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Explore how to create negative voltage rails and what types of Analog Devices components are appropriate for different applications.

The right compensation inductor is crucial for the successful implementation of a TLVR DC/DC converter for fast-transient, high-current, multiphase designs.

Use isolated gate drivers to separate high-voltage power supply and low-voltage operational circuits in critical applications.

I/O voltage compatibility is critical in embedded system design. Without proper level shifting, a simple connection between two chips can lead to failure.

在现代电子与电力系统中，离散功率元器件与电源管理芯片扮演着至关重要的角色，负责电能的转换、调节与控制，确保电路的稳定性与效率。无论是在开关模式电源、电动车、工业控制、通信设备，甚至是日常使用的电子产品中，这些功率元器件都发挥着不可或缺的作用。常见的离散功率元器件包括MOSFET、IGBT、二极管、电感、电容等。

Check out the final game rules, mechanics, and full gameplay test of Pixel Ball—powered by RP2040 and RGB LEDs.

From stabilizing imaging equipment to metering agricultural materials, many UAV payload functions are dependent on precise, real-time position feedback.

Streamline the development process by using of a single part number for both Class I (grounded/protective earth) and Class II (double insulated) applications.

Near-infrared LEDs enable compact, efficient IR sensing across various applications, including surveillance, safety systems, smart meters, and appliances.

This webinar explores the design tradeoffs and innovation opportunities surrounding next-gen mid-board optical transceivers.

在智能化转型浪潮下，机器人技术持续迭代升级尤为关键，其中工业领域对机器人的运动精度、作业效率及稳定性提出了更为严苛的技术要求。作为机器人系统的核心，伺服控制系统的性能提升至关重要，成为推动机器人跨越式发展的突破口。

A solid understanding of multi-conductor materials and structure for flexible cables will help ensure longevity, reliability, and safety in industrial systems.

An overview of existing and emerging solutions with an emphasis on suitable passives for RF applications - resistors, inductors, capacitors, and filters.

A simple video doorbell or a whole network of cameras around your property rely on cloud storage. Who owns our video footage and how do we get control of it?

在电子产品的设计过程中，电源电路是确保系统稳定运行的关键模块。成功的电源设计需要经过严谨的设计流程，包括需求分析、拓扑选择、器件选择、电路设计、PCB布局与测试优化等。通过掌握散热管理、EMI抑制、PCB设计技巧与高效功率转换技术，可以大幅提升电源的性能，降低能耗，并确保其在不同环境下的可靠性。

A review of the benefits of using TPE insulation and a brief discussion of heat shrink tubing which meets AMS-DTL-23053/1 Class 1 and 2 standards.

Procurement organizations must adopt AI technology to reap its benefits and avoid losing their competitive advantage.

The right switching DC/DC regulator can combine high efficiency with low noise and fast transient response.

Discover how Hirose TB4 FPC/FFC-to-board connectors provide compact, vibration-resistant interconnects for automotive, industrial, and off-highway applications.

在现代电子设备中，电源设计扮演着举足轻重的角色，无论是消费电子、工业自动化，还是高效能计算系统，都需要稳定且高效的电能供应。电源设计的核心在于选择合适的拓扑结构，以满足不同应用对输入输出电压、功率、效率及安全性的需求。为了确保电源的稳定运行，设计时还需要考虑元器件选择、PCB布局、电磁干扰控制及热管理策略。