RIGOL DG912 Pro Waveform Generator

Key Specifications

• High – Frequency Performance: With a maximum output frequency of 200MHz, the DG900 Pro series can generate high – frequency signals with ease. This makes it suitable for a wide range of applications, from testing high – speed electronic components to conducting advanced communication experiments.
• Superior Sampling Rate and Resolution: Boasting a 1.25GSa/s sample rate and 16 – bit vertical resolution, it ensures the creation of high – fidelity signals. The high sampling rate enables accurate representation of complex waveforms, while the 16 – bit resolution provides a high level of precision in signal amplitude, resulting in reliable and accurate test results.
• Ample Arbitrary Waveform Memory: The series offers a maximum arbitrary waveform memory of 16M (32M optional). This large memory capacity allows users to store and generate intricate arbitrary waveforms, meeting the demands of diverse testing scenarios.

User – Centric Design

• 7 – inch Color Touch Screen: The 7 – inch color touch screen is a game – changer. It provides an intuitive and convenient way to set parameters, view, and edit dual – channel waveforms simultaneously. Whether you’re adjusting the frequency, amplitude, or phase of a signal, the touch – screen interface simplifies the process, saving you time and effort.
• Type – C Connector: Equipped with a Type – C connector, the DG900 Pro can be powered by a mobile power supply. This feature is a boon for on – site testing, as it eliminates the need for a fixed power source, making the device highly portable and adaptable to different working environments.
• Compact and Portable: Measuring just 266mm (width) x 165mm (height) x 63mm (depth) and weighing only 1.78kg, the DG900 Pro has an ultra – portable design. Its compact size, combined with a standard display stand, not only saves valuable workspace but also allows for easy transportation, making it ideal for both laboratory and field use.

High – Performance Signal Generation

• Fast Rising Edge: The ability to output a 60MHz square wave and 50MHz adjustable – edge pulse wave with a waveform rise time as low as 3ns is a remarkable feat. This fast rising edge is crucial for applications that require rapid signal transitions, such as testing high – speed digital circuits and studying signal propagation in high – frequency systems.
• Ultra – Low Signal Jitter: Leveraging RIGOL’s SIFI II technology, the DG900 Pro series can generate waveforms point – by – point and restore signals without distortion. The precisely adjustable sampling rate ensures that the generated signal jitter is extremely low, with all output signal jitter as low as 200ps (rms). This makes it an ideal choice for applications where signal stability and accuracy are of utmost importance.

Versatile Functionality

• Rich Modulation Functions: The DG900 Pro supports a comprehensive range of modulation functions, including AM, FM, PM, ASK, FSK, PSK, PWM, and SUM modulation. These functions make it suitable for various applications, such as communication principle research, motor control, and switching power supply testing.
• Sequence Function: The sequence function is a powerful tool for efficient testing. It supports up to 64 waveform events and 256 repetitions, allowing users to load multiple test cases in a sequence for sequential execution. This seamless switching between test cases significantly improves testing efficiency, reducing the time and effort required for complex testing procedures.
• Harmonic Generation: With a maximum 20th harmonic generation function, the DG900 Pro provides up to 20 built – in waveform stacking functions. This feature is invaluable for accurately measuring the performance of high – order filters, amplifiers, and other devices, enabling in – depth analysis and optimization of their characteristics.
• High – Resolution Frequency Meter: The built – in 7 – bit 1GHz frequency meter is capable of measuring the frequency of common high – frequency signals, including VHF and UHF signals. It also supports the measurement of other parameters such as period, duty cycle, and pulse width, and offers statistical analysis of measurement results. This functionality is extremely useful for debugging and optimizing high – frequency circuits and systems.