Examples of 'base-emitter' in a sentence
Meaning of "base-emitter"
base-emitter (adjective): Relating to the terminal areas of a transistor in electronics where the base and emitter connections are made
How to use "base-emitter" in a sentence
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base-emitter
Base-emitter region of a submicronic bipolar transistor.
The voltage applied to the base-emitter junction is zero.
The base-emitter junction of a second transistor is arranged in parallel with this resistor.
The limitation of the surface currents at the base-emitter junction.
Manufacturing the base-emitter junctions of bipolar transistors raises different problems.
This gives rise to an additional offset of the base-emitter voltage.
The base-emitter voltages of these transistors may thus be considered to be approximately constant.
Method for manufacturing bipolar devices with a self-aligned base-emitter junction.
In the case of a base-emitter leak the same is true but with less effect.
In this embodiment, the representative voltage is applied across a base-emitter junction of a bipolar transistor.
The base-emitter voltage Vbe varies especially with the temperature.
The diode type components are advantageously the base-emitter junctions of bipolar transistors.
The base-emitter junction is biased at constant current by a current generator I 1.
The free wheel diode is produced by using the base-emitter diode of a bipolar transistor.
Base-emitter saturation voltage.
See also
This configuration permits insuring that the base-emitter junctions of the four patterns are polarized,.
Base-emitter temperature coefficient.
To solve this problem, a selenium diode was connected around the base-emitter to slow it down.
The capacitor C maintains the base-emitter voltage constant within the frequency band used.
This threshold value corresponds here to the voltage Vbe base-emitter voltage shown in FIG.
Base-emitter leakage current.
More specifically, the present invention relates to the forming of a base-emitter structure of a bipolar transistor.
The base-emitter junction becomes reverse biased, switching the transistor off.
The device preferably includes diodes for protecting the base-emitter junctions of bipolar transistors.
The base-emitter junction of transistor 11 is then forward biased and the transistor is conductive.
To open the switch it is necessary to cancel out the base-emitter voltage of transistor T3.
It is well known that the base-emitter voltage ( VBE ) of a transistor varies substantially with temperature.
The majority of such variation resides in a change at the base-emitter voltage of transistor Q9.
The base-emitter ( BE ) junction should behave like a diode and conduct one way only.
The potential at point B increases by IVBE which is the base-emitter potential of a transistor.
Vbe is the base-emitter voltage of the first mirror transistor Q 1 ;.
The diode D prevents destruction of the base-emitter junction of the transistor T6.
The base-emitter capacitance of each of the transistors T1 or T2 is increased.
Defining in said layers a base-emitter opening ;.
The base-emitter voltage Vbe of the safety transistor Q 4 is thus equal to VRSH.
Given in transistor comparison tables / lists . - some types of transistor include base-emitter resistors, which.
The base-emitter junction of transistor Q2 forms a very low impedance across winding W2.
When the current increases within the current measuring resistor R 1, the base-emitter voltage of transistor T 4 increases.
Thus, their base-emitter voltages are equal.
This causes current to flow through a resistor R7 and the transistor Q1 base-emitter junction.
D: the base-emitter junction is open.
The diode D1 is intended to protect the base-emitter junction of the transistor T1.
For a base-emitter junction, the voltage-current relationship has the form,.
A diode D5 is connected between said emitter and ground to protect the base-emitter junction of T14.
Note that the base-emitter junctions of transistors 41 and 42 are not bypassed by capacitors.
Transistor 50 is off due to a negative base-emitter bias.
The level shifting ( three base-emitter voltages of a transistor ) remains substantially identical ( less than 18 mV ).
Output 12 of current mirror 11 thus provides the base-emitter current of this transistor.
VBE1 is the base-emitter voltage of the first transistor ;.
The emitters of Qo1-Qo4 are forced to ground, thus reverse biasing their base-emitter junctions.
