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Enhanced voltage detection for high-temperature 2.3V lithium batteries: Torex XC6142 Series.

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Torex  launched of its latest product, the XC6142 series voltage detector. This cutting-edge IC is specifically designed for constant voltage charging of secondary batteries, including the latest semi-solid-state batteries, and is optimized for operation at temperatures up to 105°C.

The XC6142 series voltage detectors are designed to provide reliable voltage monitoring for CV rechargeable batteries and electric double-layer capacitors. By setting the release voltage to 2.45V and increasing the hysteresis width, the XC6142 ensures continuous output of the release signal even during voltage drops caused by inrush currents. This feature allows the system to stop and stand by until charging is complete, enhancing the overall efficiency and safety of the battery management system
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High-Temperature Operation: Capable of operating at temperatures up to 105°C, making it ideal for demanding industrial environments.
Optimized Voltage Detection: Detection voltage selectable between 1.6V and 2.1V, with a fixed release voltage of 2.45V, ensuring precise monitoring and control.
Adjustable Hysteresis Width: Hysteresis width can be set between 0.35V and 0.85V, allowing customization based on the internal impedance of the battery.
Ultra-Low Power Consumption: Consumes only 104nA (typical) during detection and 139nA (typical) during release, contributing to energy efficiency.
Compact Packaging: Available in ultra-compact USPQ-4B05 (1.0 x 1.0 x 0.33mm) and SSOT-24 packages, supporting the miniaturization of devices.
 
The XC6142 series is ideal for voltage monitoring in rechargeable batteries with CV charging and electric double-layer capacitors.
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The XC6142 series also includes an undefined operation prevention function, which minimizes the rise of output voltage when the input voltage is lower than the minimum operating voltage, preventing system malfunctions.
 
For more information, visit https://product.torexsemi.com
S

Srinivasa Reddy N

Editor, Electronics Engineering Herald


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