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Videos Harmonic Balance Basics This is a description of Harmonic Balance HB simulation, including when to use it, how to ADS AGM19TK/HB it up, and the data it generates. Examples are provided to show how to use this simulation. Detailed information describes the parameters, theory of ADS AGM19TK/HB, and troubleshooting information. Overview Harmonic balance is a frequency-domain analysis technique for simulating distortion in nonlinear circuits and systems.

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It is usually the method of choice for simulating analog RF and microwave problems, since these are most naturally handled in ADS AGM19TK/HB frequency ADS AGM19TK/HB. Within the context of high-frequency circuit and system simulation, harmonic balance offers several benefits over conventional time-domain transient analysis. Harmonic balance simulation obtains frequency-domain voltages and currents, directly calculating the steady-state spectral content of voltages or currents in the circuit.

The frequency integration required for transient analysis is prohibitive in many practical cases. Many linear models are best represented in the frequency domain ADS AGM19TK/HB high frequencies.


Use the HB simulation to: Determine the spectral content of voltages ADS AGM19TK/HB currents. Compute quantities such as third-order intercept TOI points, total harmonic distortion THDand intermodulation distortion components. ADS AGM19TK/HB power amplifier load-pull contour analyses.

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Perform nonlinear noise analysis. Refer to the following topics for details on Harmonic Balance simulation: Using Harmonic Balance Simulation explains when ADS AGM19TK/HB use Harmonic Balance simulation, describes the minimum setup requirements, and gives a brief explanation of the ADS AGM19TK/HB Balance simulation process.

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Examples of Harmonic Balance Simulation describes in detail how to ADS AGM19TK/HB up a basic single-point and a swept harmonic balance simulation, using a power amplifier. Limitations describes the harmonic balance simulator's limitations.

Theory of Operation is a brief description of the harmonic balance simulator. Troubleshooting a Simulation offers suggestions on how to improve a simulation. Harmonic ADS AGM19TK/HB for Oscillator Simulation describes how to use the simulator with oscillator designs.

Harmonic Balance for Mixers describes how to use the simulator with mixer designs. Harmonic Balance Assisted Harmonic Balance describes how to use HBAHB when performing a multi-tone harmonic balance simulation so the simulator automatically ADS AGM19TK/HB which tones to ADS AGM19TK/HB in generating the final HB solution.

For the most detailed description about setting up, running, and converging a harmonic balance simulation, see Guide to Harmonic Balance Simulation in ADS.

Using Harmonic Balance Simulation This section describes when to use Harmonic Balance simulation, how to ADS AGM19TK/HB it up, and the basic simulation process used to collect data. You must have ADS AGM19TK/HB license to run Harmonic Balance simulations.


You can work with examples described here and installed with the software without the license, but you will not be able to simulate them. ADS AGM19TK/HB to Use Harmonic Balance Simulation Start by creating your design, then add current probes and identify the nodes from which you want to collect data. ADS AGM19TK/HB the HarmonicBalance simulation component to the schematic and double-click to edit it.

Fill in the fields under the Freq tab: Enter at least one fundamental frequency ADS AGM19TK/HB the ADS AGM19TK/HB order of harmonics to be considered in the simulation. Make sure that frequency definitions are established for all of the fundamentals of interest in a design.

For ADS AGM19TK/HB, mixers should include definitions for RF ADS AGM19TK/HB LO frequencies. If more than one fundamental is entered, set the maximum mixing order. This limits the number of mixing products to be considered in the simulation. For more information on this parameter, see Harmonics and Maximum Mixing Order.

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