Table 1 below summarizes the AFS RF Harmonic Balance offerings. Table 1: AFS Harmonic Balance analyses. Large signal HB analysis determines periodic time varying operating points for single tone, and ...

Harmonic Balance simulators offer engineers the ability to visualize the behavior of an RF transceiver circuit in the frequency domain. VHDL-AMS/FD is the extension to the popular hardware description ...

The project takes advantage of the odd harmonics of square waves. Setting the PWM output to operate at 6.86 MHz, the ninth harmonic ends up at around 61.71 MHz, close enough to be tuned in on the ...

The use of modern harmonic-balance simulators and electromagnetic analysis software has been instrumental in the design of modern mixers. Especially, it has allowed the development of new types of ...

In order to properly verify these designs before silicon fabrication, specialized RF analyses are required incorporating a time domain method, Shooting Newton (SN), and a frequency domain method, ...

At the same time, RF spectrum analyzers such as the Tektronix 491 were being introduced. They were much better diagnostic tools for tracking down harmonic and intermod issues than a communications ...

Multi-Year Development with DARPA Drives Core BAW Technology DifferentiationAdvanced Single-Crystal Material Delivers Improved Power Handling and Harmonics Enables Broader Use Case for BAW ...

Intermodulation distortion is one of the most interesting signal analyzer measurements. Often abbreviated IMD, it is an important metric of linearity for a wide range of RF and microwave ...

Paragraph 24 of Appendix B, Section 74.794(b) was corrected to read: "(b) In addition to meeting the emission attenuation requirements of the simple or stringent mask (including attenuation of radio ...

I measured the second harmonic on those STL transmitters at about 65 dB below the 950 MHz carrier. From the 944.5 MHz to 951.5 MHz band, those second harmonics range from 1889 to 1903 MHz. That ...