R. T. Nollet    Australia                                                             www.nollet.com.au  

TiePie Engineering

Turn your PC into a powerful measuring instrument with the HS3

  • The Handyscope HS3 is a powerful computer controlled measuring instrument that consists of four measuring instruments: a Multimeter, an Oscilloscope, a Spectrum analyzer and a Transient recorder. An AWG is also available. This new powerful and compact measuring instrument can solve almost every measurement problem.
  • The Handyscope HS3 features a user selectable 12 bit, 14 bit or 16 bit resolution (14 bit effective, SNR 95 dB), 200 mV - 80 V full scale input range, 128 Ksamples record length per channel and a sampling frequency up to 100 MHz on both channels (100 MHz only in 8 bit resolution).
  • The integrated AWG operates fully independent from the measuring system of the Handyscope HS3. It has a 50 MHz sampling clock, a 1024 / 128K samples deep waveform memory, a 14 bit output resolution and a ± 12 Volt output range. The AWG allows you to generate test signals for your measurements in any shape you like. Several standard signal shapes are available and it is possible to regenerate previous measured signals.
  • Connected to the fast USB 2.0 (High Speed, 480 Mbit/s), the Handyscope HS3 doesn't require an external power supply, therefore the Handyscope HS3 easily complies to "Plug in and measure".
  • The universal software that is delivered with the Handyscope HS3 turns your PC into a storage oscilloscope, a spectrum analyzer, a voltmeter and a transient recorder. An intelligent auto setup allows the inexperienced user to perform measurements immediately. The software allows you to save instrument settings on disk. Later these setting files can be recalled, reducing the setup time of your instrument to an absolute minimum.

 

Scope screen

Transient recorder

Multi meter screen

Spectrum analyzer

Function generator

Models available are 5 - 10 - 25 - 50 and 100 MHZ
Download the manuals and software full and demo version from here

 

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