WONDOM AA-AB31395 T-AMP LV Amplifier Module

The Wondom T‑AMP LV is a mono Class D amplification module designed to deliver up to 1000 W at 2 Ohms, leveraging proprietary T‑AMP technology to ensure efficiency approaching 90% while maintaining controlled dissipation. It exploits optimized architecture at both routing and component selection levels, thereby guaranteeing stable restitution with 100 dB signal-to-noise ratio and controlled distortion, even in high-stress configurations.

Intended for demanding audio integrations, it combines broad load compatibility, extended 48 to 72 V power supply and adaptable input sensitivity, enabling integration into DIY systems as well as professional or embedded applications. This approach enables it to serve as a central power block, while maintaining exploitation flexibility and operating stability suited to diverse environments.

Wondom T‑AMP LV: 1000 W power delivery

The Wondom T‑AMP LV module is a mono amplifier based on Class D topology exploiting proprietary T‑AMP technology, designed to deliver up to 1000 W at 2 Ohms in compact format. This architecture combines efficiency reaching 90% with controlled consumption, thereby enabling high power density concentration while limiting thermal and energy constraints. This approach results in facilitated integration into diverse environments while preserving power headroom suited to demanding loads.

Wondom T‑AMP LV: Configurable input sensitivity

Default input sensitivity enables direct adaptation with standard sources, portable players, smartphones or preamplifiers, while ensuring usable gain level without intermediate stage. This approach extends to customization possibilities across a wide range, enabling precise adjustment of module behavior according to upstream signal levels, thereby ensuring extended compatibility with heterogeneous audio environments.

Wondom T‑AMP LV: Adaptable power supply

The T‑AMP LV1 accepts an extended DC 48 V to 72 V supply range, enabling direct adjustment of available power level according to applied voltage. This relationship between input voltage and delivered power authorizes progressive performance increase, while association with compatible switching power supplies or AC-DC modules enables integration into complete systems with high energy capacity. This power supply flexibility simplifies overall system sizing while reducing integration constraints.