The phrase "bandwidth about" is not a complete sentence and would not be considered grammatically correct in written English.
However, it could be used as a prepositional phrase in a sentence to describe the topic or content of a conversation or discussion. For example: - "Let's have a meeting to discuss bandwidth about the new project." - "The presentation will cover bandwidth about the latest technology trends in the industry." - "We need to have a clear understanding of bandwidth about the budget before making any decisions."
Frequency-modulated transmissions must be received on full bandwidth (about 200 kilohertz) if serious distortion is to be avoided on loud programs.
By 2012, the company expects it will account for 50% of all consumer bandwidth, about twice the total number of bits per second that consumers use today.
A new Chebyshev type 8-pole band-pass filter with bandwidth about 1GHz at 5.6 GHz was designed and fabricated on a 20 × 20 × 0.5 mm LaAlO3 substrate.
And that was before a few thousand festival-goers began descending on the farm and also trying to "connect" via WiFi, making its already weak bandwidth about as useful technologically as a rubber band.
The detection bandwidth scales inversely with the sampling time, which for a minimum of a 125 ns acquisition time corresponds to 32 MHz of frequency bandwidth about the center frequency in the underlying electronics.
The system clock frequency of the radar device is about GHz, which results in the operational bandwidth of about GHz.
Since we transmit complex symbols, this should require a channel bandwidth of about 1.5 MHz.
Experimentally, the LED with periodic via-holes exhibits higher output optical power and the −3 dB modulation bandwidth by about 33% and 48%, respectively, than the LED with only one bigger via-hole.
Since the conduction band in K4C70 is half-filled, similar to that of K3C60, an estimate of bandwidth is about 0.5 to 0.6 eV, consistent with a value of approximately 0.6 eV in K3C60.
The two notch bands of the fabricated UWB Y-shaped BPF centered at 4.5 and 8.1 GHz have 10-dB rejection fractional bandwidths of about 5.6% and 5%, respectively.
The corresponding measured results are: the center wavelength is about 1550.85 nm, wavelength channel spacing is about 0.81 nm, 3-dB bandwidth is about 0.35 nm, crosstalk is about −20 dB, insertion loss is between 10.4 dB for the central port and 11.9 dB for the edge ports.
