24MHz 8-Channel USB Logic Analyzer

Debug Digital Circuits with Greater Visibility

The 24MHz 8-Channel USB Logic Analyzer is a compact digital debugging instrument designed to capture and inspect digital signal activity across multiple channels. With 8 digital input channels and a sampling rate of up to 24MHz, it helps electronics developers examine signal timing and troubleshoot communication between digital devices.

Connect the analyzer to a computer through USB and use compatible logic analyzer software to visualize captured digital signals as timing waveforms. This makes it useful for embedded system development, microcontroller debugging, digital electronics education and hardware troubleshooting.

Whether you are developing a microcontroller project, examining digital communication or investigating timing-related issues, this USB logic analyzer provides a practical tool for understanding digital circuit behaviour.

Key Features

• 8 Digital Input Channels: Capture digital activity across multiple signal lines.

• Up to 24MHz Sampling Rate: Examine digital signal transitions with a maximum stated sampling rate of 24MHz.

• USB Connectivity: Connect the analyzer to a compatible computer through its USB interface.

• Digital Signal Visualization: Inspect captured signal activity using compatible analysis software.

• Embedded System Debugging: Investigate timing and communication behaviour in digital circuits.

• Compact Debugging Tool: Suitable for electronics workbenches, development environments and educational laboratories.

Practical Applications

1. I2C Communication Debugging

Inspect clock and data signal activity when troubleshooting I2C-connected sensors, displays and peripheral devices. Protocol decoding requires compatible software.

2. SPI Communication Analysis

Examine digital clock, data and chip-select activity when investigating communication between microcontrollers and SPI peripherals.

3. UART Serial Communication

Observe digital transmit and receive signal timing when debugging serial communication between electronic devices.

4. Microcontroller Development

Investigate digital signal behaviour in Arduino, ESP32 and other compatible embedded development projects.

5. FPGA and Digital Circuit Testing

Examine multiple digital signal lines when developing and troubleshooting digital hardware.

6. Electronics Education

Help students and electronics enthusiasts understand digital timing, communication signals and logic-level transitions.

Technical Specifications

Software and Compatibility

Logic analyzer software is required to configure the device, capture digital signals and inspect timing waveforms.

The open-source sigrok/PulseView ecosystem supports various 24MHz USB logic analyzer implementations. However, software recognition depends on the specific hardware revision, USB identification and driver configuration.

Check device compatibility before selecting and installing software.

Important Technical Notes

• This is a digital logic analyzer, not an analog oscilloscope.

• It is designed to capture digital logic signals, not analog voltage waveforms.

• The 24MHz specification refers to the maximum sampling rate, not a guaranteed maximum measurable signal frequency.

• Actual capture performance depends on signal characteristics, sampling configuration and the connected USB system.

• Confirm the supported input voltage range of your exact hardware revision before connecting it to a circuit.

• Never connect the analyzer directly to mains voltage or unknown high-voltage signals.

Who Should Use This Logic Analyzer?

• Electronics engineers and technicians

• Embedded systems developers

• Arduino and ESP32 programmers

• FPGA developers

• Electronics students and educators

• Hardware debugging and prototyping enthusiasts

Explore More Electronics Development Tools

Build a complete electronics debugging and development workspace with these related products from Electronics Hub:

• Arduino Mega 2560 R3 – Microcontroller development and digital I/O projects.

• WROOM ESP32 WiFi Microcontroller Development Board – Embedded and wireless IoT development.

• Fully Assembled DSO138 Digital Oscilloscope – Complementary instrument for observing analog waveforms.

Get your 24MHz 8-Channel USB Logic Analyzer from Electronics Hub and make digital circuit debugging more accessible.