Optoelectronics: theory and practice
McGraw Hill, 1978 - Technology & Engineering - 442 pages
Physics of optical radiation. Principles of calculation in radiation physics and optics. Laws of radiation. Laws of radiation from a black body. General and photometric evaluation of radiation. Interaction between optical radiation and matter. Radiation sources. Photodetectors. Parameters of IR detectors and junction photodetectors. Parameters common to emitters and receivers. Parameters of luminescence diodes. Radiation measurements. Optoelectronic couplers. Operation of luminescence diodes with direct current. Photodetector circuits. Modulated transmitters with luminescence diodes. Photodetector circuits for modulated radiation. Practical measurement of the photocurrent sensitivity of Si phototransistors. Light measurement with Si phototransistors in electronic flash units. Circuits with light-emitting diodes. Numeric and alphanumeric display units. Direction-dependent photocell units. Optoelectronic rangefinder. Data transmission with optocouplers. Light exposure switch for photographic enlargers. Optoelectronic couplers as switches for analogue signals.
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absolute spectral sensitivity absorption actinic value ambient temperature amplifier aperture applied avalanche photodiodes band black body calculated capacitance capacitor characteristic circuit collector current collector-base connection corresponding current gain curve dark current data sheet detector determined diode forward current diode TIL 31 display units electrons emission emitted energy epitaxy equation evaluation factor Figure frequency GaAsP incident radiation irradiance Ee junction photodetectors lens lenses light-emitting diodes load resistance loss power luminescence diodes luminescence radiation luminous maximum wavelength measurement modulation monochromatic radiation obtained operation optocouplers optoelectronic optoelectronic components output parameters photocell photocurrent photocurrent sensitivity photometric radiation equivalent phototransistor phototransistor TIL 81 pulse radiant emittance radiant flux radiant intensity radiant power radiation function radiation source radiometric ratio reflection relative spectral sensitivity Schmitt trigger semiconductor shows signal silicon solar cell solid angle spectral radiation distribution standard light switch thyristor tolerances transistor transmission voltage wafer wavelength