Coding information class 8,6 for PPT.pptx

Coding information class 8,6 for PPT.pptx

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  Contents:- Heading (Font-size:- 65 Font-style:- Calibri-Heading) Body ( Font-size:- 32 Font-style:- Calibri) Session number & name ( Font-size:- 80 Font-style:- Calibri)
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  01 Session Number & SessionName
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  02 Introduction ESP32 is alow-cost, low-power system-on-chip (SoC). It's perfect for IOT devices and wearables projects. Key features include Wi-Fi, Bluetooth, a dual-core processor, and rich peripherals. ESP32 is a microcontroller developed by Espressif Systems
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  03 STORY Processor: Xtensa dual-core32-bit LX6, clock speed up to 240 MHz Memory: 520 KB SRAM, external Flash support. Wireless: 2.4 GHz Wi-Fi, Bluetooth 4.2 and BLE. Power Consumption: Supports deep sleep mode for low power applications. Image: Block diagram of ESP32 specifications.
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  04 ABOUT 01 02 04 GPIO Pins:ESP32 has multiple GPIO pins which can be used for digital input/output. UART Pins: UART communication is supported on certain GPIO pins, typically GPIO1 (TX) and GPIO3 (RX). SPI Pins: SPI communication uses GPIO pins such as GPIO18 (CLK), GPIO23 (MOSI), GPIO19 (MISO), and GPIO5 (CS). I2C Pins: I2C communication uses GPIO pins GPIO21 (SDA) and GPIO22 (SCL). ADC Pins: Analog to Digital Conversion is supported on several GPIO pins. DAC Pins: Digital to Analog Conversion is supported on specific GPIO pins Power Pins: Includes VCC, GND, and sometimes EN (Enable) and VIN (Voltage Input)
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  05 CODES Digital I/O: Usedfor controlling sensors, relays, and actuators. PWM: Used in LED dimming, motor speed control. Capacitive touch sensing: Useful for touch-based applications. ADC & DAC: Used for reading analog sensors and generating analog signals. Image: Example of GPIO functionalities in a real-world circuit.
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  05 CODES Digital I/O: Usedfor controlling sensors, relays, and actuators. PWM: Used in LED dimming, motor speed control. Capacitive touch sensing: Useful for touch-based applications. ADC & DAC: Used for reading analog sensors and generating analog signals. Image: Example of GPIO functionalities in a real-world circuit.
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  05 OUTPUT Digital I/O: Usedfor controlling sensors, relays, and actuators. PWM: Used in LED dimming, motor speed control. Capacitive touch sensing: Useful for touch-based applications. ADC & DAC: Used for reading analog sensors and generating analog signals. Image: Example of GPIO functionalities in a real-world circuit.
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  10 Thank you foryour attention! Happy Learning with ESP32!