Push–pull output

Results: 34



#Item
1● Revolutionary AAVA volume control ● Output stage with high power transistors in parallel push-pull configuration produces quality power: 100 watts x 2 into 8 ohms ● Instrumentation amplifier principle for power a

● Revolutionary AAVA volume control ● Output stage with high power transistors in parallel push-pull configuration produces quality power: 100 watts x 2 into 8 ohms ● Instrumentation amplifier principle for power a

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Source URL: www.accuphase.com

Language: English - Date: 2015-11-26 02:52:53
2m Triple parallel push-pull output stage in each channel delivers plenty of linear power even into very low load impedances m Instrumentation amplifier derived signal path design m Advanced MCS+ circuit topology m Bridge

m Triple parallel push-pull output stage in each channel delivers plenty of linear power even into very low load impedances m Instrumentation amplifier derived signal path design m Advanced MCS+ circuit topology m Bridge

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Source URL: www.accuphase.com

Language: English - Date: 2008-12-24 21:23:26
    3m Output stage with 3-parallel push-pull configuration for each channel delivers high power and handles very low impedance loads m Instrumentation amplifier principle used for signal paths m Further refined MCS+ circuit

    m Output stage with 3-parallel push-pull configuration for each channel delivers high power and handles very low impedance loads m Instrumentation amplifier principle used for signal paths m Further refined MCS+ circuit

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    Source URL: www.accuphase.com

    Language: English - Date: 2008-12-24 21:24:07
      4m Powerful 11-parallel push-pull output stage in each channel delivers linear power into loads as low as one ohm m Instrumentation amplifier type design of amplification stages m Further refined MCS+ circuit topology m C

      m Powerful 11-parallel push-pull output stage in each channel delivers linear power into loads as low as one ohm m Instrumentation amplifier type design of amplification stages m Further refined MCS+ circuit topology m C

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      Source URL: www.accuphase.com

      Language: English - Date: 2008-12-24 21:24:48
        5m Powerful 11-parallel push-pull output stage in each channel delivers linear power into loads as low as one ohm m Input stage with MCS topology m Current feedback circuit combines excellent sound quality with total oper

        m Powerful 11-parallel push-pull output stage in each channel delivers linear power into loads as low as one ohm m Input stage with MCS topology m Current feedback circuit combines excellent sound quality with total oper

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        Source URL: www.accuphase.com

        Language: English - Date: 2008-12-24 21:24:43
          6m Pure Class A operation delivers quality power: 45 watts × 2 into 8 ohms m Power MOS-FET output stage features 6-parallel push-pull configuration m Instrumentation amplifier principle m Further improved MCS+ circuit to

          m Pure Class A operation delivers quality power: 45 watts × 2 into 8 ohms m Power MOS-FET output stage features 6-parallel push-pull configuration m Instrumentation amplifier principle m Further improved MCS+ circuit to

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          Source URL: www.accuphase.com

          Language: English - Date: 2008-12-24 21:13:43
            7m Pure Class A operation delivers quality power: 60 watts × 2 into 8 ohms m Power MOS-FET output stage features 10-parallel push-pull configuration m Input circuitry with MCS topology m Current feedback design combines

            m Pure Class A operation delivers quality power: 60 watts × 2 into 8 ohms m Power MOS-FET output stage features 10-parallel push-pull configuration m Input circuitry with MCS topology m Current feedback design combines

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            Source URL: www.accuphase.com

            Language: English - Date: 2008-12-24 21:13:55
              8Leaving Class A The meters on our amplifiers are different. They reflect the current consumption of the amplifier, and when the amplifier is operating, they don’t go down to zero like the meters on other amplifiers. Th

              Leaving Class A The meters on our amplifiers are different. They reflect the current consumption of the amplifier, and when the amplifier is operating, they don’t go down to zero like the meters on other amplifiers. Th

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              Source URL: www.firstwatt.com

              Language: English - Date: 2011-12-29 21:27:55
              9Burning Amp Number Three by Nelson Pass Introduction In the BA-1 and BA-2 projects we constructed two different amplifiers using very similar input and voltage gain stages (aka the “front ends”), but used them to dri

              Burning Amp Number Three by Nelson Pass Introduction In the BA-1 and BA-2 projects we constructed two different amplifiers using very similar input and voltage gain stages (aka the “front ends”), but used them to dri

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              Source URL: www.firstwatt.com

              Language: English - Date: 2011-12-29 21:27:05
              10Power Amplification - GenRad Experimenter Oct 1927

              Power Amplification - GenRad Experimenter Oct 1927

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              Source URL: www.jumpjet.info

              Language: English - Date: 2011-09-19 00:51:37