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General| Channels | 2 |
|---|---|
| Total Power | 1200 Watts |
| Minimum Impedance Unbridged | 2 Ohms |
| Minimum Impedance Bridged | 4 Ohms |
| Crossover Type | Variable Low-Pass / High-Pass |
| Bass Boost | 0 to +18 dB |
| Bass Boost Frequency | 45 Hz |
| RCA Inputs | Yes |
| Speaker Level Inputs | Yes |
| Frequency Response | 20Hz - 20kHz |
| Power Supply | 12V |
| Dimensions | 2.25" |
Describes the use of quasi-regulated power supplies for stable operation.
Details protection circuits including short-circuit, thermal, and reverse polarity.
Highlights optical isolation for muting circuits from audio circuits.
Mentions the use of high-speed (35 ns) diodes for main rectifiers.
Notes the employment of high current MOSFETs for power supply switching.
Explains infinitely variable crossovers using Linkwitz Riley responses.
Covers high Q low frequency circuits for tighter bass response.
States that high current MOSFETs are used in all output stages.
Indicates driver stages are DC coupled and operate in Class A mode.
Explains how low gain structured power sections enhance noise immunity.
Illustrates the standard two-channel wiring setup for amplifiers.
Shows the wiring configuration for tri-mode operation, often for subwoofers.
Depicts the bridged wiring setup for increased power output.
Details the standard four-channel wiring setup for amplifiers.
Shows the wiring configuration for tri-mode operation with four channels.
Depicts the bridged wiring setup for four-channel amplifiers.
Illustrates the standard five-channel wiring setup for amplifiers.
Shows the wiring configuration for tri-mode operation with five channels.
Depicts the bridged wiring setup for five-channel amplifiers.
Addresses issues where the amplifier fails to turn on, checking grounds and power.
Guides on troubleshooting when the protection LED is lit, checking shorts and fuses.
Helps diagnose situations with no sound output, checking fuses, grounds, and RCA connections.
Provides steps to resolve low volume issues by checking level and crossover controls.
Assists in fixing problems where only one audio channel is working.
Explains how to eliminate or reduce high hiss in speakers, focusing on RCA grounding.
Addresses high squeal noise from speakers, often caused by poor RCA grounding.
Helps resolve distorted sound by checking level controls and crossover settings.
Provides solutions for amplifiers getting very hot, checking impedance and airflow.
Guides on resolving static-type engine noise by checking RCA cable routing.
Helps fix alternator whine by ensuring proper grounding of speaker and RCA connections.
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