Research and development, analysis, production, troubleshooting…all of these processes are moving faster than ever. Efficiency is the key to success. Rigol can help you do more work, faster and with fewer resources. Our modern, flexible platforms are designed to satisfy a wide range of test and measurement applications. We've introduced a number of new products and options to help you increase productivity – 1 GHz oscilloscopes, 3 GHz spectrum analyzers, power supplies, waveform generators, and DMMs all packed with features driving user efficiency. With Rigol's intuitive front panel interfaces, LXI, USB, and GPIB programmability and 3 year warranty we provide a great set of tools for any industrial or commercial application. Talk with our application team or your local representative to select the right instruments for your needs.

Digital Oscilloscopes

Digital Oscilloscopes

Rigol's line of digital oscilloscopes helps achieve faster debugging and testing with powerful functions and compact designs at an affordable price. Our family of ultra-modern scopes deliver ?Best-In-Class? features set at a fraction of the cost. Compare our memory depth, frames of waveform recording and sample rates and you?ll like what you see.

  • Bandwidth up to 1 GHz
  • Memory up to 140 Million Points
  • Sampling up to 5 GSa/s
  • All our scopes are packed with features including FFTs, Persistence, Zoom, X-Y plots, roll mode, record mode, and more

Waveform Generators

Function/Waveform Generators

Rigol's Function/Arbitrary Waveform generators use Direct Digital Frequency Synthesis (DDS) technology to generate high accuracy and high stability waveforms, as well as programmable pulse signals and standard wave functions. The arbitrary waveform feature allows engineers to generate any desired waveform with UltraWave, Rigol?s free waveform editing software.

Fast and easy-to-use, waveform generators help engineers accomplish a range of testing by combining many functions into a single instrument.

  • 1 channel or 2 channels (16 logic channels optional)
  • 20 MHz - 350 MHz frequency
  • Up to 512Kpts Arbitrary Waveform length
  • Direct Digital Frequency Synthesis technology

Digital Multimeters

Digital Multimeters

Rigol's digital multimeters verify components, circuits, or other instruments by measuring almost any electrical property, including voltage, current, resistance, capacitance and temperature. Designed for efficient and accurate bench testing of production line applications, digital multimeters feature high-resolution monochrome 256x64 dot matrix LCD display and external interface support including RS-232, USB, LAN and GPIB.

  • 5 1/2 digits (240,000 count) digital resolution
  • 0.015% DC Accuracy/year
  • Maximum sample rates of 120 rdg/s
  • External interface support including RS-232, USB, LAN, GPIB, and USB disk storage

DC Power Supplies

DC Power Supplies

Rigol's DC power supplies monitor Volts, Amps, and Watts in real time via analog or digital data displays or on a live data chart. DC power supplies offer complete over-voltage, over-current, and over-temperature protection, and the ability to set up timed voltage or current steps.

  • Output channels: single output, dual ranges
  • 160W total output power
  • Resolution: Program:1mV / 1mA; Ammeter:1mV / 1mA
  • Supply monitoring via Ethernet with LXI interface and web control

Spectrum Analyzer

Spectrum Analyzers

Rigol's spectrum analyzers are compact and high performance with a redesigned interface for efficient analysis. Featuring widescreen construction. With a new key layout and optimized feature set, these analyzers are ideal for challenging wireless benchtop or field applications. All-digital IF ensures superior and stable performance at a competitive cost.

  • 9kHz - 3GHz
  • Up to 10Hz/-148dBm minimum RBW/DANL
  • All-digital IF technology
  • Optional tracking generators available

IoT Design Challenges Seminar
Register to check out our new IoT Webinar Series.
Topics Include:
  • Debugging Serial Communication
  • RF Sensor Integration and Demodulation
  • Characterizing Power Requirements
Register Here