Bandpass filter

A symmetrical region around the set point in which proportional control occurs. In analog signals, the difference between a signal's symmetrical region around the set point in which proportional control occurs. In analog signals, the difference between a signal's lowest frequency component and its highest component as measured in Hz. The speed of a digital communications circuit in bits per second.
In computing and communications, the rate of data transmission, measured in bits per second (bps).
1. The difference between the highest and lowest frequencies that an analog communications system can pass as measured in Hertz (Hz) or cycles per second. For example, a telephone accommodates a bandwidth of 3000 Hz: the difference between the lowest (300 Hz) and highest (3300 Hz) frequencies it can carry. 2. The data transfer capacity, or speed of transmission, of a digital communications system as measured in bits per second (bps). + prikaži više

ETYM From Range: cf. French rangée.
1. The limits within which something can be effective; SYN. reach.
2. The limits of the values a function can take.<br /> 3. A variety of different things or activities.
4. A place for shooting (firing or driving) projectiles of various kinds.
5. A series of hills or mountains; SYN. mountain range, range of mountains, chain, mountain chain, chain of mountains.
6. A large tract of grassy open land on which livestock can graze. + prikaži više

ETYM Latin See Specter.
(Irregular plural: spectrums, or: spectra).
1. An ordered array of the components of an emission or wave.
2. Broad range of related values or qualities or ideas or activities.
In physics, an arrangement of frequencies or wavelengths when electromagnetic radiations are separated into their constituent parts. Visible light is part of the electromagnetic spectrum and most sources emit waves over a range of wavelengths that can be broken up or “dispersed”; white light can be separated into red, orange, yellow, green, blue, indigo, and violet. The visible spectrum was first studied by Isaac Newton, who showed in 1672 how white light could be broken up into different colors.
Series of images, colors, etc., formed when ray of radiant energy is dispersed into its component parts. + prikaži više