ユーザーズガイド ASROCK P45R2000-WIFI

[. . . ] 13 XP7000/XP5000/XP3500/XP2500/XP1000 5 2 4 7 1 3 5 6 7 1 5 6 2 3 7 4 6 XP7000/XP5000/XP3500/XP2500/XP1000 4 3 5 6 7 1 1 2 7 8 6 2 3 7 4 8 5 XP7000/XP5000/XP3500/XP2500/XP1000 7 – + + – – + + – 8 XP7000/XP5000/XP3500/XP2500/XP1000 – + XP7000/XP5000/XP3500/XP2500/XP1000 9 10 XP7000/XP5000/XP3500/XP2500/XP1000 + – G XP7000/XP5000/XP3500/XP2500/XP1000 11 12 XP7000/XP5000/XP3500/XP2500/XP1000 XP7000 Output Power 1 kHz THD+N= 1 % 20 –20 kHz THD+N= 0. 1 % 8 Ω/STEREO 4 Ω/STEREO 8 Ω/BRIDGED 8 Ω/STEREO 4 Ω/STEREO 70 V/STEREO RL=8 Ω 8 Ω/BRIDGED 2 Ω/STEREO 4 Ω/BRIDGED (DIN AUDIO) 750 W + 750 W 1100 W + 1100 W 2200 W 700 W + 700 W 930 W + 930 W 625 W + 625 W 1860 W 1400 W + 1400 W 2800 W 104 dB 5 W / 35 W 650 W 525 W+525 W 750 W+750 W 1500 W 500 W+500 W 700 W+700 W 1400 W 1050 W+1050 W 2100 W 103 dB 5 W / 35 W 500 W 390 W+390 W 590 W+590 W 1180 W 350 W+350 W 450 W+450 W 900 W 625 W 1000 W+1000 W 2000 W 102 dB 5 W / 30 W 450 W 275 W+275 W 390 W+390 W 780 W 250 W+250 W 300 W+300 W 600 W 650 W+650 W 1300 W 100 dB 5 W / 25 W 320 W 110 W+110 W 120 W+120 W 240 W 100 W+100 W 100 W+100 W 200 W 250 W+250 W 500 W 96 dB 5 W / 20 W 150 W MIN 1 kHz 20mS nonclip SN Ratio Power Consumption 20Hz-20kHz Standby / Idle 1/8 (4 Ω/Pink noise) 1 kHz THD+N= 1 % 20 –20 kHz THD+N= 0. 1 % MIN XP5000 Output Power 8 Ω/STEREO 4 Ω/STEREO 8 Ω/BRIDGED 8 Ω/STEREO 4 Ω/STEREO 8 Ω/BRIDGED 2 Ω/STEREO 4 Ω/BRIDGED (DIN AUDIO) MIN 1 kHz 20mS nonclip SN Ratio Power Consumption 20Hz-20kHz Standby /idle 1/8 (4 Ω/Pink noise) 1 kHz THD+N= 1 % 20 –20 kHz THD+N= 0. 1 % MIN XP3500 Output Power 8 Ω/STEREO 4 Ω/STEREO 8 Ω/BRIDGED 8 Ω/STEREO 4 Ω/STEREO 8 Ω/BRIDGED 100 V/BRIDGED RL=16 Ω 2 Ω/STEREO 4 Ω/BRIDGED (DIN AUDIO) MIN 1 kHz 20mS nonclip SN Ratio Power Consumption 20Hz-20kHz Standby / idle 1/8 (4 Ω/Pink noise) 1 kHz THD+N= 1 % 20 –20 kHz THD+N= 0. 1 % MIN XP2500 Output Power 8 Ω/STEREO 4 Ω/STEREO 8 Ω/BRIDGED 8 Ω/STEREO 4 Ω/STEREO 8 Ω/BRIDGED 2 Ω/STEREO 4 Ω/BRIDGED (DIN AUDIO) MIN 1 kHz 20mS nonclip SN Ratio Power Consumption 20Hz-20kHz Standby / idle 1/8 (4 Ω/Pink noise) 1 kHz THD+N= 1 % 20 –20 kHz THD+N= 0. 1 % MIN XP1000 Output Power 8 Ω/STEREO 4 Ω/STEREO 8 Ω/BRIDGED 8 Ω/STEREO 4 Ω/STEREO 8 Ω/BRIDGED 2 Ω/STEREO 4 Ω/BRIDGED (DIN AUDIO) MIN 1 kHz 20mS nonclip SN Ratio Power Consumption 20 Hz-20 kHz Standby / idle 1/8 (4 Ω/Pink noise) MIN XP7000/XP5000/XP3500/XP2500/XP1000 13 All Models Power Bandwidth THD+N Intermoduration Distortion Frequency Response Half Power, THD+N= 0. 5 % 20 Hz–20 kHz, Half Power 60 Hz:7 kHz, 4:1, Half Power RL=8 Ω, Po=1 W, HPF=OFF 20 Hz-50 kHz Half Power, RL=8 Ω, 1 kHz, Att. [. . . ] max, Rated Power 8 Ω Switch Position MIN MAX MAX MAX TYP MIN MIN MAX MIN TYP +4 dBu 26 dB 32 dB MIN TYP 10 Hz-40 kHz 0. 1 % 0. 