Reference 902

Description

Continuos average output power (20hz – 20.000 hz )
400 Watt per channel into 8 ohm
800 Watt per channel into 4 ohm stereo operation
1400 Watt per channel into 2 ohm (both channel driven)

• Total harmonic distortion stereo operation (both channel driven)- 0.07% with 2 ohm load / 0.03% with 4-8 ohm load
• Frequency response at rated output 20-20Khz +0/-0.25 Db – at 1 Watt output 20-80Khz +0/-3 Db
• Damping Factor >200 to 20hz-20Khz refer 8 ohm
• Input sensitivity 1.4 Vrms for full power 8 Ohm
• Input impedance 47 Kohm balanced / 22 Kohm unbalanced
• Signal to noise ratio >115 Db weighted A
• Power requirements AC 120 V or AC 230 V (see in rear panel)
• Power consumption 30 Watt idle
• Maximum dimension 430 x 290 x 550 mm (DxHxW)
• Weight 60 Kg

Reference 902 is an amplifier capable of exceptional performance, which together with the Reference line is the flaghship of EamLAb.
it is equipped with a transformer of 2800 VA and a total filtering capacity of 220.000 uF. In this training it is able to supply 400 W at 8 ohms, 800 at 4 and 1400 on 2 between 20 Hz and 20Khz with a distortion of less than 0.03%.

But not just power. In Reference 902 we also wanted greater speed of response to transients, a neutral sound independent of the load, an unprecedented dynamic.
Particular care in the power supply circuit, such as the use of ultrafast diodes for rectifying to replace the classic rectifier bridges, the low-induction transformer with a yield of 97%, the aluminum film capacitors with very tight tolerances, have made us reach the objectives prefixed.

All the technology of this amplifier is enclosed in a beautiful anti-vibration steel chassis and an assembly specifically designed to minimize any induced interference. Components of the latest generation and undisputed quality equip this powerful amplifier.
Innovative control and protection circuits always guarantee perfect and long-lasting operation in complete safety. THL, the circuit used to monitor the operating temperature, is entrusted to LM35 probes and managed by CPU. much more precise and reliable than normal thermal circuit breakers. The CPU is also entrusted with the ignition in full safety of a power bank to say the least mammoth.

We can simply say … NO COMPROMISE!