It is intended for use in all types of vehicles, for vehicles with a START/STOP system, electric cars, yachts, boats (open decks not flooded by a wave), ATVs and other motor vehicles. HAM 1000.2D is a Class D digital power amplifier designed for a wide range of consumers. It features a wide operating voltage range and stable operation at a 1 ohm load. The amplifier is characterized by its compact size and light weight, which makes it convenient for use in various conditions. The optical interface guarantees a clean and clear transmission of audio data without loss of sound quality, and is also protected from electromagnetic interference.
Main Features:
• Unique and elegant case design;
• Compact design with a height of 47.5mm, a length of 291mm and a width of 125mm, makes it easy to move and install.;
• Increased resistance to vibration;
• Protection class IP-54 (Protection against splashing water and dust);
• Output stage with direct coupling on MOP transistors and with low total negative feedback;
• Stable operation in 1 ohm mode;
• The efficiency of the volume level is limited by the amplitude of the output signal (RMS) - 2 channels of 34 V or one channel of 68 V, in bridge mode;
• High efficiency when working with low frequency AC;
• Voltage converter based on a digital regulated power supply with pulse width modulation, based on MOP transistors;
• Stable operation at a voltage from 9 to 16 V
• Low power consumption;
• Reliable cooling system;
• Smooth start-up with delayed start-up;
• Full-fledged active crossover part of 12 dB\oct. It can work in three modes– HPF, LPF, HPF+LPF;
• Low frequency equalizer (Bass Boost) with adjustment ranges from 26Hz to 100Hz and gain up to +12dB;
• Infra low pass filter (Sub Sonic);
• Switchable pre-cascade Direct\HPF-off, LPF-off;
• Optical input and output operating up to 24bit/192kHz;
• Remote volume control;
• Low noise level;
• High-level input with controlled automatic switching and wide sensitivity range from 1 to 30 volts;
• Fully automatic protection against direct current, overheating, short circuits, overloads, on/off peaks and radio interference from wireless devices.