Teledyne LeCroy HVD3106A-6M Active Probes & Differential Probe

The Teledyne LeCroy HVD3106A-6M Active Probes & Differential Probe is part of the Teledyne range of test and measurement applications instruments, built for test and measurement applications in the field or laboratory. Highlights: leCroy HVD3106A-6M Differential Probe.

• Features and Specifications:
• Teledyne LeCroy HVD3106A-6M Differential Probe Product Overview:
• The Teledyne
• LeCroy HVD3106A-6M is a high-voltage differential probe designed for precise measurements in high-power electronics applications
• With its wide bandwidth and high input voltage range, it enables accurate analysis of fast-changing signals in power converters, motor drives, and other industrial systems
• High Input Voltage Range:
• 1 kV differential, ±2 kV common mode Wide Bandwidth:
• 80 MHz Auto Zero:
• Automatic offset correction for enhanced accuracy 6m Cable:
• Long cable length for convenient measurements in large systems HVD3000A Series Compatibility:
• Compatible with all HVD3000A series probes for versatile use Specifications:
• Input Impedance:
• 10 MΩ || 10 pF CMRR:
• 100 dB at 50 Hz Input Offset Voltage:
• 10 mV Rise Time:
• 5 ns Maximum Input Current:
• 10 mA Operating Temperature:
• 0°C to 50°C What’s in the Box:
• HVD3106A-6M Differential Probe Ground Lead Probe Tip User Manual Benefits:
• Accurate Measurements:
• High input voltage range and wide bandwidth ensure precise signal capture in high-power environments
• Convenient Operation:
• Auto zero feature simplifies setup and eliminates offset errors
• Versatile Use:
• Compatibility with HVD3000A series probes allows for easy integration into existing measurement systems
• Enhanced Safety:
• High input voltage range and long cable length provide safe and convenient measurements in hazardous environments
• Value to the Customer:
• The Teledyne LeCroy HVD3106A-6M Differential
• Probe empowers engineers with the ability to perform accurate and reliable measurements in high-voltage applications
• Its advanced features and ease of use make it an indispensable tool for troubleshooting, design verification, and performance analysis in power electronics systems