Chapter XVIOscilloscope Probe (Option)
212
1MHz::>50dB
Output voltage (50Ω load)
±4V
Power adapter output voltage
DC9V, 200mA
Power adapter input voltage
AC100 ~ 240V, 50 ~ 60Hz
Size
Approximately 218×83×30 (mm)
Weight
390g
Electronic safety specification
IEC1010-1
Environmental characteristics
Operating temperature
0 ~ 50
℃
Storage temperature
-30 ~ 70
℃
The withstanding voltage test curve of the P5020 probe is shown below.
Fig. 16.27 P5020 Probe Withstanding Voltage Test Curve
16.11 P6100 high voltage differential probe
The P6100 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 100MHz and is available with 1/100
and 1/1000 attenuations. Its differential mode measurement range is 1.4kVpp and 14kVpp. The option can be
purchased by users. The option number is 4456-H18.
16.11.1 Instructions for Safe Use
The P6100 high voltage differential probe is mainly used for places where high voltage floating measurements are
required. To ensure the safety of users and the product and the equipment connected to the product, you shall
strictly observe the following safety operation specifications:
Be careful of electric shocks.
Pay attention to the highest input voltage.
The highest differential voltage is 14kV (DC+ACpp).
Do not use this product in a humid environment or at an explosive risk.
Cut off the output and input ends when opening the box cover of this product.
16.11.2 Operating Instructions
When the P6100 high voltage differential probe is used, the input impedance of the oscilloscope is set to 1M
Ω
, the
probe type is set to voltage, and the probe attenuation is set to the same as that of the P6100.
The P6100 high voltage differential probe is easy to use, but users who are not familiar with this product should
V
ol
tage
(
D
C
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Frequency
Summary of Contents for 4456 Series
Page 10: ...VIII...
Page 55: ...Chapter V Trigger System 45 Fig 5 51 RF Test Signal Example...
Page 69: ...Chapter VII Mathematical Operation 59 Fig 7 10 Advanced Math Example...
Page 71: ...Chapter VIII Display System 61 Fig 8 3 Wfm Palette Menu Fig 8 4 Normal Palette...
Page 72: ...Chapter VIII Display System 62 Fig 8 5 Inverted Palette Fig 8 6 Temperature Palette...
Page 75: ...Chapter VIII Display System 65 Fig 8 12 XY Display Example...
Page 165: ...Chapter XI Protocol Analyzer Option 155 Fig 11 242 1553 Trigger and Analysis Example...