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The PCSU1000 digital storage oscilloscope uses the power of your PC to visualize electrical signals. Its high sensitive display resolution, down to 0.15mV, combined with a high bandwidth and a sampling frequency of up to 1GHz are giving this unit all the power you need. The USB connection makes this unit a snap to set-up, no external power required! In the field measurements using a lap-top computer have never been this easy. This scope comes in a stylish vertical space saving design. Powerful software will fulfill all your needs, but for those who like a challenge; a DLL is supplied, which allows you to create your own application. inputs: 2 channels, 1 external trigger input input impedance: 1Mohm // 30pF max. input voltage: 30V (AC + DC) input coupling: DC, AC and GND SVGA display card (min. 800x600, 1024x768 recommended) USB port 1.1 or 2.0 compatible 2 x 60MHz scope probe (PROBE60S) Cross Reference Sheet in PDF format PC-Lab 2000se Documentation in PDF format User manual (dso) in PDF format User manual (rec) in PDF format timebase: 20ns to 100ms per division trigger source: CH1, CH2, EXT or free run trigger edge: rising or falling trigger level: full-screen adjustable step interpolation: linear or smoothed markers for: voltage and frequency input range: 5mV to 2V/division input sensitivity: 0.15mV display resolution auto set-up function and X10 option readouts: True RMS, dBV, dBm, p to p, Duty cycle, Frequency recording length: 4K samples / channel real time sampling frequency: 1.25kHz to 50MHz sampling frequency for Repetitive signals: 1GHz frequency range: 0...1.2kHz to 25MHz linear or logarithmic time scale operating principle: FFT (Fast Fourier Transform) markers for amplitude and frequency time scale: 20ms/div to 2000s/div max. recording time: 9.4hours/screen min. number of samples: 1 sample / 20s recording and display of screensrecording and display of screens (Two-channel usb pc oscilloscope PCSU1000 was posted and is owned by: Magdalena Lloyd) |
Magdalenalloyd@chicagopartsnetwork.com (Magdalena Lloyd) for more information.
