Beginning Level of Circuit board trainer projects: Flickering LED, STM32CubeMX and TrueSTUDIO - Simple LED Control, Humidity Sensor, Sequential Communication, Send/Receive SMS with STM32F103C8 and SIM800C, etc...КНИГИ » АППАРАТУРА
Название: Beginning Level of Circuit board trainer projects: Flickering LED, STM32CubeMX and TrueSTUDIO - Simple LED Control, Humidity Sensor, Sequential Communication, Send/Receive SMS with STM32F103C8 and SIM800C, etc... Автор: Anbazhagan K. Издательство: Amazon.com Services LLC Год: 2020 Страниц: 200 Язык: английский Формат: pdf, azw3, epub Размер: 19.5 MB
GPS represents Global Positioning System along with used to recognize the Latitude along with Longitude of any area on the Earth, with careful UTC time. This gadget gets the directions from the satellite for every single second, with time along with date. GPS offers extraordinary exactness and furthermore gives other information other than position facilitates. As a whole we understand that GPS is a helpful gadget and normally utilized in cell phones along with other compact gadgets for following the area. It has wide scope of uses in each field from calling the taxi at your home to follow the elevation of planes. Here are some valuable GPS related undertakings, we assembled already:
• Vehicle Tracking System • GPS Clock • Mishap Detection Alert System • Raspberry Pi GPS Module Interfacing Tutorial • Interfacing Global Positioning System Module with PIC Microcontroller
Here in this instructional exercise, we will Interface a Global Positioning System module with STM32F103C8 microcontroller to discover the area organizes along with demonstrate on 16x2 LCD show.
Making remote undertakings in implanted hardware turns out to be significant and accommodating as there are no disordered wires all over which makes the gadget progressively helpful and convenient. There are different remote innovations, for example, Bluetooth, WiFi, 433 MHz RF (Radio Frequency) and so on. Each innovation has its own focal points and weaknesses, for example, cost, separation or range move, speed or throughput and so on. Today we will utilize RF module with STM32 to send along with get the information remotely. On the off chance that you are new to STM32 Microcontroller, at that point start with Blinking LED with STM32 utilizing Arduino IDE and check all other STM32 extends here.
Aside from this, we have additionally utilized RF 433Mhz Wireless Module with different microcontrollers to assemble some remote controlled tasks, for example: • RF Controlled Home Appliances • RF Remote Controlled Light Emitting Diodes Using Raspberry Pi • RF Controlled Robot • Interfacing RF module with Arduino • PIC to PIC Communication utilizing RF Module
Contents: Introduction 1. Flickering LED Sequence with MSP430G2: Using Digital Read/Write Pins 2. Beginning with MSP430G2 utilizing Energia IDE – Blinking a LED 3. Beginning with STM32 Nucleo64 utilizing STM32CubeMX and TrueSTUDIO - Simple LED Control 4. Interfacing DHT11 Temperature along with Humidity Sensor with STM32F103C8 5. Sequential Communication Between STM32F103C8 and Arduino UNO utilizing RS-485 6. Interfacing 433Mhz RF Module with STM32F103C8 7. Send/Receive SMS with STM32F103C8 and SIM800C GSM Module 8. Instructions to Use Global Positioning System module with STM32F103C8 to Get Location Coordinates 9. The most effective method to utilize Digital-to-Analog Converter (DAC) with STM32F10C8 Board 10. Step by step instructions to Connect RFID with STM32 Microcontroller
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Beginning Level of Circuit board trainer projects: Flickering LED, STM32CubeMX and TrueSTUDIO - Simple LED Control, Humidity Sensor, Sequential Communication, Send/Receive SMS with STM32F103C8 and SIM800C, etc... 
Название: Beginning Level of Circuit board trainer projects: Flickering LED, STM32CubeMX and TrueSTUDIO - Simple LED Control, Humidity Sensor, Sequential Communication, Send/Receive SMS with STM32F103C8 and SIM800C, etc... 
