Tekniska Data - Yamaha MX-A5200 Bedienungsanleitung

Tekniska data

Ingångar
• Ljud
Analog RCA (obalans) x 11
Analog XLR (Balans) x 11 (1:GND, 2:HET, 3:KALL)
Utgångar
• Ljud
Högtalare Out x 11 kanaler
(13 kontakter:CH.1, CH.2[V/H], CH.3-A[V/H, CH.3-B[V/H], CH.4[V/H] till
CH.6[V/H])
Övriga uttag
• TRIGGER OUT x 1 (+12 V/0.1 A max.)
• TRIGGER IN x 1 (+12 V In)
• TRIGGER THROUGH OUT x 1
Ljuddelen
• Klassad uteffekt (2 kanalsdriven)
(20 Hz till 20 kHz, 0,06% THD, 6 )
CH.1 .........................................................................................................170 W
CH.2 (V/H) ...............................................................................................170 W
CH.3 (V/H) ...............................................................................................170 W
CH.4 (V/H) ...............................................................................................170 W
CH.5 (V/H) ...............................................................................................170 W
CH.6 (V/H) ...............................................................................................170 W
(20 Hz till 20 kHz, 0,06% THD, 8 )
CH.1 .........................................................................................................150 W
CH.2 (V/H) ...............................................................................................150 W
CH.3 (V/H) ...............................................................................................150 W
CH.4 (V/H) ...............................................................................................150 W
CH.5 (V/H) ...............................................................................................150 W
CH.6 (V/H) ...............................................................................................150 W
(1 kHz, 0,9% THD, 8 )
CH.1 .........................................................................................................170 W
CH.2 (V/H) ...............................................................................................170 W
CH.3 (V/H) ...............................................................................................170 W
CH.4 (V/H) ...............................................................................................170 W
CH.5 (V/H) ...............................................................................................170 W
CH.6 (V/H) ...............................................................................................170 W
• Klassad uteffekt (1 kanalsdriven)
(1 kHz, 0,9% THD, 6 )
CH.1 ..............................................................................................230 W/kanal
CH.2 (V/H) ....................................................................................230 W/kanal
CH.3 (V/H) ....................................................................................230 W/kanal
CH.4 (V/H) ....................................................................................230 W/kanal
CH.5 (V/H) ....................................................................................230 W/kanal
CH.6 (V/H) ....................................................................................230 W/kanal
(1 kHz, 0,9% THD, 8 )
CH.1 ..............................................................................................190 W/kanal
CH.2 (V/H) ....................................................................................190 W/kanal
CH.3 (V/H) ....................................................................................190 W/kanal
CH.4 (V/H) ....................................................................................190 W/kanal
CH.5 (V/H) ....................................................................................190 W/kanal
CH.6 (V/H) ....................................................................................190 W/kanal
[Modeller för Storbritannien, Europa och Ryssland]
(1 kHz, 0,9% THD, 4 )
CH.3 (V/H) ....................................................................................290 W/kanal
• Nominell utgångseffekt (2-kanalig BRYGG-driven)
(20-20 kHz, 0,06% THD, 8 )
CH3A (+) och CH4 (+) (V/H) .......................................................200 W/kanal
(1kHz, 0,9% THD, 8 )
CH3A (+) och CH4 (+) (V/H) .......................................................240 W/kanal
• Maximal effektiv uteffekt (1-kanal driven, JEITA)
[Modeller för Kina, Taiwan, Korea, Asien, Brasilien, Central- och
Sydamerika och allmänna modeller]
(1 kHz, 10% THD, 6 )
CH.1 ..............................................................................................280 W/kanal
CH.2 (V/H) ....................................................................................280 W/kanal
CH.3 (V/H) ....................................................................................280 W/kanal
CH.4 (V/H) ....................................................................................280 W/kanal
CH.5 (V/H) ....................................................................................280 W/kanal
CH.6 (V/H) ....................................................................................280 W/kanal
(1 kHz, 10% THD, 8 )
CH.1 ..............................................................................................230 W/kanal
CH.2 (V/H) ....................................................................................230 W/kanal
CH.3 (V/H) ....................................................................................230 W/kanal
CH.4 (V/H) ....................................................................................230 W/kanal
CH.5 (V/H) ....................................................................................230 W/kanal
CH.6 (V/H) ....................................................................................230 W/kanal
• Dynamisk effekt (IHF)
1-kanal driven (8/6/4/2 ) ..........................................190/250/350/500 W
• Dämpningsfaktor
Alla kanaler, 1 kHz, 8  ........................................................... 180 eller mer
• Ingångskänslighet/ingångsimpedans
Obalans (1 kHz, 100 W/8 ) ...................................................... 1.0 V/47 k
Balans (1 kHz, 100 W/8 ) ......................................................... 2.0 V/47 k
• Maximal insignal
Obalans (1 kHz, 0,5% THD, 8 )............................................................1.3 V
Balans (1 kHz, 0,5% THD, 8 ) ..............................................................2.6 V
• Frekvensåtergivning (10 Hz till 100 kHz).......................................+0/-3 dB
• Total harmonisk distorsion (70 W/8 )....................0,015% eller mindre
• Signalbrusförhållande (IHF-A nätverk)
(Ingång kortsluten 1 k, Referensnivå 150 W/8 ) ..... 116 dB eller mer
• Restbrus (IHF-A nätverk)
Högtalare ut (Ingång kortsluten) ................................. 60 μV eller mindre
• Kanalseparation (Ingång 5.1 k Kortsluten, 1 kHz/10 kHz)
........................................................................................... 90/75 dB eller mer
• Förstärkning........................................................................................ 29,1 dB
Allmänt
• Strömförsörjning
[Modeller för USA, och Kanada]..........................120 V växelström, 60 Hz
[Modeller för Taiwan, Central- och Sydamerika och Brasilien]
................................................................110 till 120 V växelström, 50/60 Hz
[Kinamodell] ...........................................................220 V växelström, 50 Hz
[Koreamodell].........................................................220 V växelström, 60 Hz
[Australienmodell] .................................................240 V växelström, 50 Hz
[Modeller för Storbritannien, Europa och Ryssland]
.................................................................................. 230 V växelström, 50 Hz
[Modell för Asien och allmänna modeller]
................................................................220 till 240 V växelström, 50/60 Hz
• Strömförbrukning ................................................................................. 650 W
• Standby-läge för strömförbrukning ...................................0,1 W (Typiskt)
• Maximal strömförbrukning (All kanaldriven, 10% THD)
[Modeller för Taiwan, Brasilien, Asien, Central- och Sydamerika och
allmänna modeller]............................................................................ 1500 W
• Strömförbrukning (Inga signaler) ........................................75 W (Typiskt)
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