ユーザーズガイド YAMAHA SP2000 戵־

[. . . ] No. 8. [2x2way+2xAux [2x2way+2xAuxL [2x3way [2x3way L ] ] ] ] No. 9. [Multi Zone ] ] ] ] [Library Data] A SUM B LIMIT Output 6BandEQ with APF [INPUT A] [DIGITAL IN] AD Input Level Input Mute Input 8BandEQ Input Delay Output Delay LOW Output Level Output Mute Limiter DA [OUTPUT 1] LOW + Input 8BandEQ Input Delay X-Over LIMIT Output 6BandEQ with APF [INPUT B] AD Input Level Input Mute Input 8BandEQ Input Delay Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 2] HIGH LIMIT [Library Data] Output Delay LOW X-Over LIMIT Output 6BandEQ with APF Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 3] LOW Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 4] HIGH LIMIT [Library Data] Output Delay LOW X-Over LIMIT Output 6BandEQ with APF Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 5] LOW Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 6] HIGH 10 [Library Data] A SUM B LIMIT Output 6BandEQ with APF [INPUT A] [DIGITAL IN] AD Input Level Input Mute Input 8BandEQ Input Delay X-Over Output Delay LOW Output Level Output Mute Limiter DA [OUTPUT 1] SUB WOOFER + Input 8BandEQ Input Delay LIMIT [Library Data] Output Delay LOW X-Over LIMIT Output 6BandEQ with APF Output 6BandEQ with APF Output Level Output Mute Limiter DA [INPUT B] AD Input Level Input Mute Input 8BandEQ Input Delay [OUTPUT 2] LOW Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 3] HIGH LIMIT [Library Data] X-Over Output Delay HIGH LIMIT Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 4] SUB WOOFER [Library Data] Output Delay LOW X-Over LIMIT Output 6BandEQ with APF Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 5] LOW Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 6] HIGH 11 [Library Data] A SUM B LIMIT Output 6BandEQ with APF [INPUT A] [DIGITAL IN] AD Input Level Input Mute Input 8BandEQ Input Delay Output Delay LOW Output Level Output Mute Limiter DA [OUTPUT 1] LOW + Input 8BandEQ Input Delay X-Over LIMIT Output 6BandEQ with APF [INPUT B] AD Input Level Input Mute Input 8BandEQ Input Delay Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 2] HIGH LIMIT [Library Data] Output Delay LOW X-Over Output 6BandEQ with APF LIMIT Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 3] LOW Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 4] HIGH LIMIT [Library Data] X-Over Output Delay LOW LIMIT Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 5] SUB SPEAKER [Library Data] X-Over Output Delay HIGH Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 6] SUB SPEAKER 12 [Library Data] A SUM B LIMIT Output 6BandEQ with APF [INPUT A] [DIGITAL IN] AD Input Level Input Mute Input 8BandEQ Input Delay Output Delay LOW Output Level Output Mute Limiter DA [OUTPUT 1] LOW + Input 8BandEQ Input Delay X-Over Output Delay MID Output 6BandEQ with APF Output Level Output Mute LIMIT Limiter DA [INPUT B] AD Input Level Input Mute Input 8BandEQ Input Delay [OUTPUT 2] MID LIMIT Output 6BandEQ with APF Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 3] HIGH LIMIT [Library Data] Output Delay LOW LIMIT Output 6BandEQ with APF Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 4] LOW X-Over Output Delay MID Output Level Output