Acquisition Logic recently introduced the AL81G digitizer, which will revolutionize high-speed data acquisition with its superior performance. The AL81G digitizer is designed for applications that require high frequency signal acquisition, such as in ultrasonic scanning, RF signal monitoring and other scenarios.

The AL81G digitizer has a sampling frequency of 1 GHz and an 8-bit resolution, providing a useful dynamic range of approximately 40 dB. It is suitable for digitizing RF signals with center frequencies up to 200 MHz, and has a single input channel that supports orthogonal encoders or step and direction signal inputs, allowing the device to keep pace with the dynamic motion of high-speed scanning systems.

In addition, the AL81G digitizer also has the following features:

Single channel analog input with BNC connector for analog signal input.
The signal threshold trigger and 64 MSamples’ on-board acquisition memory support continuous data acquisition without immediate transmission to the host.
Flexible trigger modes, including signal threshold trigger, encoder trigger and software trigger, ensure accurate capture of desired events.
Support DMA transmission, to achieve high-speed data transmission to the host, reduce CPU overhead.

AL81G

Conclusion:
The introduction of the AL81G digitizer not only expands Acquisition Logic’s product line, but also provides engineers and researchers with a powerful tool to meet the challenges of high-speed data acquisition. As this product becomes widely used, we expect it will help more enterprises achieve accurate data acquisition and analysis, driving technological progress and innovation.”

About Acquisition Logic:
Acquisition Logic is a company focused on data acquisition and signal processing technologies with products used in industrial automation, medical imaging, scientific research and the military. The company is committed to helping customers achieve more efficient and accurate signal acquisition and processing through its innovative hardware and software products.