XC9141A34DMR-G

Voltage Regulators - DC DC Switching Regulators Torex Semiconductor Ltd. XC9141A34DMR-G Overview

Introducing the XC9141A34DMR-G, a highly efficient synchronous step-up DC/DC converter from Torex Semiconductor Ltd. This advanced voltage regulator is designed to meet the rigorous demands of portable and battery-powered devices, providing a stable power supply with a minimal footprint. The XC9141A34DMR-G operates with an input voltage as low as 0.65V, making it ideal for applications that require a boost from low-voltage sources to maintain operational efficiency and performance. Its robust design includes overcurrent protection and thermal shutdown features, ensuring reliable performance under a range of conditions. The integration of a synchronous rectifier enhances efficiency, particularly beneficial in extending battery life in portable applications.

XC9141A34DMR-G Features

• Maximum output current of 0.8A, suitable for high-demand applications.
• Low input voltage capability starting from 0.65V allows for operation in energy-starved scenarios.
• Integrated synchronous rectifier for improved power efficiency and longer battery life.
• Compact package design (USP-6C), enabling easy integration into space-constrained applications.
• Built-in safety features including overcurrent protection and thermal shutdown.

XC9141A34DMR-G Applications

• Portable Medical Devices: Ensures reliable power management for critical health monitoring equipment operating at low battery levels.
• Wearable Technology: Powers next-generation wearables with enhanced power efficiency, ideal for devices requiring a compact power solution.
• Wireless Sensors: Supports the operation of wireless sensors in remote or difficult-to-access locations, providing a consistent power supply from minimal input sources.
• Energy Harvesting Systems: Ideal for use in systems that convert and boost power from low-energy sources such as photovoltaic cells.
• Smart Home Devices: Enables smart home technology to operate efficiently and reliably, even when running on lower voltage batteries or in power-saving modes.