Description

A waveguide bend is a passive component used to redirect the path of electromagnetic waves within a waveguide system while minimizing signal loss, reflection, and distortion. Types of Waveguide Bends: - E-Plane Bend: Bends in the plane of the electric field. - H-Plane Bend: Bends in the plane of the magnetic field. - Mitered Bend: A sharp 90° bend with a mitered cut to reduce reflections. - Twisted Bend: Combines bending and twisting to align polarization and direction. Key Specs: - Bend Angles: Commonly 30°, 45°, or 90°, but custom angles are available. - Radius: Should be >2λ (wavelengths) to minimize reflections. - VSWR: Typically <1.05:1 for precision bends. - Material: Usually aluminum or brass, often gold-plated for millimeter-wave use.