Silicon monolithic micropower flip-flop utilizing hybrid technology.
Silicon monolithic micropower flip-flop integrated circuit from straightforward translation of conventional separate components
INTEGRATED CIRCUIT↗
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Results for “FLIP-FLOP”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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On the Motions of an Oscillating System Under the Influence of Flip-Flop Controls
So-called flip-flop controls (also called "on-off-course controls") are frequently preferred to continuous controls because of their simple construction. Thus they are used also for the steering control of airplanes. Such a body possesses-even if one thinks, for instance, only of the symmetric longitudinal motion - three degrees of freedom so that a study of its motions under the influence of an intermittent control is at least lengthy. Thus, it is suggested that an investigation of the basic effect of such a control first be made on a system with one degree of freedom. Furthermore, we limit ourselves in the resent report to the investigation of an "ideal" control where the control surface immediately obeys the command given by the "steering control function". Thus the oscillation properties of the control surface and the defects in linkage, sensing element, and mixing device are, at first, neglected. As long as the deviations from the "ideal" control may be neglected in practice, also the motion of the control surface takes place at the heat of the motion of the principal system. The aim of our investigation is to obtain a survey of the influence of the system and control coefficients on the damping behavior which is to be attained.
Fluegge-Lotz, I.↗
A silicon monolithic, micropower complementary flip-flop.
Low power consumption, high reliability and fully integrated silicon monolithic complementary flip- flop circuit
TRANSISTOR CIRCUIT↗
AC logic flip-flop circuits Patent
Bistable multivibrator circuits operating at high speed and low power dissipation
Winkler, T.↗
Binary counter uses fluid logic elements
Binary counter with two fluid flip-flops in each stage has an output taken from the output of the second flip-flop. The flip-flops each contain three fluid logic elements.
Source record↗
Bipolar current driver for memory circuits
Circuit which logically determines the state of a flip-flop and amplifies the current from a clock pulse provides a bipolar driving current to a memory circuit, the polarity of which is determined by the state of a flip-flop. This principle may be applied to various memory driving circuits where power dissipation must be minimized.
Chong, C. F.↗
A new way of coupling two complementary transistors <nova vazba komplementarnej dvojice tranzistorov<
New way of coupling two complementary transistors in flip-flop circuit
FLIP-FLOP↗
Digital logic family study final report
Analytical design and testing of flip-flop and Nand gate for spacecraft electronic subsystems
FLIP-FLOP↗
A transition map method of counter synthesis
Synthesis method using reset-set-trigger flip-flop technique in synchronous and asynchronous counters
DIGITAL TECHNIQUE↗
Micropower logic circuits.
Complementary symmetry flip-flop and similar transistor micropower digital logic circuit design
DIGITAL TECHNIQUE↗
Design, development and delivery of one /1/ breadboard and three /3/ production units of a 75 VA integrated static inverter Monthly report no. 15
Flip-flop arrays, power transistors, epitaxial stress, and other technological developments in integrated static inverter program
FLIP-FLOP↗
Frequency-shift-keyer circuit improves PCM conversion for radio transmission
A data logic circuit employing a fixed frequency, square-wave oscillator and flip-flop gates allows for the shifting from one frequency to the other at the end of a whole number of cycles of one shift frequency and at the beginning of a cycle of the second shift frequency.
Mikszan, D. P.↗
Simple BCD circuit accurately counts to 24
Ripple-through counter with divide-by-24 output pulse is used in digital control clocks to register hours and give a daily output signal. It uses commercially available digital modules that incorporate and/gates with flip-flops.
Spafford, M. L.↗
Simple pulse counting circuit computes sum of squares
Pulse counting circuit with an extra chain of flip-flops, delay lines, and gates computes the sum of the squares of the pulse sequences. A pulse train and the sum of the squares of the pulses are simultaneously completed.
Schaefer, D. H.↗
Simple circuit performs binary addition and subtraction
Ripple adder reduces the number of logic circuits required to preform binary addition and subtraction. The adder uses dual input and delayed output flip-flops in one register. The contents of this register are summed with those of a standard register through conventional AND/gates.
Cliff, R. A.↗
FET comparator detects analog signal levels without loading analog device
FET comparator circuit detects discrete analog computer output levels without excessively loading the output amplifier of the computer. An FET common source amplifier is coupled by a differential amplifier to a bistable transistor flip-flop. This circuit provides a digital output for analog voltages above or below a predetermined level.
Wallace, H. L.↗
Pneumatic binary encoder replaces multiple solenoid system
Pneumatic binary encoder replaces solenoid system in the pilot stage of a digital actuator. The encoder operates in flip-flop manner to valve gas at either high or low pressures. By rotating the disk in a pinion-to-encoding gear ratio, six to eight adder circuits may be operated from single encoder.
Source record↗
Asynchronous finite-state machines - A novel control system class.
Asynchronous finite state sequential nonlinear controller synthesis with few flip-flops for dynamic space vehicle systems
CONTROL DEVICE↗