The Equivalent Baseband library enables fast, discrete-time simulation of single-carrier 2-port cascaded systems. With circuit envelope simulation you can predict the impact of interferers, spurious signals, image signals, and other non-linearities on your RF receiver. The S-parameter block enables the user to plot the data and the result of the rational fit. RF Blockset elements are defined by linear specifications such as noise figure, and industry-standard Touchstone data files, and by nonlinear specifications such as IP2 and IP3, and 1dB compression point.įor circuit envelope simulation, RF Blockset applies a general rational function model to the data files of S-parameters. In this example, a low-IF Hartley receiver is described with blocks from the Circuit Envelope library. Circuit envelope models can be used by RF system designers to refine the architectures of the transceivers. The circuit envelope library provides the solver for high-fidelity, multi-carrier simulation of networks with arbitrary topologies. RF Blockset provides two libraries for RF simulation at different levels of abstraction: Equivalent Baseband and Circuit Envelope.
You can connect these blocks and simulate the behavior of RF front ends at the system level. With RF Blockset you can design the architecture of wireless transceivers used in communication and radar systems. It includes models of amplifiers, mixers, S-parameter blocks, and other basic blocks.
RF Blockset is a Simulink library and simulation engine for designing RF systems.
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