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Alpine mrv t 407 v12 Manual

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ESPECIFICACIONES
Salida de potencia: Potencia continua RMS (a 12,0V, de 20 Hz a
20 kHz)
MRV-F357
Por canal en 4 ohmios (CH-1 – CH-4) ........ 30W, 0,08% DAT
Por canal en 2 ohmios (CH-1 – CH-4) ......... 40W, 0,3% DAT
Ponteado en 4 ohmios (CH-1 – CH-4) ......... 80W, 0,3% DAT
4 ohmios (CH-5) ...................................... 100W, 0,3% DAT
MRV-F307
Por canal en 4 ohmios .............................. 30W, 0,08% DAT
Por canal en 2 ohmios ............................... 40W, 0,3% DAT
Ponteado en 4 ohmios ............................... 80W, 0,3% DAT
MRV-T707
Por canal en 4 ohmios .............................. 70W, 0,08% DAT
Por canal en 2 ohmios ............................. 120W, 0,3% DAT
Ponteado en 4 ohmios ............................. 240W, 0,3% DAT
MRV-T407
Por canal en 4 ohmios .............................. 40W, 0,08% DAT
Por canal en 2 ohmios ............................... 75W, 0,3% DAT
Ponteado en 4 ohmios ............................. 150W, 0,3% DAT
Salida de potencia: Potencia continua RMS (a 14,4V, de 20 Hz a
20 kHz)
MRV-F357
Por canal en 4 ohmios (CH-1 – CH-4) ........ 50W, 0,08% DAT
Por canal en 2 ohmios (CH-1 – CH-4) ......... 60W, 0,3% DAT
Ponteado en 4 ohmios (CH-1 – CH-4) ....... 120W, 0,3% DAT
4 ohmios (CH-5) ...................................... 150W, 0,3% DAT
MRV-F307
Por canal en 4 ohmios .............................. 50W, 0,08% DAT
Por canal en 2 ohmios ............................... 60W, 0,3% DAT
Ponteado en 4 ohmios ............................. 120W, 0,3% DAT
MRV-T707
Por canal en 4 ohmios ............................ 100W, 0,08% DAT
Por canal en 2 ohmios ............................. 170W, 0,3% DAT
Ponteado en 4 ohmios ............................. 340W, 0,3% DAT
MRV-T407
Por canal en 4 ohmios .............................. 60W, 0,08% DAT
Por canal en 2 ohmios ............................. 100W, 0,3% DAT
Ponteado en 4 ohmios ............................. 200W, 0,3% DAT
Potencia máxima (a 14,4V)
MRV-F357
Por canal en 4 ohmios (CH-1 – CH-4) ........................... 90W
Ponteado en 4 ohmios (CH-1 – CH-4) ......................... 240W
4 ohmios (CH-5) ........................................................300W
MRV-F307
Por canal en 4 ohmios ................................................. 90W
Ponteado en 4 ohmios ...............................................240W
MRV-T707
Por canal en 4 ohmios ............................................... 225W
Ponteado en 4 ohmios ...............................................600W
MRV-T407
Por canal en 4 ohmios ............................................... 140W
Ponteado en 4 ohmios ...............................................400W
Respuesta de frecuencia................10 Hz a 50 kHz (+0, –1 dB)
Relación señal/ruido
(con referencia a la potencia nominal)....................... 100 dBA
Factor de torsión ................................................. Mayor que 5
Sensibilidad de entrada (para salida de potencia
nominal) ...................200mV a 4,0V (1,0V en el punto central)
Impedancia de entrada ............. Entrada de línea: 10k ohmios/
Entrada del altavoz: 15 ohmios
Impedancia de altavoz ........................ 4 o 2 ohmios (Estéreo),
4 ohmios (En puente)
Frecuencia y pendiente del filtro divisor
de frecuencia ........................... 50 a 200 Hz, 12 dB por octava
Requisito de potencia .......................................... 11 – 16V CC
con conexión negativa a tierra
Dimensiones (An. x Al. x Pr.)
MRV-F307, MRV-T707 ..............260mm x 60mm x 270mm
MRV-F357 ................................260mm x 60mm x 400mm
MRV-T407 ..............................260mm x 60mm x 180mm
Peso
MRV-F357 ................................................................ 6,2 kg
MRV-F307 ................................................................ 4,3 kg
MRV-T707 ............................................................... 4,4 kg
MRV-T407 .............................................................. 3,0 kg
NOTA:
Con el propósito de introducir mejoras, las especificaciones y
el diseño del producto están sujetos a cambios sin previo aviso.
