Examples of 'drain of the transistor' in a sentence
Meaning of "drain of the transistor"
The phrase 'drain of the transistor' refers to one of the three main terminals or electrodes of a field-effect transistor (FET). The drain terminal is responsible for collecting or drawing off the current flowing through the transistor. It is a crucial element in the functioning of the transistor, as the control of current through the drain helps regulate the overall performance and behavior of the transistor
How to use "drain of the transistor" in a sentence
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drain of the transistor
Drain resistance electrically connected between a voltage source and the drain of the transistor.
A signal RR is applied to the drain of the transistor Ttr via a test line.
The photodiode and the storage node constitute the source and the drain of the transistor.
A load is inserted between the drain of the transistor and the supply voltage source Vdd.
The patterns 34 obtained respectively constitute the source and drain of the transistor.
The drain of the transistor 1 is connected to a potential of a signal Sgn.
The plate 7 forms the drain of the transistor.
The drain of the transistor 4 is connected to the gate of the TRIAC.
A series resonator 5 is connected between the drain of the transistor 4 and ground.
As a consequence, the drain of the transistor 6 is taken to the supply potential Vcc.
A resonant circuit 6 is connected between an intermediate voltage source and the drain of the transistor 4.
A metal connection OX0 connected to the drain of the transistor and giving an output signal.
The drain of the transistor M 1 is then uncoupled from the supply and the photodiode too.
This causes an increase in the output current at the drain of the transistor T 3.
The drain of the transistor T 8 is connected to ground.
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The output of the current pulse generation device is at the drain of the transistor T 3.
The drain of the transistor TN 1 receives the programming voltage Vpp pulses.
A metallic connection CX0 connected to the drain of the transistor and supplying an output signal.
The drain of the transistor Q7 is connected to the input receiving the voltage + Vin.
A high value resistor 3 is connected between the gate and the drain of the transistor T1.
As detailed previously, the drain of the transistor 1 is used as gate of the transistor 2.
However, some capacitance component is left between the drain of the transistor TR1 and GND.
The source, channel and drain of the transistor 3 are produced in a film of single-crystal material ;.
Its drain is connected to the drain of the transistor T4.
The drain of the transistor of control means 14 then receives current Irep.
Another reference resistor Rr ' is connected to the drain of the transistor T7 at one terminal.
The drain of the transistor Tn4 is connected to the drain of the transistor Tp4.
This output S is obtained at the drain of the transistor TN2.
The drain of the transistor 1 and the implanted area 14 are biased to the potential Ed.
The source of the transistor T 2 and the drain of the transistor T 1 are connected together.
The drain of the transistor 3 is connected to the power supply terminal B+.
The electrodes 32 comprise the source and drain of the transistor.
The drain of the transistor T3 receives the programming voltage Vpp of 20 volts.
The resistor R 2 is arranged between the drain of the transistor TP 3 and ground.
The drain of the transistor M2 is connected to the source of a transistor M3.
The output of the inverter I3B is connected to the drain of the transistor N3B.
The drain of the transistor P2 is connected to the base of the transistor Q3.
The source of the transistor T 1 is connected to the drain of the transistor T 4.
The drain of the transistor Q3 is connected to the voltage + Vin via a resistor R4.
The output signal of this amplifier stage A1 is available at the drain of the transistor T31.
The drain of the transistor 18 is also connected to the resistance 22.
V2 is the potential present at the drain of the transistor 24.
The drain of the transistor 12a corresponds to the input 2a.
The output 3 of the circuit 1 corresponds to the drain of the transistor 20b.
The drain of the transistor 20 is connected to a first load circuit 46.
The current-voltage converter 22 further comprises a third current source 50 connected to the drain of the transistor 46.
Similarly, the drain of the transistor 22 is connected to a second load circuit 48.
The oxide contacts 106 and 108 will respectively constitute the source and drain of the transistor.
The drain of the transistor 16 is connected to the control gate of the transistor 10.
Current does flow, however, between the source and drain of the transistor Q3, thereby illuminating led3.
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