The phrase "a total bandwidth of" is correct and usable in written English.
It can be used when discussing the capacity of a network or communication system, particularly in the context of data transfer rates.
Example: "The new router offers a total bandwidth of 1 Gbps, allowing for faster internet speeds."
Alternatives: "an overall bandwidth of" or "a complete bandwidth of".
In the baseline conventional scenario (Figure 1a), 802.11n APs are deployed on three non-overlapping channels using a total bandwidth of 60 MHz while FAPs are assumed to operate on the same frequency with a total bandwidth of 20 MHz.
The under tested OFDM signal is composed of 65 sub-bands with a total bandwidth of 20 MHz.
Incandescent lamps are modulated by their AC power supply (50/60 Hz) and produce a narrowband photocurrent with a total bandwidth of less than 2 kHz [122].
In the alternative scenario (Figure 1b), both 802.11n APs and FAPs have a total bandwidth of 20 MHz with different frequency reuse pattern 1 and 3, respectively.
The latter are separated in frequency by F s =1/T s, so that the system occupies a total bandwidth of W=MF s.
This segment can have contiguous or non-contiguous spectra with a total bandwidth of W Hz (where W < B), which can be divided into K equal frequency slots.
For comparison, Gogo's current offering on American Airlines is a ground-based system that provides a total bandwidth capacity of less than 10 Mbps for the entire plane.
A total bandwidth B is available for transmission composed of Nu useful subcarriers with a subcarrier spacing Ss.
Modern radio telescopes observe simultaneously at a large number of frequencies by dividing the signals up into as many as several thousand separate frequency channels that can range over a much larger total bandwidth of tens to hundreds of megahertz.
The incoming signal represents a communication signal with the total bandwidth of 5 MHz, affected by a bandlimited mixture of a thermal (Gaussian) and a white impulsive noises, with the total noise peakedness of 8.8 dBc.
Each sub-band has a 3 dB-bandwidth B i and the total bandwidth of s a (t) is B. We define the baseband frequency f i as the sub-carrier frequency of the sub-band i.
