YAMAHA NS-SW200 – Active Subwoofer

Description

A design combining superior operability and beauty. And introducing a new technology, Twisted Flare Port, for clear and tight bass. A subwoofer that will match a wide range of speakers and interiors.

The Yamaha NS-SW200 offers multiple connection options including direct LFE and line-level inputs. The rear-mounted system control interface allows you to connect the subwoofer to compatible amplifiers for automatic power on and off; a system control cable is included. As an added convenience, this subwoofer features front panel controls, which allow you to easily adjust the subwoofer’s volume level, as well as a power button and LED indicator.

PWM DIGITAL DRIVE HIGH EFFICIENCY AMPLIFIER AND DUAL FEEDBACK CIRCUIT

The built-in power amplifier is engineered to deliver a stable power output of 130W with high efficiency while minimizing power consumption and heat production. It does not require an output filter coil, resulting in reduced noise and distortion. High speed transient response is also enhanced. The dual feedback circuit reduces distortion by applying feedback twice, resulting in optimal sound clarity.

TWISTED FLARE PORT

Compared to conventional ports, the Twisted Flare Port is engineered for a greater reduction of air turbulence noise, contributing to clear and accurate low frequency reproduction. The flared and gently twisted shape evenly diffuses the air flow through the port.

ADVANCED YST II FOR AWESOME DEEP BASS

Developed by Yamaha, the Advanced YST II (Yamaha Active Servo Technology II) combines negative-impedance and constant-current principles to drive the speaker cone for tighter control than the previous version. Using advanced negative impedance converter (ANIC) circuits, this system dynamically optimizes effective speaker impedance to maintain linearity. This contributes to a stable and accurate low range response as well as high sound quality.

AUTO POWER STANDBY

If no signal is input from the amplifier for a fixed period of time, the subwoofer automatically switches to a standby state. When a signal from the amplifier is detected, power turns on automatically. This is designed to limit energy consumption.