Bandwidths

Applications Video amplifiers Video amplifiers are designed to process video signals and have varying bandwidths depending on whether the video signal is for SDTV, EDTV, HDTV 720p or 1080i/p etc..

Bus clock speeds and therefore bandwidths are both quoted using SI decimal prefixes.

By using a noncollinear interaction geometry optical parametric amplifiers are capable of extremely broad amplification bandwidths.

Fractional bandwidth is used for wideband antennas because of the compression of the percent bandwidth that occurs mathematically with percent bandwidths above 100%, which corresponds to a fractional bandwidth of 3:1.

In addition, the wide burst bandwidths pose a serious analysis challenge for modern digital signal processing systems.

In order to support large ATM bandwidths, concatenation was developed, whereby smaller multiplexing containers (e.

In particular, they are widely used in applications that record or transmit video, which may not be feasible with the high data volumes and bandwidths of uncompressed video.

Modulation bandwidths extending into the gigahertz range are possible with the use of laser -controlled modulators.

PCS fibers in general have significantly lower performance characteristics, particularly higher transmission losses and lower bandwidths, than all-glass fibers.

Spreading energy over a larger bandwidth effectively reduces electrical and magnetic readings within narrow bandwidths.

The core principle of spread spectrum is the use of noise-like carrier waves, and, as the name implies, bandwidths much wider than that required for simple point-to-point communication at the same data rate.

These incorporate bandwidths and detectors as specified by international EMC standards.

Though ferrite circulators can provide good 'forward' signal circulation while suppressing greatly the 'reverse' circulation, their major shortcomings, especially at low frequencies, are the bulky sizes and the narrow bandwidths.

When the desired closed-loop gain is high, op-amp frequency compensation is often not needed because the requisite open-loop gain is sufficiently low; consequently, applications with high closed-loop gain can make use of op-amps with higher bandwidths.

With very small currents and considering shorter time scales (thus wider bandwidths) shot noise can be significant.