Abstract
Some aspects of the transmission of Gaussian pulses in a frequency-division multiplex system have been calculated. It is assumed that each channel transmitter includes an amplifier, which may be nonlinear, with input and output filters, and that each channel receiver includes a linear amplifier with a thermal noise source at its input plus input and output filters. The influence that (a) transmitting amplifier compression, (b) maximally flat channel-dropping filters of first or second order, and (c) distribution of filtering in the system have on the signal-to-noise ratio, time crosstalk, and frequency crosstalk is calculated.
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