STM32 : Internet Of Things with 4G LTE Modem - Hardware

BY
Udemy

Learn everything there is to know about the STM32 microcontroller, SIMCOM 4G GSM modem, and IoT technologies, including PCB and circuit design.

Mode

Online

Fees

₹ 7900

Quick Facts

particular details
Medium of instructions English
Mode of learning Self study
Mode of Delivery Video and Text Based

Course overview

STM32: Internet Of Things with 4G LTE Modem - Hardware online certification is created by Cipher2Infinity - Embedded System Development which is made available by Udemy and is aimed at learners who want to master PCB design and hardware design to become a professional computer hardware engineers. STM32: Internet of Things with 4G LTE Modem - Hardware online course by Udemy teaches the fundamentals of the internet of things in order to help students grasp all areas of hardware design.

STM32: Internet Of Things with 4G LTE Modem - Hardware online classes feature 47 hours of digital video lectures and 34 downloadable resources that cover topics such as internet of things, antenna design, PCB design, hardware design, power supply design, circuit design, testing, debugging, Gerber data, stencil files, digital oscilloscope, and more. Learners will have acquired skills in hardware design using IoT technologies with a 4G LTE modem by the end of this course.

The highlights

  • Certificate of completion
  • Self-paced course
  • 47 hours of pre-recorded video content
  • 34 downloadable resources

Program offerings

  • Online course
  • Learning resources. 30-day money-back guarantee
  • Unlimited access
  • Accessible on mobile devices and tv

Course and certificate fees

Fees information
₹ 7,900
certificate availability

Yes

certificate providing authority

Udemy

What you will learn

Troubleshooting

After completing the STM32: Internet Of Things with 4G LTE Modem - Hardware certification course, learners will be introduced to the fundamentals and functionality of STM 32 processors. Learners will utilize the 4G LTE modem to discover the principles of the internet of things. Students will learn about IoT hardware design, antenna design, PCB design, circuit design, power supply design, and layout design approaches. Learners will gain skills in component selection, soldering, testing, debugging, and troubleshooting by studying the digital oscilloscope (DSO), Gerber data, and stencil files.

The syllabus

Note & Information

  • About Instructor
  • Important Note
  • Short Message
  • Ratings and Review
  • How to ask questions

Introduction to course

  • How To Take This Course
  • Understanding IOT Based System Structure
  • Understanding Course Structure
  • Course Update
  • Introduction To Course Material

Introduction To Eagle Software

  • Eagle Software : Download & Installation
  • Eagle Software : Introduction
  • Eagle Software : Library Installation
  • Eagle Software : Library Modification

Introduction To Course Hardware

  • Introduction To Hardware

Introduction To Block Diagram Of Hardware

  • Introduction To Block Diagram Of Hardware

Introduction To Soldering Process, Material & Equipments

  • Introduction To Essential Soldering Material
  • Introduction To Non Essential Soldering Material
  • Introduction To Stencil
  • Introduction To Solder Paste
  • Introduction To Hot Air Gun
  • Time Lapse Of Hardware

Power Supply Section : Introduction

  • Power Supply : Introduction
  • Power Supply : Design Architecture
  • Introduction To Lab Bench Power Supply

Power Supply Section : SMPS

  • Introduction To SMPS Section
  • How To Select SMPS IC Part - 1
  • How To Select SMPS IC Part - 2
  • How To Select SMPS IC Part - 3
  • How To Select SMPS IC Part - 4
  • Introduction To SMPS IC
  • Understanding SMPS IC Circuit Part - 1
  • Understanding SMPS IC Circuit Part - 2
  • Understanding SMPS IC Circuit Part - 3
  • Understanding SMPS IC Circuit Part - 4
  • Understanding SMPS IC Circuit Part - 5
  • Understanding SMPS IC Circuit Part - 6
  • Selecting Components For SMPS IC Circuit Part -1
  • Selecting Components For SMPS IC Circuit Part -2
  • SMPS Schematic Design
  • Introduction To Protection Circuit For Power Supply Part - 1
  • Introduction To Protection Circuit For Power Supply Part - 2
  • Introduction To Protection Circuit For Power Supply Part - 3
  • Introduction To Protection Circuit For Power Supply Part - 4
  • Introduction To Protection Circuit For Power Supply Part - 5
  • Introduction To Protection Circuit For Power Supply Part - 6
  • Introduction To Protection Circuit For Power Supply Part - 7
  • Introduction To Protection Circuit For Power Supply Part - 7.1
  • Introduction To Protection Circuit For Power Supply Part - 8
  • Protection Circuit Schematic Design
  • SMPS Layout Design Part - 1 : Planning
  • SMPS Layout Design Part - 2 : Stackup
  • SMPS Layout Design Part - 3 : Guidelines
  • SMPS Layout Design Part - 4 : Layout
  • Soldering Tips & Technique
  • Testing, Troubleshooting & Demonstration Part - 1
  • Testing, Troubleshooting & Demonstration Part - 2
  • Mistakes
  • Section Review

