Examples of 'gate of the transistor' in a sentence
Meaning of "gate of the transistor"
A term used in electronics to refer to the element that controls the flow of electrical current in a transistor. The gate determines whether the transistor conducts electricity or not and plays a crucial role in its operation
How to use "gate of the transistor" in a sentence
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gate of the transistor
A gate of the transistor is connected to a gate conductor.
We proposed the use of a triangular gate of the transistor.
The gate of the transistor 6 is connected to a shutter control terminal 7 of the cell.
The discharge circuit comprises means for discharging the gate of the transistor to substantially zero.
The gate of the transistor MS is connected to the node 1n.
A single material resulting from the chemical reaction can then form the gate of the transistor.
In this case, moreover, the gate of the transistor is close to electrical defects.
Therefore a large current pulse appears on the gate of the transistor MHT.
A metal layer forming the gate of the transistor and located between the two n+ doped zones ;.
This micrometer-sized pattern is the mask of the future gate of the transistor.
Consequently the moment when the gate of the transistor 5 is discharged is advanced.
This principal plane passes through the drain, the source and the gate of the transistor.
The gate of the transistor MC3 is connected to its drain.
Moreover, the method may include connecting the gate of the transistor to a gate bias circuit.
The gate of the transistor TN1 is connected to its drain.
See also
This gate voltage is applied also to the gate of the transistor MN1.
The control gate of the transistor 25 is biased positively at a positive voltage below HVP.
In the case of a MOS transistor, the command terminal is the gate of the transistor.
The control means 7 for controlling the gate of the transistor are constituted by a resistor R1.
The gate of the transistor T 3 is connected to a direct current power supply producing a polarization voltage.
To select this pixel, a signal SEL is applied to the gate of the transistor MS.
It connects the gate of the transistor Ml to the gate of the transistor M 2.
Consequently, the voltage between the source and the gate of the transistor M 3 becomes positive.
The gate of the transistor MN 2 receives the input voltage Vin.
This conductor is joined to the gate of the transistor T 3 b.
The gate of the transistor N1 is connected to the ground of the circuit.
A resistance R 2 is formed between the gate of the transistor 1 and the potential Ed.
The gate of the transistor M 1 is connected to one of the ends of the resistance R 1.
A resistor R 3 is formed between the gate of the transistor 2 and the potential Sgn.
The gate of the transistor MN 6 is connected to the input E 8 of the detector circuit.
The voltage Vg is applied to the gate of the transistor Q1 through the control circuit 2.
The gate of the transistor M2 is connected to a corresponding output of the control unit ECU.
The latter is conducting, which brings the gate of the transistor T 5 to the value Vpp.
The gate Of the transistor C2 is connected to another reference Voltage, for example the ground.
The timing diagram C represents the voltage Eo present at the gate of the transistor TEi0.
The gate of the transistor M 5 receives the signal Vei.
The capacitor C 1 then ensures that the voltage on the gate of the transistor T 2 is maintained.
The gate of the transistor Q1 is connected to the output of the operational amplifier U2.
Consequently, the voltage V detect between the source and the gate of the transistor M 3 is zero.
The gate of the transistor 18 is connected to the source of this same transistor.
The input E of the read amplifier is the gate of the transistor T1.
The gate of the transistor 422 receives the activation signal originating from the reception circuit 3.
A resistor R is also connected between the gate of the transistor T 1 and ground.
The control gate of the transistor 51 receives the signal GP.
The timing diagram E shows the memorized voltage MEO present at the gate of the transistor P4.
A metallic layer constituting the gate of the transistor and situated between the two n+ - doped zones ;.
Thus, the source of the transistor 1 is used as gate of the transistor 2.
The control gate of the transistor 18 therefore receives the signal / CONTROL.
Opening 58 defines the dimensions of the gate of the transistor to be produced.
The gate of the transistor TP8 receives the first switching control signal scc1.
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