The phrase "a bandwidth equal to" is correct and usable in written English.
It can be used when discussing the specifications or requirements of bandwidth in contexts such as networking, telecommunications, or data transfer.
Example: "The system requires a bandwidth equal to 100 Mbps to function optimally."
Alternatives: "a bandwidth that matches" or "a bandwidth of".
The main lobe of the sinc function has a bandwidth equal to 1/((M + μ T).
Hence, each set of MDPSS has a bandwidth equal to ωk+1− ω k and a modulation frequency equal to ω m = 0.5(ω k + ωk+1).
A similar decrease in the interfering signal is observed at a bandwidth equal to roughly a doubling in the value of the spectral resolution (i.e., 117 Hz).
A squareroot raisedcosine type of filter is employed having approximately 98% of its energy within a bandwidth equal to symbol rate [15].
The scenario can be described as a multiple access mobile environment operating at 880 MHz which is characterized by the presence of four users taking place at the same time with speeds between 3 and 120 km/h, having assigned 32 subcarriers per user after it was assumed that the total of 128 subcarriers (corresponding to a bandwidth equal to 1.4 MHz) were set available for transmission.
Using these formulas, A-scans were simulated using 9216 spectral channels over a bandwidth equal to four times the source FWHM (200nm).
The measurements indicate that, in a spectral bandwidth equal to 3.2 kHz, the channel gains H ij (f) present a low level of correlation thanks to the diversity of the two transmit polarizations and to the sensitivity of the receive antennas.
Within this bandwidth, the PRS is allocated along 6 RB without data transmission, which results in a signal bandwidth equal to 1/Ts=1.02 MHz.
Finally, Epanechnikov kernel with a fixed bandwidth equal to 1.961 and the nearest neighbour density estimator with smoothing parameter k equal to 15, were also considered [19].
As it is discussed in Section 2, the 6-RB PRS bandwidth is defined by N=12·NRB−4=68 subcarriers, which results in Ts=T/N=980.39 ns and a signal bandwidth equal to 1/Ts=1.02 MHz.
These maps were generated using 2-dimentional-kernel density estimation [ 34- 36] with a kernel bandwidth equal to half of the average nearest neighbour distance between sample sites.
