DM-24 ›ñŸH’}
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- そう あざみ
- 6 years ago
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1 TSM M- SHMTI IGRMS ONTNTS WIRING... Page / MIN P... Pages -/ INPUT P... Pages -/ FR P... Pages -/ PNL P... Pages 0-/ MSTR P... Page / STUIO P... Page / IGITL I/O P... Page / MII P... Page / TIF P... Page / TRNSPORT P... Page 0/.ROOM P... Page / USS P, L SU P... Page / MOTHR P... Page / POWR SUPPLY STION... Page /
2 » SHMTI IGRM M- WIRING IGRM SLOT ard MOTHR P J +V INPUT P H~H P P P P P P P P P P P P P P P P +V -V +V -V N 0 P0 -H P0 -H MSTR P SN P0 OR to OR P STUIO L POWR MUT STUIO R _PNL TR L _PNL TR R POWR SW P -IN -IN -IN SLOT ard J 0-H V+ V- P L_SSY_O(0P) V+ 0 P0V J P0 FLT_L_SSY _G(P) PV 0 P0 FLT_L_SSY _H(P) PV 0 P0 FLT_L_SSY _I(P) PV 0 P0 FLT_L_SSY _J(P) PV 0 +V -V N +V 0 -V P0 -H SN IP Type UX RTN+ UX RTN- PNL UX RTN+ UX RTN- PNL UX RTN+ UX RTN- PNL UX RTN+ UX RTN- PNL 0 P0 L_SSY_(P) L_SSY_W(P) L_SSY_V(P) SN IP Type SN IP Type _SN_H _SN _SN_H _SN _SN_H _SN _SN_H _SN STRO L_H STRO L STRO R_H STRO R 0 P0 P L_SSY_(P) STRO R +V P0 SN L_SSY_M(P) -V POWR_MUT IP Type P P0 R-OUT L HOT R-OUT L OL IP Type L_SSY_N (P) -H R-OUT R HOT 0-H R-OUT R OL +V +V -V 0 -V P0 L_SSY_ (0P) P0 IP Type SN 0 STUIO P P _ P MI WIRS P-PH 0-00 MI JST VHR P JST VHR P P0 P0 L_SSY_U(P) L_SSY_T(P) N INP TRNS P -IN TRNS L_SSY_P(P) L_SSY_Q(P) IGITL I/O P PV MII P SN TIF P RK TX+ RX+ +V. T IN FOOT SW MII IN MII OUT MT/THRU 0 P P P0 _H P0 IP Type V+ V+ -H VM+ -H P0V P0V J J FLT_L_SSY_N(P) L_SSY_G(P) FLT_L SSY_(0P) FLT_L SSY_(0P) FLT_L SSY_(0P) 0 RK TX+ RX+ TX- RX- TX- RX- +V +V.. T-IN PUNH I/O MII IN MII OUT MII OUT P0V P0 P0V P P0V P -PH P PV P P PV 0 P PV 0 P 0 PV MIN P 0 P PV P -PH 0 _SN_H _SN SN_H _SN SN_H _SN_ P -PH _SN_H _SN_ STRO L_H 0 STRO L_ STRO R_H P -H STRO R_ P -PH P -PH ST-L_H ST-L_ ST-R_H ST-R_ T TRL_ST-TR L-IM L_SLT SW IM SW SLT +V_ N 0 0 L_SSY_(P) L_SSY_(P) P0 P0 SW L-R SL-(UX-) SL-(IGITL IN) SL-(TR IN) SW-MONO SW-IM IML SOLO L TRL R-TR IP Type 0 TRL IM SOLO VR_P SOLO VR_P SOLO VR_P MONITOR L_H MTR L +V.ROOM P MONITOR L_SN _ IP Type MONITOR R_H _ -V USS P SN MONITOR R SN MTR R L_SSY_K(P) P POWR OR to OR MONITOR R+ TU-P TR L TR R H.P L H.P R 0 0 L_SSY_V(P) P0 P L_SSY_M(P) L_SSY_W(P) P P SN IP Type +V TU-PX- _ L_SLT -V ST-L_H ST-L ST-R_H ST-R +V_ T TRL_ST-TR L-IM SW IM SW SLT TR L TR R H.P L H.P R 0 OR to OR 0 0 P J J + - P