Power Supply Section : Li-Ion Battery Charger

  • Introduction To Li-Ion Battery Charger Section
  • Introduction TO Li-Ion Battery
  • How To Select Li-Ion Battery Charger IC Part - 1
  • How To Select Li-Ion Battery Charger IC Part - 2
  • How To Select Li-Ion Battery Charger IC Part - 3
  • How To Select Li-Ion Battery Charger IC Part - 4
  • Introduction To Li-Ion Battery Charger IC
  • Understanding Li-Ion Battery Charger IC Circuit Part - 1
  • Understanding Li-Ion Battery Charger IC Circuit Part - 2
  • Understanding Li-Ion Battery Charger IC Circuit Part - 3
  • Understanding Li-Ion Battery Charger IC Circuit Part - 4
  • Understanding Li-Ion Battery Charger IC Circuit Part - 5
  • Understanding Li-Ion Battery Charger IC Circuit Part - 6
  • Understanding Li-Ion Battery Charger IC Circuit Part - 7
  • Selecting Components For Li-Ion Battery Charger IC
  • Li-Ion Battery Charger IC Schematic Design
  • Introduction To Li-Ion Battery Protection IC & It's Purpose
  • Selecting Li-Ion Battery Protection IC
  • Understanding Li-Ion Battery Protection IC Circuit
  • Li-Ion Battery Protection IC Schematic Design
  • Li-Ion Battery Charger & Battery Protection Layout Design
  • Soldering Tips & Technique
  • Testing, Troubleshooting & Demonstration
  • Mistakes
  • Section Review

Power Supply Section : LDO

  • Introduction To LDO Section
  • How To Select LDO IC Part - 1
  • How To Select LDO IC Part - 2
  • How To Select LDO IC Part - 3
  • Introduction To LDO IC
  • LDO IC Schematic Design
  • LDO IC Layout Design
  • Soldering Tips & Technique
  • Testing, Troubleshooting & Demonstration
  • Mistakes
  • Section Review

STM32 Microcontroller

  • Introduction To STM32 Microcontroller Section
  • STM32 Cube IDE Download & Installation
  • Selecting STM32 MCU - Part - 1
  • Selecting STM32 MCU - Part - 2
  • Selecting STM32 MCU - Part - 3
  • Selecting STM32 MCU - Part - 4
  • Introduction To Selected STM32 Microcontroller Part - 1
  • Introduction To Selected STM32 Microcontroller Part - 2
  • Introduction To Selected STM32 Microcontroller Part - 3
  • Introduction To Selected STM32 Microcontroller Part - 4
  • STM32 Hardware Design - Part - 1
  • STM32 Hardware Design - Part - 2
  • STM32 Hardware Design - Part - 3
  • STM32 Hardware Design - Part - 4
  • STM32 Hardware Design - Part - 5
  • STM32 Hardware Design - Part - 6
  • Soldering Tips & Technique
  • Testing, Troubleshooting & Demonstration Part - 1
  • Testing, Troubleshooting & Demonstration Part - 2
  • Testing, Troubleshooting & Demonstration Part - 3
  • Mistakes
  • Section Review

4G LTE Modem : Introduction To Section

  • Introduction To 4G LTE Modem Section

4G LTE Modem : Introduction To SIM7600E-H Modem

  • Introduction To SIM7600E-H Modem - Part - 1
  • Introduction To SIM7600E-H Modem - Part - 2
  • Introduction To SIM7600E-H Modem - Part - 3
  • Introduction To SIM7600E-H Modem - Part - 4
  • Introduction To SIM7600E-H Modem - Part - 5
  • Introduction To SIM7600E-H Modem - Part - 6

4G LTE Modem : Soldering

  • Modem Soldering Tips & Technique

4G LTE Modem : Power Supply Design

  • Modem Power Supply : Introduction
  • Modem Power Supply : Hardware Design Part - 1
  • Modem Power Supply : Hardware Design Part - 2
  • Modem Power Supply : Hardware Design Part - 3
  • Modem Power Supply : Hardware Design Part - 4
  • Modem Power Supply : Hardware Design Part - 5
  • Modem Power Supply : Soldering Tips & Technique
  • Modem Power Supply : Testing & Troubleshooting
  • Modem Power Supply : Mistakes

