RS-232

Semtech 无线专家将在 TOP 会议上发表演讲…

Semtech 推出新型静电放电 (ESD)……

Semtech 发布新的浪涌防护产品以…

In Parts 1 and 2 of our micromobility blog series, we explored the micromobility market opportunity and the critical power and protection technologies driving e-bike innovation. Today, we're looking at perhaps the most transformative aspect of modern e-bikes: connectivity. 

Part 3 - The Future of Connected Micromobility:…

In our previous post, we explored the explosive growth of the micromobility market and the immense opportunities it presents. Today, we're diving into the critical technologies that separate market-leading e-bikes from the competition. 

Part 2 - The Critical Technologies Driving E-Bike…

In an increasingly urbanized world grappling with traffic congestion and environmental concerns, micromobility solutions are experiencing unprecedented growth. At the forefront of this revolution? Electric bikes. 

Part 1 - The Micromobility Revolution: Is Your…

在现代电信和工业自动化系统中，设备经常需要部署在恶劣环境中，因此容易遭受电压瞬变的冲击，这些瞬变可能源于电机切换、电源线路波动、间接雷击、静电积聚或人为操作等因素Electrostatic Discharge (ESD）） events. These transients pose significant risks, ranging from data corruption to catastrophic system failures, leading to costly downtime and repairs. As industrial and telecom systems become increasingly interconnected, safeguarding sensitive electronics from ESD and other transient voltage events is crucial. Transient Voltage Suppression (TVS) diodes provide a robust first line of defense by rapidly diverting excess energy to ground, as illustrated in Figure 1, with sub-nanosecond response times to clamp voltage spikes and protect critical components. 

下一代瞬态电压保护：探索……

USB Type-C 已迅速成为现代电子设备的首选连接器。其创新的设计、闪电般的数据传输速度和令人印象深刻的电力输送能力使其成为当今技术领域不可或缺的产品。然而，这些进步也带来了一个关键挑战：保护 USB Type-C 接口免受静电放电 (ESD) 等电气过载 (EOS) 事件的影响。

在这篇博客中，我们将深入探讨 USB Type-C 的革命性特性、ESD 带来的挑战，以及 Semtech 的适当保护策略如何确保这些尺寸虽小但功能强大的连接器安全可靠。 

USB Type-C 接口的 ESD 防护：确保...

The automobile industry, a hotbed of innovation since the first motor vehicles hit the roads, has significantly evolved in recent years. This evolution, particularly in automotive Ethernet, is crucial for the industry's progress. Today's cars boasta plethora of features, including autonomous and semi-autonomous driving capabilities, automatic emergency braking, lane departure warning, Omni-View systems (surround-view system, Bird's eye system, etc.)  thateliminateblind spots, and a highly interactive and intuitive infotainment system. These innovations rely on a network of advanced cameras and sensors like radar, lidar, or image sensors to collect comprehensive information about the vehicle's physical environment. This data is then seamlessly conveyed to the driver through the dashboard display, alleviating their workload across various driving scenarios. 

Evolution and Protection of Automotive Ethernet:…

想象一下，繁忙的工厂里不再是那些庞大过时的机器，而是高效的机器人在穿梭作业，精密的传感器实时监控每一个生产环节，数据流畅传输，实现实时控制。为了应对关键工业环境带来的挑战，工程师们积极寻求采用以高弹性和高可靠性著称的半导体封装的集成电路 (IC)。这些封装必须在严苛的条件下展现出卓越的热耐久性、机械耐久性以及稳健的电气性能，以确保最佳功能并延长系统寿命。

The Tiny Titans of Modern Industry: How…

监控摄像头在当今世界已变得无处不在。无论我们是在附近晨跑、送孩子上学还是通勤上下班，安全摄像头都可能在监视我们。美国人每周约有 238 次被监控摄像头拍到。安全摄像头在私人和公共场所得到广泛采用，并呈上升趋势，这主要是因为它们易于安装且提供安全感。设置完成后，摄像头会立即开始录制图像和视频，允许授权用户使用智能手机或其他设备通过互联网访问实时视频源。 

雷电浪涌防护 – 监控摄像头

当今的汽车拥有各种先进功能，例如自动驾驶功能、GPS 导航、通过蓝牙进行免提电话操作（由 Apple CarPlay^TM 和 Android Auto^TM 进一步增强），以及许多提高安全性和舒适性的尖端功能，从而站在技术进步的最前沿。汽车添加的功能越多，使用的半导体元件就越多。汽车应用中使用的半导体元件必须满足 AEC-Q 标准中概述的合格标准。该国际标准规定了车载电子系统中使用的封装集成电路和分立器件所需的资格。随着越来越多的接口用于高速信号传输，汽车系统中也添加了更多的半导体元件。

汽车接口的 ESD 防护