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The figure demonstrates the addition of component responses to form the total response. Inductance has not been included in these figures since very little Also a range of inductors use has been found for it in this type of circuit. is not available as a standard component. Where the solution cannot be found by inspection, the formulas obtained by the method can be solved as differential equations, remembering that p represents d/dt. So far 21 and 21 have been treated as simple two-terminal networks in which no components are grounded.

A train of anything occurring before or after tvnical radar echoes is shown in (a). A the pulse. The output waveform ~f lj~ally generated selector pulse is indicated in (b), and the selected echo in (c). the time selector is shown at c. If the train of echoes of Fig. 5a is displayed on a cathode-ray tube by means of the triangular timing wave of Fig. 4, an alternative method of time selection is available. A mechanical aperture maybe used to block off all but the wanted pulse. For visual use this aperture, which might be movable, would perform the selection function.

6] — SHAPING –~+ ( &+ AMPLIFIERS pC,R2 +: 35 ) J (15) which is an addition of the component responses given by Cases 1, 5, 2, and 6 of Fig. 17. The figure demonstrates the addition of component responses to form the total response. Inductance has not been included in these figures since very little Also a range of inductors use has been found for it in this type of circuit. is not available as a standard component. Where the solution cannot be found by inspection, the formulas obtained by the method can be solved as differential equations, remembering that p represents d/dt.