First-order design and application of a coplanar waveguide matching network for a field emitter array using the microwave-to-optical transformation (MOT) method

Charmaine Cisneros Franck; Jose E. Velazco

doi:10.1117/12.436936

15 August 2001 First-order design and application of a coplanar waveguide matching network for a field emitter array using the microwave-to-optical transformation (MOT) method

Charmaine Cisneros Franck, Jose E. Velazco

Author Affiliations +

Proceedings Volume 4371, Intense Microwave Pulses VIII; (2001) https://doi.org/10.1117/12.436936
Event: Aerospace/Defense Sensing, Simulation, and Controls, 2001, Orlando, FL, United States

Abstract

The Microwave-to-Optical Transformation (MOT) method is based on the Optical Admittance Diagram an optical thin film filter design tool that uses the characteristic matrix, and the quarter wave rule for the design and analysis of microwave and optical computing circuits/components. As previously reported, this technique has also been extended for characterization of the electric field strength of certain microwave devices. This paper discusses a MOT designed co-planar waveguide transition component or network for use in launching power to a new generation microwave source known as a Field Emitter Array (FEA). This paper will give a brief description of an FEA and discuss the feasibility of designing a co-planar waveguide for this particular application.

Citation Download Citation

Charmaine Cisneros Franck and Jose E. Velazco "First-order design and application of a coplanar waveguide matching network for a field emitter array using the microwave-to-optical transformation (MOT) method", Proc. SPIE 4371, Intense Microwave Pulses VIII, (15 August 2001); https://doi.org/10.1117/12.436936

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