Key Features of SIGLENT SDG6022X Dual-Channel Function/Arbitrary Waveform Generator:
- Precision Performance: Reach a maximum bandwidth of up to 120 MHz for accurate signal generation.
- Dual-Channel Capability: Generate two independent waveforms simultaneously, enhancing versatility in testing and analysis.
- High-Speed Sampling: Rapid 1.2 GSa/s sampling rate ensures detailed and accurate waveform representation.
- Exceptional Resolution: 16-bit vertical resolution guarantees precise and nuanced signal generation.
- Innovative TrueArb Technology: Overcome limitations of traditional DDS generators for improved arbitrary waveform quality.
- Efficient EasyPulse Technique: Minimize jitter in square and pulse waveforms, ensuring high-fidelity results.
- Comprehensive Modulation: Perform AM, FM, PM, FSK, PWM, and Sum modulation for detailed signal analysis.
- Flexible Output Amplitude: Generate signals from 1 mVpp to 10 Vpp, adapting to different testing requirements.
- Intuitive Touch Screen Interface: Effortlessly adjust settings and customize waveforms using the 4.3-inch touch screen.
- Connectivity Options: Utilize USB Host, USB Device, and optional LAN connectivity for data transfer and remote control.
- Dual-Tone Function: Generate dual-tone signals for various applications requiring multi-frequency outputs.
- Compact and Portable: With dimensions of 229.6 mm × 105.7 mm × 281.3 mm and weighing 2.5 kg, it’s easily portable.
- Enhanced Waveform Quality: Proprietary technologies ensure precise and high-quality arbitrary, square, and pulse waveforms.
- Complete Package: Includes essential accessories like power cord, USB cable, BNC cable, and user manual.
The SIGLENT SDG6022X Dual-Channel Function/Arbitrary Waveform Generator encompasses precision, innovation, and adaptability to deliver accurate and customizable signal generation. With features like TrueArb and EasyPulse techniques, this generator caters to a broad spectrum of applications, providing professionals with the tools to achieve high-fidelity, low jitter signals for intricate testing and analysis scenarios.