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PASADENA, CA -- Tanner Labs, a division of Tanner Research, today said it will begin offering scanning electron micrograph (SEM) services in its MEMS R&D and Fabrication Facility in Pasadena. Tanner has used the SEM system internally but is
inspection, detection and failure analysis of sub 20 nm defect of substrate buried beneath deposition layers. (a) TEM micrograph of defect on substrate buried beneath deposition layers. (b) EDS in TEM determining compositional analysis. The NDC offers
cavity within a cavity). Figure 6. Micrograph SEM image (fisheye mode) of cavity ..... components and bond wires. Figure 7. Micrograph SEM image of cavity-within-a-cavity ..... adhesive interface. Figure 8. SEM micrograph of component-to-substrate interface
60°C. This type of microstructure is shown in the SEM micrograph in Figure 4A. The dark grains in this figure, which are ..... microstructure will have a de-wetted Y-Al-O phase as shown in the micrograph in Figure 4B. Figure 5. Microstructure sintered at 1675C
layer has been designed into the M8 dielectric (shown) that carries no real estate cost. Figure 4. Transmission electron micrograph of Via-8, showing a MIM capacitor embedded in silicon nitride and sidewall connections to the electrode. SOURCE: GLOBALFOUNDRIES
water and chemical usage during surface preparation for silicon wafers. Highly sensitive sensors, like those shown in this micrograph of a sensing channel, can reduce the amount of resources needed for the cleaning of surfaces. Surface preparation , when
mechanical flexibility. The lattice structure of MoS. A schematic of the CVD process for growing single-layer MoS. An optical micrograph of single-layer MoS sheets grown by this process, showing great uniformity and coverage.
is ~ 0.3% or less. Figure 3 shows a cross-section TEM micrograph of a 60Å TiN stack and a 49-point line scan profiles across ..... capability of the technique. Figure 3. Cross-section TEM micrograph of TiN barrier metal and 49-point line scans across the
transistor on Fujitsu Semiconductor's low-power CMOS process is shown in Figure 1. The cross sectional transmission electron micrograph (TEM) shows the transistor fabricated on a planar bulk silicon structure. Figure 1. SuVolta's cross-section TEM The
instrumentation with a nanomechanical cantilever probe and nanophotonic interferometer on a chip. Figure. Scanning electron micrograph (SEM) of the cantilever-microdisksystem. A calculated z-component of the magnetic field is overlaid on the structure