Temperature Compensation of Trans-receiver performance for Airborne Applications

The purpose of this paper is to give temperature compensation techniques for active components and better design methods for passive circuits for robust trans-receiver modules used in airborne radar application. Performance of any trans-receiver module is dependent on active or passive components used in it. Gain stabilization techniques for mitigating any performance deviation are discussed. Parameter variation like gain, selectivity with temperature changes are shown later, compensation technique and method are discussed for elimination of such issues with active or passive blocks of any trans-receiver system. Finally, practical implementation of suggested compensation techniques and methods for performance stabilization are shown which are necessary for making high robust trans-receivers for electronic system used in airborne application.