文章和博客

As vehicles become more autonomous and data-centric, the need for a high-speed, scalable, and reliable in-vehicle communication backbone is greater than ever.

In our previous blog, we talked about how we’re manufacturing a wiring harness, the essential electrical system in any automobile, for our FSAE car. This blog serves as a continuation and will cover our usage of connectors from DigiKey to make our lives easier and our car better!

Anteater Formula Racing is a student-run engineering project at UC Irvine. The objective is to design, manufacture, and test a Formula-style car in less than a year to compete yearly in the Formula Society of Automotive Engineers competition in Michigan (FSAE).

如何在汽车电路中使用能够处理高共模电压的放大器来检测高压侧电流。

Honeywell 的氢气泄漏检测 (HLD) 传感器对于那些采用低碳氢能替代化石燃料的企业来说至关重要。

Learn how embedded systems face physical attacks, key fob risks, competition challenges, and common weaknesses in hardware security.

Bourns 的钢基厚膜电阻器具有高密度、高热效率和高耐用性，克服了陶瓷在大功率应用中的局限性。

USB-C 连接器和配套插座具有锁定、防呆键位和其他增强型加固设计，现已面向汽车系统设计人员推出。

Broadcom 的 AFBR-S4 系列先进硅光电倍增管传感器能够提升高性能光子检测应用的精度和可靠性。

As the automotive industry accelerates toward increasingly complex electronic systems, the demands on validation and production testing are evolving rapidly.

Vehicle harness complexity has grown tremendously due to the integration of advanced driver assistance systems (ADAS).

高压和电阻电路为何需要低 VCR（电阻电压系数）电阻器。

GMSL 点对点链路技术为工业和汽车应用带来了更强大的多相机视频功能。

汽车级超声波传感器集成了封闭式收发器和吸音材料，即使在极端环境下也能确保稳定性。

了解 Kyocera 的 AVX 的 C0G MLCC 如何达到或超越薄膜电容器的性能并节省空间。

AL5887Q LED 驱动器能够为汽车和显示应用提供精准的 RGB 色彩控制、调光以及高效照明能力。

了解专用同轴供电 (PoC) 电感器如何简化 ADAS、车载信息娱乐系统和动力总成应用中的偏置 T 型电路设计。

反激式变压器是高性能电动汽车 (EV) 电源的核心，设计人员必须充分了解它们。

选型工具有助于为在苛刻的汽车环境中使用的 SPC5 和 STM8 MCU 匹配合适的时钟晶体，以确保定时精度及稳定性。

广泛的 AEC-Q200 零件组合可满足先进汽车电子子系统对高性能、可靠性和安全性的各种要求。