PWR 0-00 P RS0L TRNS P 0 0 N TR P TR P TR P TR P SR SR SR SR Q Q Q J J J Q P TRNS 0-00 PV PV +V. P H TRNSPORT P S0-H S-H SN L L L L L LT LT LT LT 0 SW SW SW0 SW ST ST ST ST ST P FLT_L_SSY_K(P) P P IP Type L_SSY_H(P+P+P) N N FLT_L_SSY_L(P) FLT_L_SSY_M(P) L_SSY_J(0P) L_SSY_I(P) N IP Type N IP Type WOR SYN IN WOR SYN OUT T OUT T IN JM-J JM-J P -PH PNL P P PV P PV P P P0 PV PV PV N T JM-J FLT_L_SSY_(P) IP Type L+V L N IP Type FLT_L_SSY_(P) P PV L_SSY_H(P+P+P) FR P FLT_L_SSY_F(P) P PV L_SSY_H(P) S-H 0 +V +V P P -H 0 L_SSY_R(P) L_SSY_L(P) N P F--VK-N P-H 0 P0 -H +V_ +V -V +V -0V +V +V +V.. L_FLM L_M L_L L_L MPH L_0 L_ L_ L_.+V. L V N L VO. P-H 0 N SW RG P P-H L_SSY_S(P) 0 0 S0 Q N L_SSY_H(P+P+P) J LP L_SSY_O(0P) P -0V +V +V +V.. FLT_L_L P-H +V_ N -H Q- Q- Q- P P-H +.V N0 P 0 +V +V.. -V -V +V +V.. 0-H P-H +V N Molex P P 0 +V +V.. -V -V +V +V.. -V -V -H P 0 +V +V.. -V -V +V +V.. -V -V +V +V -H P P TR WIRS 0-00 P P P +V +V... -V -V POWR_MUT -H -H -H POWR P P -H L SU P P-H.V 00V P 00V N Q- Q- Q- Q- Q- Q- Q- Q- Q- Q- Q- Q- +V -V +V +V P 0 F fuse F fuse F fuse 0 P F fuse -H TL 0 IP Type L MOUL P-H igital Mixing onsole M- st Issue; September 00
3 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
4 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
5 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
6 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
7 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
8 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
9 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
10 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
11 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
12 » SHMTI IGRM M- MIN P (0/) igital Mixing onsole M- st Issue; September 00
13 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
14 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
15 » SHMTI IGRM M- MIN P (/) igital Mixing onsole M- st Issue; September 00
16 » SHMTI IGRM M- INPUT P (/) INPUT R.k(F) R.k(F) S ON OFF R 0NF /W u/v +V INPUT R 0(F) R 0k R 0(F) +V -V R.k(F) J0 JY R.k J NFV-0 R.k(F) u/v u/v R.k(F) u/v R k R0.k(F) u/v R k VR 0k(R) 000u/.V R 0 P P 0 R.K(F) R Q S0GR 000p() 000p() R 0 Q S0 R.k(F) R k Q SF 0 NO MOUNT SS Q S0 Q SF SS Q S0GR 000p() R 0 R.k(F) R R.K(F) 000p() U R.k(F) 00p() 0 00p() 0.uF INPUT J0 JY--0-0 R.k(F) R.k(F) J0 JY J0 JY--0-0 R.k J NFV-0 R k R.k(F) R.k(F) u/v u/v u/v S R k R.k(F) u/v