The fundamentals of high resolution lattice image formation are reviewed to show that only a systematic experimental procedure, augmented by computer calculation, allows the reliable interpretation
Modern High Resolution TEM micrographs are so compellingly "like images of crystal lattices" that it is difficult not to treat the TEM as a super magnifying glass.
One of the more difficult problems with resist pattern generation is to achieve good linewidth control, high resolution, and good step coverage simultaneously.
We demonstrate a monolithically integrated coherent receiver on an InP substrate with a SOA preamplifier, a 90° optical hybrid and four 40 GHz UTC photodiodes.
Al0.5In0.5P/In0.15Ga0.85As doped-channel HFETs (DCFETs) are expected to have a high linearity and a high breakdown voltage for microwave power device applications due to the improvement of a larger
We demonstrate a low cost 50 Gbauds receiver for short reach interconnect using a monolithically integrated SOA-PIN receiver with high responsivity (148 A/W) and high speed response (50 GHz).
We demonstrate a receiver module which associates a preamplified detector chip with a transimpedance amplifier for next generation PON network.
The high-input-sensitivity decision DFF IC was designed and fabricated in a self-aligned InP DHBT technology.
We demonstrate the detection of speech signals and footsteps through a novel polarization-multiplexed coded differential-phase OTDR (optical time domain reflectometry) interrogation of standard tel
A 1.5micron optical pre-amplifier was used to improve the sensitivity of a PIN-FET receiver by 12 dB.
