RIGOL’s EMI Measurement Application provides a complete EMI PreCompliance Solution with scans, peak tests, limits, and multiple simultaneous CISPR detectors. With the EMI Measurement Mode engineers can compare, analyze, and report on EMI issues throughout their design process.
The EMI Measurement Application can be added to any RSA Family Real-Time Spectrum Analyzer.
Expanded capabilities within RSA Series Spectrum Analyzers
Today's RF designs utilize rapidly changing and pulsing signals that are difficult to consistently capture on traditional swept spectrum analyzers. The RIGOL RSA Family delivers a class leading 7.45 µsec 100% probability of intercept meaning that any pulse with a duration of greater than 7.45 µsec will be captured and accurately displayed.
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IoT Device proliferation means more traffic crowding the available spectrum making identifying and isolating signals of interest critically important. The RSA Family includes advanced trigger capabilities making this task easier.
Learn More about Spectrum AnalyzersComplex modulating and pulsing signals require advanced visualization tools to identify patterns and debug designs. The RSA Family provides 7 Real-time Visualization modes to look at signal behavior versus power, frequency and time. 6 markers, 4 trace types, and trace math capabilities allow engineers to quickly analyze and understand signal behavior across the entire span.
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All new Linux based platform enables engineers to quickly capture, identify and analyze complex RF Events
Power supply is an important component of electronic equipment, from small to mobile phones, media players in the power supply, large to a variety of power drive and energy conversion equipment, the core is the adjustment of electrical energy changes and distribution. Developing, designing and commissioning these power supplies requires a variety of electronic test instruments
Power semiconductor devices are the core devices of energy conversion, both MOSFET and IGBT, which bear the important blame for power adjustment. The loss of the power device itself is an important factor affecting the overall efficiency of the power supply, and the high loss will cause the device to heat up and may affect the power life. Oscilloscopes generally use a transient power integration method to measure the loss waveform of a power device. RIGOL OSCS SUPPORT POWER TESTING, WITH HIGH-VOLTAGE DIFFERENTIALS AND CURRENT PROBES TO MEET A WIDE RANGE OF TESTING NEEDS. The PC version of UltraPowerAnalysis software allows you to export test data, complete online and offline tests of multiple parameters, and generate reports.
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Power ripple is an important parameter to evaluate DC power supply, and the composition of ripple is composed of industrial frequency ripple, switching ripple and high frequency noise. Accurate testing of ripple sits requires the test instrument itself to be as small as possible, and the test system has minimal impact on the test results. An important feature of RIGOL oscilloscopes is the low undernoise, and the DS2000A oscilloscope sits with the industry's leading small range of 500uV/div, making it ideal for testing small signals such as power ripple. The PVP2150/PVP2350 probe offers a 1:1/10:1 attenuation ratio, and 1X gear slots can provide up to 35MHz of bandwidth for direct ripple testing. UltraPowerAnalysis software provides ripple analysis function modules.
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In order to improve the efficiency of power supply, the Switchpower supply is mostly used to adjust the power factor of the FPC circuit, the gate drive pulse adjustable. In variable frequency drive systems, bipolar PWM drive pulses also need to be simulated, tested and validated. RIGOL's various arbitrary waveform generators can produce a variety of pulse-width modulation signals, and when the two-channel output is completely isolated between channels, it is particularly suitable for the analog generation of various types of drive signals. The measuring trend mapping function of the oscilloscope can analyze the change law of the modulated signal.
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Power products require a large number of rapid parameter tests and aging tests, which must simultaneously test the measurement and recording of multiple parameters. For test results that exceed the limit, the system requires an alarm prompt. All these requirements are easy for rigOL M300 data acquisition systems. The test accuracy of the 6-digit and half-digit table, the test speed of up to 250CH/s and the system configuration capability of up to 320 channels make the M300 an ideal tool for production and temperature, humidity and aging testing. Large-screen displays and PC software make setting up and using the M300 easy.