SPECIFICATIONS
Sortie de puissance: Puissance continue RMS (à 12,0V, 20 Hz à
20 kHz)
MRV-F357
Par canal à 4 ohms (CH-1 – CH-4) .............30W, 0,08% DHT
Par canal à 2 ohms (CH-1 – CH-4) .............. 40W, 0,3% DHT
En pont à 4 ohms (CH-1 – CH-4) ................ 80W, 0,3% DHT
4 ohms (CH-5) ......................................... 100W, 0,3% DHT
MRV-F307
Par canal à 4 ohms ...................................30W, 0,08% DHT
Par canal à 2 ohms .................................... 40W, 0,3% DHT
En pont à 4 ohms ...................................... 80W, 0,3% DHT
MRV-T707
Par canal à 4 ohms ...................................70W, 0,08% DHT
Par canal à 2 ohms .................................. 120W, 0,3% DHT
En pont à 4 ohms .................................... 240W, 0,3% DHT
MRV-T407
Par canal à 4 ohms ...................................40W, 0,08% DHT
Par canal à 2 ohms .................................... 75W, 0,3% DHT
En pont à 4 ohms .................................... 150W, 0,3% DHT
Sortie de puissance: Puissance continue RMS (à 14,4V, 20 Hz à
20 kHz)
MRV-F357
Par canal à 4 ohms (CH-1 – CH-4) .............50W, 0,08% DHT
Par canal à 2 ohms (CH-1 – CH-4) .............. 60W, 0,3% DHT
En pont à 4 ohms (CH-1 – CH-4) .............. 120W, 0,3% DHT
4 ohms (CH-5) ......................................... 150W, 0,3% DHT
MRV-F307
Par canal à 4 ohms ...................................50W, 0,08% DHT
Par canal à 2 ohms .................................... 60W, 0,3% DHT
En pont à 4 ohms .................................... 120W, 0,3% DHT
MRV-T707
Par canal à 4 ohms .................................100W, 0,08% DHT
Par canal à 2 ohms .................................. 170W, 0,3% DHT
En pont à 4 ohms .................................... 340W, 0,3% DHT
MRV-T407
Par canal à 4 ohms ...................................60W, 0,08% DHT
Par canal à 2 ohms .................................. 100W, 0,3% DHT
En pont à 4 ohms .................................... 200W, 0,3% DHT
Puissance max. (à 14,4V)
MRV-F357
Par canal à 4 ohms (CH-1 – CH-4) ................................ 90W
En pont à 4 ohms (CH-1 – CH-4) ................................ 240W
4 ohms (CH-5) ........................................................... 300W
MRV-F307
Par canal à 4 ohms ...................................................... 90W
En pont à 4 ohms ...................................................... 240W
MRV-T707
Par canal à 4 ohms .................................................... 225W
En pont à 4 ohms ...................................................... 600W
MRV-T407
Par canal à 4 ohms .................................................... 140W
En pont à 4 ohms ...................................................... 400W
Réponse de fréquence ...................10 Hz à 50 kHz (+0, –1 dB)
Rapport signal/bruit
(par rapport à la puissance nominale) ....................... 100 dBA
Facteur de saut ....................................................... Plus que 5
Sensibilité d’entrée (pour la sortie de puissance
nominale) ....................200mV à 4,0V (1,0V à la position centrale)
Impédance d’entrée ....................... Entrée de ligne: 10k ohms/
Entrée de haut-parleur: 15 ohms
Impédance de haut-parleur .................. 4 ou 2 ohms (Stéréo),
4 ohms (En pont)
Fréquence et pente du diviseur de
fréquence active ............................. 50 à 200 Hz, 12 dB/octave
Alimentation nécessaire ...................................... 11 – 16V CC
à la terre négative
Dimensions (L x H x P)
MRV-F307, MRV-T707 .............. 260mm x 60mm x 270mm
(10-1/4" x 2-3/8" x 10-5/8")
MRV-F357 ................................ 260mm x 60mm x 400mm
(10-1/4" x 2-3/8" x 15-5/8")
MRV-T407 .............................. 260mm x 60mm x 180mm
(10-1/4" x 2-3/8" x 7-1/8")
Poids
MRV-F357 .......................................... 6,2 kg (13 li. 10 on.)
MRV-F307 .............................................. 4,3 kg (9 li. 7 on.)
MRV-T707 ........................................... 4,4 kg (9 li. 11 on.)
MRV-T407 ............................................ 3,0 kg (6 li. 9 on.)
