ROWEN high-end power amplifiers

To reproduce Musical signals life like requires an extremely exact control of the speaker diaphragm. This is the only way to transform the constantly changing music signals with their entire dynamic to acoustic noise without delay. As our audio perception concentrates on the transient phase of new audio occurrences the quality of high-class reproduction systems is found in the area of dynamic.

ROWEN high-end power amplifiers

SmartAMP amplifier automated amplifier with Audio-Sense ultra-sensitive Single-Ended-Class-A input circuit individual volume-setting for every input learn function for IR-remotes Display: LED Dot-Matrix with 3 display-modes damping factor overcompensated - negative output impedance dimensiones (w×h×d): 33×6.5×33 cm executions: Titan cover: Titan, black, white or gold Links: manual (PDF) executions: titan

Absolute ONE power amplifier power: 1×240W RMS 8Ω and 1×3500W 0.5Ω 2-channel: 2×65W RMS 8Ω and 2×1000W 0.5Ω full-symmetric construction with two toroidal transformers pure discrete circuit without global feedback Links: manual (PDF) executions:

Absolute MONO power amplifier power: 1×65W RMS 8Ω and 1×1000W 0.5Ω pure discrete circuit without global feedback toroidal transformer executions:

Absolute TWO power amplifier power: 1×160W RMS 8Ω and 1×2200W 0.5Ω 2-channel: 2×60W RMS 8Ω and 2×700W 0.5Ω pure discrete circuit and toroidal transformer power-supply output for ROWEN preamplifiers Links: manual (PDF) executions:

PA1 mono power amplifier power: 1×65W RMS 8Ω and 1×1000W 0.5Ω pure discrete circuit without global feedback toroidal transformer executions:

PA2 power amplifier power: 2×60W RMS 8Ω and 2×700W 0.5Ω pure discrete circuit and toroidal transformer power-supply output for ROWEN preamplifiers Links: manual (PDF) executions:

PA4 4-channel power amplifier power: 4×55W RMS 8Ω and 4×600W 0.5Ω pure discrete circuit and toroidal transformer power-supply output for ROWEN preamplifiers Links: manual (PDF) executions:

Loudspeakers act as reactive load and reach with any new transient on engagement or with a periodic signal for short moment impedances down to less then 1 Ohm. In these moments the real power of an amplifier is needed. High power voltage performance at 4 and 8 Ohms are therefore not relevant. With traditional amplifier designs the limiting circuit responds with impedances close to 2 Ohms anyway at this is where literal "power plants" of power amps fail.

Our power amplifiers are consequently designed for voltage stability without using limiter circuits or loudspeaker relays. The unique overcompensated attenuation (negative output impedance) leads to a solution which takes the dynamic losses of cable, passive crossovers and inertia of the transducers in consideration, which makes these problems disappear. Far higher control of the membrane and clearly more dynamic are results of this exclusive ROWEN solution. The music appears to be more vivid. The tension and the expression of any single note played leads directly to the impression that the musicians are directly in front of you.