XC9142D28CMR-G

Voltage Regulators - DC DC Switching Regulators Torex Semiconductor Ltd. XC9142D28CMR-G Overview

The XC9142D28CMR-G by Torex Semiconductor Ltd. is a highly efficient, synchronous step-up DC/DC converter, tailored for applications requiring a compact power management solution. This voltage regulator is designed to deliver a consistent 0.8A output, making it ideal for devices that demand stable voltage in a space-constrained environment. The integration of synchronous rectification technology enhances its efficiency, particularly beneficial in battery-operated devices where power conservation is crucial. Its compact micro SMD package ensures that it can be integrated into modern small-scale electronics without sacrificing performance, embodying the core strengths of the Voltage Regulators - DC DC Switching Regulators category.

XC9142D28CMR-G Features

The XC9142D28CMR-G boasts a range of features designed for superior performance in demanding applications. Key features include a high efficiency rate due to its synchronous operation, which minimizes heat generation and improves overall device endurance. It supports a wide input voltage range, accommodating various battery configurations and operational states. Additionally, its low ripple output ensures stable voltage delivery, critical for sensitive electronic components and enhancing overall device reliability.

XC9142D28CMR-G Applications

• Portable Medical Devices: Provides reliable power management for handheld medical diagnostics equipment, ensuring accuracy and prolonged device operation.
• Wearable Technology: Ideal for powering smart watches and fitness trackers, where its efficiency maximizes battery life and minimizes device size.
• Wireless Sensors: Powers sensors in remote or hard-to-access locations, supporting long-term deployment with minimal maintenance needs.
• Consumer Electronics: Essential in smartphones, tablets, and other personal electronics, where stable and efficient power supply is critical for user experience and device functionality.