Resistance multiplication in integrated circuits by means of switching.
Resistance multiplication in RC integrated circuit design by switching
Frisch, I. T.↗
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Muscle action potential and hand switch disjunctive reaction times to visual, auditory, and combined visual-auditory displays.
Muscle action potential and hand switch disjunctive reaction times to visual, auditory, and combined visual-auditory displays
REACTION TIME↗
Remotely-actuated biomedical switch
Remotely-actuated biomedical switching circuit using transistors consumes no power in the off position and can be actuated by a single-frequency telemetry pulse to control implanted instrumentation. Silicon controlled rectifiers permit the circuit design which imposes zero drain on supply batteries when not in use.
Lee, R. D.↗
Self-starting circuit for switching regulators
Schematic is provided on a self-starting circuit for a switching regulator which uses a logic circuit to sense a change in output voltage and provides a correction signal for dc power sources. With this device, the total power consumed by the logic circuitry is held to a minimum, and the circuit receives the optimum regulated supply power.
Schraut, E. H.↗
Reducing quantizer deadband with a ''range switching'' digital filter
Range switching digital filter with three predetermined quantization levels decreases quantization deadband. Mathematical program form implements the transfer function of the filter.
Carroll, C. C.↗
An integrated circuit switch
Multi-chip integrated circuit switch consists of a GaAs photon-emitting diode in close proximity with S1 phototransistor. A high current gain is obtained when the transistor has a high forward common-emitter current gain.
Bonin, E. L.↗
Investigation of design of high voltage, high current solid state switching devices Final technical report
High voltage, high current switching devices using semiconductor controlled rectifiers
Graf, E. R.↗
Load programmer, static switches, and annunciator for inverters and converters
Load programmer, switches, and annunciator for static inverters and converters operating in parallel
Briggs, R. W.↗
Design and development of a high power, low saturation voltage, multi-chip silicon switching transistor Mid-term progress report
Encapsulation technique for multiple chip silicon switching transistors with silver-Teflon contacts
Stonebraker, E. R.↗
Design and development of a high power, low saturation voltage silicon switching transistor Final report
High power, low saturation voltage silicon switching transistor
Stonebraker, E. R.↗
Parameters affecting firing time of simultaneously triggered trigatron spark gap switches
Parameters affecting firing time of simultaneously triggered trigatron spark gap switches
Williams, M. D.↗
Solid state switch
Solid state switching circuit design to increase current capacity of low rated relay contacts
Booth, R. A.↗
Calibratable pressure switch /solid state/ Final report
Differential pressure switch based on photosensitive semiconductor and strain gages
Brown, S. H.↗
Precursor ionization effects on magnetohydrodynamic switch-on shock structure
Precursor ionization effects on magnetohydrodynamic switch-on-shock structure
Hoffert, M. I.↗
Reducing quantizer deadband with a range switching digital filter
Digital range switching filter for deadband of analog to digital converter for LSI realization
Carroll, C. C.↗
Design and development of a high power, low saturation voltage, multi-chip silicon switching transistor Final progress report
Design and developement of high power, low voltage silicon switching transistor
Stonebraker, E. R.↗
Threshold switching delayed response in ferrite memory cores.
Delayed response in threshold switching from reset state in ferrite memory cores consisting of magnesium compounds
Barker, R. C.↗
Study of the structure of switch-on ionizing shock waves.
Switch-on ionizing shock waves structure, analyzing condition of downstream state and effect on hydromagnetic wave speed
Tendys, J.↗