I would like information on:
Ultraviolet Photodetectors
(Silicon carbide photodiodes, SiC, for 200 to 380nm; Gallium Nitride
photodiodes, GaN, for 200 to 370nm; Titanium Dioxide,TiO2 for 200-400
nm; Aluminum Gallium Nitride, AlGaN, for 200 to 260 or 310nm)
Infrared Photodetectors
( Fast 1 nsec photovoltaic HgCdTe 1 to 11+ um Sensitive TE-cooled
HgCdZnTe rivals LN2 InSb & beats TE-cooled PbSe; Thermopiles )
Optical Choppers and Shutters
( Rotating disk choppers <0.1 Hz to 120,000Hz)
Lock-In Amplifiers
(Low cost lab lock-ins; Low cost single & dual phase Embeddable
lock-in modules)
Lidar System Elements
(Mini-PMTs with electronics for Lidar systems from 180 to 600nm; Si
and InGaAs APDs on TE-coolers with electronics for Lidar for 600nm
to 1.06+um Transient recorders for photon counting with overall 10^5
dynamic range)
Infrared Sources
( CW miniature 1100K or 1275K 'blackbody' sources; stock & custom,
long life Electrically modulated 1100K 'blackbody' sources to 100
Hz; LEDs for 1.95, 2.1, 2.8, 3.4, 3.8, 4.2, 4.8, 5.4 and 7.0 um; QCL
tunable semiconductor lasers)
Time Correlated Single Photon Counting Electronics and detectors
( Time Correlated Single Photon Counting Electronics Modules for FLIM,
FCS, FCCS, single molecule dtetection etc; Multiphoton Counting Nanosecond
resolution & Burst recording High Speed Boxcar Modules)
Silicon and Electrodes and Rings
( Silicon showerheads and focus rings for oxide etchers
Complex hole patterns, slots, grooves in silicon & other hard brittle materials)
Optical and Pure Materials
( Sapphire: windows, lens and window blanks; showerhead electrodes
and rings for plasma etchers)
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