Examples of 'transistor can' in a sentence
Meaning of "transistor can"
This phrase is incomplete and does not have a clear meaning. If referring to a "transistor can," it might pertain to the casing or package that houses a transistor, which is an electronic component used in amplification or switching circuits. Without further context, it is difficult to determine the intended meaning of the phrase
How to use "transistor can" in a sentence
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transistor can
Transistor can be operated like a dynamic resistor.
The reliability of the transistor can be further increased.
Transistor can act as a switch and also as an amplifier.
In this form the transistor can be used as an amplifier.
Transistor can be used as an amplifier.
The current output by the transistor can thus be increased.
Such a transistor can also be used in bipolar operation.
In this article we will study how a transistor can function as an amplifier.
A cascode transistor can be used to accelerate the reading.
The coefficient voltage received in the third transistor can be programmable.
A control transistor can also be included in each cell.
For a higher current load a Darlington coupled transistor can be used.
Such a transistor can be obtained by the method of the invention.
Further research will be necessary before the transistor can be used as a technological resource.
The transistor can be obtained simply in the following manner.
See also
A fully depleted field effect transistor can be made by thin film formation.
Transistor can operate.
The gate electrode of a transistor can be achieved by the method described above.
Therefore, stable electrical characteristics of the transistor can be obtained.
The source transistor can thus be switched more rapidly.
In this way, the flow of current in the first transistor can be controlled.
Selection transistor can be used in conjunction with each memory cell.
The different stages of the production process for such a transistor can be as follows,.
The transistor can then be programmed but can not be erased to be reprogrammed.
In general, the higher the electron mobility the faster the transistor can operate.
The conductivity of the transistor can be modified by a microscopic property called carrier mobility.
The special thing about our sensor is that the transistor can also be printed . '.
The fourth transistor can have its emitter coupled to that of the first transistor.
By using a MOS transistor, the size of the transistor can be reduced.
Such a unipolar transistor can be of the JFET or depletion MOSFET type.
Consequently, the operational speed of the MOS transistor can be improved.
The gain of this PNP transistor can be optimized in various ways.
A transistor can be destroyed in a circuit by,.
Nm thick oxide of a MOS transistor can be grown in an orderly fashion.
The transistor can also be unscrewed from the board - they are usually mounted on radiators.
By comparison, the largest power transistor can only dissipate about 1 kilowatt.
The transistor can have at least two separate values of threshold voltage,.
As an example, the field-effect transistor can be of the MOS type.
In a circuit, a transistor can act as a switch that turns an electrical signal on or off.
The geometry of the active area of the transistor can then be defined ( step 112 ).
Thus, the transistor can act as a switch which has two modes.
Consequently, the transistor can provide a higher power.
The transistor can therefore be very small, very fast and consume less power.
The limitation transistor can be a NMOS-type transistor.
The transistor can be formed by a fabrication method illustrated in FIGS . 5 to 12.
The first n-channel transistor can be connected to the second low voltage supply.
A supplementary transistor can also realize voltage-limiter functions by limiting the base voltage to a fixed voltage.
The first p-channel transistor can be connected to the second high voltage supply.
An output transistor can thus see 12 V between its drain and its source.
After breakdown, the MOS transistor can be considered the equivalent of an open circuit.
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