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所在平台: Udemy |
课程主页: https://www.udemy.com/course/pic16f877a-interface-lm35-temp-sensor-mikroc-collection/
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**课程名称：PIC16F877A 接口 LM35 温度传感器 - MikroC (合集)** **课程概述：** 本课程是一门实操性强的嵌入式系统开发课程，专注于使用 PIC16F877A 微控制器和 LM35 温度传感器构建温度监测系统。课程适合工程专业的学生、电子爱好者以及专业开发者。通过本课程，您将学习如何使用 MikroC for PIC 编译器，读取 LM35 传感器模拟温度数据，并将其转换为摄氏度和华氏度，最终显示在各种输出设备上。 **课程内容概览：** * **PIC16F877A 微控制器介绍：** * PIC16F877A 的优势与特性 * PIC16F877A 微控制器详解 * PIC16F877A 的引脚、端口及基本规格 * PIC16F877A 的首次运行环境搭建 * **开发环境搭建：** * MikroC for PIC 最新版下载与安装 * PICKIT 3 编程器工具下载与安装 * **基于 LM35 温度传感器的项目实践：** * **项目一：** LM35 与 PIC16F877A 接口，并在 16x2 LCD（LM016）上显示摄氏度和华氏度。 * **项目二：** LM35 与 PIC16F877A 接口，并在 4 位 7 段数码管上显示摄氏度。 * **项目三：** 使用 PIC16F877A 和 HC-05 蓝牙模块，构建无线 LM35 温度测量系统。 * **项目四：** LM35 与 PIC16F877A 接口，通过 USB 转 TTL 设备将温 度数据发送到 PC/Laptop。 **课程亮点：** * **通用性强：** 课程教授一套编码方法，可兼容 500 多个 PIC 微控制器型号（PIC10、PIC12、PIC16 和 PIC18 系列）。 * **实际应用：** 侧重于实际的接线和配置差异，以及有线和无线输出方法的掌握。 * **专业级系统：** 学习构建商业级别的温度监测系统。 * **全方位支持：** 课程作者提供全程技术支持，协助解决课程内容、项目调试及进一步开发中的问题。 **学习目标：** * 掌握 LM35 模拟温度传感器与 PIC16F877A 的接口。 * 学会配置和使用 PIC 微控制器的 ADC（模数转换器）模块。 * 理解如何将 ADC 读数通过自定义公式转换为准确的温度值。 * 掌握在 LCD、7 段数码管、PC/Laptop（通过 USB to TTL）以及智能手机（通过 HC-05 蓝牙模块）上显示温度数据。 * 提升嵌入式系统开发技能，为长期发展打下坚实基础。
Building Temperature Monitoring Systems with PIC16F877A and LM35 SensorStep into the world of embedded systems with this hands-on course focused on the PIC16F877A microcontroller and the widely used LM35 temperature sensor. Whether you're an engineering student, electronics hobbyist, or professional developer, this course will guide you through the process of designing accurate and functional temperature measurement systems.Using the MikroC for PIC compiler, you'll learn how to read analog temperature data from the LM35 sensor, convert it into meaningful values (Celsius and Fahrenheit), and display it across various output devices. What You'll Learn:This course takes a practical approach - starting with the setup of the PIC environment and progressing through real-world temperature monitoring applications. You'll master: Interfacing the LM35 analog temperature sensor with the PIC16F877A Configuring and using the ADC (Analog-to-Digital Converter) module of the PIC Converting ADC readings into temperature values using custom formulas Displaying temperature data on:16x2 LCD (LM016)4-digit 7-segment displayPC/Laptop via USB-to-TTLSmartphone using HC-05 Bluetooth module Platform Setup Included:Before jumping into project work, this course ensures you're fully equipped with the necessary tools:Downloading and installing MikroC for PIC (final version)Installing and using the PICKIT 3 programmer for flashing code onto PIC microcontrollersUnderstanding the pins, ports, and specifications of the PIC16F877A Why This Course is Unique:Learn how to build commercial-grade temperature monitoring systemsOne coding method, 500+ compatible PIC microcontrollers - the same code structure applies to many models across PIC10, PIC12, PIC16, and PIC18 familiesMaster real-world interfacing with a focus on both wired and wireless output methodsUnderstand the practical wiring and configuration differences across PIC devices using PICKIT 3Even though the pin layout and hardware configuration may vary from one PIC model to another, the coding techniques and syntax remain consistent, making this course a great investment in long-term embedded systems development skills. Course Content Overview: Introduction to PIC16F877A microcontroller.Lecture 1: Why PIC16F877A ?Lecture 2: Introduction to PIC16F877A microcontroller.Lecture 3: Get to know Pins and Ports of PIC16F877A microcontroller and some basic specs.Lecture 4: Setting up PIC16F877A microcontroller for the first run.Downloading and Installing MikroC for PIC.Lecture 5: Downloading and Installing MikroC for PIC latest and final version.PICKIT programmer tool download and install.Lecture 6: Downloading and installing PICKIT 3 programmer tool.LM35 temperature sensor based projects using PIC16F877A Collection.Lecture 7: LM35 interface with PIC16F877A and output on LM016 LCD in C and F units.Lecture 8: LM35 with PIC16F877A and output on 4 digit 7 segment display in Celsius.Lecture 9: Wireless LM35 based temp measurement system using PIC16F877A and HC-05 module.Lecture 10: LM35 interface PIC16F877A and send output to a PC/Laptop using USB to TTL device Need Support?I'm always available to assist you! Feel free to message me at any time if you need help with the course content, project debugging, or further development.Take this step towards mastering embedded system development with PIC microcontrollers. Start building professional-grade temperature monitoring systems today!
