User manual Yamaha A-S3000 Integrated Amplifier (Black) A-S3000BL
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User manual for Yamaha A-S3000 Integrated Amplifier (Black) A-S3000BL
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User manual for the Yamaha A-S3000 Integrated Amplifier (Black) A-S3000BL
The user manual for the Yamaha A-S3000 Integrated Amplifier (Black) A-S3000BL provides
necessary instructions for the proper use of the product TVs & Entertainment - Receivers & Amplifiers - Amplifiers.
The black Yamaha A-S3000 Integrated Amplifier has a highly rigid double structure construction in order to achieve pure and accurate audio amplification. The bottom chassis and insulator ward off external vibration, and provide each circuit board a floating structure supported by an independent inner frame, thoroughly eliminating the impact of vibration. And the power source unit, which consists of a power transformer and capacitors, which are major sources of internal vibration, is fixed firmly with a three-dimensional structured inner frame, and is supported solidly by the front panel and the rear panel. The power amp circuit board and the weighty heat sink are attached to the left and right inner frames. The power supply unit and amplifier circuits are thus structurally isolated, achieving an ideal chassis structure which thoroughly blocks the transmission of vibration. Moreover, the inner frame that supports the power transformer is shaped with ample space below it, allowing passage of the wiring to each circuit over the shortest possible route. The chassis helps to minimize the length of the signal paths and achieve low impedance, as well as providing high rigidity and anti-vibration benefits. The result is a dramatic reduction in signal loss, for remarkably pure audio amplification.
An independent three-dimensional inner frame has been employed in order to provide a more solid mount for the large toroidal transformer, which is installed in the center of the A-S3000, considering the ideal weight balance. The completely copper-plated inner frame has a structure which integrates the front-back and left-right frames with a convex-shaped highly rigid main frame as its base, reducing vibration coming from all directions. For the base, to which the power transformer is installed on the inner frame, brass was selected by examining the particular sonic properties of various materials by exhaustive listening tests. This material effectively reduces vibration caused by the power transformer, helping to create sound of greater clarity and spaciousness.
Using a double construction design creates space for cables under the bottom of the chassis, enabling the shortest cable path for the supply of power from the transformer to the power stage and for the audio signal transmission path. This helps to eliminate signal transmission loss and to smoothly supply power, even during high-volume transients, and allows more direct audio reproduction without even the slightest adverse effect on the music. The three-dimensional inner frame to which the power transformer is mounted is copper plated. Extremely low impedance is assured by lowering the ground potential. This sharply lowers the impact of noise, and delivers a profound and richly emotional sound-one that perfectly communicates all the original expression of the artist.
The top panel and the front panel are made of aluminum, a non-magnetic material, in order to eliminate any adverse effect on the audio signals. The front panel thickness was set at 0.28" and the top panel was set at 0.24". This helps to realize an exceptionally natural, spacious sound by providing a highly rigid chassis structure, and at the same time, skillfully controlling the impact of vibration. Moreover, heat dissipation openings on the top panel were formed by high precision cutting from both sides-front and back-of the panel, and finished with thorough scrupulous attention to every detail. Stylish slits in the center, matching the companion CD-S3000 and its design, strongly emphasize the powerful power source unit inside by having the same width as the power transformer.
The insulators are crucial parts that block outside vibrations. They adopt Yamaha's original metal legs in order to maximize vibration control performance. The user can select point installation by applying the supplied spikes or plane insulation with the supplied pads, and use these combined with an interlocking rack if desired.
The amplifier circuit design features independent pre amp and power amp blocks, and perfect left-right symmetry. Separation of the pre amp, which handles low energy signals, from the power amp, which handles high-energy amplified signals, greatly reduces sound deterioration caused by mutual interference. Moreover, the left-right symmetrical design, which keeps the left and right power stages completely separate, ensures greater channel separation and enhances clarity of the stereo image.
The basic design of the power amp circuit adopts Yamaha's Floating and Balanced Power Amplifier technology. Adopting output elements with the same polarity on the plus and minus sides of the output stage, and also completely separating the NFB (Negative Feedback) circuit and power supply into a total of four plus and minus sides of the left and right channels, results in thoroughly symmetric push-pull operation of the output stage, Completely floating the entire power amp circuit from the ground removes any negative impact of minute voltage fluctuations or ground noise. Moreover, the output elements are comprised of MOSFETs, which provide a warm and natural sonic character. The use of MOSFETs, which have the same polarity on the plus and minus sides, further evolves the ideal of a complete symmetrical design, to eliminate sound quality variations due to difference in polarity-a major distinguishing characteristic of the Floating and Balanced Power Amplifier-resulting in sound with a superior signal-to-noise ratio and a superbly well-defined sound field.
The A-S3000 features fully balanced signal transmission. Moreover, the control system circuits (volume, tone, etc.) of the pre amp feature totally balanced operation, realizing ideal balance in all stages.
The winding of the transformer itself is directly connected to the terminal with a screw, unlike with conventional cabling. This enables a power supply which thoroughly limits connection loss and energy loss caused by soldering. The toroidal transformer was selected with top priority on sound quality, contributing superior strength, as well as a profoundly natural and spacious sound.