4G LTE Modem : Power ON/OFF & Reset

  • Introduction To Modem ON, OFF & Reset Mechanism
  • Understanding Power ON, OFF & Reset Circuit
  • Components Selection
  • Schematic design
  • Layout Design
  • Soldering Tips & Technique
  • Testing, Troubleshooting & Demonstration

4G LTE Modem : UART Interface

  • Introduction To Modem UART Interface
  • Analyzing Signal
  • Selecting Voltage Level Converter IC
  • Introduction To Voltage Level Converter IC
  • Understanding Circuit Of Voltage Level Converter : IC
  • Understanding Circuit Of Voltage Level Converter : Transistor
  • Introduction To Selected Transistor
  • Schematic Design
  • Layout Design
  • Soldering Tips & Technique
  • Testing, Troubleshooting & Demonstration
  • Mistakes

4G LTE Modem : USB Interface

  • Introduction To Modem USB Interface
  • Understanding Circuit Of USB Interface - Part-1
  • Understanding Circuit Of USB Interface - Part-2
  • Understanding Circuit Of USB Interface - Part-3
  • Understanding Circuit Of USB Interface - Part-4
  • What is ESD & How To Protect Peripheral From ESD
  • Understanding Difference Between TVS & ESD Protection Diode
  • Selecting ESD Protection IC & USB Connector
  • Introduction to ESD protection IC & USB connector
  • Schematic Design Of USB Interface
  • Layout Design Part-1 : Eye Diagram
  • Layout Design Part-2 : USB Layout Guidelines
  • Layout Design Part-3 : 90 Ohms impedance calculation
  • Layout Design Part-4 : Layout Design
  • Soldering Tips & Technique
  • Testing, Troubleshooting & Demonstration
  • Mistakes

4G LTE Modem : SIM Card Interface

  • Introduction To Modem USIM Interface
  • ESD Protection & SIM-CARD holder selection
  • Introduction To ESD Protection IC & SIM-CARD holder
  • Introduction To EMI Protection Circuit
  • Schematic Design
  • Layout Design Part-1 : Layout guidelines
  • Layout Design Part-2 : SD Card Layout Design
  • Soldering Tips & Technique
  • Testing, Troubleshooting & Demonstration
  • Mistakes

4G LTE Modem : SD Card Interface

  • Introduction To Modem SD Card Interface
  • Understanding Circuit Of SD Card LDO
  • ESD Protection & SD Card Holder Selection
  • Schematic Design
  • Layout Design Part-1 : Layout guidelines
  • Layout Design Part-2 : SD Card Layout Design
  • Soldering Tips & Technique
  • Testing, Troubleshooting & Demonstration
  • Mistakes

4G LTE Modem : Network & Status

  • Introduction to Network & Status Section
  • Circuit Explanation & Schematic Design
  • Layout Design
  • Soldering
  • Testing, Troubleshooting & Demonstration
  • Mistakes

4G LTE Modem : LTE Mains & Diversity

  • Introduction to Mains & Diversity Antenna Section
  • Understanding Circuit Of Modem Antenna Part -1 : Purpose Of two Antennas
  • Understanding Circuit Of Modem Antenna Part-2 : Purpose Of Matching Network
  • Different Types of Modem Antennas
  • Components Selection for Modem Antenna
  • Schematic Design
  • Layout Design Part-1 : Layout guidelines
  • Layout Design Part-2 : 50 Ohms impedance calculation
  • Layout Design Part-3 : Antenna Layout Design
  • Soldering
  • Testing, Troubleshooting & Demonstration
  • Mistakes

4G LTE Modem : GNSS Antenna

  • Introduction To GNSS Antenna Section
  • Understanding Circuit Of GNSS Antenna
  • Different Types of GNSS Antenna
  • Schematic Design
  • Layout Design
  • Soldering
  • Testing, Troubleshooting & Demonstration

4G LTE Modem : Device Firmware Upgrade

  • Introduction to DFU Circuit & Schematic design
  • Layout Design
  • Soldering
  • Testing, Troubleshooting & Demonstration

USB To UART Converter

  • Introduction to USB to TTL Converter Section
  • Introduction to USB to TTL Converter IC
  • Understanding Circuit Of USB To TTL Converter
  • Schematic Design
  • Layout Design
  • Soldering
  • Testing, Troubleshooting & Demonstration
  • Mistakes

Manufacturing Data

  • Bill Of Material Generation
  • Introduction To Gerber Data
  • Ordering PCB & Stencil From Manufacturer
  • Ordering Components From the Distributor

System Testing

  • System Testing : Part - 1
  • System Testing : Part - 2
  • System Testing : Part - 3
  • System Testing : Part - 4
  • System Testing : Part - 5
  • System Testing : Part - 6
  • System Testing : Part - 7
  • System Testing : Part - 8
  • System Testing : Part - 9
  • System Testing : Part - 10

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