u/v R k R0.k(F) u/v R k R 00 VR 0k(R) u/v 000u/.V u/v R ON +V OFF R 0NF /W k u/v R 00 R INPUT R.K(F) R 000p() Q S0GR 000p() R 0(F) Q S0 R 0 Q SF R.k(F) R k 0 R 0k NO MOUNT SS Q S0 Q SF SS R 0(F) Q S0GR R 000p() R 0 R.k(F) R R0.k(F).K(F) 000p() R0 0K R k p() R.k(F) U 00p() 0 00p() R 0K 0.uF R.k p() U p() U R.k R 0k 0 0.uF 0.uF 0U/.V 0U/.V H+ +V -V H- H+ H- H+ H- H+ H- H+ H- P0 0 P OX HR R0.k(F) p() R.k R0 0K p() R.k U 0 0.uF 0.uF 0U/.V H+ Ver.0 P,,, & are on the soldering side. Ver.0 & later P, these are on the mounting side. R k R k R 0K p() U R 0k 0U/.V H- igital Mixing onsole M- st Issue; September 00
17 » SHMTI IGRM M- INPUT P (/) INPUT INPUT R0.k(F) R0.k(F) J0 JY R.k J NFV-0 R0.k(F) R0.k(F) 0 u/v 0 u/v S R0.k(F) R k 0 u/v ON OFF R0.k(F) 0 u/v R k R 0NF /W u/v VR 0k(R) 000u/.V R +V P 0 P 0 R0.K(F) Q S0GR R p() 0 000p() R 0(F) Q S0 R 0 R.k(F) R k Q SF 0 NO MOUNT SS R 0k Q S0 Q SF SS R 0(F) Q S0GR R0 000p() 0 R 0 R.k(F) R0.K(F) 0 000p() R.k(F) 0 00p() U 0 00p() 0.uF +V -V J0 JY--0-0 R k u/v R 00 u/v R0.k(F) R0 0K p() 0.uF R.k U p() R.k 0 0.uF 0.uF 0U/.V H+ INPUT R.k(F) R.k(F) J0 JY J0 JY--0-0 R.k J NFV-0 R.k(F) R.k(F) u/v u/v R k S R.k(F) u/v R k u/v ON 0 OFF R0.k(F) u/v R k R 0NF /W u/v VR 0k(R) R u/.V R u/v +V INPUT R.K(F) R 000p() Q S0GR 000p() R 0(F) Q S0 Q SF R 0 R.k(F) R k 0 R 0k NO MOUNT SS Q S0 Q SF SS R 0(F) Q S0GR R 000p() R 0 R.k(F) R.K(F) 000p() R k R k R.k(F) 00p() U 0 00p() R 0K p() U R 0k 0U/.V H- +V -V R0.k(F) p() R.k R0 0K p() R.k U 0 0.uF 0.uF 0U/.V H+ p() Ver.0 P, 0,0, & are on the soldering side. Ver.0 & later P, these are on the mounting side. R k R k R 0K U R 0k 0U/.V igital Mixing onsole M- H- st Issue; September 00
18 » SHMTI IGRM M- INPUT P (/) INPUT R0.k(F) R0.k(F) S ON OFF R 0NF /W u/v +V INPUT R 0(F) R 0k R 0(F) +V -V R0.k(F) R0.k(F) 0 Q S0GR R k Q S0GR J0 JY R.k J NFV-0 u/v 0 u/v R0.k(F) R k 0 u/v R0.k(F) 0 u/v R k VR 0k(R) 000u/.V R P 0 P 0 R0.K(F) R p() 0 000p() Q S0 Q SF R 0 R.k(F) 0 NO MOUNT SS Q S0 Q SF SS R0 000p() 0 R 0 R.k(F) R0.K(F) 0 000p() R.k(F) 0 00p() U 0 00p() 0.uF J0 JY--0-0 R k u/v R 00 u/v R0.k(F) R0 0K p() 0.uF R.k p() U0 R.k 0 0.uF 0.uF 0U/.V H+ p() INPUT R.k(F) R.k(F) J0 JY R.k J NFV-0 R.k(F) R.k(F) u/v u/v S R.k(F) u/v R k ON OFF R0.k(F) u/v R k R 0NF /W u/v VR 0k(R) 000u/.V R +V INPUT R.K(F) R Q S0GR 000p() 000p() R 0(F) Q S0 Q SF R 0 R.k(F) R k 0 R 0k NO MOUNT SS Q S0 Q SF SS R 0(F) Q S0GR R 