Examples of 'drain of transistor' in a sentence
Meaning of "drain of transistor"
Drain of transistor: In electronics, drain refers to the terminal where current flows out from a device, such as a transistor. It is commonly used in circuit design and analysis to understand the flow of current in different components
How to use "drain of transistor" in a sentence
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drain of transistor
The voltage on the drain of transistor Tf abruptly increases.
The output signal is collected on an external connection 9 on the drain of transistor 1.
The drain of transistor SF is connected to supply rail Vdd.
The output current of the amplifier is drawn from the drain of transistor MN2.
The gate and the drain of transistor T 2 i are interconnected.
The output V of the amplifier is drawn from the drain of transistor MP5.
The drain of transistor T 7 provides an output for the voltage regulator.
Its source is connected to the drain of transistor T 6.
The drain of transistor N 2 is connected to the gate of each PMos transistor.
The signal TI is thus kept at a voltage value applied to the drain of transistor M 1.
The drain of transistor T1 is connected to the supply voltage V0 via load resistor Rc.
Call IG i the current at the drain of transistor T sup-i.
The drain of transistor 5 is connected to the source of a PMOS-type power transistor 8.
A current source CS generating a current Iref is also connected to the drain of transistor T 2.
The drain of transistor 22 is electrically connected to the anode of the associated detection diode 6.
See also
The output NS is taken from the drain of transistor 23.
The drain of transistor MPB 1 outputs a current iBIAS ;.
The reference KT represents a possible break at the drain of transistor 20.
The drain of transistor T 2 is connected to an input terminal of a switching means 10.
Detection circuit SA j is further connected to the drain of transistor 164.
The drain of transistor T1b is connected to the input of a current mirror M1b.
Finally, a current source 3 preferentially connects the drain of transistor MP 51 to ground.
Said drain of transistor Q is connected to the output 54 of stage 5.
The output of the diode 41 is connected to the drain of transistor Q.
The drain of transistor M 14 is connected to ground.
The output of reference generator 14 is the drain of transistor P3 which delivers reference signal Ra.
The drain of transistor P 1 receives the supply voltage of the gate OG 10.
Call IG ′ i the current at the drain of transistor T inf-i.
The drain of transistor MP2 is connected to the drain of transistor MN2.
The gate of transistor T osc2 is connected to the drain of transistor T osc1.
The drain of transistor P 2 defines an output terminal 4 providing signal Vout.
Finally, a zener diode D6 is arranged between the gate and the drain of transistor T1.
Thus, the drain of transistor T 1 is connected to the source of transistor T 7.
The gate of transistor 16 is connected to the drain of transistor 14.
For the last row, the drain of transistor 232 N is connected to a terminal of resistor R HRS.
The collector of transistor 29 is connected to the drain of transistor 24 through a filter 30.
The drain of transistor 40 and the source of transistor 38 are interconnected and form output 34.
The source of transistor 18 and the drain of transistor 19 are connected together.
A shunt resistance 18 is further arranged over the source and the drain of transistor 17.
The drain of transistor 18 is connected to the DC voltage source 20.
The source of the two transistors 12 and 14 is formed by the drain of transistor 4.
The drain of transistor 61 is connected to the gate of transistor 63 at a node A.
A plate 6 at a storage potential creates, in substrate 1, a first storage well 7 forming the drain of transistor 4.
The drain of transistor 38, called the charge transistor, receives potential VPP.
At time t 1 ′, branching means 30 is controlled to bring the drain of transistor T 1 to voltage VDD.
The drain of transistor 52 delivers signal S 4 and is connected to the input of preamplifier 36.
An electrical voltage V is applied to the drain of transistor 110A.
The drain of transistor N 25 ( connected to current source 26 ) defines an output terminal 9 of the amplifier.
An electric voltage V is applied to the drain of transistor 115A.
Node N between the drain of transistor 25 and resistor 27 is connected to the gate of transistor 9.
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