We take a look at the MTCH9010 Evaluation Kit from Microchip. The MTCH9010 is a pre-programmed solution for easy, low-power liquid detection in your next design.

We take a look at the dsPIC33AK512MPS512 General Purpose Dual In-Line Module from Microchip, designed for applications requiring quick control loop calculations from multiple sensor inputs.

Microchip’s MPFS-ICICLE-KIT features a 250k LE PolarFire SoC FPGA with PCIe, dual GbE, USB-OTG, CAN, mikroBUS™, and validated power and connectivity components. Ideal for low-power RISC-V development in embedded and industrial systems.

Learn how our PolarFire® Core FPGAs and SoC FPGAs bring power savings and design simplicity to intelligent edge applications, without compromising performance or reliability.

We take a look at the EVB-LAN8870-MC Evaluation Board from Microchip.

This session brings together technical experts from Microchip, Bourns, and Amphenol to explore Time Sensitive Networking (TSN) tools and software designed for precision, reliability, and scalability in industrial Ethernet applications.

快速推进电气化面临诸多关键挑战，包括续航焦虑、电池寿命、系统效率、热管理、安全性、防盗以及优化充电基础设施等问题。应对这些挑战需要先进的电机控制算法、强有力的防盗措施、高效的热管理以及合理布局充电基础设施。Microchip的解决方案，涵盖先进电机控制、电池管理系统和充电解决方案等，对推动城市交通快速电气化起着重要作用，进而大大减少碳足迹，提升可持续性。本视频帮助了解Microchip如何帮助您着手下一个电动两轮车设计，并加快产品上市。

Discover how Microchip, Bourns, and Amphenol enhance network resiliency with robust solutions designed to ensure reliable connectivity in demanding industrial and automotive environments.

Explore how Microchip, Bourns, and Amphenol are advancing Single Pair Ethernet with 10BASE-T1S technology. This innovation enables efficient, cost-effective connectivity for industrial and automotive applications.

Explore how Microchip, Bourns, and Amphenol address timing sensitivity in embedded systems, ensuring precise synchronization and performance across critical applications.

We take a look at the MPLAB® PICkit™ Basic In-Circuit Debugger from Microchip. It’s an ultra-low-cost and easy-to-use programmer/debugger that’s compatible with a broad range of Microchip’s MCUs, MPUs, and DSCs.

产品特性 •双通道，用于从一个控制器运行两路电源输出 •恒流或恒压操作，两种控制模式之间动态切换以及输出电平动态调整 •具有双向电源控制能力 •宽输入工作电压范围：4.5V至42V •模拟峰值电流模式脉宽调制（PWM）控制

Discover Microchip’s AVR Dx & Ex MCUs—designed for modern embedded needs. Learn about key features, peripherals, and dev tools to choose the right microcontroller for your project.

We take a look at the Curiosity Platform Development Board from Microchip, an easy-to-use and flexible platform for developing with Microchip dsPIC33A DSCs and PIC32A MCUs.

汽车智能化发展推动传统车钥匙向数字化演变。Microchip的数字化车钥匙方案集低频、Sub-GHz和蓝牙等技术于一体，在传统无钥匙进入系统上加蓝牙功能实现数字化。用户可用实体钥匙或蓝牙开关车门。 Microchip在车钥匙应用方面经验丰富，能提供ATA5293低频驱动芯片、ATA5781高频接收芯片、PIC32CX-BZ蓝牙芯片等成熟的全套解决方案。

DigiKey & Microchip at embedded world 2025! Explore the newest embedded design innovations, including Microchip's PIC32A family. Discover key features and insights for embedded system development live from the DigiKey booth.

Microchip & DigiKey experts discuss using FPGAs and the PIC16F13145 in embedded design, highlighting their flexibility and performance. They also introduce tools like the CLB synthesizer for easier FPGA design.

利用微控制器之外设可以使我们轻松开发连接、读取、响应或生成模拟信号等应用，它们可以相互互连或与设备上的其他外围设备互连，以最大限度地减少管理交互所需的代码，同时提高响应能力。当中选用独立于内核的外设功能, 可以通过某些任务从CPU卸载，使其能够专注于更关键的操作，从而提高微控制器的整体性能和效率。 这一集我们来了解PIC®和AVR® MCU核心独立外设（Core Independent Peripheral，简称CIP）功能，片上模拟的优点，分立还是集成模拟器件比较，以及详细设置功能演示。

MCU中的可配置逻辑模块对数字逻辑设计具有多方面的价值。它们不仅提高了设计的灵活性和定制化程度，还优化了系统性能与响应时间，简化了设计流程缩短开发周期，同时还增强了系统的可升级性与可维护性。

随着物联网（IoT）、智能制造、机器人控制等行业的发展，嵌入式系统对MCU的要求不断提高，单片机（MCU）更是嵌入式系统领域的重要组成部分，其中，Microchip 的AVR® MCU 自第一代ATtiny和ATmega系列推出以来, 以其高效的处理能力、低功耗特性和丰富的外设集成，广泛应用于工业、汽车、家电、智能设备等多个领域。在持续优化和升级，更形成了当前的AVR Dx和Ex系列，提供更强的计算能力、更高的安全性以及更广泛的应用场景。