Letzte Chance Mosconi HLA-DUAL

• Double input power handling, 45 Ohm/2 W per channel, 4 Ohm-25Wrms.
• Total distortion < 0.01%, slew rate 10V/uS, S/N ratio > 100dB.
• Remote voltage > 12V at < 100mA, short circuit protection.
• More technical details

The Mosconi HLA-DUAL is a High-Low Adapter from Gladen with performance similar to HLA-2 and HLA-4. It features dual input load capacity and minimal dimensions. The remote output is designed for up to 100 mA and delivers > 12 V at Irem-out < 100 mA. Protection features include protection against polarity reversal as well as a remote out short circuit protection with a maximum short circuit duration of under 10 seconds. The total harmonic distortion is below 0.01%, the S/N ratio is over 100 dB, and the channel separation is over 60 dB. Other specifications include a rise rate of 10V/uS, a down-conversion ratio of 4:1 V/V, and a maximum output signal of 3.2 Vrms at THD < 0.1%. The stand-by power consumption is below 0.8 mA, and the operating current is below 15 mA or under 30 mA in the dual version.

Features

• High-Low Adapter
• Performance similar to HLA-2 and HLA-4
• Dual input load capacity
• Minimal size
• Remote output up to 100 mA
• Protection against polarity reversal
• Remote out short circuit protection (maximum short circuit duration < 10 seconds)

Technical Data

• Stand-by power consumption < 0.8 mA
• Operating current < 15 mA
• Operating current (dual version) < 30 mA
• Maximum allowable current at remote out 100 mA (normal operation)
• Minimum allowable load at remote out 120 Ohm (normal operation)
• Remote out voltage > 12 V @ Irem-out < 100 mA
• Remote out short circuit protection against ground
• Maximum duration of short circuit at remote out < 10 seconds
• Total harmonic distortion < 0.01%
• Rise rate 10V/uS
• S/N ratio > 100 dB
• Channel separation > 60 dB
• Common mode noise suppression > 60 dB
• Down-conversion ratio 4:1 V/V
• High-level input ballast impedance 45 Ohm / 2 W per channel
• Maximum continuous (sine) load @ 4 Ohm 25 W RMS x CH
• Maximum allowable nominal load of the head unit 50 W x CH
• Maximum output signal @ THD < 0.1% 3.2 Vrms
• Minimum output load impedance 2 kOhm