Examples of 'transconductance' in a sentence
Meaning of "transconductance"
Transconductance (noun) - In electronics, the measure of how a change in voltage input produces a change in electrical current output, commonly used in the analysis of electronic circuits
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- The ratio of the change in output current to the change in input voltage across a circuit
How to use "transconductance" in a sentence
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transconductance
Linear transconductance amplifiers may also be used.
Another type of circuit uses operational transconductance amplifiers.
The transconductance amplifier operates as follows.
An equivalent circuit of a transconductance amplifier is shown below.
They span a wide range of voltage gain and transconductance.
The outputs of the transconductance stage are asymmetrical in this case.
Temperature sensitivity of transconductance.
The transconductance is then positive.
High dynamic range low noise transconductance amplifier.
High transconductance triode.
These normally have an input to allow the transconductance to be controlled.
Transconductance measures how much energy it takes to convert that voltage.
It will be noted in particular that this transconductance depends on temperature.
The transconductance stage of the invention can be a simple stage or a differential stage.
These harmonics are generated in the transconductance amplifier stages of the mpressor.
See also
Drain current is measured and mobility calculated from the transconductance.
By modifying the transconductance the slope of the above characteristic will also be modified.
The current consumption of the operational transconductance amplifier is relatively low.
A transconductance value is the product of a charge density and the speed of the charge carriers.
The comparator or each comparator is formed using an operational transconductance amplifier.
Outputs of the four pairs of transconductance transistors are combined to generate a differential modulated signal.
Amplification circuit with a determined input impedance and various transconductance values.
The negative transconductance compensates for the resonant circuit conductance loss to obtain oscillating signals.
Method for programming memory cells including transconductance degradation detection.
The operational transconductance amplifier and Norton amplifier are voltage controlled current sources VCCS.
The invention also concerns the use of a transconductance stage in a portable phone.
The present invention relates to a method for programming a memory cell having a determined transconductance curve.
Cascode amplifier is a two stage circuit consisting of a transconductance amplifier followed by a buffer amplifier.
Eight curves of transconductance values are represented, corresponding to nominally identical transistors.
Upconverter and downconverter with switched transconductance and LO masking.
The amplifier 's transconductance is directly proportional to this current.
A novel high precision adjustment method for the transconductance of a MOSFET.
Reduction of the input transconductance Reduction of the output resistance.
The invention has been described in order to obtain a constant transconductance of the OTA.
The output stage of the Operational Transconductance Amplifier comprises a controlled current source.
Moreover, the transistors obtained have a low transconductance.
A differential transconductance amplifier comprising,.
Output block 4 is also connected to provide a feedback signal to transconductance elements g m i.
Moreover, their high transconductance makes OECTs powerful amplifying transducers.
Both changes reduce the carrier mobility, and hence the transconductance.
This setup measures the transconductance of the tube, indicated in micromhos.
The second topology is based on a cross-coupled oscillator with negative transconductance.
The transconductance circuit 12 operates in differential mode and is exactly symmetrical.
The control element includes a modified transconductance amplifier including,.
A transconductance amplifier ( gm amplifier ) puts out a current proportional to its input voltage.
Furthermore, y m and y ms represent transconductance parameters of voltage-controlled current sources.
A transconductance preamplifier 20 effects conversion of the current on the photodiode into voltage.
The resistive element includes a second transconductance amplifier, biased by a low current.
There is usually an additional input for a current to control the amplifier 's transconductance.
The circuit constitutes a transconductance amplifier, which is used as an equivalent resistor.
