Telecommunications and Radio Engineering, Part 1Begell House, 1969 - Radio |
Contents
Theoretical Reliability of the Partial | 8 |
An Approximate Method for Calculating the Parameters of Yagi | 28 |
Digital Data Distortion in an FM Channel with Finite | 34 |
Copyright | |
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a₁ amplifier amplitude analysis antenna approximation assumed attenuation band bandwidth Bessel function binary calculated capacitance capacitor channel characteristic Chebyshev polynomial circuit of Fig coefficients components considered corresponding crosstalk curve density determined diode distortion distribution effect electronic Elektrosvyaz elements equal equation error evaluated experimental expression factor feedback filter formula frequency frequency modulation function given impulsive noise increase input instant integral interference interval K₁ linear maximum mean measuring method modulation noise immunity nonlinear obtained operating optimal optimum oscillations output P₁ P₂ parameters phase polynomial probability pulse R₁ radiation radiation pattern Radio Engineering Radiotekhnika random receiver reception region resonance S₁ sequence shown in Fig signal signal-to-noise ratio sin² Sovetskoye Radio spectral spectral density spectrum Telecommunications theory transistor transmitted triode values variation voltage W₁ Y₁ zero ΔΩ