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Sherwood Newcastle A-965 7-Channel Power Amplifier

$ 316.8

Availability: 54 in stock
  • Type: Power Amplifier
  • Brand: Sherwood
  • Model: A 965
  • All returns accepted: ReturnsNotAccepted
  • Number of Channels: 7
  • Condition: Used

    Description

    Like new!
    Sherwood Newcastle A-965 7-Channel Power Amplifier.
    The A-965 is a 7-channel, 80-pound, independent main amp designed specifically for low impedance loads. With a power supply that contains two huge toroidal power transformers and the capability to unleash greater than a kilowatt of output power—the A-965 could easily be used as a poster boy for the concept of “High Current.” But there is more to this amp than brute force. Each channel, from gold-plated input to heavy duty output, is built on a separate circuit board as an independent mono block, a design which minimizes cross-talk (and facilitates repair in the unlikely event that should become necessary). The discrete circuitry utilizes PNP differential input, Darlington current driver and parallel, pure-complementary, push-pull output. The results? The A-965 has the delicacy to limit its Intermodulation Distortion to only 7 parts in 100,000 (0.007% IMD) yet with all channels driven, the A-965 delivers 160 Watts x 7 at any combination of frequencies between 20 Hz and 20 kHz with less than 0.09% THD.
    Features:
    Designed for Low Impedance Loads
    All-Channels-Driven Power 20 Hz-20kHz 100 Watts per channel (x 7) into 8 ohms 160 Watts per channel (x 7) into 4 ohms
    THD <0.02% from 20 Hz-20 kHz,
    8 ohms
    THD <0.09% from 20 Hz-20 kHz,
    4 ohms
    2 Toroidal Power Transformers
    7 Separate Discrete Amplifier Modules Built as 7 Separate Monoblock Amplifiers
    Totally Discrete Amplifier Stage for All Channels
    Gold Plated Inputs
    Heavy-Duty Speaker Binding Posts compatible with bare wire, banana plugs and spade lugs
    Remote turn-on via 12-Volt external input
    Aluminum Front Panel
    Amplifier Features:
    Dynamic Headroom, 8 ohms, 1.5 dB
    Dynamic Power (EIA Standard Rating)
    300 watts per channel, 4 ohms
    480 watts per channel, 2 ohms