The phrase "amplifier path" is correct and usable in written English.
It can be used in contexts related to audio engineering, electronics, or signal processing, referring to the route or method through which an audio signal is amplified.
Example: "The engineer adjusted the amplifier path to enhance the sound quality during the live performance."
Alternatives: "signal amplification route" or "audio amplification pathway".
In our case, the "predistortion function" is determined based on the amplifier output (path 1 in Figure 2), and it is modeled using a memory polynomial expression.
Thus, a SAX microscope can be realized by simple modification of a typical confocal setup; the introduction of an incident laser modulator and a lock-in amplifier detection path are sufficient.
In addition, to convert the bit-line data to a low-voltage CMOS level, a new NMOS and PMOS hybrid folded current sense amplifier with dual-path current sensing scheme is proposed to obtain the stable I-to-V gain as well as to improve the low-voltage margin.
Diodes D 1 and D 2 provide a resistive path at the amplifier input without essentially shorting the signal to the amplifier.
The chip also features a reconfigurable driven-right-leg circuit (DRLC) and shield drive amplifier (SDA) in the feedback path specifically for portable healthcare instruments.
Stability of low voltage regulated cascode (RGC) transimpedance amplifier (TIA) with level shifter path is analyzed and criterions for a well-behaved time response are derived.
We further describe the design of novel multiple bounce geometries, in which the laser mode can take more than one total internal reflection path through the amplifier, and show it can offer advantages especially in terms of spatial quality.
For a robust design, the bit-lines must develop a differential sufficient to overcome mismatch due to sense amplifier offsets and other signal path components before the data is sensed.
Another solution would be to use an amplifier on the RF signal path, but the power consumption and cost would rise.
where α0, α1, and β denote, respectively, the energy required to run the transmitter circuitry, the receiver circuitry, and the transmitter amplifier, and t is the path attenuation exponent which depends on the distance between the transmitter and the receiver.
