Overview We offer a comprehensive portfolio of USB Type-C Power Delivery (PD) solutions designed to meet the evolving demands of modern power management systems. Our products support both AC-DC and DC-DC power conversion, making them ideal for a wide variety of applications ranging from consumer electronics and computing to industrial and automotive environments. Whether you’re…

Overview LTSCT’s DC-DC USB Power Delivery (PD) solution is a compact, high-performance device primarily targeted for automotive applications such as front and rear seat charging ports. LTSCT offers power-dense and highly integrated wired and wireless charging solutions that reduce software complexity and MCU count in zone architectures, featuring a fully integrated, over-the-air updatable USB-PD charging…

Overview USB has rapidly become the universal standard for connectivity and charging, prized for its reversibility, compact form, and pervasive presence in modern devices. LTSCT’s USB Power Delivery Controller leverages this ubiquitous standard to ensure seamless integration across a broad spectrum of applications.  At the heart of our solution lies an innovative new architecture that…

Overview LTSCT’s Dual Port USB Power Delivery (PD) solution is a compact, high-performance device delivering up to 2 x 240 W of total power from a 12 V automotive battery. Featuring two buck boost controllers with external FET drivers, it is fully USB-PD 3.2 v1.1 compliant and supports both stand-alone and networked operation in automotive…

Overview The UPD11210F Single Port USB-PD Charger is an automotive-grade solution designed to address the increasing power demands of contemporary vehicles. AEC-Q100 qualified, it ensures high reliability and performance in harsh automotive environments. Its integrated design minimises electromagnetic interference (EMI) and enhances charging efficiency through intelligent power management. The solution also supports over-the-air (OTA) updates,…

Overview L&T Semiconductor offers PMICs, SiC-based Power Modules, IGBT-based Power Modules, SiC-based Intelligent Power Modules with Gate Driver Integrated, Discrete-SiC MOSFETs, Discrete-GaN HEMT, Discrete IGBTs, Gate Drivers, USB-PD, Bidirectional DC-DC Converters, and BMS products. As green hydrogen and global industries such as data centres demand ever-higher energy, renewable power generation, particularly solar (PV) systems, has…

Overview LTSCT’s single- and multiport-capable USB Power Controller is designed to operate alongside an AC-DC converter, forming a complete and reliable USB charging module for modern systems. Built with adaptive current sensing and thermal throttling, it helps maintain safe port temperatures while supporting continuous USB charging under varying load conditions. The controller also enables dynamic fault detection, covering software-based issues, hardware faults, and…

Overview LTSCT’s automotive USB Charging solution for a single USB port is engineered to meet the growing power demands of modern vehicles. This advanced USB charging module is AEC-Q100 qualified, ensuring high reliability and performance in harsh automotive environments. The integrated design reduces electromagnetic interference (EMI) and improves charging efficiency through intelligent power management and a high-efficiency DC DC converter.  Additional features include over-the-air (OTA) updates, integrated authentication…

Overview LTSCT’s Dual Port USB Power Delivery (PD) solution is a compact, high-performance dual USB charger designed as an advanced usb car charger for modern vehicles, delivering up to 2 × 240 W of total power from a 12 V automotive battery. This intelligent dual port charger features two buck-boost controllers with external FET drivers and functions as a high-efficiency PD charger that is…

Overview LTSCT’s Single and Dual Port USB Power Delivery (PD) solution is a compact, high-performance device delivering up 340 to 240W of total power from a 12 V automotive battery. These devices are fully USB-PD 3.2 v1.1 compliant. They may operate as stand-alone units, connected to a plurality of USB-PD single or dual port devices…