The Bandpass Chebyshev Microwave Photonic Filter Designwith Digital Filter Methods

Xu Wang; Kui Ying Nie; Xiao Dong Liang; Miao Li

doi:10.4028/www.scientific.net/AMR.571.328

Paper Titles

An Automatic Examining-Focus System to Aerial Cameras with CCD
p.312

Phase-Only Beam Optimization for GaAs Optical Waveguide Phase Array
p.316

The Deformation Measurement Technology Based on Differential Fiber Interferometer with PCI Data Acquisition System
p.320

Design of Compact Infrared Zoom Lens System
p.324

The Bandpass Chebyshev Microwave Photonic Filter Designwith Digital Filter Methods
p.328

Simulation of Laser Beam Scattering from Complex Targets in the near Field
p.332

Study of Aperture-Averaged Scintillation for a Partially Coherent Gaussian Schell-Model Beam Propagation in Slant Atmospheric Turbulence
p.337

The Building of Optical Fiber Network System Using Hetero-Core Fiber Optic Sensors
p.342

The Three-Dimensional Analysis of Light Scattering Characters for Rayleigh Particles On/Below the Wafer
p.347

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 571The Bandpass Chebyshev Microwave Photonic Filter...

The Bandpass Chebyshev Microwave Photonic Filter Designwith Digital Filter Methods

Abstract:

We show the bandpass Chebyshev microwave photonic filter with digital filter design methods in detail. The structure parameters of microwave photonic filter are determined by the given transfer function of the wanted spectrum. With those structure parameters, computer simulation show the spectrum is good agreement with the advance designing.