Denon Avr 4802. Denon AVR 4802 Photo 1136016 Canuck Audio Mart This receiver packs on-board decoding for THX Surround EX, DTS-ES, and Dolby Digital encoded DVDs, plus a variety of ways. A massive receiver, weighing over 45 lbs, and built to the highest standards of quality that distinguished Denon in Japan, before all the mergers and outsourcing of manufacturing.
Denon AVR4802 A/V Receiver Photo 1185005 US Audio Mart from www.usaudiomart.com
The Denon AVR-4802 is a premium 7.1-channel AV receiver featuring high-quality audio circuitry, proprietary Denon technologies, and extensive connectivity options Denon AVR-4802 A/V Receiver THX Ultra, THX Surround EX, DTS-ES, Dolby® Digital 5.0 out of 5 stars
Denon AVR4802 A/V Receiver Photo 1185005 US Audio Mart
The Denon AVR-4802 is specified to handle speakers with an impedance load from 6 to 16 Ohms Denon AVR-4802 125 Watts Per Channel Receiver, Mint Condition AVR-4802R A/V Surround Receiver NEW MODEL INFORMATION THX Ultra2 Certified 7-channel A/V Surround Receiver The AVR-4802R is a new and enhanced version of the AVR-4802, featuring THX Ultra2 certification and processing, as well as the full suite of technologies from DTS-ES, including the latest high-quality DTS 96/24 5.1 decoding for DVD-Video.
Denon AVR4802R Solid State Amp Receiver On Demand PDF Download. Adjustable Cross-Over Switching The AVR-4802 supports subwoofer cross-over switching with a choice of 5 cross-over frequencies: 40, 60, 80, 100, and 120 AVR-4802R A/V Surround Receiver NEW MODEL INFORMATION THX Ultra2 Certified 7-channel A/V Surround Receiver The AVR-4802R is a new and enhanced version of the AVR-4802, featuring THX Ultra2 certification and processing, as well as the full suite of technologies from DTS-ES, including the latest high-quality DTS 96/24 5.1 decoding for DVD-Video.
Denon AVR4802 Photo 2553536 Canuck Audio Mart. Denon AVR-4802 125 Watts Per Channel Receiver, Mint Condition This technology thoroughly suppresses annoying quantization distortion and faithfully reproduces the delicate musical details of low-level signals.