Discover the capabilities of the ScioSense APC1 sensor and explore the endless possibilities of air-quality monitoring in indoor environments.
The STM32H7 microcontrollers enable design reuse and scalability with a wide range of pin-compatible hardware options.
LoRaWAN is a high-efficiency communication technology akin to a kind of low-data long-range Wi-Fi for IoT devices.
Supercapacitors and batteries are complementary energy storage components providing power for long and short-term needs.
Discover the science behind wireless charging and learn how this futuristic technology is revolutionizing the way we power our devices.
Compare OLED and LED-backlit LCD screens side by side and uncover the key factors that differentiate these two display technologies.
Current-sense resistors are specialized devices with very low resistance values and temperature drift, characteristics essential for accurate power measurement.
Innovate, optimize, and go to market with products and development tools for NXP Semiconductor's Arm-based MCX microcontrollers.
Explore Raspberry Pi OS alternatives and find the perfect fit for your project. From digital signage to Android gaming, there's a world of possibilities.
Connectors used in Industry 4.0 applications are often exposed to harsh and demanding environments that merit particular class to ensure high reliability.
Learn how to combat ground loop interference and enhance signal integrity in your electronic designs. Enhance your circuit designs and minimize interference!
开发套件基于 Nordic 的 nRF9161 SiP、SDK 和相关应用程序,使开发人员能够快速实施蜂窝或 DECT NR+ 物联网应用。
Learn the essentials of 3D printer calibration shapes and troubleshoot issues effectively to achieve consistent, high-quality prints.
Learn about Littelfuse’s innovations in lithium battery protection and thermal management in this webinar.
Embark on your maker journey with a guide to essential circuit components. Learn about breadboards, wires, op-amps, transistors, resistors, capacitors, & more!
Amphenol SV Microwave VITA 66.5 hybrid RF/optical connectors align with the SOSA Technical Standard for VPX backplane modules.
Analog Devices 的精密信号链数据采集 μModule 在不影响性能的前提下实现了集成度和灵活性的最佳平衡。
DigiKey 很荣幸能成为 ElectronicWing Project Challenge 2024 的主要赞助商,这是一项针对技术解决方案的全球设计大赛。
数据中心是科技发展中至关重要的设施之一。为应付未来与日俱增的信息技术发展,需要通过开放计算帮助提升数据中心的算力、效率,以及进一步降低成本和能源消耗,以完成碳中和的目标,实现可持续发展的美好未来。
Discover practical tips for making robots wearable, including the use of GoPro straps and backpack harnesses for different sizes of robotic companions.
Reduce EMI and RFI with proper grounding practices for robust electronic projects. Explore strategies to create a shield against interference in electronics.
Understand the distinction between microcontrollers and single-board computers and explore their respective applications in DIY projects.
Learn how to prepare data for machine learning projects. Explore techniques for scaling features, handling missing values, and ensuring fair & accurate results.
Discover the power of Bluetooth's low-energy design, enabling efficient communication across a range of devices.
本文回顾了 ISO/TS 15066 的要求,以及这些要求如何与 ISO 10218-1 和 10218-2 相互补充,还探讨了协作的复杂性。
Why did your components arrive in a shiny bag? Learn how these bags protect sensitive electronics from being damaged by electrostatic discharge.
Explore high-level insights into every type, from PC pin receptacles to specialized connectors. Elevate your wiring knowledge today!
嵌入式系统除了最重要的为处理器选择之外,配合的相关外设器件也是嵌入式系统的重要组成部分,包括内存、时钟(振荡器)、定时器、通信接口、输入/输出、模拟数字转换等器件,都可视系统的实际需求来进行选择。本文将为您介绍上述外设器件的类型与选择的考虑要素。
讨论 DigiKey 对原始 DigiKeyer 进行更新以增加功能和引入一些旧组件的更新版本的现代竞赛。
Efficient strategies for high-side MOSFET switching. Explore architectures, understand concepts, and optimize performance in power applications.
