Add to ORKGA crystal oscillator circuit (100, 200) is described that includes a crystal resonator (220); and a voltage source (204) configured to apply a voltage step across the crystal oscillator (220) where a polarity of the voltage source (204) applied to the crystal resonator (220) is switched in response to a sign of a current passing through the crystal resonator (220) and in response thereto a self-timed energy injection waveform is provided to the crystal resonator (220)
Includes bibliographical references.Includes illustrations.A new type of third overtone mode quartz ...
An oscillator includes a first resonator circuit, a second resonator circuit coupled to the first re...
A modified Colpitts crystal oscillator was tested for further modifications. The schematic in Fig 7...
Crystal oscillators can be started up quickly by using energy injection techniques. However, the gen...
Crystal oscillators take a long time and, more importantly, a significant amount of energy to start-...
High-quality factor crystal oscillator circuits have long startup times which result in anincrease i...
Design of Novel Oscillating Circuit for Piezoelectric Quartz Crystal and Its Thermo-Analytical Appli...
There the risen dependence of effectiveness of variation transformation of properties of active part...
An energy-efficient fast start-up method for crystal oscillators is presented, which enables aggress...
A quartz crystal oscillator circuit is presented whose frequency may be varied by a control current,...
Electronic oscillators using an electromechanical device as a frequency reference are irreplaceable ...
Bibliography: pages [165]-167.High performance temperature compensated crystal oscillators that prov...
Abstract-Oscillator configurations for integrated circuit (IC) applica-tions where the quartz resona...
Issued as Progress report, no. 1-10, and Final report (no. 11), Project no. 131-4
This item was digitized from a paper original and/or a microfilm copy. If you need higher-resolution...
Includes bibliographical references.Includes illustrations.A new type of third overtone mode quartz ...
An oscillator includes a first resonator circuit, a second resonator circuit coupled to the first re...
A modified Colpitts crystal oscillator was tested for further modifications. The schematic in Fig 7...
Crystal oscillators can be started up quickly by using energy injection techniques. However, the gen...
Crystal oscillators take a long time and, more importantly, a significant amount of energy to start-...
High-quality factor crystal oscillator circuits have long startup times which result in anincrease i...
Design of Novel Oscillating Circuit for Piezoelectric Quartz Crystal and Its Thermo-Analytical Appli...
There the risen dependence of effectiveness of variation transformation of properties of active part...
An energy-efficient fast start-up method for crystal oscillators is presented, which enables aggress...
A quartz crystal oscillator circuit is presented whose frequency may be varied by a control current,...
Electronic oscillators using an electromechanical device as a frequency reference are irreplaceable ...
Bibliography: pages [165]-167.High performance temperature compensated crystal oscillators that prov...
Abstract-Oscillator configurations for integrated circuit (IC) applica-tions where the quartz resona...
Issued as Progress report, no. 1-10, and Final report (no. 11), Project no. 131-4
This item was digitized from a paper original and/or a microfilm copy. If you need higher-resolution...
Includes bibliographical references.Includes illustrations.A new type of third overtone mode quartz ...
An oscillator includes a first resonator circuit, a second resonator circuit coupled to the first re...
A modified Colpitts crystal oscillator was tested for further modifications. The schematic in Fig 7...