REMARQUE:
Afin d'améliorer ce produit, les spécifications et la conception
sont sujettes à des modifications sans préavis.
SPECIFICATIONS
Power Output: RMS Continuous Power (at 12.0V, 20 Hz to 20
kHz)
MRV-F357
Per channel into 4 ohms (CH-1 – CH-4) ..... 30W, 0.08% THD
Per channel into 2 ohms (CH-1 – CH-4) ...... 40W, 0.3% THD
Bridged into 4 ohms (CH-1 – CH-4) ............ 80W, 0.3% THD
4 ohms (CH-5) ......................................... 100W, 0.3% THD
MRV-F307
Per channel into 4 ohms ........................... 30W, 0.08% THD
Per channel into 2 ohms ............................ 40W, 0.3% THD
Bridged into 4 ohms .................................. 80W, 0.3% THD
MRV-T707
Per channel into 4 ohms ........................... 70W, 0.08% THD
Per channel into 2 ohms .......................... 120W, 0.3% THD
Bridged into 4 ohms ................................ 240W, 0.3% THD
MRV-T407
Per channel into 4 ohms ........................... 40W, 0.08% THD
Per channel into 2 ohms ............................ 75W, 0.3% THD
Bridged into 4 ohms ................................ 150W, 0.3% THD
Power Output: RMS Continuous Power (at 14.4V, 20 Hz to 20
kHz)
MRV-F357
Per channel into 4 ohms (CH-1 – CH-4) ..... 50W, 0.08% THD
Per channel into 2 ohms (CH-1 – CH-4) ...... 60W, 0.3% THD
Bridged into 4 ohms (CH-1 – CH-4) .......... 120W, 0.3% THD
4 ohms (CH-5) ......................................... 150W, 0.3% THD
MRV-F307
Per channel into 4 ohms ........................... 50W, 0.08% THD
Per channel into 2 ohms ............................ 60W, 0.3% THD
Bridged into 4 ohms ................................ 120W, 0.3% THD
MRV-T707
Per channel into 4 ohms ......................... 100W, 0.08% THD
Per channel into 2 ohms .......................... 170W, 0.3% THD
Bridged into 4 ohms ................................ 340W, 0.3% THD
MRV-T407
Per channel into 4 ohms ........................... 60W, 0.08% THD
Per channel into 2 ohms .......................... 100W, 0.3% THD
Bridged into 4 ohms ................................ 200W, 0.3% THD
Max. Power (at 14.4V)
MRV-F357
Per channel into 4 ohms (CH-1 – CH-4) ........................ 90W
Bridged into 4 ohms (CH-1 – CH-4) ............................ 240W
4 ohms (CH-5) ........................................................... 300W
MRV-F307
Per channel into 4 ohms .............................................. 90W
Bridged into 4 ohms .................................................. 240W
MRV-T707
Per channel into 4 ohms ............................................ 225W
Bridged into 4 ohms .................................................. 600W
MRV-T407
Per channel into 4 ohms ............................................ 140W
Bridged into 4 ohms .................................................. 400W
Frequency Response ................... 10 Hz to 50 kHz (+0, –1 dB)
Signal-to-Noise Ratio
(referenced to rated power) ........................................ 100 dBA
Slew factor ........................................................ Greater than 5
Input Sensitivity (for rated power
output) ........................ 200mV to 4.0V (1.0V at center detent)
Input Impedance ........................................ Line in: 10k ohms/
Speaker in: 15 ohms
Speaker Impedance ............................... 4 or 2 ohms (Stereo),
4 ohms (Bridged)
Active Dividing Network Frequency and
Slope ....................................... 50 to 200 Hz, 12 dB per octave
Power Requirement .................. 11 – 16V DC Negative Ground
Dimensions (W x H x D)
MRV-F307, MRV-T707 .............. 260mm x 60mm x 270mm
(10-1/4" x 2-3/8" x 10-5/8")
MRV-F357 ................................ 260mm x 60mm x 400mm
(10-1/4" x 2-3/8" x 15-5/8")
MRV-T407 .............................. 260mm x 60mm x 180mm
(10-1/4" x 2-3/8" x 7-1/8")
Weight
MRV-F357 .........................................6.2 kg (13 lbs. 10 oz)
MRV-F307 ............................................. 4.3 kg (9 lbs. 7 oz)
MRV-T707 ..........................................4.4 kg (9 lbs. 11 oz)
MRV-T407 ...........................................3.0 kg (6 lbs. 9 oz)
NOTE:
For product improvement, specifications and design are sub-
ject to change without notice.
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