Optimization design of segmented interference array integrated optical imaging system

Segmented interference array integrated optical imaging technology is an important branch in the development of advanced optical remote sensing imaging detection technology. Aiming at the problem of insufficient zero-frequency frequency in the existing segmented interference array integrated optical imaging system, this paper proposes a new design combining traditional lens and microlens array. By filling a single lens in the center of the wheel-type lens array to increase the number of zero-frequency and low-frequency information sampling points thereby effectively improving the imaging quality. The research results will provide a new idea for the optimal design of the segmented interference array integrated optical imaging system.