Achieve new levels of capability and performance with the easy-to-use and robust design of PIC® MCUs. Their integrated peripherals provide outstanding efficiency and flexibility, making them an excellent choice for low-power compact designs and high-performance applications such as smartphones, audio accessories, advanced medical devices and more.

PIC (usually pronounced as /pɪk/) is a family of microcontrollers made by Microchip Technology, derived from the PIC1640 [1][2] originally developed by General Instrument 's Microelectronics Division.

We offer a broad portfolio of PIC32 MCUs ranging from entry-level to high-performance devices. We offer these MCUs with a variety of memory sizes and processing speeds along with robust security, ultra-low power, enhanced touch, analog and digital peripherals to incorporate additional functionalities to your design.

2017年11月15日 · PIC单片机是Microchip公司的产品，它也是一种精简指令型的单片机，指令数量比较少，中档的PIC系列仅仅有35条指令而已，低档的仅有33条指令。 但是如果使用 汇编 语言编写PIC单片机的程序有一个致命的弱点就是PIC中低档单片机里有一个翻页的概念，编写程序比较 ...

PIC32MX3/MX4 MCUs offer the perfect combination of 32-bit performance, memory and integrated peripherals at a low cost. These devices run up to 120 MHz/150 DMIPS and provide 64/16K, 128/32K, 256/64K, and 512/128K Flash/RAM options.

增強型中階核心能夠非常輕鬆地在現有中階 pic mcu 之間移 植；且能向上與向下相容於 pic12、pic16 及 pic18 mcu。 所有的特性提供了應用的長久性、可擴展性、設計簡便性及多 功能性。 8-bit pic 微控制器始終提供通用的方法，將高階智能及可靠性 整合到成本敏感的 ...

PIC微控制器 （PIC microcontroller），是一種使用 哈佛結構 的 精簡指令集 微控制器，由 Microchip 公司研發而成。 PIC的架構是明顯的最低限度。 它具有以下特點： PIC 微控制器源自於 1980 年代由 通用儀器 所推出的 PIC1650 系列，當時的 PIC 是周邊介面控制器（Peripheral Interface Controller）的簡稱。 GI 的微電子部門於 1987 年分拆成為 Microchip Technology (微芯) 公司。 PIC 的產品線寬廣，型號眾多，現有數百種，各主要系列如下： 使用哈佛結構，指令 …

Microchip是单片机与模拟半导体器件的领先供应商,提供结合快速上市优势以及高性能与更多功能的完整嵌入式控制解决方案,Microchip 丰富的8 位单片机系列产品采用专有的RISC架构,并以PIC单片机品牌畅销市场。 Microchip 拥有350多款不同单片机的丰富产品线,可以提供满足所有8 位单片机性能需求的多样化解决方案。 PIC单片机解决方案拥有功能强大的架构、灵活的存储器技术、完整且简单易用的开发工具、完备的技术文档以及通过全球销售及分销网络所提供的设计时和设 …

2024年11月5日 · What is a Core Independent Peripheral? The first PIC ® MCU was developed in 1975. It was a 16-bit core, created to handle the input/output tasks of larger Central Processor Units (CPUs) to improve overall system performance. It offered Read-Only Memory (ROM), Random Access Memory (RAM), and a simple but efficient CPU.

8-bit MCU Tools. 16-bit MCU Tools. dsPIC® DSC Tools. 32-bit MCU Tools. 32-bit MPU Tools. 64-bit MPU Tools. Analog Product Tools. FPGA Tools. Curiosity Development Boards. Curiosity Nano Development Platform. Xplained Boards. Maker and DIY Solutions. Third-Party Development Tools. Premier Partners; Third Party Development Tools Category ...