Keysight DSOX2002A: 2-Channel, 70 MHz Digital Oscilloscope with 1 Mpts, 2 GS/s, and 8-bit Resolution

Keysight DSOX2002A Digital Oscilloscope: Uncover the Power of Precision

Product Overview:

The Keysight DSOX2002A Digital Oscilloscope is a cutting-edge instrument designed to empower engineers, technicians, and students with unparalleled precision and versatility. With its advanced features and exceptional performance, this oscilloscope sets a new standard for affordable and reliable test and measurement solutions.

Features and Specifications:

2 Channels: Capture and analyze signals from two independent sources simultaneously.
70 MHz Bandwidth: Observe high-frequency signals with clarity and accuracy.
1 Mpts Memory Depth: Store and analyze large amounts of data for detailed waveform analysis.
2 GS/s Sample Rate: Capture fast-changing signals with exceptional resolution.
8-bit Resolution: Ensure precise measurements and accurate signal representation.
2000 X-Series: Part of Keysight’s renowned X-Series oscilloscopes, known for their reliability and performance.

Benefits:

Enhanced Signal Visibility: The high bandwidth and sample rate enable clear visualization of even the most complex signals.
Deep Memory Analysis: Capture and store extensive waveforms for thorough analysis and troubleshooting.
Precise Measurements: The 8-bit resolution provides accurate measurements, ensuring reliable results.
Versatile Applications: Ideal for a wide range of applications, including electronics design, troubleshooting, and educational purposes.
User-Friendly Interface: The intuitive user interface simplifies operation and streamlines workflow.

Keysight DSOX2002A Digital Oscilloscope
Two 10:1 Passive Probes
Power Cord
* User Manual

Value Proposition:

The Keysight DSOX2002A Digital Oscilloscope offers exceptional value by combining advanced features, reliable performance, and an affordable price point. It empowers users with the tools they need to uncover the power of precision, enabling them to make informed decisions, solve complex problems, and drive innovation.