TOREX
特瑞仕

Profile

TOREX Semiconductor Co., Ltd. was established in 1995 as a professional group specializing in power ICs and CMOS analog circuits. The company has made significant contributions to the global demand for low-voltage operation, low-power consumption, and ultra-small package technology products. With the current pursuit of miniaturization and lightweight design in mobile devices and digital appliances, TOREX adheres to the principle of "Powerfully Small," offering a wide range of general-purpose, high-performance, and cost-effective ultra-small ICs. TOREX has established contact points in China, various Asian countries, the United States, and Europe to better meet the localized requirements of customers worldwide and to provide more practical and feasible solutions.

Main Products

Coil-integrated micro DC/DC converters

Micro DC/DC XCL series

Automotive products

XC6193, XC6194 Series Push Button Intelligent Load Switches

HiSAT-COT Control DC/DC Converters XC9273 series

Battery Charge ICs

Design Tools

This DC/DC simulator calculates the static characteristics of DC/DC converters to provide design information useful for selecting ICs and peripheral components, and determining the feasibility of circuits. Be sure to thoroughly read and understand the Terms of Use before using the simulator. Also, refer to the Usage Guide for the operating procedures and the Revision History for an explanation of revisions which have been made.

DC/DC Simulation

This DC/DC Measured Electrical Characteristics Comparison Tool can compares the actual data of DC/DC converter efficiency, ripple voltage, output voltage (load regulation) and mounting area including peripheral components. For the operation method and the revision history, see the Usage Guide. If you have any missing actual measurement data, please tell us from "Contact Us".

DC/DC Measured Electrical Characteristics Comparison Tool

This tool calculates the average power consumption and battery life of systems where the active mode or sleep mode transitions occur in MCU or similar devices.

In actual devices, the supply voltage and current consumption vary significantly depending on the operating mode, requiring complex calculations for estimating the overall system's power consumption. By using this tool, you can easily calculate the power consumption of the device and utilize it for accurate estimation of battery life and selecting the optimal power IC and peripheral components for the system.

SPICE Model

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Solutions

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