ABSTRACT
This chapter introduces an electronic oscillator circuit that can provide accurate multiple phases of an oscillation and a phased-array power amplification system. It proposes two different approaches regarding the application of this additional force mode that prevent the two complementary conductors latching up. The chapter discusses over single-ended version of the oscillator as a radiating element, which is called force-mode distributed wave antenna. It describes that a unidirectional single-conductor version of force-mode distributed wave oscillator (FMDWO) is combined with a secondary pickup coil to form a distributed oscillator amplifier. The FMDWO technique described in this work proposes an alternative approach for a wave oscillator that can provide unique advantages, such as even phase symmetry, compared to existing methods. A new class of dual-loop traveling wave oscillators has been introduced. Multiple coupling mechanisms have been discussed that can assure differential phase relation on the two independent oscillation tracks for the traveling wave.
