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Some Design Considerations 4
Methods of Gain Control
3 other sections not shown
absorbed optical power amplitude attack and decay audio signal cadmium compound photoconductors cadmium selenide cell cadmium sulphide cathode CHAPTER circuit circuitry of Fig closed-loop system collector compressor-limiter considered control circuitry control current control parameter corresponding curves in Fig desired diode discharge light source discharge tube distortion Dolby dynamic range Electric electrode configuration emitter current frequency component function gas discharge light Heathkit Hewlett-Packard high frequency Hirschfeld incandescent filament instantaneous internal compensating inverse-square law low-pass filter milliseconds negative nonlinear open-loop system operating points operational amplifier optical response optical window optoelectronic gain control output voltage p-n junction performance photocell plotted portion practical pre-processing problem produce program material range of input recovery saturation shown in Fig signal levels silicon carbide solid state light special neon bulb stage of gain steady-state threshold transconductance transfer characteristic transient behavior Transient hysteresis transient response transistor unity Uranium glass varistors voltage amplifier voltage gain volts Wisconsin