Examples of 'circuits can' in a sentence
Meaning of "circuits can"
can refers to a closed loop or path through which an electric current can flow. In the context of electronics, it typically refers to a complete pathway connecting various components and devices to enable the flow of electricity
How to use "circuits can" in a sentence
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circuits can
Such circuits can be represented by a state machine.
The gist of the conventional circuits can still be used.
Virtual circuits can be established in two ways.
A blockage or leak in one of the circuits can also be indicated.
These circuits can be achieved in other forms.
Using two different ground circuits can create a ground loop.
These circuits can operate in a multitude of applications.
The coupling between the two circuits can thus be minimized.
Circuits can be optimized for certain conditions.
Undesired short circuits can be reliably avoided.
Circuits can be dynamically formed on the surface of the oxide.
Overloaded circuits can cause fires.
Circuits can be in series or parallel.
Some short circuits can be dangerous.
Circuits can be damaged.
See also
Any number of circuits can be constructed.
So only the relevant components are considered and the circuits can be simplified.
The control circuits can be analog or digital.
I keep telling him that old electrical circuits can short out.
Overheating in circuits can be caused by excessive current.
It should be understood that other reflected power monitoring circuits can be used.
The circuits can be duplicated and monitored.
The pressure in the consumer circuits can be monitored by pressure sensors.
Ring circuits can occasionally generate unwanted magnetic fields.
Components for the electrical circuits can be found in the component.
Several circuits can be controlled independently by remote control.
Make sure your electrical circuits can take the load.
Electric circuits can even range in complexity.
The result is that damaged integrated circuits can be delivered to customers.
Short circuits can cause injury.
Current specifications for even common circuits can be hard to come by.
Identical circuits can be drawn very differently.
The deterioration in performance of the integrated circuits can no longer be observed in time.
Synthetic circuits can harvest light energy.
The variation between the two adjacent magnetic circuits can be determined at random.
Multiple circuits can be controlled together.
The coils for the transmitter and receiver circuits can be planar printed circuits.
Multiple circuits can be performed in one training session.
The death of neurons in particular circuits can result in the loss of memory.
These circuits can be susceptible to numerous electrical problems.
It is understood that other sensing circuits can be used with equal effectiveness.
These circuits can be controlled separately.
Known techniques for making flexible printed circuits can be used for this purpose.
Resonant circuits can generate very high voltages.
It will be appreciated that other arrangements of scaling circuits can achieve the same result.
Simple nonlinear circuits can also be analyzed in this way.
The external voltage source applied to the power supply circuits can have high values.
The circuits can have equal size or different sizes.
But their etching of micro integrated circuits can only be conducted at the macro scale.
These circuits can be set independently from each other.
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You can have all the rest
Things that you can barely imagine
Sou can manage the company alone
