The Rigol Model DS2102 oscilloscope is used to demonstrate the Rigol RP1003C Current Probe, which is capable of measuring up to 50 amps peak current, non-continuous.
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VIDEO: Rigol Demo Board Used As Signal Source for BK Precision 2516 Hand-Held Oscilloscope
The Rigol Demo Board receives its power from and conveys a variety of waveforms to the BK 2516 portable oscilloscope. Waveforms can be displayed, recorded, measured, and saved. The BK 2516 instrument has full-scale Math functionality including Fast Fourier Transform capability.
VIDEO: Rigol Demoboard Connected to Rigol 2000 Series Oscilloscope
Twenty-five waveforms are available in the Rigol Demo Board. A sinewave varying in frequency is displayed in the Rigol DS2102 oscilloscope in the time domain and in the frequency domain.
VIDEO: Waveforms From Tektronix to Rigol
The Tektronix MDO3104 AFG output is displayed in a Rigol DS2102 oscilloscope.
VIDEO: A Tour of the Rigol DS2102 Oscilloscope
Using the onscreen Help function, each of the front-panel buttons is pressed in order to access the various modes of the Rigol DS2102 oscilloscope.
VIDEO: Memory Functions in the Fluke 190-502 ScopeMeter
An examination of Memory functions and Recall procedures in the Fluke 190-502 ScopeMeter.
VIDEO: Scope, Meter and Record Functions in the Fluke 190-502 ScopeMeter
An overview of the Fluke 190-502 ScopeMeter, including an examination of Scope, Meter and Record functions.
VIDEO: Displaying Probe Compensation Square Waves in Two OscilloscopesVideo
Two hand-held, battery-powered oscilloscopes, the Tektronix THS 3024 and the Fluke 190-502 ScopeMeter, are capable of displaying square-wave probe compensation signals.
VIDEO: Phase Angle as displayed in a Tektronix THS3024 Oscilloscope
Two utility sine waves, one the inverse of the other, are displayed in Channels One and Two of a Tektronix THS3024 Oscilloscope and the phase angle is displayed, using the Readings facility.
VIDEO: Tektronix PWS4305 Programmable Power Supply
A Tektronix bench power supply and Fluke dual-purpose Scopemeter are connected so that ripple-free DC voltages can be visualized.
