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Creating Arbitrary Waves from Scope Captures
How to easily capture a problematic signal and reproduce it for debugging purposes.
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Knowledge Base MSO5000 Series
Controlling your instrument over the LAN with UltraScope
Seamlessly connect, control and monitor your scope via ethernet using the RIGOL UltraScope utility. Perfect for remote control, monitoring, and distributed environments.
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CAN Bus Trigger and Decode
Learn how to properly setup the CAN bus trigger and decode option.
Read more Bandwidth
A basic concept in determining what scope you need is understanding the key performance characteristic of an oscilloscope, bandwidth. Selecting proper bandwidth insures reliable and accurate measurements.
Read more Horizontal System and Controls
Horizontal controls allow for positioning the signal on the time axis (X axis) as well as adjust the time based scaling options,
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High Impedance vs. 50 Ohm Impedance
Explains why 50 Ohm impedance inputs can improve signal fidelity on high speed signals by removing reflections caused by capacitance or inductance.
Read more Installing a License onto the 5000 Series Digital Oscilloscope
Learn How to Install a License onto the 5000 Series Digital Oscilloscopes.
Read more I2C Trigger and Decode
Learn how to setup I2C trigger and decode option.
Read more How to use Peak Detect
Use peak detect to measure narrow pulses.
Read more Using UltraScope from RIGOL with NI Max on Windows 10
Some versions of Windows 10 make it difficult to run UltraScope from UltraSigma, RIGOL’s communications platform. UltraSigma can have difficulty accessing needed files and directories.For RIGOL Oscilloscopes (UltraVision I and II including…
Read more Math Operations
Math Functions allow you to perform calculations on one or more signals allowing for rapid signal comparison and enabling advanced modeling of more complex waveforms.
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