|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/mikroc-for-pic-libraries-with-examples-using-pic16f877a-mcu/
课程评论：没有评论
本课程“MikroC for PIC 库及 PIC16F877A MCU 示例”旨在教授您如何精通 mikroC for PIC 编译器内置库，并利用这些库使用 PIC 微控制器构建真实的嵌入式系统项目。 **课程重点：** * **PIC16F877A 微控制器入门：** 了解其引脚配置、数据手册阅读以及硬件设置。 * **MikroC for PIC 编译器和 PICKIT 编程器安装。** * **核心库实践应用：** * ADC（模数转换） * UART（串行通信，包括字符和字符串传输） * PWM（脉冲宽度调制） * LCD 接口 * 软件串口通信 * 数据转换函数（如 `atoi`） * **编程逻辑：** 学习 AND 和 OR 逻辑的应用。 * **可移植性：** 課程教授的技巧和代码原则也适用于其他 PIC 系列微控制器（PIC10, PIC12, PIC16, PIC18, PIC24, dsPIC 等），并适用于其他 MikroE 编译器（如 mikroC for AVR, mikroC for dsPIC, mikroC for PIC32）。 **课程价值：** * 通过实际项目示例深入理解库函数。 * 学习如何阅读微控制器数据手册，掌握重要的嵌入式系统技能。 * 熟练配置外设，无需深入寄存器层编程。 * 适合使用 PICKIT 3/4/Plus 编程器或计划使用更高级 PIC 设备的用户。 * 提供及时的课程支持。 **适合人群：** * 希望构建实时嵌入式系统的电子专业学生和业余爱好者。 * 寻求简化开发流程的工程师。 * 希望编写健壮、简洁代码的开发者。 * 从其他平台（如 Arduino 或 STM32）迁移过来，希望探索 PIC 微控制器潜力的开发者。 通过此课程，您将能够高效地利用 mikroC for PIC 的内置函数简化代码、提高编程效率，并构建复杂的嵌入式应用程序。
Mastering mikroC Libraries for PIC Microcontrollers: Practical Projects with PIC16F877AThis comprehensive course is designed to teach you how to master the built-in libraries of the mikroC for PIC compiler and use them to build real-world embedded systems projects using PIC microcontrollers. Whether you are a beginner just starting out or an intermediate learner looking to deepen your embedded programming skills, this course offers a clear, practical path to mastering the tools professionals use in microcontroller development.While all examples in this course are demonstrated on the PIC16F877A microcontroller, the techniques and coding principles you'll learn apply seamlessly across the entire PIC family-from PIC10, PIC12, PIC16, PIC18 to PIC24, dsPIC, and beyond.What You'll LearnThis course starts with a solid introduction to the PIC16F877A microcontroller and takes you all the way to building projects using mikroC's most powerful libraries, including:Analog-to-Digital Conversion (ADC)UART (Serial Communication)Pulse Width Modulation (PWM)LCD interfacingSoftware Serial communicationData conversion functions (atoi and others)By the end of the course, you'll have a deep understanding of how to leverage mikroC for PIC's built-in functions to simplify your code, improve your programming efficiency, and build sophisticated embedded applications.Why Learn mikroC Libraries?The mikroC compiler for PIC provides a rich collection of pre-built libraries that abstract low-level code, enabling faster and more efficient development. Instead of writing extensive low-level register manipulations, you can focus on logic and functionality, using simple commands that are internally optimized.Moreover, these libraries are consistent across all MikroE compilers, such as mikroC for AVR, mikroC for dsPIC, and mikroC for PIC32. This means the knowledge you gain here will be applicable across a wide range of microcontrollers and platforms.What Makes This Course Valuable?All libraries are taught through practical examples using PIC16F877A.Each example includes hardware connections, code explanations, and execution results.You'll also learn how to read microcontroller datasheets, which is a crucial skill in embedded systems.You will become proficient in configuring peripherals using mikroC libraries, which removes the need for manual register-level configuration.Perfect for anyone using PICKIT 3/4/Plus programmers or planning to scale to more advanced PIC devices.Course BreakdownIntroduction to PIC16F877A microcontroller.Lecture 1: Why PIC16F877A ?Lecture 2: A basic introduction to PIC16F877A microcontroller.Lecture 3: Getting to know the pin and ports confirguration of PIC16F877A microcontroller.Lecture 4: Getting through the data sheet of PIC16F877A microcontroller.Lecture 5: Setting up an hardware to program a PIC16F877A microcontroller.Downloading and installing MikroC for PIC.Lecture 6: Downloading and installing MikroC for PIC compiler.Downloading and installing PICKIT programmer tool.Lecture 7: Download and install PICKIT programmer tool.MikroC for PIC libraries tutorials with examples on PIC16F877A microcontroller.Lecture 8: Tutorial on Using ADC library in MikroC for PIC with example on PIC16F877A mcu.Lecture 9: UART library tutorial only characters send/rec in mikroC for PIC with PIC16F877ALecture 10: UART library tutorial send/rec strings in mikroC for PIC with PIC16F877A.Lecture 11: Tutorial on PWM library in MikroC for PIC with example on PIC16F877A.Lecture 12: Tutorial on LCD library in MikroC for PIC with example on PIC16F877A.Lecture 13: Software serial library in mikroC for PIC tutorial with example on PIC16F877A. 1Lecture 14: Software serial library in mikroC for PIC tutorial with example on PIC16F877A. 2Lecture 15: Software serial library in mikroC for PIC tutorial with example on PIC16F877A. 3Lecture 16: Numbers from String to int using atoi command in MikroC for PIC on PIC16F877A.Lecture 17: User entered numbers in String to int using mikroC for PIC atoi command.Lecture 18: How to program AND and OR logics in MikroC for PIC with PIC16F877A.Who This Course Is ForElectronics students and hobbyists aiming to build real-time embedded systems.Engineers seeking to simplify development using mikroC's built-in libraries.Anyone who wants to understand how to create robust and clean code without diving into complex register-level programming.Developers migrating from other platforms (like Arduino or STM32) who want to explore the full potential of PIC microcontrollers.Additional BenefitsThe same programming structure and library calls can be used with hundreds of different PIC microcontrollers.You'll gain confidence in porting code from one PIC microcontroller to another by only modifying pin configurations.All examples are designed for easy replication on breadboards or project PCBs.Get Support AnytimeIf you have any questions or need help during the course, feel free to reach out. Personalized support is available throughout your learning experience.Become an expert in using mikroC for PIC libraries and take your embedded systems skills to a professional level. Enroll now and start building intelligent, library-driven applications with PIC microcontrollers.
