8 channel USB logic analyzer 24MHz

Description

The USB Logic Analyser 24MHz 8 Channel, MCU / ARM / FPGA / DSP debug tool enables you to thoroughly examine the UART, I2C, SPI, and CAN of all of these interfaces. This is a powerful and versatile tool designed for digital signal analysis and debugging in electronic projects. With its 8 channels and a high sampling rate of 24 million samples per second, it provides accurate and detailed insights into the behavior of digital signals.

This is a hobbyist-level analyzer, perfect for checking the communications of your Arduino or other hobbyist microcontrollers. A logic analyzer can visually depict the zeros and ones flashing between two components. There are eight digital channels in all, with a voltage range of 0V~ 5.5V. The voltage threshold is deemed, low below 1.5V, and high over 1.5V.24 M sample rate, can analyze UART, IIC, SPI, and many other standard protocols automatically.

Overall, this gives with Buffer Support 1.1.16 is a reliable and efficient tool for digital signal analysis. Its high sampling rate, multiple channels, and buffer support make it suitable for various applications, from electronics enthusiasts to professional engineers working on complex projects. If you work with single-chip development, ARM system development, or FPGA development, we strongly advise you to purchase this product. v will allow you to achieve double the results with half the work.

Features:

1. Indication of logical light: a little light indicates the electrical level of CHO.
2. Input characteristics: 5PF, 100K Ohm.
3. A USB power supply and a USB logic analyzer for monitoring, analyzing, and troubleshooting digital circuits are included.
4. USB logic analyzer with 8 channels and a sampling frequency of 24 MHz
5. Can automatically analyze UART, I2C, and SPI, among other things.
6. Excellent for MCU, ARM, and FPGA development
7. Voltage range: 0-5.5V
8. 1.5V is the threshold voltage.
9. The sample rate can be adjusted as follows:24MHz, 16MHz, 12MHz, 8MHz, 4MHz, 2MHz, 1MHz, 500KHz, 250KHz, 200KHz, 100KHz, 50KHz, 25KHz;

Application:

1. Embedded Systems Development
2. Protocol Analysis
3. Digital Circuit Analysis.
4. System Integration and Validation
5. Education and Learning