The MM7025, with its splashing 140 W rms at 8 ohms per channel, is the ideal two-channel power amplifier in our lineup this year. It can be used in an AV setup to boost your front channels to earth-shattering performance or as a sensational upgrade to your existing stereo system. The technology used is the same as in the MM7055 and MM8003 which means that combining with these systems is quick, efficient and easy. All in all, it offers fantastic opportunities to customize your stereo system to your liking. And, like its big brother 7055, it comes with a stylish new display, XLR inputs, DC triggers and a Marantz bus.
Current Feedback amplification is a well-known circuit technology from Marantz itself. Current Feedback amplifier technology fits perfectly with the high demands of Super Audio software, which delivers high-speed playback over a wide bandwidth. The impedance at the Current Feedback point is limited, providing very low phase shift. Marantz receivers and amplifiers with Current Feedback can minimize phase compensation via negative feedback (NFB), resulting in high throughput, excellent jump characteristics and exceptionally transparent sound across the entire bandwidth. Unlike conventional gain with voltage feedback, gain with current feedback makes the power amplifier insensitive to heavy loudspeaker loads.
A DC trigger is an assignable output voltage that can be used, for example, to automatically control an electric projection screen so that the screen goes down when the DVD input is selected on the receiver.
The IR Flasher input is a standardized connection for controlling AV systems with an external IR receiver, regardless of the infrared remote control format used. To the IR Flasher OUT you can connect an IR transmitter to control components of other brands. The third connection is the IR receiver INPUT. This is similar to the IR Flasher IN, but outputs a voltage suitable for external IR receiver eyes. For more information on the capabilities of each product, see the specifications.
Marantz's proprietary technology to design power supplies capable of converting every detail of an audio signal to the best sound quality.
An electrical component may look great on paper, but when combined with other components, the result does not always meet expectations. Marantz selects appropriate components for the specific design application. In some cases, it is simply not possible to use standard components that meet Marantz's strict standards. These components are then made specifically for Marantz in close cooperation with our engineers.
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