Titlebook: Designing Transistor I.F. Amplifiers; W. Th. H. Hetterscheid Book 1966 Springer-Verlag Berlin Heidelberg 1966 applied physics.design.physi

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Automatic Gain Control of Transistor I.F. Amplifiers, or nearly constant for a wide range of input signal strength variations at the aerial terminals of the receiver, see Fig. 7.1. This can be achieved by employing a system that automatically provides the desired reduction of gain of the R.F. and I.F. sections of such receivers when the input signal s

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Practical Design Method for I.F. Amplifiers,ts will be reviewed in the light of a practical design procedure. Also limitations which might be imposed on the design due to the construction of the bandpass filters are considered. These considerations lead to a step-by-step design procedure to be presented in Chapter 14.

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Design Examples of Incorporating Spreads the Choice of an AGC-System for an I.F. Amplifier of a Tellistic figure for the total effect on performance of these deviations from nominal conditions. In this chapter overall spreads in the performance of a complete high-frequency system of a television receiver, including AGC, will be calculated. The various calculations will elucidate the different asp

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Design Charts,f the regeneration coefficient ., and also graphs in which the value of the reduced determinant . and the losses .. are plotted against .. The design charts are given for three different amplifier configurations, termed “I”, “II” and “III” respectively, see Fig. 15.1.