Mute Limiter DA [OUTPUT 5] MID LIMIT Output 6BandEQ with APF Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 6] HIGH 13 [Library Data] A SUM B LIMIT Output 6BandEQ with APF [INPUT A] [DIGITAL IN] AD Input Level Input Mute Input 8BandEQ Input Delay Output Delay LOW Output Level Output Mute Limiter DA [OUTPUT 1] LOW + Input 8BandEQ Input Delay Output Delay LOW-MID X-Over Output 6BandEQ with APF Output Level Output Mute LIMIT Limiter DA [INPUT B] AD Input Level Input Mute Input 8BandEQ Input Delay [OUTPUT 2] LOW-MID LIMIT Output 6BandEQ with APF Output Delay HIGH-MID Output Level Output Mute Limiter DA [OUTPUT 3] HIGH-MID LIMIT Output 6BandEQ with APF Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 4] HIGH LIMIT [Library Data] X-Over Output Delay LOW LIMIT Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 5] SUB SPEAKER [Library Data] X-Over Output Delay HIGH Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 6] SUB SPEAKER 14 [Library Data] A SUM B LIMIT Output 6BandEQ with APF [INPUT A] [DIGITAL IN] AD Input Level Input Mute Input 8BandEQ Input Delay Output Delay SUB-LOW Output Level Output Mute Limiter DA [OUTPUT 1] SUB-LOW + Input 8BandEQ Input Delay Output Delay LOW Output 6BandEQ with APF Output Level Output Mute LIMIT Limiter DA [INPUT B] AD Input Level Input Mute Input 8BandEQ Input Delay [OUTPUT 2] LOW LIMIT Output 6BandEQ with APF X-Over Output Delay LOW-MID Output Level Output Mute Limiter DA [OUTPUT 3] LOW-MID LIMIT Output 6BandEQ with APF Output Delay HIGH-MID Output Level Output Mute Limiter DA [OUTPUT 4] HIGH-MID LIMIT Output 6BandEQ with APF Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 5] HIGH LIMIT [Library Data] X-Over Output Delay HIGH Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 6] SUB SPEAKER 15 [Library Data] A SUM B LIMIT Output 6BandEQ with APF [INPUT A] [DIGITAL IN] AD Input Level Input Mute Input 8BandEQ Input Delay Output Delay SUB-LOW Output Level Output Mute Limiter DA [OUTPUT 1] SUB-LOW + Input 8BandEQ Input Delay Output Delay LOW Output 6BandEQ with APF Output Level Output Mute LIMIT Limiter DA [INPUT B] AD Input Level Input Mute Input 8BandEQ Input Delay [OUTPUT 2] LOW LIMIT Output 6BandEQ with APF Output Delay LOW-MID X-Over Output Level Output Mute Limiter DA [OUTPUT 3] LOW-MID LIMIT Output 6BandEQ with APF Output Delay MID Output Level Output Mute Limiter DA [OUTPUT 4] MID LIMIT Output 6BandEQ with APF Output Delay HIGH-MID Output Level Output Mute Limiter DA [OUTPUT 5] HIGH-MID LIMIT Output 6BandEQ with APF Output Delay HIGH Output Level Output Mute Limiter DA [OUTPUT 6] HIGH 16 [Library Data] A SUM B LIMIT Output 6BandEQ with APF [INPUT A] [DIGITAL IN] AD Input Level Input Mute Input 8BandEQ Input Delay X-Over Output Delay LOW Output Level Output Mute Limiter DA [OUTPUT 1] HIGH + Input 8BandEQ Input Delay LIMIT [Library Data] X-Over Output Delay HIGH LIMIT Output 6BandEQ with APF Output Level Output Mute Limiter DA [INPUT B] AD Input Level Input Mute Input 8BandEQ Input Delay [OUTPUT 2] HIGH [Library Data] X-Over Output Delay LOW LIMIT Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 3] HIGH [Library Data] X-Over Output Delay HIGH LIMIT Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 