In order to completely eliminate signal energy loss, important parts of even the circuits employ screw connections. In addition to wiring of the block capacitor of the power unit-which is the real heart of the amplifier and as such requires high power-screw connections were adopted for all crucial spots of signal transmission, including the connection of the pre amp circuit with the power amp circuit, and the cabling to the speaker terminals from the output stage of the power amp. In addition to making the signal path as short as possible, this significantly lowers the impedance, and greatly reduces signal loss.
Yamaha has utilized a high quality digital volume control specially designed by New Japan Radio Co., Ltd., which consists only of ladder-type resistance, removing the impact of slew-rate decline or coloring of the sound, delivering higher purity in the sound, and excellent, fast response to large volume changes and steep transients.
The phono amp is comprised of an MC head amp and an equalizer amp, each of which are discretely configured, resulting in a rich sound with pronounced musicality, when playing vinyl records with both MC and MM phone cartridges.
The A-S3000 features large level meters on the front panel, giving a direct visual sense of the dynamics and pulse of the music. These meters are softly illuminated by LED, lending a warm, lamplight look. The meter indicators can, in addition to the VU display, be switched to peak display, and can be selected according to the user's preference. Moreover, the glass window of the meters is diagonally cut and precision-fit to the back surface of the front panel, leaving no gaps and using no screws for connection-lending an exceptionally elegant appearance to the unit.
The A-S3000 has no visible screws or fasteners from the outside. The amplifier has been finished by the skillful use of advanced processing technologies, integrating the top panel and side wood connection, leaving no gaps while using different materials for the connection.
The speaker terminals are screw-type terminals with large handles featuring an original design, and have been crafted by cutting pure brass to enable a secure connection with no reduction in sound quality. Moreover, the shape conforms nicely to the human fingers-not only creating an elegant visual impression, but also allowing users to turn them easily and to firmly tighten them with minimal force.
Since the controls are the parts of the amplifier which users actually touch and feel directly, their surface texture and design were created with the strictest attention to detail. Individual controls such as the volume or input switching dials, emanate a richly elegant feel thanks to the use of cut aluminum knobs. Switches, including the power switch, were made with attention to texture in every detail; they were shaped with refined craftsmanship so that when they are raised or lowered, the gap between the switch and panel surface is difficult to see.
The supplied remote control features a design complementary to the aluminum panel of the amplifier itself, with a simple, easy-to-understand button layout and metallic texture. In addition to the basic volume adjustment and input switching controls of the A-S3000, it can also be used for operation of the companion CD-S3000.
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Additional parameters of the Yamaha A-S3000 Integrated Amplifier (Black) A-S3000BL:
Specifications
Maximum Power
(8 ohms, 1 kHz, 10% THD) 130 W + 130 W/(4 ohms, 1 kHz, 10% THD) 210 W + 210 W
Output Power (RMS)
Minimum: (8 ohms, 20 Hz-20 kHz, 0.07% THD) 100 W + 100 W/(4 ohms, 20 Hz-20 kHz, 0.07% THD) 150 W + 150 W
High Dynamic Range
(8/6/4/2 ohms) 120/150/200/300 W
Damping Factor
(8 ohms, 1 kHz) 250
Input Sensitivity
CD 200 mV/47 kilohm, Phono MM 2.5 mV/47 kilohm, Phono MC 100 μV/50 ohms, Main in 1 V/47 kilohm
Frequency Response
CD, etc. to speaker out, Flat position 5 Hz-100 kHz +0 dB/-3 dB, CD, etc. to speaker out, Flat position 20 Hz-20 kHz +0 dB/-0.3 dB
Equalization
RIAA Deviation: Phono MM (20 Hz-20 kHz) ±0.5 dB/Phono MC (20 Hz-20 kHz) ±0.5 dB
Signal to Noise Ratio
CD, etc., (200 mV, Input Shorted) 103 dB, Phono MM (5 mV, Input Shorted) 93 dB, Phono MC (500 μV, Input Shorted) 85 dB
Total Harmonic Distortion (THD)
CD balanced to speaker out 0.025% (50 W/8 ohms), CD, etc. to speaker out 0.025% (50 W/8 ohms), Phono MM to Rec Out 0.005% (1.2 V), Phono MC to rec out 0.02% (1.22 V)
Residual Noise
CD, etc., IHF-A-Network
Channel Separation
CD, etc., Input 5.1 kilohm Terminaled 74 dB/54 dB, Phono MM, Input Shorted, Vol: -30 dB 90 dB/77 dB, Phono MC, Input Shorted, Vol: -30 dB 66 dB/77 dB
If you use two sets (A and B), the impedance of each speaker must be 8 ohms or higher
Dimensions
17.12 x 7.12 x 18.25" (435 x 180 x 464 mm)
Weight
54.2 lbs (24.6 kg)
The user manual for the Yamaha A-S3000 Integrated Amplifier (Black) A-S3000BL can be downloaded in .pdf
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