AWG5200 Series Arbitrary Waveform Generator

Create, verify, and detect radar components with flexible, accurate tests while simplifying waveform design. The AWG5200 provides 16-bit DAC resolution, low noise (SFDR), high-fidelity signals, and replication of complex signals through interpolation. In addition, it supports the use of digital upconversion to offset the center frequency.

Military/Government Brochure Video

specificities

• Radar, RF general purpose and pre-compensated plug-ins
• Generates complex real-world test signals with excellent spurious performance
• Generating complex RF environments through long signal, playback and stream processing
• Up to 8 tightly synchronized channels per instrument, or synchronize multiple instruments together for more channels

Generate complex RF environments with 8 independent synchronization channels. Take advantage of long signal and playback capabilities while reducing the time, stress, and cost of designing and building setups. Emulate real-world environments with 16-bit DACs, low noise floor (SFDR), high-fidelity signals, more channels and higher scalability, and low trigger-output latency.

Military/Government Brochure Video

specificities

• Quickly Update Existing Code with AWG5000 Backward Compatibility
• Generates complex real-world test signals with excellent spurious performance
• OFDM, RF Generic and RADAR Plug-ins

Quantum computing researchers and developers can reduce time spent on iterative designs, lower the cost of scaling experiments, and create clear and stable waveforms for breakthroughs. Eight tightly synchronized, independent channels provide the sample memory and bandwidth to produce a reliable control source with low noise (SFDR) for the industry's clearest signals.

Quantum Computing White Paper

Online Seminar

specificities

• Minimum time between trigger and waveform playback
• Run multiple quantum experiments using a built-in sequencer that can be changed programmatically
• Up to 8 analog channels, 32 digital channels and 4 flags can be used simultaneously
• Tightly synchronized, no crosstalk

High-speed data rate transmission in automotive, industrial, and high-energy physics is driving the development of low-voltage differential signaling (LVDS). For these applications, LVDS testing requires robust signal generation to test stresses from R&D through production. Using Tektronix AWG5200 and AWG7000 series arbitrary waveform generators with code generators and pulse inserts, you can generate known good signals, including the number of channels and data rates needed to fully test LVDS protocols and receiver margins.

AWG's LVDS and Other Pattern Generator Applications

Take complex, cutting-edge academic research to the next level with the help of fast, low-stress setups. Iterative design while enabling more accurate and easily scalable experiments at a low cost. All of this is made possible by 8 synchronized, independent channels per cell and a fully integrated platform for faster waveform loading and sharper RF performance.

Advanced Research Handbook

DAC White Paper

specificities

• Economical scaling up of experiments using the same number of channels and half the number of instruments
• Up to 32 digital channels for flexible triggering of additional test equipment
• 16-bit DAC resolution, low noise floor and excellent spurious performance
• Removal of negative effects added by test setups with the Advanced Pre-Compensation plugin