Figure 5 - uploaded by Alexandru Gabriel Gheorghe
Content may be subject to copyright.
Circuit for the anti-parallel connection model validation connection N.B. The quadratic coefficients of the anti-parallel resonator models connection have opposite signs.

Circuit for the anti-parallel connection model validation connection N.B. The quadratic coefficients of the anti-parallel resonator models connection have opposite signs.

Source publication
Article
Full-text available
The new anti-series and anti-parallel connections of bulk acoustic wave power resonators have been reported to reduce the second harmonic component. New nonlinear circuit models of these connections are proposed in this paper. A class D power amplifier together with a bulk acoustic wave power filter using these models was simulated leading to resul...

Context in source publication

Context 1
... The output magnitude is the source current. The PSS analysis results are presented in Table 1. A significant second harmonic component reduction was obtained in case of anti-series connection, whilst the third harmonic had nearly the same amplitude. The anti-parallel connection model was validated by SPECTRE RF simulation of the circuit in Fig. 5. The input source is sinusoidal with a 2.025 GHz frequency (the series resonance frequency) and 4V amplitude. The output magnitude is the source current. The resonators models for the parallel connection are the same as the models for ...

Similar publications

Article
Full-text available
Here, the authors present a new type of split-ring resonator (SRR) constructed from high dielectric constant material. Compared to conventional metal SRRs, such resonators have significantly higher unloaded quality factor (Qu). A new class of microwave filter is presented using the dielectric SRR. Two examples of different filter configurations are...
Conference Paper
Full-text available
We demonstrate subwavelength grating devices in silicon-on-insulator including Bragg gratings, racetrack resonators, and optical delay lines. The Bragg grating filter has a 3 dB bandwidth of 0.5 nm and a reflectivity of 90%; the racetrack resonator has a 3 dB bandwidth of 1 nm, a free spectral range of 4.6 nm, and an extinction ratio as high as...