STM32F407ZET6 24-Channel 12-Bit ADC Data Acquisition Module, Type-C Interface, High-Speed Analog Signal Sampling Board for Embedded Projects and Industrial Automation

Product Name: STM32 24-Channel AD Sampling Module Product Dimensions: 68*90mm Product Interface: Type-C interface power supply Product Weight: 40g Product Material: FR-4 Supports simultaneous measurement of ADC values across 24 channels. Input voltage is 0~3V. Each ADC port is equipped with TVS protection. Measurement speed can be changed via AT commands, with a maximum upload speed of 10K times per second. Real-time voltage waveform display is possible when used with a Vofa+ host computer. Features The main control chip is an STM32F407ZET6. The measurement input voltage range is 0~3V; overvoltage is not allowed. Multiple upload rates are configurable, up to 10K times per second. Real-time voltage waveform display is possible when used with a Vofa+ host computer. Debugging Interface: 24-channel simultaneous measurement. Features a microcontroller debugging interface for custom firmware development. Type-C interface power supply and data transmission. Type-C interface uploads calculated voltage values, and serial port uploads ADC values. Onboard features include a red power indicator, a blue running indicator, and a reset button.

• 24-Channel High-Speed ADC: Features the STM32F407ZET6 microcontroller with 24 independent analog input channels and 12-bit resolution, ideal for multi-sensor data acquisition and real-time signal monitoring.
• Type-C Interface: Modern USB Type-C connection ensures reliable power and fast data communication with PCs, laptops, and development boards.
• Precision Analog Sampling: High-accuracy 12-bit ADC enables detailed measurement of analog signals, perfect for scientific experiments, lab testing, and industrial process control.
• Developer Friendly: Easily integrates with Arduino, STM32, Raspberry Pi, and other microcontroller platforms; supports popular programming environments for rapid prototyping.
• Wide Application: Suitable for industrial automation, environmental monitoring, robotics, scientific research, and educational projects requiring large-scale analog data collection.