VOLTAGE CONTROLLED OSCILLATORS

Brand Owner (click to sort) Address Description
CEM 3340 OnChip Systems, Inc. 1955 O'Toole Way San Jose CA 95131 Voltage controlled oscillators; integrated circuits for sound generators, music synthesizers, electronic music keyboards, electric organs, electric pianos, electric guitars, electronic guitars, electronic drums, electronic percussion instruments, and professional audio applications;In the statement, line 3-5, Suite 110 1190 Coleman Ave. San Jose, California 95110 should be deleted, and 1955 O'Toole Way San Jose, California 95131 should be inserted.;CURTIS ELECTRO MUSIC 3340;
CEM3374 OnChip Systems, Inc. 1955 O'Toole Way San Jose CA 95131 Voltage controlled oscillators; Integrated circuits for sound generators, music synthesizers, electronic music keyboards, electric organs, electric pianos, electric guitars, electronic guitars, electronic drums, electronic percussion instruments, and professional audio applications; Analog and digital circuitry devices for use with musical instruments and in professional audio applications, namely, the recording, playback and processing of audio performances;In the statement, lines 3-4, 1190 Coleman Ave., Suite 110 San Jose, California 95110 should be deleted, and 1955 O'Toole Way San Jose, California 95131 should be inserted.;CURTIS ELECTRO MUSIC 3374;
RED BOX Crystek Crystals Corporation Unit 6 & 7 12730 Commonwealth Drive Fort Myers FL 33913 Voltage controlled oscillators;BOX;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. A voltage controlled oscillator apparatus includes at least two voltage controlled oscillators, each of the voltage controlled oscillators being formed on a semiconductor substrate and having an LC-resonant circuit including a three-terminal inductor or a two-terminal inductor, and a continuously variable capacitor, and an amplifier including n-channel transistors or n-channel transistors and p-channel transistors. Two of the three-terminal or two-terminal inductors constructing the first and second voltage controlled oscillators have a coil shape formed with a wiring layer of an integrated circuit formed on the semiconductor substrate, and one of the three-terminal or two-terminal inductors has such a shape that its inductance value differs from that of the other of the three-terminal or two-terminal inductors, and is disposed in a region inside of the other of the three-terminal or two-terminal inductors with respect to its planar shape. Broadband in oscillation frequencies can be achieved while avoiding deterioration of the phase noise characteristics and enlarged chip sizes.