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TP801 PCI 5-in-1 Instrument
Description
The TP801 is a powerful PCI 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
Supplied with two 1:1 - 1:10 switchable oscilloscope probes, Windows software and User manuals Oscilloscope Multimeter Spectrum Analyser   Transient Recorder   Function Generator   Multi-instruments	Multimeter, Oscilloscope, Spectrum Analyser and Transient recorder 2 analogue inputs plus 1 digital trigger input A/D conversion: 1 per channel, 8-bits Bandwidth: DC to 50MHz/ channel Input range: 100mV to 80Vdc full scale Output channels: 1 x Abitrary waveform generator Sample rate: 0 to 25MHz @ 10-bits Waveforms: Sine, triangle, square, DC, noise and user defined Triggers: Digital, analog, pre, post Trigger levels: rising, falling, window, peak, TV line, TV frame Pre/ post trigger memory: 0 to 65520 samples External trigger input: 0 to 5V TTL on extension connector Connectors: 3 BNC plus 16-pin header FREE Ocilloscope, Multimeter, Spectrum Analyser, Transient Recorder and Arbitrary Waveform Generator software Supplied with VB, C++, Delphi MatLab, LabVIEW drivers and examples User Manual >> Software Manual >>
Specifications
Acquisition System Number of input channels 2 analog Resolution 8 bit = 0.39% Accuracy 1% ± 1 LSB Sensitivity 100 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  AC coupling cut off frequency (-3dB) ±1.5 Hz Maximum sampling rate 100 MHz, 10 nsec on one channel 50 MHz, 20 nsec on two channels Sampling source internal, ±0.01%, external Memory 65536 samples each channel   Arbitrary Waveform Generator (independent from acquisition system) Number of output channels 1 analog, BNC Resolution 10 bit Amplitude -10 Volt .. 10 Volt Amplitude step 0 - 0.1 V range, 4096 steps 0.0 - 0.9 V range, 4096 steps 0.9 - 10 V range, 4096 steps Coupling DC Impedance 50 Ohm Bandwidth DC to 2MHz  DC level 0 - 10 V in 4096 steps Sample rate 0 - 25 MHz Sampling source internal ±0.01% Memory depth 1024 points DDS mode 65535 points linear mode Waveforms sine, triangle, square, DC, noise and user defined Symmetry 1 - 99%, 1% steps	Trigger system System hardware, 2 levels Source CH1, CH2, AND, OR, digital external Trigger modes rising slope, falling slope, inside window, outside window, peak, TV line, TV frame Level adjustment 0 - 100% of full scale Hysteresis adjustment 0 - 100% of full scale Resolution 0.39% (8 bits) Digital external trigger input level TTL (0V - 5V) Pre trigger 0 - 65520 samples (0 - 100%) Post trigger 0 - 65520 samples (0 - 100%)   Interface Interface PCI slot Power Requirements Power from PCI slot 3.5 Watt max Physical Instrument height 126 mm Instrument length 200 mm Instrument width 22 mm Weight 166 gram Accessories 2 oscilloscope probes 1:1 - 1:10 switchable bracket with sub-D 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 >>
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