LeCroy WL300 Wavelink Active Probe

The LeCroy WL300 Wavelink Active Probe is a precision active probe engineered for high-fidelity signal acquisition with LeCroy oscilloscopes. It minimizes signal loading through high input impedance and delivers the bandwidth and rise-time performance required for accurate characterization of fast digital signals, signal integrity analysis, and high-speed data acquisition in advanced electronic systems.

– Technical Specifications

Bandwidth and Rise Time
• Extensive bandwidth for capture of fast-rising and falling edges with high fidelity
• Critical rise-time performance for accurate characterization of rapid signal transitions

Input Impedance and Signal Loading
• High input impedance minimizes capacitive and resistive loading on the Device Under Test
• Preserves signal integrity during measurement of sensitive high-speed circuits

Attenuation
• Selectable attenuation ratios accommodate wide range of signal amplitudes
• Maintains optimal signal-to-noise ratio on the oscilloscope display

Electrical Characteristics
• Integrated offset control for DC level adjustment
• Enables precise measurement of small AC signals riding on larger DC components
• Defined noise floor and dynamic range for low-amplitude signal measurement

– Key Features

• Active probe architecture with internal buffer amplifiers providing high-impedance input
• Specialized tip design for robust connection to small surface-mount components and test points
• Interchangeable tip accessories for different probing scenarios
• Direct interface with compatible LeCroy oscilloscopes via proprietary high-speed connectors

– Typical Applications

• Signal integrity analysis on high-speed digital designs
• High-speed data acquisition and characterization
• Digital design verification requiring fast edge resolution
• Measurement of signals on sensitive high-frequency circuits

– Compatibility & Integration

The WL300 interfaces directly with compatible LeCroy oscilloscopes through proprietary connectors, ensuring optimal signal transfer and power delivery to the probe’s active circuitry.