The USB to I2C Converter Module is a powerful debugging and communication tool designed for easy integration with I2C devices. With built-in interrupt triggers, batch read/write operations, and real-time curve displays, this module simplifies I2C register operations and device communication. It supports USB 2.0 full-speed connectivity, requires no drivers, and offers configurable parameters to meet different device needs. The module is perfect for debugging, testing, and fast verification without the hassle of coding validation.

Features

• No Driver Required: USB 2.0 full-speed (plug and play), no driver installation necessary.
• Interrupt Trigger Pin: Supports interrupt triggering for real-time operation.
• Multi-Voltage Support: Variable supply output for powering various devices.
• Simplified Interface: Only essential pins—VCC, GND, SDA, SCL, and INT—ensuring a straightforward setup.
• Software Configurable: Allows parameter setting for different device requirements, with settings saved in the module’s memory for persistence across power cycles.
• Bus Scanning: One-click scan of all slave addresses on the I2C bus to verify device connections.
• High-Performance Logging: Supports large capacity logs without lag or crash, with real-time cache files to ensure no data loss.
• Batch Read/Write: Enables batch read/write of registers or instructions with support for 8, 16, 24, and 32-bit data.
• Device Communication Verification: Fast device communication testing to verify correct operation.

Applications

• I2C Device Debugging: Ideal for debugging I2C devices, reading/writing registers, and validating communication.
• Embedded System Development: Perfect for embedded systems and IoT device testing.
• Device Testing and Prototyping: Quick verification of device communication, suitable for rapid prototyping and testing environments.
• Log Management: Useful for projects that require extensive data logging and monitoring of device behavior over extended periods.
• PC-Driven Device Communication: Direct PC control over I2C devices without the need for complex setups or additional drivers.