2-6 DAYS DELIVERY
BRAND: Soundstream
SKU: ST1700D
PRODUCT ID: 1345166934058
SHIPPING WEIGHT: 3.4 lb
100% ORIGINAL AND QUALITY
1 YEAR MANUFACTURER WARRANTY
- Description
- Reviews
Features:
- Monoblock Stealth Series Class D Amplifier
- RMS Power Rating:
- 4 ohms: 300 watts x 1 chan.
- 2 ohms: 450 watts x 1 chan.
- Peak power output: 700 watts
- MOSFET Power Supply w/ Audiophile Grade IRTM Transistors
- Military Grade SMT PCB Maintains Dynamic Performance
- Hybrid Aluminum Alloy Heatsink for Optimum Dissipation
- Dash Mount Gain Control Module Included
- Direct Short, Thermal, & Overload Circuits Protect Ampllifier
- Quick Disconnect RCA/High Level Wire Harness
- Quick Disconnect Power and Speaker Output Harness
- High Level or Low Level RCA Input
- 12dB Bass Boost Increases Low Octave Harmonics
- Variable 12dB Low Pass, & Subsonic Crossovers
- LED power (green) and protect (red) indicators
- Input sensitivity: 500 mV - 12V
- Frequency Response: 20 - 150 Hz
- Total Harmonic Distortion (THD): <0.5%
- Signal to Noise Ration: 70 dB
- Variable Bass Boost: 0 to +12 dB bass boost at 45 Hz
- Variable low-pass filter: 35 - 250 Hz, 12 dB/octave
- Subsonic filter: 10 - 50 Hz , 12 dB/octave
- Fuse Rating: 30A x 1
Specifications:
Power Specifications - Subwoofer Channel:
- RMS Power @ 4 ohms: 250 watts x 1 channels
- RMS Power @ 2 ohms: 350 watts x 1 channels
Amplifier Specifications:
- Amplifier Series: Stroker Pro (Cerwin Vega)
- Amplifier Class: D
- Number of Channels: 1 - Mono
- Total Peak Power Output: 700 watts
- Total RMS Power Output: 450 watts
- Maximum Input Gauge Size: 8 AWG
- Minimum Impedance Unbridged: 2 ohms
- Minimum Impedance Bridged: Not Bridgeable
- THD at Rated RMS Power: <0.5%
- Speaker Level Inputs: Yes - with included adapter
- Preamp Outputs: No
- Built-in Crossover: Low-pass (LP), Subsonic
- Low-Pass Crossover Frequency: 35 - 250 Hz
- Subsonic Filter: 10 - 50 Hz
- Signal-to-Noise Ratio: 70 dB
- Bass Boost: 0 - 12 dB
- Bass/Gain Remote: Yes
- Fuse Rating: 30A x 1
- Strappable: No
- CEA-2006 Compliant: No