PC Oscilloscope 2 x 25 MHz

Advantages:
Greatest possible safety for users & computer systems thanks to galvanically isolated USB interface
Mathematical functions +, -, *, /, inversion & FFT implemented
20 automatic measurement modes
Powerful PC software for acquisition of data & for control
Dual-channel PC oscilloscope for connection to a computer via USB ports. Includes isolated USB interface allowing a maximum input voltage of 400 V via the USB port.
By connecting the equipment to a PC, you obtain an extensively equipped digital storage oscilloscope W/ the additional advantage that the measurement data is saved & can, for example, be further analysed using fast Fourier transform (FFT) analysis.
Includes two probes (1:1, 10:1), a USB connecting cable, two BNC cables, operating instructions & software CD for Windows® XP/Vista/7/8
Channels: Two
Band width: 25 MHz
Sample rate per channel: 100 MS/s
Operating modes: CH1, CH2, XY
Input:
Input coupling: DC, AC, GND
Input impedance: 1 MΩ ±2% ll 10 pF ±5 pF
Input voltage: 0 – 400 V DC or ACpp
Multi-input: Sync., in/out, pass/fail, ext. trigger
Vertical:
Deflection coefficient: 2 mV/div. – 50 V/div.
Precision: ± 3%
A/D converter: 8-bit resolution
Horizontal:
Time-base coefficient: 5 ns/div. – 100 s/div.
Sampling range: 0.5 S/s – 200 MS/s
Precision: 100 ppm x reading + 0.6 ns
Measuring mode:
Automatic measurement: Vpp, Vmax, Vmin, Vtop, Vbase, Vamp, Vavg, Vrms, overshoot, pre-shoot, rise time, fall time, +width, -width, +duty, -duty, delay A-B (rising), delay A-B (falling)
Maths functions: +, -, *, /, inversion, FFT
Trigger:
Trigger type: Alternate, Edge, Video, Pulse, Slope
Trigger modes: Auto, Normal, Single
Trigger detection: Sample, peak detect, average
Interfaces:
Memory size: 5000 measurements
Interface: USB 2.0
Power supply: 5 V DC via two USB ports
Software:
Windows®: XP/Vista/7/8
Data export for
further assessment: Formats: bin, txt, csv or xls
Image file for
current screen: Formats: png, bmp or gif
General data:
Dimensions: 170x120x18 mm3 approx.
Weight: 260 g approx.