By David K. Barton, Sergey A. Leonov
It is a single-source connection with hundreds of thousands of phrases and ideas on the topic of radar, antenna, and microwave know-how. ready through 4 well-known leaders within the box, the Radar expertise Encyclopedia covers each element of the expertise, together with platforms, parts, ambitions, functionality positive factors, environmental results, and extra. greater than 5,000 alphabetically prepared entries supply: sincerely written, concise descriptions; listings of comparable phrases; unique equations and crystal-clear illustrations; and actual, updated references for extra complex study choked with facts compiled over the complete 50-year span of radar expertise, the reference additionally deals necessary info constructed in Russia that has been nearly unavailable outdoors the rustic previously. together with 650 equations and over 800 line drawings, it is a much-needed fingertip reference.
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Extra resources for Radar Technology Encyclopedia (Artech House Radar Library)
ANGLE 23 North Azimuth angle East Figure A41 Azimuth angle, measured from north. ” It is usually expressed in degrees measured clockwise form the reference. Relative bearing is to some arbitrary reference: absolute bearing is to North. : Popov (1980), p. 280; IEEE (1993), p. 102; ITT (1975), p. 8. Bistatic angle is the angle between the lines of sight from the transmitter and to the receiver of a bistatic radar system (Fig. A42). When the angle approaches 180°, the system operates in the forward-scattering mode.
PCH Squint angle θmax 25 Phasefront at f = c/ λ0 Phasefront at f = c/ λ θ min Figure A48 Squint angle in radiation from slotted waveguide. tion ellipse and a reference direction. In each case, the angle is measured in the vertical plane. : IEEE (1993), p. 1374. Am Figure A46 The solid angle of search, in steradians, for a ground- based radar. Squint angle is the angle between the beam axis and (1) the tracking axis of a conical scan antenna or (2) the face of an array. In the first case (Fig. A47), the squint is intentional, to provide sensing of target position relative to the tracking axis.
5 to 8 dB. The passband is from several percent up to a few octaves. Power transistor amplifiers have the following characteristics per stage: bipolar-transistor-based amplifiers: operating frequency of up to 7 or 8 GHz, output power is about 5 W, gain is 6-8 dB, and efficiency at higher frequencies is about 30%; field-effecttransistor-based amplifiers: operating frequency of up to 80 or 90 GHz, output power of up to 10 W at 10 GHz frequency, and efficiency of about 20%. : Gassanov (1988), pp. 168, 196; Fink (1982), pp.