Complete Electronics Hardware Design Course 2022 -EsteemPCB

BY
Udemy

Mode

Online

Fees

₹ 2499

Quick Facts

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

Course and certificate fees

Fees information
₹ 2,499
certificate availability

Yes

certificate providing authority

Udemy

The syllabus

Course Details and Selection of Major Components for Complex Mixed Signal Board

  • Introduction of Section-1 and important instructions
  • Requirement Sheet Discussion
  • Selection of Microcontroller and Debugger
  • Selection of Ethernet PHY
  • Selection of ADC and TTL Converter
  • Selection of Motor Driver
  • Selection of MOSFET
  • Selection of DAC MIC and I2S Interface
  • Block Diagram of Schematic Design Planning

Schematic Block, Power Budget and Pin Mapping on STM Cube-MX

  • Introduction of Section-2 and important instructions
  • Create Power Budget for Project
  • Pin Mapping of MCU using Cube-Mx
  • How to Read Datasheet of STM32F103
  • Schematic Design of STM32F103

Ferrite Bead, ESD, Magnetic Selection and Schematic Design of Ethernet PHY

  • Introduction of Section-3 and important instructions
  • Selection of ESD and TVS diodes
  • Selection of Magnetics for PHY
  • Ferrite Bead Selection
  • Schematic Design for Ethernet PHY Subpart-1
  • Schematic Design for Ethernet PHY Subpart-2
  • Schematic Design for Ethernet PHY Subpart-3
  • IPC STD for Symbol and Footprint

Schematic Design of Debugger/ Programmer in Detail

  • Introduction of Section-4 and important instructions
  • Schematic Design of Motor Driver Subpart-1
  • Schematic Design of motor Driver Subpart-2
  • Bulk Capacitors and Power Supply Selections
  • UART to TTL Converter Schematic Design
  • ADC Schematic Design
  • DAC Schematic Design Subpart-1

Schematic Design DAC/MIC with Main Controller and Power Supplies for Board

  • Introduction of Section-5 and important instructions
  • Charge Pump DAC and Mems MIC Schematic Design
  • How to Read the Datasheet of STM32F407
  • Schematic Design of STM32F407 Subpart-1
  • Schematic Design of STM32F407 Subpart-2
  • Power Supplies LDOs Selection and Design
  • Board Define tools Rigid-Flex PCB and Schematic Templates

Components Placement for Mixed Signal Board Course

  • Introduction of Section-6 and important instructions
  • Schematic Notes and Footprint Manager before importing Components
  • Import Components from SCH to PCBDOC and Rooms Discussion
  • Components Placement Planning on Paints
  • Components Placement Iteration-1 Subpart-1
  • Components Placement Iteration-1 Subpart-2
  • Components Placement Iteration-1 Subpart-3

Layer Stack-up, Grounding and Earthing in Discussion in Detail

  • Introduction of Section-7 and important instructions
  • Layer Stack-up Rules Discussion 4L,6L,8L,12L
  • Layer Stack-up 2D Field Solver Simulation
  • Signal GND, Earthing, Chassis GND Discussion
  • Layer Stack-up Implementation on CAD Tool

Layout of Mixed Signal Board Part-1

  • Introduction of Section-8 and important instructions
  • Ethernet PHY Block Layout
  • STM32F103 Block Layout
  • Regulators and Supply Block Layout
  • Motor Driver 1 Block Layout
  • Analog GND, Digital GND and Routing of ADC Block

Layout of Mixed Signal Board Part-2

  • Introduction of Section-9 and important instructions
  • Types of VIAs and DAC Block Routing
  • Layout of Motor Driver Block 2
  • Net-Classes, Colouring of Net, Annotation of Sensitive Nets

Layout of Mixed Signal Board Part-3

  • Introduction of Section-10 and important instructions
  • Intra-Block Routing Subpart-1
  • Intra-Block Routing Subpart-2
  • Intra-Block Routing Subpart-3
  • Intra-Block Routing Subpart-4

Bonus Section - Step by Step PDN Analysis of PCB Design

  • Introduction of Section-11 and important instructions
  • Complete PDN Analysis of Complex Mixed Signal Board

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