RIGOL DG5352-Pro Waveform Generator

The RIGOL DG5000 Pro Series represents a new generation of multi-channel arbitrary waveform generators, engineered to solve complex, high-precision testing challenges while conserving valuable bench space. Boasting up to 500 MHz bandwidth, a 2.5 GSa/s maximum sample rate, and true 16-bit vertical resolution, this compact series integrates up to 8 independent output channels. The innovative design supports picosecond-level synchronization between channels and features pure, safe isolated channel pairs, making it an ideal platform for demanding applications in RF, phased-array antenna design, quantum computing, and semiconductor device development.

Featuring RIGOL’s proprietary SiFi II signal fidelity technology for ultra-low jitter (200 ps), the DG5000 Pro delivers stable, high-speed signals and supports flexible multi-pulse trains for advanced device testing. Its advanced sequencing, multi-tone modulation, and PRBS pattern output capabilities make it a powerful, all-in-one solution for modern high-speed signal, timing, and distortion analysis. The isolated channels maximize flexibility and signal integrity when interfacing with diverse circuits.

Key Features

• Up to 500 MHz Output Bandwidth: Covers a broad spectrum of signal generation requirements for RF and high-speed digital applications.
• High-Density Multi-Channel Platform: Supports up to 8 independently controlled output channels in a space-saving chassis.
• Ultra-Low Jitter & High Fidelity: Proprietary SiFi II technology achieves jitter as low as 200 ps, while 16-bit vertical resolution ensures exceptional signal purity.
• Isolated Channel Pairs: Each pair of channels is fully isolated to prevent crosstalk, increase signal purity, and allow for safe differential signal outputs.
• Advanced Waveform Sequencing: Create complex test sequences with up to 512 programmable steps to emulate intricate signal patterns.
• Multi-Tone & PRBS Generation: Includes a multi-tone generator (up to 16 tones) for communications testing and a PRBS pattern output (up to 300 Mbaud) for serial data simulation.