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   Overview of Discrete Time Domain Analysis       


Overview of Discrete Time Domain Analysis

A typical communications system for discrete time domain simulation (Figure 1) consists of:

•  A propagation channel, such as AWGN and Multi-path Fading channels

•  RF functional and electrical bandpass components for the RF transceiver

•  Functional baseband components for transmitter/receiver digital-signal processing

Arbitrary transmit/receive topologies may be simulated using discrete time analysis, including:

•  Carrier recovery

•  Phase locked loops

•  Bit synchronization

•  Frequency synthesizers

•  Symbol/bit-timing recovery

•  Arbitrary feedback and digital signal processing topologies

Discrete time-signal analysis yields system performance (BER/ACPR) and a probable response in the time/spectral/sweep domains at any node. Discrete time-signal analysis applies both to mixed mode systems and also to systems with functional components only.

Here are links to the subtopics for this overview of discrete time domain analysis:

Signal and Noise Waveforms

Discrete Time Simulation of Signals and Noise

Discrete Time Simulation of Nonlinear Behavioral Components

 




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