RIOT 7500
Insane power at low prices and a small footprint? But what does it actually mean?
If you decide to base your design on a circuit that doubles the available voltage swing by internally bridging the channels, that's a full-bridge design. You don't need to pair up two separate external amplifiers to achieve the same function as the full-bridge design. This equals fewer components used, thus a smaller size. In addition, these types of amplifiers have the benefit of running health check modes prior to powering on.
The RIOT 7500 cannot be strapped or bridged as the design is already bridged inside the amp, thus full-bridge!
FULLBRIDGE
Experience great performance and audio reproduction with the RIOT 7500 amplifier. Its fullbridge circuit board design and durable construction ensure maximum stability at 1 ohm or higher, while maintaining minimal audio distortion. What's more, this more modern technology (compared to class-d half-bridge) comes at an unbeatable value. With its compact size, integration is effortless, and the days of strapping amps to achieve this power are no longer necessary as it is already internally bridged.
The RIOT 7500 is designed to optimize performance without sacrificing space. With oversized 0 AWG inputs and multiple cooling fans, heat is less of a concern, but do read the manual before installing. Regardless of your configuration, this amplifier will deliver rated power, given your electrical supply is up for it. At peaks this amplifier can pull 600 ampere of current, so don't be fooled by the size and think your stock battery is up for the challenge. Measuring only 13.4 x 8.54 x 2.4″ / 34 x 21.7 x 6.1 cm, the RIOT 7500 is a compact solution for your audio needs. The included bass knob with a clip indicator helps you having control over the audio signal, keeping it clean is the key, so don't let the light be lit up like New Years Eve, but a flash when the bass drops now and then is acceptable.
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Due to the output inductor circuit design of the RIOT 7500, it is not recommended to power up the amplifier without a load on the speaker terminals. Failure to do so could potentially cause a circuit malfunction which will leave the amplifier stuck in protect.
Frequency Response: | Signal to Noise Ratio: | Input Sensitivity: | Crossover Slope: | Low Pass Crossover: |
---|---|---|---|---|
10 Hz ~ 24 KHz (-3 dB) | >90 dB | 6 V ~ 0.2 V | 12 dB / Oct | 50 Hz ~ 20 KHz |
Subsonic Crossover: | Phase: | Damping Factor: | Power Terminal gauge: | Fuse Rating: |
10 Hz ~ 2 KHz | ~ | >200 | 0 GA x 2 | 600 A |
Operational voltage: | Dimensions: | Power @ 4 Ω 14.4v: | Power @ 2 Ω 14.4v: | Power @ 1 Ω 14.4v: |
10 V ~ 16.5 V | 13.4" x 8.54" x 2.4" 340 x 217 x 61 MM | 2400 w (2600 w @ 1 KHz) | 4200 w (4500 w @ 1 KHz) | 7500 w (8000 w @ 1 KHz) |
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