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HVD3102
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HVD3000  
High Voltage  
Differential 
Probes
The HVD3000 high voltage differential probes provide high CMRR over a 
broad frequency range to simplify the measurement challenges found in 
noisy, high common-mode power electronics environments. The probe’s 
design is easy-to-use and enables safe, precise high voltage floating 
measurements.
Key Features
• 
  Differential voltage measurement 
capability up to 1000 Vrms 
• 
  Exceptional  common-mode 
rejection ratio (CMRR) across a 
broad frequency range
 
• 
  Wide differential voltage range 
of 1500 Vp-p, 2000 Vp-p before 
saturation for capture of short 
duration overshoots
• 
  High offset capability at both  
high and low attenuation
• 
  1% DC and low frequency gain 
accuracy 
• 
  ProBus active probe interface 
with automatic scaling
• 
  Auto-zero  capabilities
Exceptional Common-Mode 
Rejection Ratio
The CMRR for is exceptional out to 
very high frequencies, greatly improv-
ing measurement capability in noisy, 
high common-mode environments 
found in power electronics. The high 
CMRR combined with low probe noise 
and high offset capability makes the 
probes capable of measuring very 
small control signals floating on high 
common-mode voltages.  
 
High Precision Measurements 
HVD probes provide 1% DC and low 
frequency gain accuracy enabling  
precise voltage measurements.
AutoZero capability ensures further 
measurement precision by allowing 
small offset drifts to be calibrated out 
of the measurement.  
Wide Differential Voltage Range
The wide voltage range of 1500 Vp-p 
enables flexible probing in a variety  
of floating measurement applications.  
Beyond that limit, the HVD probes can 
be safely operated up to 2000 Vp-p  
for capturing short duration over-
shoots. With the HVD connected, the 
oscilloscope vertical sensitivity ranges 
from  400 V/div (3200 V on screen) to 
display high voltage signals, down to  
100 mV/div to show the small details. 
 
Complete Probe Integration
The ProBus interface provides power 
and communication to the probe elimi-
nating the need for a separate power 
supply or batteries. Attenuation is  
automatically selected based on  
oscilloscope gain range (V/div) setting.