Electronic pulse generator and oscillator

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, further comprising means for power saving without stopping said pulse generation or oscillation action.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, further comprising means for reducing cross-talk involving said signal path.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, wherein placement of conductive lines of said signal path is such as to reduce cross-talk.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, further comprising means of reducing cross-conduction.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, further comprising means for adjusting operating frequency by selectively switching operative sections in or out of said signal path.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, wherein the signal path includes paralleled paths each of plural current carrying conductors adjusted for reduction of inductive differences between connection and/or intersections of the conductors.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, wherein part of said circuitry for an integrated circuit is off-chip and associated in flip-chip manner.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, wherein direction of signal traverse of said signal path is in accordance with magnetic coupling means.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, wherein direction of signal traverse of said signal path is set by use of inherent R,C to delay switching.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, wherein direction of signal traverse of said signal path is influenced by attenuation crossing the opposite direction.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fail times of each said pulse or said half-cycle of oscillation, further comprising simultaneous two-way synchronous data transfer bus in association with two physically separated but coherently synchronous clocks to control transmission and reception bits on a two phase basis.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, further comprising plural distributed temperature and/or voltage capacitor means associated with said signal path additionally to said active switching means.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, further comprising means for applying localised impedance variation to said signal path to counter heavy top-off loading effects.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, further having synchronous interconnection of plural said signal paths by way of lossy means.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, further comprising suitable active inverter elements for adjusting rotating signal wave period.

Electronic pulse generation or oscillation circuitry comprising a signal path exhibiting endless electromagnetic continuity affording signal phase inversion in setting pulse duration or half-cycles of oscillation within time of signal traverse of said signal path, and having active switching means associated with said signal path to set rise and fall times of each said pulse or said half-cycle of oscillation, further comprising linking of different said signal paths in support of frequency multiplication.