영어에서 This circuit 을 사용하는 예와 한국어로 번역
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Programming
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Computer
This circuit is wrong.
Can I use this circuit?
This circuit simply counts forward one-by-one.
I have seen this circuit before.
A question comes to mind about this circuit.
Complete this circuit three times.
What is the resistance in this circuit?
You can also study this circuit in TINA's Interactive Mode.
The water experiences more resistance in this circuit.
This circuit is referred to as a nonsynchronous or diode rectifying DC/DC conversion.
Here other advantages of this circuit were employed.
Our first step in simplification must be to write a Boolean expression for this circuit.
The ultrasonic probe 1 comprises this circuit configuration.
A cross section of this circuit would exhibit three concentric circles of about equal density.
Click the picture to Open and Analyze this circuit.
This circuit has been greatly simplified from that of a real, pulse-control power circuit. .
The result shows the reflections created by the impedance mismatches in this circuit simulation.
This circuit(DAC VAMS. TSC) is included in the EXAMPLESVerilog AMS folder of TINA.
In many respects the experiences of this circuit are the most intriguing of the entire Havona sojourn.
This circuit registers that intense experience as“important” and creates lasting memories of it as a pleasurable experience.
As before, our first step in reducing this circuit to its simplest form must be to develop a.
Obviously, this circuit is much simpler than the original, having only two logic gates instead of five.
It also showed that manipulating activity in this circuit alters the activity of brain cells and ultimately, aggression behavior.
This circuit is also known by other names such as blocking oscillator, joule ringer, vampire torch.
As before, our first step in reducing this circuit to its simplest form must be to develop a Boolean expression from the schematic.
In this circuit, to keep I c{\displaystyle I_{\text{c}}} independent of β{\displaystyle\beta}, the following condition must be met.
The beginning of this circuit crosses recently urbanised areas, but leads to unique and extraordinary locations.
Of course, this circuit is often interrupted, and we often experience things while unconscious of experiencing them.
The fact that this circuit is parallel instead of series has nothing to do with the validity of Kirchhoff's Voltage Law.
Activating this circuit might also provide a means to enhance neuroplasticity, the brain's capacity to rewire itself.