Rigol DG5508 Pro 500MHz, 8 Channel Function & Arbitrary Waveform Generator

Description

Rigol DG5508 Pro 500MHz, 8 Ch, Function & Arbitrary Waveform Generator

The RIGOL DG5000 Pro Series is a next-generation, multi-channel waveform generator built to handle complex, high-precision tests with an ultra-compact footprint. This platform offers a powerful combination of up to 500 MHz bandwidth, a 2.5 GSa/s sampling rate, and 16-bit resolution. Its unique design places up to eight independent output channels into a single, compact chassis, which dramatically reduces the valuable bench íspace needed and simplifies the setup and management of complex test systems. It’s a single instrument that can replace an entire stack of separate units, providing unmatched performance and density.

Key Features

• High-Density Multi-channel Design: Fits up to 8 independent, high-performance output channels into a single chassis, freeing up significant bench space.
• Precision Timing: Achieves picosecond-level channel synchronisation (<500 ps) with adjustable delays (±200 ns) for accurate, complex timing schemes.
• Isolated Channels: Features a grouped-isolation design with 4 independent, isolated channel pairs to eliminate ground-loop noise and ensure signal integrity in mixed-signal tests.
• Superior Signal Fidelity: Delivers high-fidelity waveforms with a 2.5 GSa/s sampling rate, 16-bit resolution, and ultra-low jitter of 200 ps due to proprietary SiFi II technology.
• High-Speed Outputs: Outputs square waves up to 170 MHz with a fast rise time of 0.8 ns, making it ideal for high-speed digital emulation.
• Advanced Waveform and Pattern Functions: Includes a multi-pulse function for semiconductor testing, a waveform sequence editor for automation, a multitone generator for distortion analysis, and a pattern generator for high-speed digital bus testing.

Product Images

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High Sampling, Low Distortion

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New Multi-Tone Modulation Functionality

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512-Event Advanced Waveform Sequencing Capability

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New Multi-Pulse Functionality

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Custom Pattern Output

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High-Fidelity Signal with Low Jitter

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The DG5000 Pro series supports a 170 MHz square wave, with a rise time as fast as 0.8 ns (typical).

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Dual-Channel Ground Isolation

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High Sampling, Low Distortion
With a 2.5 GSa/s sampling rate and a maximum output frequency of 500 MHz, the DG5000 Pro provides stable assurance for your waveform outputs.

New Multi-Tone Modulation Functionality
It supports users in generating waveforms ranging from simple dual-tone to a maximum of 16 tones, with flexible editing of tone amplitude and phase, offering a more efficient and convenient testing method for evaluating the performance of devices such as amplifiers and filters.

512-Event Advanced Waveform Sequencing Capability
Transforms what previously required multiple repetitions of waveform construction and test environment setup into a single, comprehensive test case, saving users time and enhancing testing efficiency.

New Multi-Pulse Functionality
Supports editing of 2 to 16 pulses, ideal for quickly generating dual-pulse signals to drive components such as MOSFETs, IGBTs, and third-generation semiconductor power devices, enabling the testing of dynamic performance parameters of power devices.

Custom Pattern Output
Providing a range of Pseudo Random Binary Sequence signals from PRBS2 to PRBS32, along with custom pattern output functionality at baud rates up to 300M, offers engineers direct assistance in verifying the performance of digital I/O interface receivers.

High-Fidelity Signal with Low Jitter
Utilizing RIGOL's Si-Fi II high-fidelity signal technology, jitter is reduced to as low as 200 ps. Point-by-point output ensures stable, non-fluctuating waveforms.

The DG5000 Pro series supports a 170 MHz square wave, with a rise time as fast as 0.8 ns (typical).
The DG5000 Pro series supports square wave frequencies up to 170 MHz, with a minimum rise time improved to 0.8 ns (typical). Performance is uncompromised, offering high-end configurations even at entry-level.

Dual-Channel Ground Isolation
Eliminates interference and noise caused by ground loops, enhancing output stability and protecting components and circuits are sensitive to potential differences.