4] HIGH [Library Data] X-Over Output Delay LOW LIMIT Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 5] HIGH [Library Data] X-Over Output Delay HIGH Output 6BandEQ with APF Output Level Output Mute Limiter DA [OUTPUT 6] HIGH 17 18 19 ™ ™ SCENE HOME UTILITY LEVEL MUTE CANCEL ENTER NETWORK HUB AND BRIDGE LINK CONDUCT LOCK ERROR 88 20 21 1 2 3 4 5 6 7 % ^ YES STORE NO RECALL A B 1 2 3 4 5 6 8 !9 @) # 1 9 $ ) 2 ! [. . . ] 3 @ 4 # 5 6 7 $ 8 % ^ 22 ( º ¡ ™ DIGITAL INPUT OUTPUT AES/EBU 6 5 4 3 2 1 & * & ( NOTE * º ¡ ™ 23 SCENE EDIT 01:FOH(Event A) 1. OUT 1 ON/OFF = ON 2. 1. OUT 1 TIME = 2. 67ms IN A LEVEL =-138. 00dB 4. 2. IN B LEVEL =-138. 00dB 3. IN B LEVEL =-138. 00dB NOTE 24 NOT E 1. IN A ON/OFF = OFF 2. IN SUM ON/OFF = OFF 3. IN SUM ON/OFF = ON 4. IN B TIME = 130. 00ms 5. IN B TIME = 120. 00ms 25 1. IN A ON/OFF = ON 2. IN SUM ON/OFF = ON 3. 4. 5. ˚ ˚ ˚ ˚ IN SUM BAND 2 Q = 0. 125 6. IN SUM BAND 3 Q = 0. 125 7. 26 1. OUT 2 SOURCE = IN A 2. HINT OUT 4 SOURCE = IN A 3. 1. OUT 4 SOURCE = IN SUM INPUT SELECT SOURCE = ANA A/B 2. INPUT SELECT SOURCE = ANA A/A NOT E 27 1. OUT 1 FREQ LPF = 20. 0kHz 2. OUT 3 FREQ LPF = 20. 0kHz 3. OUT 3 LPF TYPE =24AdjustGc 4. 28 NOT E CURRENT LIBRARY IF2112/95 NOTE 1. LIBRARY LIST IF2112/64 2. RESUME ARE YOU SURE? 6. 1. 36 2. W. CLOCK [INT: 96kHz] 1. NOT E 2. VERSION [V1. 00] 1. 2. BATTERY [OK ] [OK ] [Low Battery] [No Battery ] HINT 1. 2. INITIALIZE FACTORY SETUP 37 3. NO T E NOTE 4. 1. INITIALIZE EXECUTING. . 3way-1 MID [2x3way INITIALIZE COMPLETED! ] 1. NOW SELECT KEYS ACT "MUTE" -> 2. A B 1 38 NOT E IP ADDRESS 192. 168. 000. 003 NOTE 1. 2. 1. MASTER/SLAVE MASTER 3. 2. IP ADDRESS 192. 168. 000. 002 MASTER/SLAVE SLAVE 3. 4. IP ADDRESS 192. 168. 000. 003 MASTER/SLAVE ARE YOU SURE? 4. 5. 39 5. IP ADDRESS ARE YOU SURE? 6. 1. 2. NO T E LINK MODE 100BASE-TX 1. 3. 2. LINK MODE 10BASE-T MASTER ID 253 4. [. . . ] 3. 2. LINK MODE 10BASE-T MASTER ID 253 4. 5. MASTER ID ARE YOU SURE? NOTE 5. 40 NOT E 1. 2. MAC ADDRESS [00A0DE250123] 41 LIBRARY LIST IF211264_pa_sub LIBRARY LIST IF2112AS_bi_moni 42 NO T E 43 N OT E 44 45 46 47 Sampling Frequency External Internal Normal Rate: 44. 1, 48 kHz (±0. 1%) Double Rate: 88. 2, 96 kHz (±0. 1%) 96 kHz Less than 761 µ sec (INPUT to OUTPUT @Fs=96kHz) Key indicators x 9 MUTE indicators (INPUT A/B, OUTPUT 1–6) 6-segment LED level meters (INPUT A/B, OUTPUT 1–6) Signal Delay Indicators Miscellaneous Power Consumption Dimensions (HxDxW) Net Weight Temperature Range Included Accessories 30 W 44 x 361 x 480 mm 4. 2 kg Operating: 5 to 40 ˚C Storage: –20 to 60 ˚C AC power cord, Rubber feet x 4, Owner’s manual, warranty card Frequency Response Input INPUT A, B Output OUTPUT 1-6 RL 600 Ω Conditions Fs=96kHz@20Hz–40kHz, reference to the nominal output level @1kHz MIN -1. 0 TYP 0. 0 MAX +0. 5 Units dB Total Harmonic Distortion Input INPUT A, B DIGITAL INPUT AES/EBU Output OUTPUT 1–6 RL 600 Ω 600 Ω Conditions Fs=96kHz, +4dBu@20Hz–40kHz Fs=96kHz, +22dBu@1kHz Fs=48kHz@1kHz, Input level: –1dBFS MIN TYP MAX 0. 05 0. 007 0. 015 Units % % % OUTPUT 1–6 * Total Harmonic Distortion is measured with a 18dB/octave filter @80kHz. 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