Radio frequency power amplifier interconnection reliability modeling method based on AMG algorithm
A technology of radio frequency power amplifier and modeling method, which is applied in computing, special data processing applications, instruments, etc., can solve problems such as time-consuming and resource-consuming, complex and cumbersome processes, and achieve the effects of improving efficiency, avoiding operating procedures, and shortening creation time
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[0031] Step 1: Simultaneously start ANSYS, NeuroModeler and Visual C++ to generate sampling data, select a certain sampling method to select a part of the sampling data as test data and training data.
[0032] Step 2, using APDL to realize the automatic construction of the 3D model of the radio frequency power amplifier, and realizing the 3D modeling of a GaAs (gallium arsenide) MMIC (monolithic microwave integrated circuit) PA (power amplifier) through APDL programming.
[0033] Step 3, using the AMG algorithm to construct a three-layer perceptron to realize the automatic construction of the input / output mapping (non-linear) relationship of the radio frequency power amplifier interconnection reliability model. In this example, a figure 2 The three-layer perceptron model shown, which includes 2 input neurons, 5 output neurons, and 3 hidden neurons.
[0034] Step 4, use the three-layer perceptron obtained in step 3 to learn input parameters x=[T, I] (where T, I represent te...
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