The LeCroy WavePro 950 is a 1 GHz, 4-channel digital oscilloscope engineered for signal integrity testing, power electronics analysis, and general-purpose debugging. It combines high sampling rates, deep acquisition memory, and advanced triggering to capture and analyze complex waveforms with precision. The instrument features a 10.4″ color display, intuitive interface with color-coded channels, and one-touch operation for common measurement tasks—enabling rapid signal characterization across multiple domains.
Technical Specifications
Acquisition & Sampling
• Bandwidth: 1 GHz
• Channels: 4
• Sample Rate: 4 GS/s (4-ch), 8 GS/s (2-ch), 16 GS/s (1-ch), up to 50 GS/s (repetitive signals)
• Sampling Interval: 62.5 picoseconds minimum
• Memory (Standard): 250 kpts/channel to 1 Mpt/channel (4-ch mode)
• Memory (Extended): Up to 64 Mpts/channel via optional modules
• Vertical Resolution: 8-bit ADC
• Rise Time: 225 ps typical
Input Characteristics
• Input Impedance: 1 MΩ single-ended; 2 MΩ differential
• Input Capacitance: 1.2–5 pF depending on attenuation setting
• Vertical Sensitivity: 200 µV/div to 10 V/div
• Maximum Differential Input: ±400 mV to ±40 V depending on attenuation
• Maximum Common Mode: ±42.4 V AC peak or 50 V DC (÷10 attenuation)
• Non-Destructive Voltage: ±200 V DC continuous
• ESD Protection: >15 kV
• DC CMRR: 10,000:1
Display
• 10.4″ TFT-LCD color display with VGA resolution
– Key Features
• Advanced triggering and deep memory for complex waveform capture
• Color-coded channel identification for intuitive operation
• High input impedance (1 MΩ) minimizes circuit loading
• Flexible attenuation range from ×10 gain to ÷100 attenuation
• Selectable acquisition memory configurations for time-domain flexibility
• High common-mode rejection for differential signal measurement
– Typical Applications
• Signal integrity and timing analysis
• Power electronics characterization
• Multi-channel signal debugging and validation
• High-speed digital and analog waveform capture