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RIGOL Technologies is proud to support the test and measurement needs of some of the finest engineering schools in the world
LEARN RIGOL provides educators with Tools and Class Content to help students understand understand the basics of Test and Measurement Theory
USE RIGOL Provides video based content on how to use your instrument allowing students to solve problems on their own and allowing teachers to spend more time teaching theory and less time instructing on how to use the equipment.
COLLABORATE RIGOL provides tools that let you share work, monitor progress and operate remotely.
SAVE RIGOL is committed to providing educators with high quality, modern, performance test solutions at unprecedented prices. Do not compromise on quality OR quantity.
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This presentation provides an overview of basic test and measurement theory (Ohms Law, RMS vs Pk to Pk, Circuit Loading, etc) and the fundamental Test and Measurement considerations associated with making these basic measurements.
Download NowWatch Chris Armstrong from RIGOL Technologies present this content at Clackamas Community College here
This presentation describes key Oscilloscope characteristics and how they effect Signal Integrity. Sample Rate and Sampling Modes, Bandwidth, Risetime, Waveform Capture Rate, and other key attributes are reviewed.
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This presentation provides an overview of RF Technology. Topics include Frequency vs Time Domain, converting amplitude to power, basic modulation analog and digital data transmission, complex digital modulation.
Download NowThis course includes a series of instrument setup demo files. Download Here
Watch this presentation presented by Chris Armstrong of RIGOL Technologies HERE
This 120 Page Technology Primer is an excellent resource for basic instruction and as a reference tool. It provides an introduction to the electromagnetic spectrum, an overview of frequency measurement technology and equipment, as well as overviews of key rf challenges like Component Testing, Transmitter Test, Receiver Test, Spectrum Monitoring and EMI.
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This site contains over 40 videos covering oscilloscope fundamentals and "how to" explanations of all the key oscilloscope features and capabilities. Built around the DS1000Z Oscilloscope it is a great resource for answering student questions. Definitions and Concepts, Triggering, Signal Integrity, Advanced Analysis and Connectivity and Data Management are all explored. Feel free to re purpose any of this content in your classroom activity
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Developed at Shippensburg University, one of RIGOL's early EDU adopters, this basic lab guide is a step by step Scope tutorial. It includes instruction, experimentation and knowledge review. It is available for download or contact us for an editable version to incorporate into your class guides
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Developed at Shippensburg University, one of RIGOL's early EDU adopters, this second part of the lab curriculum focuses on more advanced analysis capabilities of the scope. Logic Analysis, Protocol Analysis and Advanced Math Concepts are included. Like the basic guide this is a step by step tutorial including instruction, experimentation and knowledge review. It is available for download or contact us for an editable version to incorporate into your class guides
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With a multitude of signal types, errors, serial traffic and digital traffic the RIGOL DK-DS6000 demo board makes designing experiments and exploring your oscilloscope simple.
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Simply and effectively set up RF experiments and lab exercises. Model Tx or Rx tests, evaluate filter and ampliefier performance, characterize devices. These simple, powerful demo tools are integrated with our DSA800 Spectrum Analyzer for simple control and test integration
DOWNLOAD Tx Demo GuideEngineering students require access to advanced instrumentation for both theoretical instruction on electronic principles and hands on lab experimentation. The RIGOL EDU Bench starts at just $654. This is a 60-70% saving off the price of some other brands. We encourage you to compare price, performance, and feature set of the RIGOL bench.
Whether working to optimize power consumption, deploy sensor arrays, debug serial communications, or efficiently integrate wireless technologies RIGOL Technologies has a solution to speed your IoT development. Our IoT Solutions Page provides application content and how to video related to Power Analysis, Sensor Characterization, Serial Communications and RF Signal Analysis
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Bringing products to market requires extensive compliance testing for radiated emissions, conducted emissions, and Immunity. This site provides your students with insight into this expanding discipline with RIGOL's EMI Pre-Compliance solutions
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With today's crowded commercial wireless bands being able to quickly capture, identify, isolate, and analyze signals of interest has never been more important or challenging. See how RIGOLs Spectrum Monitoring solutions help your student identify fast transient signals in a crowded spectrum.
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