This article will be permanently flagged as inappropriate and made unaccessible to everyone. Are you certain this article is inappropriate? Excessive Violence Sexual Content Political / Social
Email Address:
Article Id: WHEBN0027425861 Reproduction Date:
Skew is a term used in antenna engineering. It is a technique to improve the horizontal radiation pattern of a high power transmitter station.
In a high power VHF or UHF station, usually the antenna system is constructed to broadcast to four directions each separated 90° from each other. So the directivity of the antenna system resembles a four leaf clover. While settlements within the main lobe receive enough energy, the energy received by the settlements between the main lobes may be 6 dB less.
One popular method to solve the problem is to skew the antenna panels symmetrically around the central axis of the mast.[1] Usually a skew of λ/4 gives the desired almost-uniform horizontal radiation pattern. But in cases where more than one RF signal is applied to antenna system (via combiner), the improvement in the horizontal radiation pattern may be inadequate for some signals.
Dipole antenna, Whip antenna, Radiation pattern, Radar, Polarization (waves)
Amateur radio, Directional antenna, Dipole antenna, Radio, Antenna boresight
Devon, Turkey, Broadcasting, Solar energy, Karaman
Frequency, Radio waves, Electromagnetic spectrum, Telecommunication, Internet
Dvd, South Korea, Argentina, Uruguay, Japan
Skew lines, Skew-symmetric matrix, Skew-Hermitian matrix, Infinite skew polyhedron, Skew-symmetric graph
Technology, Electronics, Telecommunication, Broadcasting, Television in Albania
Chrominance subcarrier, Differential gain, Differential phase, Ntsc, Microwave transmission
Distortion, Decibel, Ntsc, Microwave transmission, Vectorscope
Ntsc, Radio, Broadcast television systems, Pal, Microwave transmission