Enhance your I2C communication projects with this versatile I2C Multiplexer Development Board, designed to simplify control and expand device connectivity. Featuring an adjustable I2C address range from 0x70 to 0x77, this multiplexer allows seamless switching between multiple I2C channels by writing a single byte, enabling efficient management of up to 8 channels per device. Ideal for complex applications, you can use up to 8 multiplexers simultaneously to control as many as 64 identical I2C address devices with ease. Key Features: · Adjustable I2C Address: Supports address configuration from 0x70 to 0x77, allowing flexible integration into various I2C networks without address conflicts. · Multi-Channel Control: Enables selection of 1 to 8 channels, providing the ability to route I2C data packets to the desired output channel with a simple command. · Wide Voltage Compatibility: Operates reliably across a broad supply voltage range from 1.65V to 5.5V, compatible with both 3V and 5V logic levels for versatile use with different microcontrollers. · High-Frequency Support: Supports I2C communication frequencies from 0 up to 400kHz, ensuring fast and stable data transmission for demanding applications. · Easy Installation: Comes in a set of 5 multiplexers, each including 2-pin headers, designed for straightforward installation on solderless breadboards or custom circuits. · Power-On Reset: Features automatic power-on reset functionality to ensure reliable startup and consistent operation. Specifications: · Item Type: Development Board · Supply Voltage: 1.65V to 5.5V · I2C Address Range: 0x70 - 0x77 (Adjustable) · Frequency Range: 0 to 400kHz · Channels: 1 to 8 selectable channels · Resetting: Power-on reset Package Includes: · 5 x I2C Multiplexer Development Boards · 10 x 2-pin Headers This I2C Multiplexer Development Board is an essential tool for developers and engineers looking to expand their I2C device management capabilities. Its adjustable addressing, wide voltage compatibility, and multi-channel support make it a reliable and practical solution for complex I2C bus configurations, enabling efficient and organized communication across multiple devices with identical addresses.