Tektronix LPD64/6-BW-1000: High-Performance Digitizer for Precision Measurements

Tektronix LPD64/6-BW-1000 Low Profile Digitizer: Capture High-Speed Signals with Precision and Efficiency

The Tektronix LPD64/6-BW-1000 Low Profile Digitizer is a cutting-edge instrument designed to meet the demanding requirements of high-speed signal acquisition and analysis. With its exceptional performance and compact form factor, this digitizer empowers engineers and researchers to capture and analyze complex signals with unparalleled accuracy and efficiency.

Product Specifications:

4 analog input channels
1 GHz bandwidth
25 GS/s sample rate
12-bit resolution
6 Series platform

High-Speed Signal Capture: Capture transient and repetitive signals with exceptional fidelity, enabling precise analysis of signal characteristics.
Wide Bandwidth and High Sample Rate: Accurately capture and analyze signals with frequencies up to 1 GHz and sample rates of 25 GS/s, ensuring comprehensive signal representation.
High Resolution: 12-bit resolution provides excellent signal-to-noise ratio, allowing for detailed signal analysis and accurate measurements.
Compact Form Factor: The low-profile design optimizes space utilization, making it ideal for benchtop or rack-mounted applications.
6 Series Platform: Integrates seamlessly with the Tektronix 6 Series oscilloscope platform, providing a comprehensive solution for signal acquisition, analysis, and visualization.

Value to the Customer:

The Tektronix LPD64/6-BW-1000 Low Profile Digitizer offers exceptional value to customers by:

Enabling precise and efficient capture of high-speed signals
Providing comprehensive signal analysis capabilities
Optimizing space utilization with its compact design
Enhancing productivity through seamless integration with the 6 Series platform

Whether you’re developing high-speed electronics, characterizing communication systems, or conducting research in advanced fields, the Tektronix LPD64/6-BW-1000 Low Profile Digitizer is the ideal tool for capturing and analyzing high-speed signals with confidence and precision.