Abstract

Recently, a new configuration has been proposed for the design of MMIC frequency dividers [1]. Following this method, a MMIC broadband analog frequency divider in the millimetric range has been designed and manufactured for applications in mobile communication systems. Nonlinear simulations of the device have been performed, showing the ability of H.B techniques to handle such complicated functions. Finally, comparisons between calculated and measured results have been performed, exhibiting a good agreement.