"bandwidth size" is a correct and usable phrase in written English.
It refers to the amount of data that can be transmitted or processed in a given amount of time, typically in the context of internet connectivity. Example: "Our company has upgraded its internet plan to increase the bandwidth size, allowing for faster and more efficient data transfers."
Aiming to obtain an AMC with fixed design specifications (resonance frequency, proper bandwidth, size limitations and specific dielectric), the method relies on increasing the grid inductance through the introduction of lumped inductors.
This article also describes SPP microstrip (MS) structures at microwave and terahertz frequencies, and compares their significance with that of conventional MS transmission lines (TL), in order to tackle the key challenges of high gain, bandwidth size, compactness, TL losses, and signal integrity in high-end electronic devices.
Figure 9 Impact of traffic type and bandwidth size on the number of generated mobility events.
Considering the bandwidth size and that the photon frequency exceeds 193 THz, this is considered negligible.
Effects of the signal spectrum shape and of the bandwidth size are evaluated.
Time variant amplitudes a k (t) are assigned to echoes equally sampled depending on the propagation channel bandwidth size and transmitter and receiver antenna characteristics.
The algorithm for sub-carrier bandwidth sizing is novel, and not previously presented in literature.
The four main bandwidth sizes described in IEEE 802.16 are 1.25, 5, 10, and 20 MHz[3].
The most significant literature on sub-carrier bandwidth sizing is summarized in this section.
Similar considerations are applied for PU interference mitigation in the proposed bit loading and sub-carrier bandwidth sizing algorithms.
Furthermore, two bandwidth sizes allocated to the FAPs are considered, while three different traffic loads are generated in DL direction.
