Rigol Osiloskop DS6102

General InformationRigol DS6102Error Dimensions10.1 "(23.65 cm) WVGA Color LCDError Resolution 800 × 480 Pixel Connection Ports and Interfaces
2 USB-host ports for USB Memories
USB device port for connecting PC Connection or USB Pic Bridge type printer
LXI-compliant LAN port for network connection
General purpose IEEE-488 GBIP connection with optional USB-GPIB converter.
Trigger and calibrated output
10MHz Reference Clock Input and Output port
VGA interface allows projection external monitor to be connected
Dimensions (W × H × D) cm39.5 × 25.5 × 12.5 cm Weight4.67 kgSupported Operating SystemsWindows XP (32Bit + 64Bit)
Windows Vista (32Bit + 64Bit)
Windows 7 (32Bit + 64Bit)

Oscilloscope FeaturesRigol DS6102Body Count2Real Timed Sampling Rate5 GSa / s (Single Channel In Use)
2.5 GSa / s Bandwidth 1 GHz Sampling Modes Normal, Averge, and Top Intuition Math Functional User Defined, FFT FFT windowsDivitrogen, Hanning, Hamming, BlackmanSerial Bus DecodeParallel Standard, RS232 / UART (option), I²C (option), SPI (Option), CAN (option), Flexray (optional)

Signal Properties (Horizontal) Rigol DS6102GeneralCAT I 300 Vrms, CAT II 100 VrmsMax.Real-Timed Sampling Rate 5 GSa / sHam Base Range500ps / div to 50 s / divHack DepthMax. 140Mpts. (When a channel is in use)
Max. 70Mpts. (Depth of memory per channel)

Amplitude Characteristics (Vertical) Rigol DS6102Analog Digital Converter (A / D) Sampling in two channels simultaneously with 8 bit resolution Sensitivity Range (V / div) 5V / div with 1mV / div Offset Range 1mV / div with 5V /

Triggering FeaturesRigol DS6102IntegrationBlock, External (EXT) and EXT / 5Video Trigger ModesPAL, NTSC, SECAM Trigger FunctionsBar, Pulse, Tilt, Video, Pattern, RS232 / UART, I²C, CAN, USB, FlexRay

Measuring FeaturesRigol DS6102Cursor Measurements Manual, tracking and auto measurement modes Automatic Measures Vpp, Vamp, Vmax, Vmin, Vtop, Vbase, Vavg, Vrms, Preshoot, Overshoot, Frequency, Period, Rise Time, Fall time, Positive Width, Negative Width, Positive Duty Cycle, Negative Duty Cycle, Delay 1-2 (rise), Delay 1-2 (fall), Phase 1-2 (rise), Pha