"Short Description": "Solve voltage mismatch issues in your electronic projects with this TXS0108E 8-Bit Bidirectional Logic Level Converter. Designed for high-speed full-duplex communication, it seamlessly bridges low-voltage controllers (like Raspberry Pi, ESP32) with higher-voltage peripherals (Arduino, 5V sensors). It features automatic direction sensing, eliminating the need for complex control wiring. Supports standard protocols including I2C, SPI, and UART.", "Long Description": "Professional Grade Voltage Translation for Embedded Systems

\n\nEnsure reliable communication between devices operating at different logic voltage levels with the TXS0108E 8-Channel Logic Level Converter Module. Whether you are interfacing a 3.3V sensor with a 5V microcontroller or connecting a Raspberry Pi to legacy hardware, this module provides a safe, high-speed, and bidirectional solution without the need for manual direction control signals.\n

\n\nKey Technical Specifications:\n
\nChipset: TXS0108E High-Speed Full-Duplex 8-Bit Voltage Translator
\nChannel Count: 8 Channels (8-Bit)
\nVoltage Range Port A (VCCA): 1.4 V to 3.6 V
\nVoltage Range Port B (VCCB): 1.65 V to 5.5 V
\nOperational Condition: VCCA must be less than or equal to VCCB
\nData Rate: Up to 110 Mbps (Push-Pull), ~1.2 Mbps (Open-Drain)
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\n\nWhy Choose This Module?\nUnlike standard logic shifters that require specific direction pins, the TXS0108E features auto-direction sensing. This makes it incredibly versatile for protocols where data direction changes dynamically, such as I2C or 1-Wire. The inclusion of an Output Enable (OE) pin allows you to disable the I/O ports when not in use, reducing power consumption.
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\n\nTypical Applications:\n\nConnecting 3.3V modules (ESP32, STM32, Raspberry Pi) to 5V systems (Arduino Uno/Mega).
\nInterfacing SD cards, LCD screens, and Sensors via SPI or I2C.
\nGeneral purpose GPIO level shifting for DIY IoT prototypes.
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\n\nUsage Tip: Always connect the lower voltage source to the A-side (VCCA) and the higher voltage source to the B-side (VCCB). Ensure a common ground is shared between both systems.",