License; 25 Gs/s sample rate for the AWG 70002B; Node Locked
Increase Memory to 32GS (on AWG70001B) or 16GS per Channel (on AWG70002B); Node Locked
Add Sequencing to the AWG70002B; requires export control license
Add Streaming ID to the AWG70002B; requires SEQ and export control license
Cord Power Right Angle
Qty: 1Receptacle Adapter Assy - 3.5 mm(f)
Qty: 4Mouse Optical
Qty: 1Hard Drive Removable 512 GB
Qty: 1Keyboard Mini USB
Qty: 150 ohm SMA Terminator, male
Qty: 2Keyboard Mini USB
Qty: 1Receptacle Adapter Assy - 3.5 mm(f)
Qty: 450 ohm SMA Terminator, male
Qty: 2Tektronix AWG70002B Spec Sheet
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The AWG70002B delivers a maximum sample rate of 25 GS/s on both channels. This dual-channel arbitrary waveform generator provides consistent performance across both outputs, enabling synchronized high-speed signal generation for complex test scenarios requiring multiple signal sources.
The AWG70002B offers 10-bit vertical resolution when no markers are selected, 9-bit resolution with one marker selected, and 8-bit resolution with two markers selected. This 10-bit performance enables generation of high-fidelity signals with superior amplitude accuracy compared to 8-bit generators.
The standard configuration provides 2 GSamples per channel, which can be extended to 16 GSamples per channel with optional memory. This extended memory allows creation of long, complex waveform scenarios without building intricate sequences, ideal for simulating realistic signal environments.
The AWG70002B provides an effective frequency output of 10 GHz, determined by the sample rate divided by the oversampling rate (25 GS/s divided by 2.5). The measured analog bandwidth is 13.5 GHz, with Sin(x)/x response mathematically removed from the measured response.
The AWG70002B achieves excellent spurious free dynamic range (SFDR) performance, with better than 80 dBc for a 100 MHz output measured across DC to 1 GHz. For signals from DC to 500 MHz measured in-band, SFDR is better than 70 dBc, ensuring clean signal generation.
The AWG70002B can generate serial data bit rates up to 6.25 Gb/s per channel. The bit rate is determined as sample rate divided by 4 points per cycle, which allows full impairment generation capabilities for testing high-speed receivers with realistic signal degradation scenarios.
The AWG70002B features rise and fall times of less than 22 ps, measured at 20 percent to 80 percent levels. These fast transition times are critical for accurately generating high-speed digital signals and RF waveforms with sharp edges and minimal distortion.
The AWG70002B provides plus or minus 5 ps channel-to-channel skew specification. The output skew control offers a range of minus 100 ps to plus 100 ps with 500 fs resolution and plus or minus 5 ps accuracy, enabling precise synchronization of multi-channel signal generation.