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is no exception. It was designed to handle complex speaker loads without straining, a hallmark of HK’s "High-Current" design, which allows the amplifier to provide immediate, high-amperage power to demanding speakers. The
5.1 channel pre-amp outputs (allowing for external amplification) and subwoofer outputs. 3. Key Features and Capabilities was considered a full-featured unit at its launch. On-Board Dolby Digital Decoding The defining feature of this era, the , includes built-in Dolby Digital (
Harman Kardon equipped the AVR 45 with a massive power supply and generous storage capacitors. This allowed the receiver to deliver high current into low-impedance loads. The result was a sound that was dynamic, punchy, and clean, even at high volumes. The AVR 45 wasn't just about loudness; it was about control over the speaker drivers.
The engineering theory was simple but revolutionary: Real-world loudspeakers do not present a constant resistance. An 8-ohm speaker might dip to 4 ohms or lower at certain frequencies. Budget receivers of the era would struggle with these dips, leading to clipping, distortion, and potential damage to the speakers.
65 watts per channel into 8Ω (Stereo); 55W per channel in 5-channel surround mode. High-Current Capability:
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is no exception. It was designed to handle complex speaker loads without straining, a hallmark of HK’s "High-Current" design, which allows the amplifier to provide immediate, high-amperage power to demanding speakers. The
5.1 channel pre-amp outputs (allowing for external amplification) and subwoofer outputs. 3. Key Features and Capabilities was considered a full-featured unit at its launch. On-Board Dolby Digital Decoding The defining feature of this era, the , includes built-in Dolby Digital ( harman kardon avr 45
Harman Kardon equipped the AVR 45 with a massive power supply and generous storage capacitors. This allowed the receiver to deliver high current into low-impedance loads. The result was a sound that was dynamic, punchy, and clean, even at high volumes. The AVR 45 wasn't just about loudness; it was about control over the speaker drivers. is no exception
The engineering theory was simple but revolutionary: Real-world loudspeakers do not present a constant resistance. An 8-ohm speaker might dip to 4 ohms or lower at certain frequencies. Budget receivers of the era would struggle with these dips, leading to clipping, distortion, and potential damage to the speakers. This allowed the receiver to deliver high current
65 watts per channel into 8Ω (Stereo); 55W per channel in 5-channel surround mode. High-Current Capability: