ユーザーズガイド YAMAHA SPX90 戵־ (摜F[^)

[. . . ] 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 9 [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 10 [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 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 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 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 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 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 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 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 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 15 [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 16 17 18 ™ ™ SCENE HOME UTILITY LEVEL MUTE CANCEL ENTER NETWORK HUB AND BRIDGE LINK CONDUCT LOCK ERROR 88 19 20 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 % ^ 21 ( º ¡ ™ DIGITAL INPUT OUTPUT AES/EBU 6 5 4 3 2 1 & * & ( NOTE * º ¡ ™ 22 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 23 NO T 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 = 24 120. 00ms 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. 25 1. OUT 2 SOURCE = IN A 2. HI NT 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 NO T E 26 1. OUT 1 FREQ LPF = 20. 0kHz 2. OUT 3 FREQ LPF = 20. 0kHz 3. OUT 3 LPF TYPE =24AdjustGc 4. 27 NO T E CURRENT LIBRARY IF2112/95 NOTE 1. LIBRARY LIST IF2112/64 2. 1. DEVICE GROUP MASTER 3. 2. IP ADDRESS 192. 168. 000. 002 DEVICE GROUP SLAVE 3. 4. IP ADDRESS 192. 168. 000. 003 DEVICE GROUP ARE YOU SURE? 4. 5. 37 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. 5. MASTER ID ARE YOU SURE? NOTE 5. 38 NOT E 1. 2. MAC ADDRESS [00A0DE250123] 39 LIBRARY LIST IF211264_pa_sub LIBRARY LIST IF2112AS_bi_moni 40 NO T E 41 N OT E 42 43 44 45 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. Hum & Noise Input INPUT A, B DIGITAL INPUT AES/EBU Output OUTPUT 1–6 OUTPUT 1–6 RL 600 Ω 600 Ω Conditions Fs=96kHz, Rs=150 Ω Fs=48kHz, Input level: –∞dBFS MIN TYP –82 –86 MAX –79 Units dBu dBu * Hum & Noise are measured with a 6dB/octave filter @12. 7kHz; equivalent to a 20kHz filter with infinite dB/octave attenuation. [. . . ] 5. MASTER ID ARE YOU SURE? NOTE 5. 38 NOT E 1. 2. MAC ADDRESS [00A0DE250123] 39 LIBRARY LIST IF211264_pa_sub LIBRARY LIST IF2112AS_bi_moni 40 NO T E 41 N OT E 42 43 44 45 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. Hum & Noise Input INPUT A, B DIGITAL INPUT AES/EBU Output OUTPUT 1–6 OUTPUT 1–6 RL 600 Ω 600 Ω Conditions Fs=96kHz, Rs=150 Ω Fs=48kHz, Input level: –∞dBFS MIN TYP –82 –86 MAX –79 Units dBu dBu * Hum & Noise are measured with a 6dB/octave filter @12. 7kHz; equivalent to a 20kHz filter with infinite dB/octave attenuation. [. . . ]