Examples of 'emitter of transistor' in a sentence
Meaning of "emitter of transistor"
Emitter of transistor: The emitter is a region in a transistor where majority charge carriers (electrons or holes) are emitted or injected into the next layer. It plays a crucial role in controlling the output current of the transistor
How to use "emitter of transistor" in a sentence
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emitter of transistor
This resistance is located between the emitter of transistor PNP and output.
The emitter of transistor Tp is preferably connected to the ground B.
A reference voltage VREF is coupled to the emitter of transistor through an emitter resistor RE.
The emitter of transistor BN3 is connected to ground.
Its collector is connected to a first emitter of transistor T2 of the same pnp type.
The emitter of transistor Tr corresponds to the cathode region 47 of the thyristor.
A first generator 6 of biasing current is connected between the emitter of transistor T1 and the ground.
The emitter of transistor T2 is connected to reference earth.
Small signal current from the emitter of transistor T 2.
The emitter of transistor Q2 is connected to the anode of an Led in a diagnostic optocoupler.
The emitter of this phototransistor is connected to the emitter of transistor T1.
The emitter of transistor Q1 is coupled to the output terminal of this MIN circuit.
A biasing resistor R 2 is connected between the base and the emitter of transistor TR 1.
The emitter of transistor T4 is connected to a bit line BL.
Feedback resistor R4 is coupled between the emitter of transistor Q2 and the hot ground conductor.
See also
The emitter of transistor Q1 is connected to the base of additional transistor Q3.
Consequently, there is a current flow through the collector and the emitter of transistor 12 itself.
The voltage at the emitter of transistor Q3 is developed from the charge in capacitor C6.
The output 12 of the amplifier is connected to the emitter of transistor T2.
The emitter of transistor Q2 is connected to the positive battery voltage through diode D3.
A resistor R5 is connected between the base and the emitter of transistor 16.
The emitter of transistor 25 is connected to the power supply bus.
The other end of resistor R2a is connected to the emitter of transistor Q ₁.
The emitter of transistor 20 is directly connected to the power supply source.
The lowpass filtered voltage is coupled, vía a resistor R ₃, to the emitter of transistor Q ₃.
The emitter of transistor 446 is coupled through a parallel resistance network to ground.
An anti-parallel damper diode DQ1 is coupled between the collector and emitter of transistor Q1.
The emitter of transistor 53 is connected to reference rail GND.
A resistor R1 is placed between the base and the emitter of transistor T1.
The emitter of transistor Q 2 corresponds to layer 3, its base being formed by substrate 1.
This causes the voltage level at the emitter of transistor Q10 to be VC + VBE.
Finally, the emitter of transistor 35 is connected to earth via an electrical resistor R2.
The input terminal START may correspond to the emitter of transistor T11.
The emitter of transistor 16 is also connected to the base of an NPN driver transistor 22.
Where BVCEO ( T9 ) is the breakdown voltage between the collector and the emitter of transistor T9.
The emitter of transistor T3 is connected to the UB+line.
The currents are summed in the emitter of transistor 154.
The emitter of transistor 72 follows the potential of point A.
Resistor 20 is preferably connected in series with the emitter of transistor 12.
In the normal mode, the emitter of transistor voltage Q2 is regulated to the level, EPMATHMARKEREP.
A control block 20 is connected between the gate of transistor 16 and the emitter of transistor 14.
The emitter of transistor Q ₃ is also connected to a junction point between resistors R2b and R2c.
A resistor 46 is placed between the emitter of transistor 44 and ground.
The emitter of transistor T3 is connected to ground by a resistor R3.
A second capacitor C6 of 330 picofarad connects the collector and emitter of transistor TR1.
The emitter of transistor Q3 is coupled to operating potential + VA.
The collector of transistor Q13 is connected to the emitter of transistor Q12.
The emitter of transistor T5 is connected to the base of transistor T1.
The base-collector junction of transistor T52 is shorted and connected to the emitter of transistor T26.
The emitter of transistor T7 of structure TT2 is connected to earth.
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