Image of Taiwan Semiconductor 1200 V SiC Schottky Diodes for Next-Generation Power Designs
新產品新產品
適用於新一代電源設計的 1200 V SiC 肖特基二極體 發佈日期:2025-08-19

Taiwan Semiconductor 1200 V 寬能隙 SiC 肖特基二極體系列在緊湊設計中提供強大的效能。

600 V Low-Loss Rectifiers in SMD and Bridge Packaging - Taiwan Semiconductor 600 V 低損耗型整流器 (SMD 和橋式封裝) 發佈日期:2025-07-30

Taiwan Semiconductor 這款 600 V 低損耗型整流器專為伺服器電源、電信電源和充電系統等電力電子系統而設計。

TESDA24VB17P1Q1/TESDA24VB17P1M3 Automotive Bidirectional ESD Protection Diode - Taiwan Semiconductor TESDA24VB17P1Q1/TESDA24VB17P1M3 車用雙向 ESD 保護二極體 發佈日期:2025-07-30

Taiwan Semiconductor 車用 ESD 保護二極體 TESDA24VB17P1Q1 和 TESDA24VB17P1M3 是設計用來保護一條線路免受系統 ESD 雷擊脈衝的影響。

Image of Taiwan Semiconductor SUPER CLAMP™ LTD7S24CAH Surface Mount TVS diodes SUPER CLAMP™ LTD7S24CAH 表面黏著式 TVS 二極體 發佈日期:2025-03-10

Taiwan Semiconductor SUPER CLAMP™ TVS 二極體在指定的崩潰與箝位電壓之間有最佳化的箝位比。

Super Clamp 24V Surface Mount TVS

SUPER CLAMP series TVS diodes with snapback characteristics features a superior optimized clamping ratio between the designated breakdown voltage and clamping voltage. And a wide operation range of -55°C to 175°C meeting the automotive applications.

With meticulous care and attention to detail, we deliver exceptional product quality and service. Our connection goes beyond electrical interconnectivity; it represents our commitment to empowering our customers by linking the world together.

Image of Taiwan Semiconductor 1,200 V High-Efficiency Rectifiers 1,200 V 高效率整流器 發佈日期:2025-02-21

Taiwan Semiconductor 1,200 V 高效率整流器採用業界標準封裝。

Image of Taiwan Semi 600V FRED Product Extension 600 V FRED 產品擴展 發佈日期:2025-02-18

Taiwan Semi 600 V FRED 產品擴充在其 ThinDPAK 封裝中提供不同的切換速度。

Image of Taiwan Semiconductor 600V FRED Extend for Automotive Applications 600 V FRED 擴展至汽車應用 發佈日期:2025-02-18

Taiwan Semiconductor 這款 600 V FRED 擴展至汽車應用,採用平面技術並符合 AEC-Q101 標準。

Taiwan Semi's 100V and 120V Trench Schottky Surface Mount Rectifier 100 V 和 120 V 溝槽式肖特基表面黏著整流器 發佈日期:2024-08-09

Taiwan Semiconductor 的溝槽式肖特基表面黏著整流器具有高接面溫度效能。

Image of Taiwan Semiconductor's Wide Bandgap Schottky Barrier Diodes 寬能隙 SiC 650 V 肖特基能障二極體 發佈日期:2024-08-07

Taiwan Semiconductor 的 650 V 碳化矽肖特基能障二極體適用於高效率 AC/DC、DC/DC 和 DC/AC 轉換應用。

Image of Taiwan Semiconductor's 4th Generation MOSFETs 第四代 600 V 超接面 MOSFET 發佈日期:2024-08-06

Taiwan Semiconductor 的第四代 NE 系列 MOSFET 讓使用者能夠建構更小、更快、更有效率的系統。

Image of Taiwan Semiconductor's TSL9A12 200 mA Linear Regulator TSL9A12 200 mA 線性穩壓器 發佈日期:2024-08-01

Taiwan Semiconductor 的 TSL9A12 200 mA 線性穩壓器保留了低壓降穩壓器的所有常見功能。

TSHA2101CQ Integrated AMR (Anisotropic Magneto Resistance) for Cylinder Position Detection is based magnetic sensor, when combined with a magnet, it becomes a non-contact switch with low power consumption, high sensitivity and high reliability device

TSC Webinar - Rectifier Diodes

Taiwan Semiconductor presented the webinar on rectifier diodes, the agenda including the 600V planar technology, new package (TSCP) introduction with cooling features, to the overview of SMD type rectifier.

TSC Webinar - TVS Protection

Taiwan Semiconductor presented the webinar on TVS diodes. Mainly introduced the Foldback Technology – a disruptive new high power TVS technology, and shared the product positioning and improvement with package SOD-123.

11th Edition Selection Guide

In this version, all our rectifiers & diodes, bridge rectifiers, circuit protection devices, bipolar transistors, MOSFET and ICs are all collected in one consolidated to support you in finding the best product for your design.

Taiwan Semiconductor delve into the importance of BMS and their significant impact on automotive applications. Discover how we assists the systems to shape the future of green transportation.

Experience outstanding switching performance and ultra-low on-state resistance with our latest technology, the PerFET™ (NH Series) 40V MOSFET family. These cutting-edge devices deliver exceptional power efficiency and minimal conduction dissipation.

Experience the power of Taiwan Semiconductor’s AEC-Q101 qualified Schottky rectifiers with ThinDPAK package, offering a combination of low profile and efficient thermal performance.