REGA ARIA MK3 Black PHONO priekšpastiprinātājs AKSESUĀRI VINILA ATSKAŅOTĀJAM (cena par gab.)
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AVEX salons tagad Brīvības gatvē 226 K-4, Rīgā
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Ja pie šī produkta redzi atzīmi "IR VEIKALĀ" tad dotais produkts ir mūsu veikalā
1. Vari droši veikt pirkumu tiešsaistē izvēloties piegādes veidu. Ja pirkums tiešsaistē tiks veiksmīgi veikts darba dienā līdz plkst. 12.00, tad tajā pašā dienā tas tiks atdots uz piegādi un saņemsi to norādītajā adresē nākamajā vai aiznākamajā dienā
2. Vari doties uz mūsu veikalu, kur to varēsi iegādāties uzreiz.
Ja tomēr izvēlētais produkts dotajā brīdī nav mūsu veikalā, sazinies ar mums, veicot tā pieprasījumu un mēs GARANTĒJAM ka piegādāsim to maksimāli īsākajā laikā.
P.S. Rēķins tiks nosūtīts tikai tajā gadījumā, kad mēs par 100% būsim pārliecināti, kad šis produkts ir pieejams ražotāja noliktavā un tā piegāde būs bez aizķeršanās!
Vēlies tomēr uzdot mums kādu interesējošu jautājumu? Zvani 22003030
Housed within our latest half width custom designed case to give it a fresh new look and match the range are two entirely separate, high performance phono stages. One fully adjustable, dedicated moving coil and one moving magnet. Each stage is designed and engineered to maximise the potential of your vinyl system whilst remaining easy to use and set up.
The Aria is an “all analogue amplifier” with no digital control circuitry. The fully aluminium case screens the internal circuit from any stray RFI signals. Our designers have avoided including any superfluous gadgets as they obstruct the signal path and degrade the sound quality. The Aria incorporates many innovative design ideas including a self-adjusting servo control to keep the MC input circuit at its optimum, compensating for any variations in ambient or operating temperature.
Both stages have their own separate input sockets and input pre-amplifier circuitry. This enabled us to design bespoke input circuitry for each cartridge type without compromise. Signal switching is performed at high level and low impedance (via relays) ensuring there is no degradation of the signal.
MM Stage design & features
The MM input uses low noise, bipolar input transistors also configured as a compound pair. There are two separate power supplies for each channel and further sub-power supplies for each of the low noise input circuits. Nichicon FG electrolytic capacitors have been used in critical positions throughout the power supplies. Polypropylene capacitors have been used in the signal path and equalization networks. Discrete circuitry is used throughout the signal path ensuring full control of the circuit design.
MC Stage Design & Features
The MC input uses parallel connected, low noise FETs (Field Effect Transistors) configured as a compound pair. The use of FET transistors ensures there is no bias current flowing in the cartridge coil so as not to upset the delicate magnetic geometry of the cartridge. The MC input has the provision for selecting resistive input loading of 70 Ω to 400 Ω and capacitive loading of 1000 pF to 4200 pF. The input sensitivity can be changed by 6 dB via the back panel.
KEY FEATURES
- High performance switchable MC & MM stage
- Fully adjustable MC stage
- MC input uses parallel connected low noise FET's
- MM input uses low noise bipolar transistors
- Custom designed case
- All analogue amplifier
- Bespoke input circuitry for MM & MC
Maximum Output Level | 11 V RMS | |
Rated Output Level | 200 mV | |
Output Resistance | 100 Ω | |
Minimum Output Resistance for a -3 dB @ 15Hz | 1 k | |
Power Consumption | 10 W | |
Ambient Operating Temperature | 5 to 35 °C | |
MC input | Generator source resistance | 15 Ω |
Loading set to | 100 Ω and 4200 pF | |
Input sensitivity (0 dB high gain setting) | 70 µV for 200 mV output | |
Input sensitivity (-6 dB low gain setting) | 133 µV for 200 mV output | |
Resistive input loading | 70, 100, 150 & 400 Ω | |
Capacitive input loading | 1000, 2000, 3200 & 4200 pF | |
Maximum input level (0 dB high gain setting) | 5.1 mV at 1 kHz | |
Maximum input level (-6 dB high gain setting) | 10 mV at 1 kHz | |
Gain (0 dB high gain setting) | 69.3 dB at 1 kHz | |
Gain (-6 dB low gain setting) | 63.5 dB at 1 kHz | |
Frequency response (100 kΩ output load) | 13 Hz (-3 dB) to 70 kHz (-0.2 dB) | |
RIAA accuracy (100 kΩ output load) | Better than ± 0.2 dB 70 Hz to 70 kHz | |
THD+Noise (-6 dB low gain setting) | Typically 0.035% at 1 V Bandwidth 100 Hz to 22 kHz | |
Noise (15 Ω terminator and -6 dB low gain setting) | Typically -71 dB V un-weighted 100 Hz to 22 kHz | |
MM input | Generator source resistance | 40 Ω |
Input sensitivity | 1.7 mV for 200 mV output | |
Input loading | 47 k in parallel with 100 pF | |
Maximum input level | 93 mV at 1 kHz | |
Gain | 41.4 dB at 1 kHz | |
Frequency response (100 kΩ output load) | 15 Hz (-3 dB) to 100 kHz (-0.2 dB) | |
RIAA accuracy (100 kΩ output load) | Better than ± 0.2 dB 100 Hz to 100 kHz | |
THD+Noise | Typically 0.005% at 1 V Bandwidth 100 Hz to 22 kHz | |
Noise (150 Ω terminator on input) | Typically -86 dB V un-weighted 100 Hz to 22 kHz | |
Dimensions (W × H × D) | 218 x 78 x 315 mm | |
Weight | 3.1Kg |