THS3000 Datasheet, PDF (3/12 Pages) List of Unclassifed Manufacturers – Handheld Oscilloscopes

Find intermittent faults with TrendPlot^™
Handheld Oscilloscopes – THS3000 Series
Waveform limit testing
Analyze measurements and recordings visually or using measurement cursors
Intermittent faults can be caused by timing errors, temperature changes,
environmental influences, or simply broken wiring or connectors. The
TrendPlot^™ function helps you find those faults by plotting minimum and
maximum measurement values over time. You can select up to
4 measurements and plot any combination of voltages, amps, frequency,
time, and phase for any or all four inputs, all with time capture information.
Automatic capture and data logging of 100 display
screens
User-defined limit testing can easily identify random waveform anomalies
The THS3000 Series can automatically monitor your signals and output
Pass or Fail results by judging whether the input waveform is within
predefined boundaries. User selections can include testing one or all input
channels and automatic recording of Pass or Fail data. Data can easily be
reviewed using the Replay mode or stored externally to a USB memory
device.
Complete solution for power measurements
Playback of captured data is quick and easy with the THS3000 series oscilloscopes
Capturing random or changing signals can often be difficult. The THS3000
Series greatly simplifies any type of waveform data logging by continuously
capturing 100 display screens. Each screen capture can include multiple
channels and math waveforms, each with its own time stamp. Data capture
can also be tailored to specific events by selection of qualified trigger
conditions. Playback is quick and easy with the automatic replay of all
captured screens or only the screens you select.
Easily calculate the instantaneous power by multiplying voltage and current waveforms
For performing power measurement on motor drives, power converters/
inverters, and power semiconductor devices the THS3000 Series is
equipped to handle most common measurements. For basic debugging, the
isolated input channels can be used with a variety of voltage and current
probes. Each input channel can be configured to match the probe type and
attenuation ensuring correct measurements and cursor readings. Four
channels allow for easy measurements of three-phase power or
simultaneous capture of digital control and power signals.
www.tektronix.com 3