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Advantages & Disadvantages of SPI Communication

#SPIcommunication #SPI #communicationprotocols 0:00 Index 00:33 Advantages of SPI Communication 00:38 A1 Low Pow Power Consumption 00:51 A11 No Pull-Ups in SPI 02:03 A11 Clock Gatting in SPI 03:41 A11i Analogy of Clock Gatting 05:24 A2 SPI is Faster 06:46 A21 Half Duplex Communication Analogy 07:40 A22 Full Duplex Communication Analogy 08:07 A3 SPI is easy to Interface 08:43 A3 Different Modes of Data Transmission 09:13 Disadvantages of SPI Communication 09:23 D1 At least 4 Connections are required 09:41 D2 Doesn't support Multimaster 09:51 D3 More GPIOs for more slaves More Videos: Embedded Systems: SPI Communication Part 2:    • SPI communication Data Transmission |...   SPI Communication Part 1:    • Basics of SPI communication | Differe...   I2C Communication Part 3:    • Advantages & Disadvantages of I2C | B...   I2C Communication Part 2:    • I2C Frame structure Understanding | I...   I2C Communication Part 1:    • Basics of I2C communication | Hardwar...   UART Communication Part 2:    • Understanding UART Communication Prog...   UART Communication Part 1:    • Basics of UART Communication | UART F...   Basics of Communication:    • Communication protocol in Embedded Sy...   Power Electronics: Power Factor Correction -    • Power Factor Correction | Active Powe...   Power Factor -    • What is Power Factor | Power Factor E...   Powe Supplies: Full Bridge Converter -    • How does a Full Bridge converter work...   Half Bridge Converter -    • How does a Half Bridge converter work...   Zeta Converter -    • How does a Zeta converter work? | Zet...   Cuk Converter -    • How does a Cuk converter work? | Cuk ...   Buck-boost converter -    • How does a Buck Boost converter work?...   Double Ended Forward converter -    • Double Ended Forward Converter Workin...   Active Clamp Forward Converter -    • Active Clamp Forward Converter Workin...   Forward Converter -    • How does a Forward converter work? | ...   SEPIC converter part 2 -    • SEPIC converter design | Part 2 | As ...   SEPIC converter part 1 -    • SEPIC converter design | Part 1 | wor...   Flyback converter part 2 -    • Flyback converter design | explained ...   Flyback converter part 1 -    • Flyback converter design | explained ...   Push-pull converter part 2 -    • How to design a Push pull converter |...   Push-pull converter part 1 -    • How to design a Push pull converter |...   Boost converter design -    • How to design a Boost Converter | Usi...   Buck converter design -    • How to design a Buck Converter | Usin...   SMPS basics -    • Basics of Switch Mode Power Supply | ...   Electric Vehicles: Battery management system 2 :    • How does a BMS (Battery Management Sy...   Battery management system 1 :    • What is a Battery Management System? ...   Battery basics part 4 :    • Electric Vehicle batteries | Importan...   Battery basics part 3 :    • What are the types of Lithium ION bat...   Battery basics part 2 :    • What is SOC, SOH, SOP, C rate | What ...   Battery basics part 1 :    • Which Battery is used in EV? | Why Li...   EV motor controllers part 2:    • Motor Controllers in Electric Vehicle...   EV motor controllers part 1:    • Motor Controllers in Electric Vehicle...   Charging of EVs:    • Working of Electric Vehicle Charger (...   EV basics:    • How does an Electric Vehicle work? (I...   EV parameters:    • What is inside the Electric Vehicle? ...   EV Motors:    • Motors used in electric vehicles (IN ...   --------------------------------------------------------------------------- Check us out! Facebook -   / foolishengineer-407598733006003   Instagram -   / foolish_engineer   Subscribe now for more videos like this! Attributes: 1. microcontroller - a href="https://www.freepik.com/free-photos-v..."Background vector created by freepik - www.freepik.com/a 2. IC - a href="https://www.freepik.com/free-photos-v..."Water vector created by macrovector - www.freepik.com/a