任何一个电子系统都需要一个微处理器(MPU)内核,当然也有些系统会选择微控制器(MCU),或是数字信号处理器(DSP)、现场可编程逻辑门阵列(FPGA),甚至是单片机(SBC)来负责系统的计算与控制工作,以下将为您进行微处理器等相关产品的概要介绍。
在展开任何新产品的开发时,工程师会先开始思考系统的原型制作、功能改进和生产设计等阶段,为了帮助设计师完成此设计过程,便有一系列可供实验、开发和生产使用的电路板来协助工程师进行开发工作。本文将为您介绍优质实用的评估板、开发板与实时操作系统的特性与选择的考虑要素。
详细了解 DigiKey 月结账户解决日常采购问题的三个方法。
From its historical roots to uniting devices through short-range communication, understand Bluetooth's secure pairing and the benefits of frequency hopping.
使用 Renesas RA8M1 微控制器的 Arm Helium MVE SIMD 扩展,可快速高效地提供强大的 AI 和 ML。
环境光传感器是一种感应周围环境光线强度的器件,它通常用来调节设备的显示亮度,以提供更好的使用体验。环境光传感器的种类与类型相当多样,其运作原理也各不相同,以下将介绍一些常见的环境光传感器。
详细了解 BeagleV®-Fire 小板计算机如何帮您探索 FPGA 和 RISC-V 指令集架构。
Discover the intricacies of Digital Signal Processing (DSP) in electrical engineering, from transforming analog signals to digital to its role in communication.
湿度是指空气中水蒸气的含量,通常以相对湿度的百分比表示,湿度的高低对于人类生活与电子产品的运作都会造成影响,因此用于传感空气中湿度变化的湿度传感器,来进行湿度控制与监测。 不同类型的湿度传感器有不同的运作特性,以下将介绍一些常见的湿度传感器类型与运作原理。
From multiplexers to priority encoders, these hands-on examples showcase the precision and flexibility of Verilog in modeling complex digital logic.
了解 iWave 系统智能网卡存储设备和网络加速卡如何提升网络的连接和通信能力。
Mastering the Verilog 'always' block is pivotal for modeling registers, flip-flops, and other sequential elements in digital designs.
温度传感器是一种用来测量环境或物体温度的器件,它们在各种应用中都扮演着重要的角色,从家用电器到工业控制系统都有广泛应用,还可用于工业生产中的负责监控各种设备仪器,实时监测温度的变化。 温度传感器的种类多样,且运作原理各自不同,下面将介绍一些常见的温度传感器的功能、特性及其运作原理。
Get started with ML/AI camera modules and explore their potential. A look at Seeed's Grove Vision AI, DFRobot's HuskyLens, and Arduino's Nicla Vision.
Explore the essence of Verilog Concatenation; the process of combining signals, vectors, and values to create larger, integrated signals.
Uncover the symbolic power behind arithmetic, logical, and bitwise operators; essential for digital design, from conditional assignments to replication.
在具有简单的运动序列、需要高效 VSD 的工业应用中,单轴变速驱动器 (VSD) 发挥着至关重要的作用。
Explore the Verilog Assign statement, its applications in combinational logic and more; with practical examples ranging from AND gates to complex modules.
DigiKey的应用与技术网页提供各式各样应用相关的资源,其中嵌入式系统和微控制器网页列出不同嵌入式系统与微控制器技术涵盖各种指令集架构、评估板、开发板、模块上系统、扩充板、实时操作系统、嵌入外设组件、微处理器、数字信号处理器、单板机、微控制器、现场可编程门阵列等特点,将有助于工程师更快的进行设计。
Explore positional association, named association, and wildcard connection techniques for connecting modules effectively in FPGA and ASIC projects.
Transform your home with DIY smart projects and enter the Hackaday Home Automation Challenge. Don't miss out on the chance to win big!
Delve into the core concepts of input, output, and bidirectional ports, and learn how to define and connect them for efficient digital circuit communication.