Examples of 'gate of transistor' in a sentence
Meaning of "gate of transistor"
gate of transistor: The terminal in a transistor that controls the flow of current between the other two terminals
How to use "gate of transistor" in a sentence
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gate of transistor
The clock HCi is connected to the gate of transistor Tc.
The gate of transistor MT is connected with its drain through a storing capacitor C.
Programmed cell is a cell in which the floating gate of transistor TGF is positively charged.
The gate of transistor TA receives signal OUT.
Signal Si then is the potential at the gate of transistor SW i.
The gate of transistor N directly receives inverted signal IN.
The midpoint of this series association is connected to the gate of transistor 23.
The drain and the gate of transistor 6 are interconnected.
The midpoint of this resistive dividing bridge is connected to the gate of transistor P 55.
The drain and the gate of transistor 4 are connected to each other.
The source of the conversion transistor Ttr is coupled to the gate of transistor 81.
The gate of transistor 25 is connected to the output terminal of a subsequent stage.
This allows the voltage booster device 3 to feed the gate of transistor MP only.
The gate of transistor Q 1 receives the digital signal of possible data to be transmitted.
A voltage is then applied to the gate of transistor M 1.
See also
The gate of transistor MPDIS is connected to node e 5 of application of target voltage VCTRL.
The filtered voltage is applied to the gate of transistor M 2 a.
The gate of transistor MP1 receives a fixed voltage Vc.
The memory cell is selected by applying a required voltage SBL to the gate of transistor T1.
A capacitor Cint connects the gate of transistor MP 1 to ground to stabilize the assembly.
Its source is grounded through resistor R1 and is applied to the gate of transistor N3.
The gate of transistor T 1 is connected to the output terminal of inverting amplifier 2.
Signal S 3 is then sent to the gate of transistor N 2 in order to adjust duty cycle a.
The gate of transistor MPBIAS is connected to output node s 1 of circuit BIAS.
The source of T1 is connected to the gate of transistor T2 whose source is grounded.
The gate of transistor MNBIAS 2 is connected to output node s 1 of bias circuit BIAS.
The source of transistor T 1 and the gate of transistor T 2 are connected to detection node SN.
The gate of transistor TP 2 receives the Vref signal delivered by the control circuit ICC.
The effect is to apply a voltage Vin-Vdd to the gate of transistor 51.
The front surface gate of transistor N 2 is connected to the front surface gate of transistor N 1.
In actual fact, a low conduction potential is applied permanently to the gate of transistor 12.
The gate of transistor T 3 receives a line selection signal IS.
Resistor R 3 is then used to discharge the gate of transistor 21 to turn it off.
The gate of transistor N 9 is a word line WL.
Each cell further comprises a node WL connected to the gate of transistor 103.
The gate of transistor Q 3 receives phase regulation signal CTRL.
Such LSK data is sent as a serial string of bits to the gate of transistor 88.
The gate of transistor T 1 receives a signal NI controlling the initialization of node SN.
Switch control terminals 1 and 2 are respectively connected to the source and gate of transistor MOS1.
The gate of transistor 3 is then at a voltage close to 0.
Device 8 is further connected to the gate of transistor T 1.
The biassing gate of transistor 4 is shown at 5.
An output of the pulse shaper is connected to the gate of transistor T1 35.
The gate of transistor 16 receives a bias voltage Vb.
FIG . 5A shows an example of shape of control signal Vg of the gate of transistor 6.
The gate of transistor MPL 1 is connected to output node o 1.
The source of transistor PLVT 2 is connected to the gate of transistor PLVT 3.
The gate of transistor 49 receives the order Ver.
Drain D 5 is connected by a metallization to the gate of transistor N 3.
The gate of transistor MN 22 receives a biasing signal VNpol.
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