GBW

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GBWGuild of Book Workers
GBWGain Bandwidth
GBWGold, Black, White (product colors)
GBWGlass Block Windows (Florida)
GBWGalvanized before Welding (welded wire mesh)
GBWGarden Bird Watch (UK)
GBWGeneralized Body Weakness
GBWGreen Bay and Western Railroad
GBWGuaranteed Bandwidth
GBWGame Boy Wars (turn-based war simulator)
GBWGrade Book Wizard (online grading tool)
GBWGreen Bay & Western Railroad (Green Bay, WI)
GBWGo Blue Wolverine (University of Michigan)
GBWGame Burn World (gaming website)
GBWGood, Bad, Whatever
GBWGorgeous Black Woman
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References in periodicals archive ?
Gain bandwidth can be improved by Raman amplifier by efficient utilization of DWDM system.
Note that compared with the previous reflectarray works [24-28], the proposed reflectarray antenna has better radiation performances in terms of 3 dB AR bandwidth, 1 dB gain bandwidth, and aperture efficiency, as shown in Table 1.
The simulated results such as the voltage gain, CMRR, slew rate, ICMR, gain bandwidth, PSRR, output swing, and input-referred noise are superior to those of [21-23].
The OPP is defined as the RPP in which the higher average gain level, a wide gain bandwidth, and lower noise figure can be obtained.
In this spectral band, the LGN still exhibits the smallest phase mismatch and thus the largest gain bandwidth. From the above calculation and analysis, it can be seen that LGN is suitable for broadband in the infrared OPA excellent crystal.
The AD8067 high gain bandwidth precision FastFET[TM] op amp is also a good choice with features including 0.6 pA input bias current, stable gains of >8, 54 MHz/-3 dB bandwidth, 640 V/[micro]s slew rate, and 6.6 nV/[square root of Hz]/0.6 fA/[square root of Hz] noise.
The amplifier provides a wide gain bandwidth (GBW) of 17 MHz while consuming 1.3 mA of current.
This is the highest gain bandwidth product ever reported for baseband amplifiers fabricated using GaAs-based FETs, which can be applied to an optical transmission system.
[[omega].sub.u] = ([A.sub.o] + l)/[tau] in rad/s and is commonly called the unity gain bandwidth product for the operational amplifier.
In applications where the available space is small with the same specifications of gain bandwidth and sidelobe level, an alternative choice of the radiating element is the printed dipole because it occupies very little space as compared to the microstrip patch.
Wu, "Analysis and optimum design of sequential-rotation array for gain bandwidth enhancement," IEEE Transactions on Antennas and Propagation, vol.