bistable

Something that is bistable can be resting in either of two states.

A common example of a bistable structure is a snap bracelet.

This, in turn, provides the clock pulse for the bistable.

To be useful, a bistable needs to have more sophisticated access to its inputs.

In addition, bistable circuits such as memory cells have been described.

Future research will look at similarities between the two sets of bistable neurons.

To build the practical bistable you will need the following:

Both single and dual loops can behave as a bistable switch.

Bistable output that indicates which of the two inputs has a higher voltage.

These fluids have bistable properties that can be switched with a magnetic field.

The first bistable state resides at a given intensity where no absorber is used.

Static flat panel displays rely on materials whose color states are bistable.

The neuron being gated is bistable and must be brought to the up state before it can fire an action potential.

Such a bistable circuit is the basis of one bit of electronic memory.

The bistable is a circuit which is stable in either of two states - hence its name.

This stimulus is perceptually bistable and may appear to rotate either left or right.

When this bistable neuron is in the up state, the gate is open.

The system exhibits bistable switching between induced and non-induced states.

In bistable mode, the 555 timer acts as a basic flip-flop.

In addition, the mechanism of shifting the bistable neurons to their "down" state needs to be expanded upon.

It will now be useful to describe all three using mechanical models since this shows where the bistable fits into a complete picture.

The D-type is a special variety of clocked bistable with several uses in electronics.

Under such conditions, human subjects report bistable percepts: they perceive alternatively one or the other image.

This would result in a continuously accelerating cycle that could act as an irreversible bistable trigger.

In fact, the lactose operon system is a bistable switch.