Product Overview:

The GaGe CSE161G4 CompuScope is a cutting-edge PCIe data acquisition card designed to meet the demanding requirements of high-speed signal analysis. With its exceptional performance and versatility, it empowers engineers and researchers to capture, analyze, and visualize complex signals with unparalleled precision and efficiency.

Features and Specifications:

4 Independent Channels: Simultaneously acquire signals from multiple sources with 16-bit resolution.
1 GS/s Sampling Rate: Capture high-frequency signals with exceptional accuracy and detail.
4 GS Memory Depth: Store up to 4 gigasamples per channel, enabling extended signal capture and analysis.
RazorMax Express Technology: Delivers ultra-low noise and high dynamic range for pristine signal acquisition.
PCIe 3.0 Interface: Provides high-speed data transfer and seamless integration with modern computers.
Advanced Triggering Capabilities: Capture specific events with precision using advanced triggering modes.
Comprehensive Software Suite: Includes powerful software for data acquisition, analysis, and visualization.

GaGe CSE161G4 CompuScope PCIe card
Software CD
Quick start guide

Benefits:

Exceptional Signal Fidelity: RazorMax Express technology ensures accurate and reliable signal acquisition.
High-Speed Data Capture: 1 GS/s sampling rate enables the capture of even the fastest transients.
Extended Memory Depth: 4 GS memory depth allows for extended signal capture and analysis.
Versatile Connectivity: 4 independent channels provide flexibility for acquiring signals from multiple sources.
Seamless Integration: PCIe 3.0 interface ensures fast and efficient data transfer.
Comprehensive Software Suite: Powerful software simplifies data acquisition, analysis, and visualization.

Value to the Customer:

The GaGe CSE161G4 CompuScope is an invaluable tool for engineers and researchers in various industries, including:

Aerospace and defense
Automotive
Electronics
Medical
Telecommunications

Accurately capture and analyze high-speed signals
Identify and troubleshoot signal anomalies
Optimize system performance
* Advance research and development efforts