168299

Alpine mrv f 357 v12 Manual

19
Zoom out
Zoom in
Previous page
1/20
Next page
19
EspañolFrançais
English
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.
… 19


Need help? Post your question in this forum.

Forumrules


Report abuse

Libble takes abuse of its services very seriously. We're committed to dealing with such abuse according to the laws in your country of residence. When you submit a report, we'll investigate it and take the appropriate action. We'll get back to you only if we require additional details or have more information to share.

Product:

For example, Anti-Semitic content, racist content, or material that could result in a violent physical act.

For example, a credit card number, a personal identification number, or an unlisted home address. Note that email addresses and full names are not considered private information.

Forumrules

To achieve meaningful questions, we apply the following rules:

Register

Register getting emails for Alpine mrv f 357 v12 at:


You will receive an email to register for one or both of the options.


Get your user manual by e-mail

Enter your email address to receive the manual of Alpine mrv f 357 v12 in the language / languages: English, French, Spanish as an attachment in your email.

The manual is 0,67 mb in size.

 

You will receive the manual in your email within minutes. If you have not received an email, then probably have entered the wrong email address or your mailbox is too full. In addition, it may be that your ISP may have a maximum size for emails to receive.

The manual is sent by email. Check your email

If you have not received an email with the manual within fifteen minutes, it may be that you have a entered a wrong email address or that your ISP has set a maximum size to receive email that is smaller than the size of the manual.

The email address you have provided is not correct.

Please check the email address and correct it.

Your question is posted on this page

Would you like to receive an email when new answers and questions are posted? Please enter your email address.



Info