User Manual
Table Of Contents
- I.General Safety Requirements
- II.Safety Terms and Signs
- III.PC Configuration Requirements
- IV.Communication Interface Introduction
- V.How to Communicate Device with PC
- VI.Operation Interface of PC Software
- VII.Device Operation
- i.how to set the probe compensation
- ii. how to set the vertical system from PC softwar
- iii. how to set the horizontal system from PC soft
- iv. how to set the trigger system from PC software
- v. how to set channel from PC software
- vi. how to use automatic measurement
- vii. how to set sampling mode
- viii. how to set built-in function generator
- ix. how to use cursor measurement
- x.how to set the display system
- xi.how to change utility setting
- xii.how to use main action button
- xiii.how to use LAN communication interface
- xiv.how to work WiFi with PC software
- VIII.Technical Specifications
- IX. Appendix
54
Horizontal
System
Sampling Rate
VDS6102
VDS6152
2-CH
working
0.5 Sa/s - 500 MSa/s
1-CH
working
0.5 Sa/s - 1 GSa/s
VDS6102A
VDS6152A
2-CH
working
8-bit mode
0.5 Sa/s - 500 MSa/s
12-bit mode
0.5 Sa/s - 250 MSa/s
14-bit mode
0.5 Sa/s - 100 MSa/s
1-CH
working
8-bit mode
0.5 Sa/s - 1 GSa/s
12-bit mode
0.5 Sa/s - 500 MSa/s
14-bit mode
0.5 Sa/s - 100 MSa/s
Interpolation
sin (x)/x
Max Record Length
10M
Scanning Speed (s/div)
5 ns/div - 100 s/div, step by 1 - 2 - 5
Sampling Rate / Relay
Time Accuracy
±25ppm (typical, Ta = +25℃)
Interval (△T) Accuracy
(DC - 100MHz)
Single: ±(1 interval time + 25ppm x reading + 0.6ns);
Average>16:±(1 interval time + 25ppm x reading + 0.4ns)
Vertical
System
Sensitivity
2 mV/div - 5 V/div
Displacement
± 2 V (2 mV/div - 50 mV/div)
± 20 V (100 mV/div - 500 mV/div)
± 40 V (1 V/div - 5 V/div)
Analog Bandwidth
VDS6102
VDS6102A
100 MHz
VDS6152
VDS6152A
150 MHz
1-CH Bandwidth
full bandwidth
Low Frequency
≥10 Hz (at input, AC coupling, -3dB)
Rise Time
VDS6102
VDS6102A
≤ 3.5 ns (at input, typical)
VDS6152
VDS6152A
≤ 2.3 ns (at input, typical)
DC Accuracy
VDS6102
VDS6152
±3% when ≥ 2mV
VDS6102A
VDS6152A
±2% when ≥ 2mV
DC Accuracy (average)
the voltage difference of any 2 points from the captured
signal, after taking the average from ≥16 captured signals
(△V): ±(2% rdg + 0.05 div)
waveform inverted ON / OFF