Rigol MHO984 Digital Oscilloscope 800MHz

Rigol MHO984 is an Ultra-portable 4-channel oscilloscope with 12-bit resolution. Features 800 MHz bandwidth, 4 GSa/s sample rate, and 500 Mpts memory depth. Includes built-in Wi-Fi and Bluetooth

The MHO900 Series represents RIGOL’s latest Ultra-Portable family of digital oscilloscopes. The series redefines the standard in its class by combining powerful performance with a compact and portable design, making it a versatile tool for engineers.

The series features up to 1 GHz analog bandwidth, 4 GSa/s real-time sample rate, and a memory depth of up to 500 Mpts (model-dependent).

• 12-bit Resolution: Equipped with a high-resolution 12-bit ADC, providing 16 times greater detail than traditional 8-bit instruments. This ensures that even weak signals and transients are visible.
• Channel Configuration: All models feature 4 analog channels as standard, offering flexible support for complex system debugging.
• High Capture Rate: Up to 1,000,000 wfms/s (waveforms per second) for effectively capturing rare events and transients.

All-in-One and Integrated Functions

The MHO900 Series is designed as a complete time-domain workstation, integrating multiple instrument functions into one single device:

• Mixed Signals (MSO): 16 digital channels as standard (probe sold separately), enabling the synchronization and analysis of both analog and digital signals.
• Built-in Signal Source (Optional): Certain models can be equipped with a built-in dual-channel signal generator, capable of outputting sine waves up to 100 MHz. This function seamlessly integrates with Bode Plot analysis.

Wireless Connectivity and Smart Features

The series is equipped with built-in connectivity options that facilitate remote communication and testing:

• Wireless Connectivity: Standard Wi-Fi and Bluetooth for remote access, control, and unattended data acquisition, creating a cleaner testing environment.
• Memory Function: Ultra-long memory depth of up to 500 Mpts for long-term and detailed analysis of complex signals.