<strong>Paper Title</strong><br>
A Novel Tee Network Based Six Bit Digital Phase Shifter For St Radar<br>
<br>

<strong>Abstract</strong><br>
The evolution of phased-array technology to its present sophisticated form is strongly based on the development 
of  electronically  variable  phase  shifters.  In  this  paper,  Six  bit  digital  phase  shifter  for  transmit-receive  (TR)  module 
associated with each antenna in a circular array of 576 Yagi-Uda antennas for the Stratospheric Tropospheric (ST) Radar has 
been  designed  using  Tee  networks.  It  is  designed  to  achieve  the  beamsteering  capability  of  360°  azimuthal  and  ±15° 
elevation. The proposed design had been mathematically modeled, and further verified computationallyin MATLAB. This 
complete design has been simulated in Advanced Design System (ADS) software using the synthesized lumped component 
values. The phase shifter has been designed to work at the operating frequency of 212MHz and the results for phase shifts, 
phase error, insertion loss, return loss for the designed phase shifter has been obtained  for all the 64 control signals over a 
range of frequency.