Blog
Silicon Verniers: Sharper Visualization Using Optimized Infrared Microscopy
Application note | Visualize embedded silicon Verniers with unmatched clarity using Jay Photonics' infrared transmission microscopy. Achieve sub-micron alignment precision.
Silicon Verniers: Sharper Visualization Using O...
Application note | Visualize embedded silicon Verniers with unmatched clarity using Jay Photonics' infrared transmission microscopy. Achieve sub-micron alignment precision.
Imaging Through Metal-Coated Silicon
Application note | Uncover how the Jay Photonics microscope images through metal-coated, gold-hyperdoped silicon, challenging IR imaging assumptions.
Imaging Through Metal-Coated Silicon
Application note | Uncover how the Jay Photonics microscope images through metal-coated, gold-hyperdoped silicon, challenging IR imaging assumptions.
Beneath the Surface: Comparing X-Ray, Ultrasonic Technology, and IR Microscopy for Semiconductor Inspection
Subsurface voids, delamination, stress fractures—learn how each method detects what’s hidden in silicon, and when IR microscopy gives you the edge.
Beneath the Surface: Comparing X-Ray, Ultrasoni...
Subsurface voids, delamination, stress fractures—learn how each method detects what’s hidden in silicon, and when IR microscopy gives you the edge.