Principle:

Different materials are used to detect the structure and defect of semiconductors and components by using different acoustic impedance of ultrasonic waves and different degrees of absorption and reflection of acoustic waves. Qualitative analysis of materials is also done.

Application:

With its precision and robustness, the D9500 has become the standard for modern microacoustic imaging and is the choice for failure analysis, process development, material analysis and characterization, and small batch production. The D9500 uses simultaneous transmission and reflection modes, and applies an updated more ergonomic design.

Main Features:

. Inertial stationary scanning device can reduce vibration and ensure scanning results

Has a variety of frequency probe, can carefully and clearly scan the object inside;

. Non-destructive, sensitive to adhesive layer;

.can penetrate most materials

New, larger scan range with multiple trays to accommodate large samples

Multi-language operating system, the user can choose the mother tongue: Chinese, English and Japanese.

Temperature control selection: no matter the ambient air temperature changes, it will ensure that the water temperature remains the same throughout the day