D9650

Acoustic microscopes are nondestructive inspection tools that use ultrasound to image internal features and hidden interfaces in solid materials and electronic assemblies. Acoustic microscopes are used to reveal defects such as voids, cracks, delamination, and bond separation that are not visible from the exterior.

The Sonoscan D9650 can simultaneously capture 100 depths of interest with independent gains, color maps, and waveform analysis through PolyGate. The Sonoscan D9650 supports A-Scan, B-Scan, C-Scan, Bulk Scan, Multi Scan, Surface Scan, Interface Scan, Loss of Back Echo, Q-BAM, and 3D TOF imaging modes. The Sonoscan D9650 offers optional THRU-Scan and optional simultaneous THRU-scan and reflection STaR. The Sonoscan D9650 includes waveform analysis modes for amplitude, integration, profile, time difference, acoustic surface flatness, and polarity information. The Sonoscan D9650 uses a pulser and receiver optimized for transducers from 5 MHz to 230 MHz. The Sonoscan D9650 has a mechanical scan area of 314 mm by 314 mm and X-Y accuracy of ±0.5 μm.^[3][4]

The Sonoscan D9650 is positioned for failure analysis, process development, material characterization, low-volume production, and other laboratory inspections. The Sonoscan D9650 includes AutoScan for automatic inspection and analysis of an arrangement of parts on trays through pre-programmed instructions for location, focus, scan size, and analysis.^[3][4]

The Sonoscan D9650 is intended for detailed acoustic inspections in failure analysis, process development, material characterization, and low-volume production. The Sonoscan D9650 can use Digital Image Analysis for quantifying acoustic data, including area fraction analysis, image enhancement, histogram, FFT, multi-area analysis, and thickness calculations. The Sonoscan D9650 also offers optional modules for acoustic impedance measurement, thickness measurement, and spectral analysis.^[3][4]