The Rigol DG800 Pro Function/Arbitrary Waveform Generators which feature up to 625 MSa/s sampling and 2 Mpts/ch memory depth with 16-bit precision. They are cost-effective function/arbitrary waveform generators that combine multiple functions including Function Generator, Arbitrary Waveform Generator, White Noise Generator, Pulse Generator, Harmonic Generator, Analog/Digital Modulator and Counter. The 7-digit counter has a maximum frequency input of 500MHz/1GHz, while the signal generator output, with its peak output of 20Vpp, features a wealth of internal and external modulation types, including Sweep, AM, FM, PM, ASK, FSK, PSK, and PWM. 148 built-in waveforms are available for engineering, medical, automobile, math, and other fields, and sequences of up to 64 waveforms can be created.
Product Features
High Cost Performance
- It provides 16-bit vertical resolution, up to 625 MSa/s sample rate and 50 MHz output frequency. The rise time is as low as 3ns. It is a cost-effective choice among entry-level signal generators.
Frequency Counter
- It provides a standard 7-digit counter with a max. frequency of 500 MHz. Equipped with an independent input connector for counter measurements, it provides a more simplified and accurate way to measure frequencies.
Various Modulation Types
- It supports various analog and digital modulation types including AM, FM, PM, ASK, FSK, PSK, and PWM. Both internal and external modulation sources are available for different test scenarios.
Multiple Built-in Waveforms
- It has multiple built-in waveforms, covering the frequently used signals in engineering, medical electronics, mathematics, and other fields.
Standard Sequence Mode
- It supports a sequence that is a combination of multiple waveforms (1 to 64). The total length is up to 2 Mpts/CH (8 Mpts/CH optional).
Multiple Connectivity Options
- It provides various interfaces including USB Host, USB Device, and LAN (LXI Core 2011 Device). Besides, it allows you to control the instrument remotely via Web Control.
Applications
- Eletronic Experiment
- Systme Integration
- Field Test
- Floating Ground Test