Home Page Contact Us My Basket Checkout
HandyScope 3 USB 5-in-1 Instrument
Description
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 (Arbitrary Waveform Generator) is also available. This new powerful and compact measuring instrument can solve almost every measurement problem.
Product
FREE Supplied Software Oscilloscope Multimeter Spectrum Analyser   Transient Recorder   Function Generator   Multi-instruments User Manual >> Software Manual >>	2 Analogue input channels with separate A/D converters Resolution: 8-bit @ 100MS/s 12-bit @ 50MS/s 14-bit @ 3.125MS/s 16-bit @ 195kS/s 200mV to 80V full scale input range AC/ DC input coupling Accuracy: 0.2% ±1 LSB Triggers: Analogue (CH1 and/or CH2) or digital Trigger modes: rising/ falling slope, inside/ outside window Pre/ post trigger: 0 to 131,060 samples Analogue outputs: 1 channel Update rate: 0 to 50MHz Resolution: 14-bits Record length: 1024 to 131,060 points Output ranges: 0 to 0.1V, 0 to 0.9V, 0 to 12V Waveforms: Sine, triangle, square, DC, noise or user defined Connectors: BNC on front DB25 on rear for digital triggers FREE Ocilloscope, Multimeter, Spectrum Analyser, Transient Recorder and Arbitrary Waveform Generator software Supplied with VB, C++, Delphi MatLab, LabVIEW drivers and examples
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 (Arbitrary Waveform Generator) 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, 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.
Models
Model Max Sampling Speed Price Add to Basket HS3-5 5MHz HS3-10 10MHz HS3-25 25MHz HS3-50 50MHz HS3-100 100MHz All models supplied with two 1:1 - 1:10 switchable oscilloscope probes, Windows software and User manuals
Specifications
Acquisition System Number of input channels 2 analogue, BNC Resolution 8 bit @ 100 MHz 12 bit @ 50 MHz 14 bit @ 3.125 MHz 16 bit @ 195 kHz  Accuracy 0.2% ± 1 LSB  Sensitivity 200 mVolt .. 80 Volt full scale  Coupling AC/DC  Impedance 1 MOhm / 30 pF  Protection 200 Volt (DC + AC peak < 10 kHz)  Bandwidth (-3dB) DC to 50 MHz maximum  AC coupling cut off frequency (-3dB) 1.5 Hz Maximum sampling rate 100 MHz, 10 nsec (model HS3-100) 50 MHz, 20 nsec (model HS3-50 ) 25 MHz, 40 nsec (model HS3-25 ) 10 MHz, 100 nsec (model HS3-10 ) 5 MHz, 200 nsec (model HS3-5 ) Sampling source internal ±0.01%, external Memory 131060 samples each channel Arbitrary Waveform Generator (independent from acquisition system) Number of output channels 1 analog, BNC Resolution 14 bit @ 50 MHz Amplitude -12 Volt .. 12 Volt Amplitude step 0 - ±0.1 V range, 8192 steps ±0.1 - ±0.9 V range, 8192 steps ±0.9 - ±12 V range, 8192 steps Coupling DC Impedance 50 Ohm Bandwidth DC to 2MHz DC level 0 - ±12 V in 8192 steps Sampling rate 50 MHz Sampling source internal, 0.01% Memory 1024 points DDS mode 128K points linear mode Waveforms sine, triangle, square, DC, noise and user defined Symmetry 1 - 99%, 1% steps	Trigger system System digital, 2 levels Source CH1, CH2, AND, OR, digital external Trigger modes rising slope, falling slope, inside window, outside window, peak Level adjustment 0 - 100% of full scale Hysteresis adjustment 0 - 100% of full scale Resolution 0.025% (12 bits) Digital trigger input level 0 - 3.3 volt (5 volt max) Pre trigger 0 - 131060 samples (0 - 100%, one sample resolution) Post trigger 0 - 131060 samples (0 - 100%, one sample resolution) Interface Interface USB 2.0 (USB 1 also supported) Power Requirements Power from USB port 500 mA max (2.5 Watt max) Power via extension connector 1500 mA max (7.5 Watt max) Physical Instrument height 25 mm (1 inch) Instrument length 170 mm (6.7 inch) Instrument width 140 mm (5.2 inch) Cord length 1.8 meter (70 inch) Weight 480 gram (17 ounce) Accessories 2 oscilloscope probes 1:1 - 1:10 switchable external power cable for PS/2 mouse or keyboard connector
Third Party Software
A major advantage of the HandyScope measuring instruments is the ability to work with third party software tools. Instead of the normal software package delivered with the measuring equipment, you can now use your favourite measuring environment to acquire the data you want. This allows for a very flexible measuring setup, which is virtually unlimited in possibilities. Total integration can be achieved in, for example, Mathworks' Matlab and LabVIEW. Processing your measured data has never been easier! In addition, it's even possible to write your own software for the HandiScope equipment. Total control over your measurements is within reach! The third party support is made possible through the use of a Windows Dynamic Link Library (DLL) file. Whether you're using LabVIEW, Matlab or Visual Studio to develop your own measuring tools, the DLL that belongs to a specific measuring instrument is the interface between your application and the measuring instrument. Some of the third party tools are able to import functions from the DLL direct, like LabVIEW. However, most tools need a header file or an equivalent file to know which functions to import from the DLL. These files are all included with the DLL and can be found in the download section.	Software Download >>
Phone +44(0)115 925 8412 | Fax +44(0)115 925 9757