Microchip mSiC™ discrete MOSFET series offers rugged, high-voltage silicon carbide solutions for efficient power conversion.
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.
Updated
授时解决方案
更新日期: 2025-11-24
探索 Microchip Technology 的先进授时解决方案,包括 MEMS 和晶体振荡器、时钟发生器以及时钟和数据分发产品,为您所有复杂的授时需求提供一站式服务。
Microchip MPFS-ICICLE-KIT PolarFire® SoC FPGA 开发平台适用于评估基于 RISC-V 的嵌入式系统,具有低功耗和安全引导功能。
Microchip Technology MCP1781 200 mA LDO 稳压器具有 4.3 V 至 55 V 的宽输入电压范围。
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 Technology 的 MCP9604 是一款 4 通道热电偶调试 IC,具有 ±1.5°C 的精度、冷端补偿和 I²C 接口。
Microchip PIC32-BZ6 系列多协议无线 MCU 集成了 BLE、Zigbee 和 Thread 支持,适用于嵌入式应用。
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.
Arduino UNO SPE 扩展板 + LAN8651 是基于微控制器的应用中 10BASE-T1S 以太网集成的紧凑解决方案。
PolarFire® Core FPGAs and SoC FPGAs bring the power efficiency, security and reliability of the original PolarFire family to a streamlined platform that eliminates SerDer and PCIe® to reduce cost and complexity for a broad range of applications.
We take a look at the EVB-LAN8870-MC Evaluation Board from Microchip.
PIC32CM LE 系列超低功耗 Cortex®-M23 微控制器
发布日期:2025-10-03
Microchip PIC32CM LE 系列微控制器提供适合嵌入式应用的超低功耗、智能模拟和电容式触摸集成。
Time sensitive networking tools and software from Microchip Technology.
Information on single pair Ethernet 10BASE-T1S from Microchip Technology.
Information on network resiliency from Microchip Technology.
Microchip 的 MIC2333/MIC333 系列零漂移运算放大器为精密模拟应用提供低失调、低漂移和高 CMRR/PSRR。
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。

