Chapter XVIOscilloscope Probe (Option)
209
must be extended, the lengths of the extensions should be the same. Moreover, the frequency of the measured
input signal should not exceed 10 MHz at this time. If the frequency exceeds 10 MHz, the error will be big.
3
)
To obtain high-precision measurement results, the measurement shall be made after the probe and the
measuring instrument are warmed up for 20 minutes.
Warning:
The maximum input voltage of the P8100 high voltage differential probe is
1300V (DC+ACpp). Do not exceed this voltage in use. Otherwise, it will cause
personal hazard or injury or damage to the DUTs.
16.9.3 Main Parameters of Probe
The main parameters of the P8100 probe are shown in the table below.
Table 16.9 P8100 Probe Parameters
Model
P8100
Bandwidth (-3dB)
100MHz
Rise time
3.5ns
Precision
± 2%
Attenuation ratio
1/50, 1/500
Termination
Single end to ground: 4MΩ, between two input ends: 8MΩ
Input capacitance
Single end to ground: 7pF, between two input ends: 3.5pF
Maximum differential measurement
voltage
1/50: 130V (DC + ACpeak)
1/500: 1300V (DC + ACpeak)
Maximum common mode input
voltage
1000Vrms CATII
600Vrms CATIII
Noise
1/50:
≤
1.5mVrms
1/500:
≤
1mVrms
Linearity
±1%
Delay
20ns±1ns
CMRR
DC:
≥
80dB
100Hz:
≥
60dB
1MHz:
≥
50dB
Over-range alarm voltage threshold
1/50: 140V ± 4V (DC + ACpeak)
1/500: 1400V ± 40V (DC + ACpeak)
Power adapter output voltage
DC9V, 1000mA
Power adapter input voltage
AC100 ~ 240V, 50 ~ 60Hz
Probe body
120×55×24 (mm)
Weight
160g
Environmental characteristics
Operating temperature
0 ~ 40°C
Storage temperature
-10 ~ 45
℃
16.10 P5020 high voltage differential probe
The P5020 high voltage differential probe uses a differential input mode and is mainly used for places where high
voltage floating measurements are required. The probe has a bandwidth of 20MHz and is available with 1/500 and
Содержание 4456 Series
Страница 1: ...4456 Series Digital Phosphor Oscilloscope User Manual China Electronics Technology Instruments Co Ltd...
Страница 10: ...VIII...
Страница 55: ...Chapter V Trigger System 45 Fig 5 51 RF Test Signal Example...
Страница 69: ...Chapter VII Mathematical Operation 59 Fig 7 10 Advanced Math Example...
Страница 71: ...Chapter VIII Display System 61 Fig 8 3 Wfm Palette Menu Fig 8 4 Normal Palette...
Страница 72: ...Chapter VIII Display System 62 Fig 8 5 Inverted Palette Fig 8 6 Temperature Palette...
Страница 75: ...Chapter VIII Display System 65 Fig 8 12 XY Display Example...
Страница 165: ...Chapter XI Protocol Analyzer Option 155 Fig 11 242 1553 Trigger and Analysis Example...