RIGOL - MHO954The Rigol MHO954 Mixed‑Signal Digital Oscilloscope offers 500 MHz analog bandwidth with 4 analog channels and optional 16 digital channels using a logic analyzer probe — ideal for R&D, embedded systems, and advanced measurement tasks. It features 12‑bit vertical resolution for enhanced signal fidelity and low noise, enabling precise signal observation. It delivers real‑time sampling up to 4 GSa/s and a maximum memory depth of 100 Mpts (expandable up to 500 Mpts), allowing detailed signal acquisition even on complex waveforms. With waveform capture rates up to 1,000,000 wfms/s, transient events and anomalies are reliably captured. Advanced analysis features include digital phosphor display with 256‑level intensity grading, histogram and search/navigation functions, and support for protocol triggering/decoding (e.g., RS232/UART, I²C, SPI, CAN/LIN), along with optional function/arbitrary waveform generator support. Interfaces: USB Host & Device, LAN (Ethernet), HDMI, with touchscreen control and user‑friendly navigation via Flex Knob.

RIGOL - MHO934 The Rigol MHO934 is a high-performance Mixed Domain Oscilloscope (MDO) from the MHO900 Series, combining ultra-wide bandwidth, real-time spectrum analysis, and deep waveform capture in a single platform. Designed for engineers working on RF systems, high-speed digital designs, and signal integrity challenges, it delivers exceptional flexibility for time- and frequency-domain analysis. With fully integrated analog, digital, and RF spectrum tools, the MHO934 provides complete insight into complex electronic systems without the need for multiple instruments. Product Highlights Ultra-High Bandwidth & Channel Count 3 GHz analog bandwidth 4 analog channels Integrated logic channels (optional MSO) Time-correlated acquisition across domains Capture fast transients, high-frequency signals, and complex modulation with precision. Mixed Domain Architecture The MHO934 combines real-time oscilloscope acquisition with real-time spectrum analysis in one instrument. This enables simultaneous time-domain and frequency-domain views without switching equipment — ideal for RF, communications, and high-speed electronics development. Comprehensive Analysis Capabilities Extensive automatic time-domain measurements Advanced waveform math including FFT Real-time spectrum analysis Waterfall and spectrogram displays High-resolution demodulation tools Advanced triggering and signal qualification These features help you isolate issues and understand both time and frequency behaviors of signals. Professional Interface & Display Large high-resolution display High waveform update rate Intensity grading and spectral overlays Intuitive, responsive user interface Designed for productive use in development labs and test environments. Key Specifications at a Glance 3 GHz analog bandwidth 4 analog channels Mixed domain (time + frequency) analysis Integrated real-time spectrum tools High-resolution display and workflow-focused interface Ideal For RF system testing and validation High-speed digital design Communication protocol analysis Signal integrity research Embedded systems development Advanced electronics laboratories The Rigol MHO934 delivers powerful mixed domain capability, combining oscilloscope precision with real-time spectrum analysis — making it a versatile solution for engineers working across time and frequency domains.