1 % 0 dB 0 dB -1 dB 70 dB -70 dBu 350 (XP7000, XP5000), 200 (XP3500, XP2500, XP1000) Selectable from 32 dB or 26 dB (or +4 dBu input sensitivity) by select switch XP7000 XP5000 XP3500 XP2500 XP1000 +4 +4 +4 +4 +4 +13. 7 +12. 2 +10. 7 +9. 2 +5. 2 +7. 7 +6. 2 +4. 7 +3. 2 -0. 8 +22 dBu 20 kΩ (balanced), 10 kΩ (unbalanced) POWER switch (push on/push off) attenuator (31 position) x 2 MODE switch (STEREO/BRIDGED/PARALLEL) x 1 HPF switch (20 Hz/55 Hz/OFF 12 dB/oct) x 2 GAIN SELECT switch (32 dB/26 dB/+4 dBu) x 1 XLR-3-31 type/ch, Euroblock connector (balanced) /ch SPEAKON/ch, 5 way binding post x 1 Dsub 15 P x 1 x 1 (Green/Orange) x 2 (Green) x 2 (Red) x 1 (Red) x 1 (Red) heatsink temp ≥ 85 °C POWER switch on/off mute DC-fault: power supply shutdown/operation not restored automatically. (XP7000, XP5000) output relay off/restored automatically. (XP3500, XP2500, XP1000) Clip limiting : THD ≥ 0. 5 % Thermal: Cuts the output (heatsink temp ≥ 90 °C) ; operation not restored automatically. 1mA flows) MUTE Off Control: Open the pin (+5V applied) MONITOR NC NC PROTECTION/MUTE STATUS CH B PROTECTION/MUTE STATUS CH A NC NC OUTPUT LEVEL CH B OUTPUT LEVEL CH A Protection/Mute On: +5 VDC, Zo=270 Ω Protection/Mute Off: 0 VDC, Zo=High XP7000, XP5000, XP3500, XP2500, XP1000 +4dBu (-27. 2 dB of Speaker Output Level) at 100 W/8Ω, RL=7. 5 kΩ, Zo=300 Ω 374. 5 30 46 30 362 480 30 5. 5 88 456 XP7000/XP5000/XP3500/XP2500/XP1000 15 16 CLIP/LIMIT CH A CH B RE LED DRIVE CIRCUIT ACL BCL ASIG BSIG RE GR GR RE RE CH A CH B TEMP PROTECTION SIGNAL OFF BA HPF 55Hz HPF 20Hz 20Hz XLR 1 2 3 HA 55Hz 1– 2– 2+ A MUTE A DC LED DRIVE CIRCUIT A MUTE APS LIMITER CH A-2 (A+B BRIDGE) PA SPEAKON 1+ CH A TM PR CH A ATT +4dBu +26dB +32dB TEMPERATURE SENSOR +60˚C +90˚C TEMP 1+ 1– 2– CH B-2 2+ SPEAKON B DC B MUTE OFF STEREO BRIDGE 20Hz G INPUT HPF 12dB/oct INV +60˚C +90˚C PROTECTION CIRCUIT B MUTE BPS XP7000/XP5000/XP3500/XP2500/XP1000 GAIN TEMPERATURE SENSOR [+22dBu MAX] – + G – + Euroblock CH B SHUTDOWN STEREO OUTPUT (SPEAKERS) – + + – 5way CH A-1 (A+B BRIDGE) CH B-1 BRIDGE 1 2 PARALLEL BA LIMITER HPF 55Hz HPF 20Hz CH B ATT PA +4dBu +26dB +32dB 3 HA 55Hz PARALLEL XLR STEREO BRIDGE PARALLEL MODE FAN (L) FAN CONTROL CIRCUIT FAN (R) DATA PORT (MONITOR/REMOTE) POWER/STANDBY PO SBY LED DRIVE CIRCUIT POWER ON DETECT CIRCUIT +24 +5V MAIN TRANS +15V +5 GR/OR (GR+RE) +15V B OUTPUT LEVEL A OUTPUT LEVEL MUTE PROTECT STATUS STANDBY Model ID SUB TRANS POWER SW Thermal cutoff RELAY +15 LINE FILTER –15V –15 –24 SWITCHING +B DRIVER –B SHUTDOWN CIRCUIT OVERCURRENT DETECT CIRCUIT TEMPERATURE SENSOR LATCH CIRCUIT +100˚C FG RELAY DRIVE CIRCUIT J, H destination +24 U, A destination CLIP/LIMIT CH A CH B CH A CH B TEMP PROTECTION SIGNAL RE RE GR GR RE RE LED DRIVE CIRCUIT ACL BCL ASIG BSIG XLR OFF SP RELAY LIMITER PA BA +4dBu +26dB +32dB A RY TM LED DRIVE CIRCUIT A MUTE APS 1 2 3 HA HPF 55Hz HPF 20Hz 20Hz CH A