course content

Basics of PSoC3 lectures • 59min

Basic Interfaces with PSoC6 lectures • 1hr 56min

Advanced Interfaces with PSoC5 lectures • 1hr 10min

Requirements

Description

Who this course is for: