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| 400 W Max. | |||
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| • 50 W × 4 (4 Ω)/100 W × 2 (4 Ω)/50 W × 2 + | • L/R symmetric layout circuit | • | ||
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| 100 W × 1 (4 Ω)/50 W × 4 (2 Ω) (continuous power) | • Input level/gain control (400 mV to 6.5 V) | terminals |
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| • 100 W × 4 (4 Ω)/100 W × 2 + 200 W × 1 (4 Ω)/ | (L/R independent) |
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| 200 W × 2 (4 Ω) (max. power) | • Low load impedance capability | • Multi Emitter Bipolar Transistor | ||
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| • Bridgeable | (4 Ω, 2 Ω to 8 Ω allowable) |
| • TVC (Total Vibration Control) technology | |
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| • L/R independent power supply | • |
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| Left and Right Channel |
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| TVC (Total Vibration Control) Technology |
| Independent Power Supply | ||
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| For superior sound quality across a wide |
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| spectrum, Pioneer’s TVC (Total Vibration |
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| Control) technology thoroughly suppresses |
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| vibration from parts and mechanisms that |
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| Stabilizes the amplifier and it’s internal | L/R symmetric circuit layout | |
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| componentry by absorbing outer | improves channel separation. | |
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| vibration with superior speed. |
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| 4,000 W Max. |
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| The pride of a winner takes |
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• 750 W × 1 (4 Ω)/1,500 W × 1 (2 Ω)/ | • |
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2,000 W × 1 (1 Ω) (continuous power) |
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• 1,500 W × 1 (4 Ω)/3,000 W × 1 (2 Ω)/ | terminals |
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4,000 W × 1 (1 Ω) (max. power) |
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| 2,400 W Max. |
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• 500 W × 1 (4 Ω)/1,000 W × 1 (2 Ω)/ | • |
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1,200 W × 1 (1 Ω) (continuous power) | plated power/ground terminals |
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• 1,000 W × 1 (4 Ω)/2,000 W × 1 (2 Ω)/ | • PWM regulated power supply with |
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2,400 W × 1 (1 Ω) (max. power) | MOSFET switching |
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Common Features |
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• Variable LPF (40 Hz to 240 Hz, | • | • | |||||||
• Input level control (400 mV to 6.5 V) |
| • Variable Bass Boost Remote (40 Hz to 120 Hz, 0 dB to +12 dB) | • | ||||||
• Low load impedance capability (1 Ω to 8 Ω) | • Subsonic filter (20 Hz, | • MASS (Multiple Amplifier Synchronization System) | |||||||
• | • SYNC control | • Removable terminal/settings cover | |||||||
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ODR & Pure Component Systems
Class-D Amplifiers
signal which has a much higher fixed frequency. The result | |||||
is a digital signal which contains the input signal and a | |||||
very little power into heat while a very high percentage |
| band of frequency components around the modulation | |||
of the power supply (67 %) is transformed into the load. |
| frequency. A LPF (Low Pass Filter) will then filter out the | |||
This results in a very compact amp which needs little |
| high frequency pulses and the resulting amplified output | |||
input power to produce very high output power. |
| signal is then sent to the subwoofer and/or speakers. | |||
The |
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modulates the original audio input signal with another |
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| Current vs. Power |
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(A) | 40 |
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30 |
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Current |
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20 |
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| 200 | 300 | 400 | 500 | |
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Power output (Watt
MASS (Multiple Amplifier Synchronization System) Connection Examples
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| SYNC OUTPUT |
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Mode select switch |
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| 2,000 W |
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MASTER position. |
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| SYNC | INPUT |
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Mode select switch |
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must be in |
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MASTER position. |
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| R |
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| Signal source |
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| 2 Ω minimum |
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| 4,000 W |
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Mode select switch |
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SYNC INV position. |
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Wiring for speaker must be 10 AWG minimum.
Load may be any combination of speakers but impedance must be 1 Ω or larger. Load may be any combination of speakers but impedance must be 2 Ω or larger.
With the
*These are only a few examples of connection configurations for the
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Mode select switch |
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MASTER position. |
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| 2,000 W |
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Mode select switch |
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| 1 Ω minimum |
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| + | 2,000 W |
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SYNC position. |
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*1 Ω minimum speaker impedance for this configuration or damage will occur. **2 Ω minimum speaker impedance for this configuration or damage will occur.
Caution: Having more than four amps in a sync configuration is not recommended.
Sine waves can put excessive stress on an audio system, so if a sine wave source is used at high output level, damage can occur.
Caution: To avoid damaging your amplifier/subwoofer system, please make sure that the continuous power output of the amplifier is lower than the nominal power handling of the subwoofer. | 37 |