Examples of 'bistable circuit' in a sentence
Meaning of "bistable circuit"
bistable circuit: This term is used in electronics to describe a circuit that has two stable states, allowing it to store one bit of information. It refers to a system that can exist in either of two distinct states until an external trigger causes a transition
How to use "bistable circuit" in a sentence
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bistable circuit
The operation of this bistable circuit is easy to describe.
The invention also relates to a storage device comprising such a bistable circuit.
Transistor bistable circuit.
The bistable circuit supplies the bit Qo at its output.
A circuit according to claim 1, wherein the inhibition circuit is a bistable circuit.
The bistable circuit supplies the desired binary data at its output Q.
Therefore, the memorization device comprises a bistable circuit 1 with two complementary terminals Q and Qb.
The bistable circuit comprises a clock input terminal marked by the letter H.
Device set forth in claim 1, wherein the bistable circuit comprises,.
This bistable circuit 1 acts as a random access memory cell.
This causes the output terminal 1 of the bistable circuit 126 to be changed to a low level.
The bistable circuit supplies the bit Q 1 at its output.
The comparator 1 is formed, for example, using a high gain differential amplifier which constitutes a bistable circuit.
A flip-flop or bistable circuit is an element having two inputs and one output.
The signal Ck is applied to the clock input of this bistable circuit 85.
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This memory cell comprises a bistable circuit 1 based on transistors made using the CMOS technology.
This input 2 is connected to a clock input of a first bistable circuit D 20.
The output Q of the bistable circuit 6 is also connected to the control input S through resistor 8.
Of course, this condition change of the output Q of bistable circuit 6 blocks the power transistor 2.
Bistable circuit 12 remains latched on the former value.
FIG . 2 is a block schematic of a bistable circuit used in the speech detector shown in FIG . 1.
The signal Set is applied to the inputs R and S of this bistable circuit 85.
The output Q from the bistable circuit 46 represents the output from the driver circuit 44 as a whole.
The output of the NOR-gate 20 forms an output 22 of the bistable circuit having hysteresis.
Consequently, the bistable circuit 3-4 changes polarity, its output goes to one.
The output of the gate 74 is applied to the input D of a bistable circuit 76.
Memory with bistable circuit ( diagram ).
Diagram 2c shows the two-level voltage V3 at the output of bistable circuit 4.
The elements 11 and 12 constitute a bistable circuit with threshold hysteresis.
The D data input of flip-flop 1 is connected to data input G 1 of first bistable circuit 11.
The output terminal 1 of the bistable circuit 124 has changed to a low value.
The base of the transistor T7 is connected to the output Q of the bistable circuit 440.
Electronic switches 33 and 41 are activated by a bistable circuit included in the logic control circuit 47.
The output Q of bistable circuit 6 is therefore in a low or " 0 " condition.
FIG . 9 shows a storage device produced from the bistable circuit shown in FIG . 4.
The detector 11 also includes a flip-flop type bistable circuit 114 synchronized by the second pulses.
This buffer element 6 can be a well-known bistable circuit ( Schmitt Trigger ).
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We observe a bistable behavior at high excitation intensity
The system therefore shows bistable behaviour
These bistable modules offer great repeatability
Examples of using Circuit
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Each electrical circuit corresponds to a track block
Circuit breaker has tripped due to an overload
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