DENON Описание AVR-1700 free download

File name Описание AVR-1700.pdf

A/V SURROUND RECEIVER The First Name In Digital Audio Dolby Digital AC-3 AVR-1700 Dolby Digital AC-3 and Full Discrete 350 watts Amplifiers The AVR-1700 is an A/V surround receiver from Denon featuring Dolby Digital AC-3 at an affordable price. Equipped with Denon's own DDSC-Digital (Dynamic Discrete Surround Circuit-Digital) decoding technology, the AVR-1700 supports the 5 independent sound chan- nels of Dolby Digital AC-3. This model includes the Equal Power feature and a fully-discrete 5- channel amplifier design which brings out the full sonic potential of Dolby Digital AC-3. The AVR-1700 even provides a 6-channel external decoder input terminal that lets you accommo- date a high quality multi-channel format, like DTS or MPEG, giving your A/V theater system further flexibility and future expandability. Dolby Digital AC-3 and Dolby Pro Logic Surround Circuit / DDSC-Digital (Dynamic Discrete Surround Circuit - Digital) / Fully Discrete 5-channel Equal Power Amplifier / 6-ch External Decoder Input / Self-illuminated GLO-KEY Remote Control 1 The First Name The Full Discrete 5-channel Equal Power Amplifier In Digital Audio AVR-1700 offers a full discrete 5-channel power amplifier to support the dynamic performance of the Dolby Digital AC-3 AVR-1700 sound signal from DVD. All channels have an equal power output of 70 watts (8 ohms, 20Hz - 20kHz, THD 0.05%) and are configured as independent monaural amplifiers. This construction enables the AVR-1700 to produce dynamic realism through its high-current capability and to recreate a nuanced surround sound effect via superior channel separation. DDSC-Digital (Dynamic Discrete Surround Circuit-Digital) Since surround signals are all processed in the digital domain, the AVR-1700 is equipped with a newly-developed, sophisticated, high-performance DSP circuit with "Full Block Floating Point" calculations for the Dolby Digital AC-3 and Dolby Pro Logic decoders and Surround Simulator. Dynamic Discrete Surround Circuit-Digital Block Diagram