PR CH A ATT 2+ 55Hz SPEAKON 1+ CH A-2 1– 2– (A+B BRIDGE) G INPUT HPF 12dB/oct INV +90˚C TEMPERATURE SENSOR PROTECTION CIRCUIT B DC BPS [+22dBu MAX] – + A DC TEMP G – + GAIN +60˚C B MUTE 1+ 1– 2– 2+ SPEAKON – CH B-2 Euroblock CH B OFF STEREO BRIDGE STEREO B RY + LIMITER PA OUTPUT (SPEAKERS) CH A-1 BRIDGE 1 2 PARALLEL BA 55Hz PARALLEL HPF 20Hz 20Hz CH B ATT +4dBu +26dB +32dB 3 HA SP RELAY 5way + CH B-1 – (A+B BRIDGE) XLR STEREO HPF 55Hz BRIDGE PARALLEL MODE FAN CONTROL CIRCUIT DATA PORT (MONITOR/REMOTE) RELAY & LED DRIVE CIRCUIT PO SBY B OUTPUT LEVEL A OUTPUT LEVEL MUTE PROTECT STATUS STANDBY Model ID POWER/STANDBY GR/OR (GR+RE) MAIN TRANS +15V +15 +24 POWER SW FAN RELAY 1 –15V –15 –24 +B J destination only RELAY 2 Except J destination 130˚C Thermal Thermal cutoff protector –B FG XP7000/XP5000/XP3500/XP2500/XP1000 SUB TRANS Thermal cutoff 17 Line Current (A) 100/120V standby idle 1/8 power 1/3 power 8Ω/ch 4Ω/ch 8Ω/ch 4Ω/ch 0. 08 1. 0 5. 4 8. 5 12. 8 20. 6 230/240V 0. 04 0. 5 3. 0 4. 7 7. 0 11. 3 In 5 35 379 611 918 1481 Power (W) Out 0 0 188 275 500 733 Dissipated 5 35 191 336 418 748 Thermal Dissipation Btu/h 17 119 653 1150 1430 2550 kcal/h 4 30 165 289 360 643 Line Current (A) 100/120V standby idle 1/8 power 1/3 power 8Ω/ch 4Ω/ch 8Ω/ch 4Ω/ch 0. 08 1. 0 4. 0 6. 2 9. 3 14. 7 230/240V 0. 04 0. 5 2. 2 3. 4 5. 1 8. 1 In 5 35 277 436 673 1057 Power (W) Out 0 0 131 188 350 500 Dissipated 5 35 146 249 323 557 Thermal Dissipation Btu/h 17 119 499 848 1100 1900 kcal/h 4 30 126 214 278 479 Line Current (A) 100/120V standby idle 1/8 power 1/3 power 8Ω/ch 4Ω/ch 8Ω/ch 4Ω/ch 0. 08 1. 0 3. 2 5. 0 7. 3 12. 2 230/240V 0. 04 0. 5 1. 7 2. 8 4. 0 6. 7 In 5 30 227 378 551 917 Power (W) Out 0 0 98 148 260 393 Dissipated 5 30 130 231 291 524 Thermal Dissipation Btu/h 17 102 443 787 993 1790 kcal/h 4 26 112 198 250 450 Line Current (A) 100/120V standby idle 1/8 power 1/3 power 8Ω/ch 4Ω/ch 8Ω/ch 4Ω/ch 0. 08 1. 0 2. 4 3. 6 5. 6 8. 8 230/240V 0. 04 0. 5 1. 3 2. 0 3. 1 4. 8 In 5 25 174 271 421 657 Power (W) Out 0 0 69 98 183 260 Dissipated 5 25 105 173 238 397 Thermal Dissipation Btu/h 17 85 358 592 811 1350 kcal/h 4 22 90 149 204 341 Line Current (A) 100/120V standby idle 1/8 power 1/3 power 8Ω/ch 4Ω/ch 8Ω/ch 4Ω/ch 0. 08 1. 0 1. 1 1. 2 2. 4 2. 9 230/240V 0. 04 0. 5 0. 6 0. 7 1. 3 1. 6 In 5 20 76 91 184 220 Power (W) Out 0 0 28 30 73 80 Dissipated 5 20 48 61 110 140 Thermal Dissipation Btu/h 17 68 165 208 376 479 kcal/h 4 17 42 52 95 121 1/8 power is typical of program material with occasional clipping. Refer to these figures for most applications. 1/3 power represents program material with extremely heavy clipping. [. . . ] Test signal: Pink Noise, bandwidth limited from 22Hz to 22kHz 1W = 0. 860kcal/h, 1BTU = 0. 252kcal Note that Line Voltage [V] x Line Current [A] = [VA], not equals to [W]. [. . . ]