AUDIO SIGNAL PROCESSOR

Brand Owner (click to sort) Address Description
ELOP Manley Laboratories Incorporated 13880 Magnolia Ave. Chino CA 91710 audio signal processor, namely a limiter;
HDA HIGH DEFINITION AUDIO HIGH DEFINITION AUDIO, INC. 600 Reisterstown Road, Suite LB-2 Baltimore MD 21208 audio signal processor;HIGH DEFINITION AUDIO;The drawing is lined for the color yellow.;
HDA HIGH DEFINITION AUDIO HIGH DEFINITION AUDIO, INC. 600 Reisterstown Road, Suite LB-2 Baltimore MD 21208 audio signal processor;HIGH DEFINITION AUDIO;The drawing is lined for the color yellow.;
HDS HIGH DEFINITION STEREO HDS HIGH DEFINITION STEREO and Design Suite 500 at Timonium One 1966 Greenspring Drive Timonium MD 21093 audio signal processor;HIGH DEFINITION STEREO;HIGH DEFINITION STEREO;
HIGH DEFINITION SOUND HDS HIGH DEFINITION AUDIO, INC. 600 Reisterstown Road, Suite LB-2 Baltimore MD 21208 audio signal processor;HIGH DEFINITION SOUND HDS;SOUND;
PERFORMANCE SOUND PS I LOVE YOU! PERFORMANCE SOUND, INC. 600 Reisterstown Road, Suite LB-2 Baltimore MD 21208 audio signal processor;SOUND;The stippling is used for shading purposes only.;
SIGNAL LOSS COMPENSATOR Soaring Audio, Inc. 2900 Fantasy Lane Sparks NV 89436 audio signal processor;
SLAM! Manley Laboratories Incorporated 13880 Magnolia Ave. Chino CA 91710 audio signal processor;
SOUNDAROUND Xitel Pty. Limited PO Box 3951 South Brisbane BC, QLD 4101 Australia AUDIO SIGNAL PROCESSOR;SOUND AROUND;
TRANSDYNAMIC BROADCAST PROCESSOR AUDIO & DESIGN (RECORDING) LTD. NORTH STREET, READING BERKSIRE, RG1 4DA United Kingdom AUDIO SIGNAL PROCESSOR;
VARI MU Manley Laboratories Incorporated 13880 Magnolia Ave. Chino CA 91710 audio signal processor, namely a compressor/limiter;
VARIABLE MU Manley Laboratories Incorporated 13880 Magnolia Ave. Chino CA 91710 audio signal processor, namely a compressor/limiter;
 

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

    
Technical Examples
  1. A multi-channel digital hearing instrument is provided that includes a microphone, an analog-to-digital (A/D) converter, a sound processor, a digital-to-analog (D/A) converter and a speaker. The microphone receives an acoustical signal and generates an analog audio signal. The A/D converter converts the analog audio signal into a digital audio signal. The sound processor includes channel processing circuitry that filters the digital audio signal into a plurality of frequency band-limited audio signals and that provides an automatic gain control function that permits quieter sounds to be amplified at a higher gain than louder sounds and may be configured to the dynamic hearing range of a particular hearing instrument user. The D/A converter converts the output from the sound processor into an analog audio output signal. The speaker converts the analog audio output signal into an acoustical output signal that is directed into the ear canal of the hearing instrument user.