1300W Power Amplifier

P-series power amplifiers to be perfect companions to the popular club series loudspeakers. To achieve this, they made sure that the amplifiers are capable of delivering power that matches the power handling capabilities of the club series speakers and equipped them with YS processing to deliver signal that will result in optimum system performance. Power is plentiful, ranging from 3200W from the P7000S to 1300W from the P2500S in 4 ohms bridged mode. Matching precision is afforded by Yamaha's proprietary YS processing circuit. Each P-series amplifier is equipped with this specially designed circuit so that it delivers output tailored to specific response of club series speakers. All models feature both XLR and 1/4-inch TRS inputs and Neutrik Speakon, phone plug and 5-way binding post outputs. Other features include Yamaha's exclusive EEEngine technology for high performance with exceptional efficiency, sweepable high and low pass filters for matching output to any loudspeakers, compact and durable 2U chassis and variable speed cooling fans. P-series power amplifiers deliver solid, professional-quality power in wide range of configurations designed to suit variety of applications. In 4 ohms bridged mode P7000S delivers 3200W, P5000S 2600W, P3500S 2000W and P2500S 1300W. P-series power amplifiers can be used with any loudspeaker system, but using club series speakers they will provide optimum power and performance. In an 8 ohms stereo application, power output per P7000S channel is 700W (650W on the 230V model), the P5000S puts output 500W per channel, the P3500S delivers 350W per channel and the P2500S outputs 250W per channel. All four models are equipped with independent sweepable high-pass and low-pass filters on each channel so, optimize output for subwoofer or full range systems. YS processing (Yamaha speaker processing) achieves optimum matching with club series loudspeaker systems. This special circuit optimizes output from power amplifier to match characteristics of club series speaker systems, resulting in extra-smooth high and enhanced low.