The LeCroy HVD3206 is a high-voltage differential probe engineered for precision measurements in power electronics, solar photovoltaic systems, and high-voltage industrial applications. Operating at 120 MHz bandwidth with DC input coupling, it delivers 1% gain accuracy and exceptional common-mode rejection across a broad frequency range. The probe accommodates differential voltages up to 2000 V (DC + peak AC) at high attenuation and manages common-mode voltages up to 1500 Vdc, making it ideally suited for 1500 Vdc solar PV measurements per IEC/EN 61010-031:2015. Its 2 kV CAT I and 1500 Vdc CAT III safety ratings ensure compliance in demanding test environments.
Technical Specifications
• Bandwidth: 120 MHz
• Input Coupling: DC
• Safety Rating: 2 kV CAT I, 1500 Vdc CAT III
• Differential Voltage Range (High Attenuation): 2000 V (DC + peak AC) from 7 to 500 V/div with up to 1500 V offset
• Differential Voltage Range (Low Attenuation): 27.6 V (DC + peak AC) from 100 mV/div to 6.9 V/div with up to 150 V offset
• Common-Mode Voltage: Up to 1500 Vdc
• Gain Accuracy: 1%
• Input Impedance: 10 MΩ || 2.5 pF (between inputs); 5 MΩ || 5.0 pF (input to ground)
• Common-Mode Rejection Ratio: Exceptional across broad frequency range
– Key Features
• ProBus active probe interface provides integrated power and oscilloscope communication without separate power supply or batteries
• Automatic attenuation selection synchronized with oscilloscope gain range (V/div)
• AutoZero functionality calibrates small offset drifts while probe remains connected to device under test
• High offset capability at both attenuation settings
• Standard 2 meter cable with optional 6 meter variant (HVD3206A-6M)
– Typical Applications
• Switch-mode power supplies
• 600 V and 5 kV class electrical apparatus
• High-power DC-DC converters
• Solar photovoltaic systems
– Compatibility & Integration
Designed for broad oscilloscope compatibility via ProBus interface. Supplied with 2 kV plunger alligator clips, soft carrying case with foam insert, and user manual.
