Sentence examples for amplifier configuration from inspiring English sources
These devices are silicon bipolar monolithic ICs in a two transistor Darlington amplifier configuration.
Among all configurations, we find that the pump-passed case in forward-and-backward pumping scheme is the best amplifier configuration to offer the highest channel output power with good channel gain uniformity and moderate low noise figure.
The single-staged forward and backward bidirectional pumping scheme for EDFA without using any inter-staged components is adopted because it is the best amplifier configuration to offer the highest output power with fairly low noise figure and highly satisfied carrier-to-noise ratio performance.
The electrometer with feedback amplifier configuration allows charge measurements independent of the source capacitance.
Charge measurement is carried out using an electrometer with feedback amplifier configuration (Keithley model 6514 electrometer), operated in Coulomb mode.
The concept is based on generation of the radiation in the master oscillator power FEL amplifier (MOPA) configuration.
An erbium-doped fiber laser (EDFL) constructed in a master oscillator and power amplifier (MOPA) configuration is analyzed.
In the latter case, cascaded generation of intermediate and output Stokes waves is supported by the nested cavities made of fiber Bragg grating (FBG) pairs9,10,11, either in a single laser or in a master oscillator - power amplifier (MOPA) configurations based on passive fibers.
In this study, single stage (SS), double-stage (DS), and gain flattened (GF) DS L-band erbium-doped fiber amplifier (EDFA) configurations are designed in order to obtain a flat gain amplifier.
This paper presents a new enhanced design of fibre Bragg grating for flattening the gain profile of an erbium-doped fibre amplifier in transmission configuration.
With the addition of compensation capacitor to the operational amplifier, this circuit configuration is capable to maintain approximately constant current amplitude within an accuracy of less than 0.022% at both low and high frequencies up to 1 MHz.