000p() R 0 R.k(F) R.K(F) 000p() R0.k(F) R k R k R.k(F) 00p() U 0 00p() R 0K U0 p() R 0k 0U/.V H- +V -V H+ H- H+ H- H+ H- H+ H- P0 0 P OX HR J0 JY--0-0 R k u/v R 00 u/v R0 0K p() R.k U R.k 0 0.uF 0.uF 0U/.V H+ p() Ver.0 P, 0,0, & are on the soldering side. Ver.0 & later P, these are on the mounting side. R k R k R 0K U R 0k 0U/.V H- igital Mixing onsole M- st Issue; September 00
19 » SHMTI IGRM M- INPUT P (/) INPUT R0.k(F) R0.k(F) S ON OFF R u/v 0NF /W +V INPUT R 0(F) R 0k R 0(F) +V -V R0.k(F) R0.k(F) 0 Q S0GR R k Q S0GR u/v R R0 000p() J0 JY k J NFV-0 0 u/v R0.k(F) 0 u/v R k R0.k(F) 0 u/v R k VR 0k(R) 000u/.V R P 0 P 0 R0.K(F) R p() 0 000p() Q S0 Q SF R 0 R.k(F) 0 NO MOUNT SS Q S0 Q SF SS 0 R 0 R.k(F) R0.K(F) 0 000p() R.k(F) 0 00p() U 0 00p() 0.uF J0 JY--0-0 R 00 u/v R0.k(F) 0.uF p() R.k R k u/v R0 0K p() R.k U 0 0.uF 0.uF 0U/.V H+ p() INPUT R.k(F) R.k(F) S ON 0 OFF R 0NF /W u/v +V INPUT Q S0GR R 0(F) R k R 0k R 0(F) Q S0GR R k R k R 0K U R 0k 0U/.V H- +V -V R.k(F) J0 JY R.k J NFV-0 R.k(F) u/v u/v R.k(F) u/v R k R0.k(F) u/v R k VR 0k(R) 000u/.V R R.K(F) R 000p() 000p() Q S0 Q SF R 0 R.k(F) 0 NO MOUNT SS Q S0 Q SF SS R 000p() R 0 R.k(F) R.K(F) 000p() R0.k(F).k(F) R 00p() U 0 00p() p() J0 JY--0-0 R k u/v R 00 u/v R0 0K p() R.k U R.k 0 0.uF 0.uF 0U/.V H+ Ver.0 P, 0,0, & are on the soldering side. Ver.0 & later P, these are on the mounting side. R k R k R 0K p() U R 0k 0U/.V igital Mixing onsole M- H- st Issue; September 00
20 » SHMTI IGRM M- INPUT P (/) INPUT R0.k(F) R0.k(F) S ON OFF R 0NF /W u/v +V INPUT R 0(F) R 0k R 0(F) +V -V R0.k(F) R0.k(F) 0 Q S0GR R k Q S0GR J0 JY R.K J NFV-0 u/v 0 u/v R0.K(F) R K 0 u/v R0.K(F) 0 u/v R K VR 0k(R) 000u/.V R P 0 P 0 R0.K(F) R p() 0 000p() Q S0 Q SF R 0 R.K(F) 0 NO MOUNT SS Q S0 Q SF SS R0 000p() 0 R 0 R.K(F) R0.K(F) 0 000p() R.K(F) 0 00p() U 0 00p() 0.uF J0 JY--0-0 R K u/v R 00 u/v R0.K(F) R0 0K p() 0.uF p() R.k U R.k 0 0.uF 0.uF 0U/.V H+ p() INPUT0 R.k(F) R.k(F) S ON OFF R 0NF /W u/v +V INPUT 0 Q0 S0GR R 0(F) R k R 0k R 0(F) Q0 S0GR R k R k R 0K U R 0k 0U/.V H- +V -V H+ H- H0+ H0- H+ H- H+ H- P0 0 P OX HR R.k(F) J0 JY R.K J0 NFV-0 R.k(F) u/v u/v R.K(F) R K u/v R0.K(F) u/v R K VR0 0k(R) 000u/.V R R.K(F) R 000p() 000p() Q0 S0 Q0 SF R 0 R.k(F) 0 NO MOUNT 0 SS Q0 S0 Q0 SF 0 SS R 000p() R 0 R.k(F) R.K(F) 000p() R0.k(F) R.k(F) 00p() U 0 00p() p() J0 JY--0-0 u/v R K R 00 u/v R0 0K p() R.k U0 R.k 0 0.uF 0.uF 0U/.V H0+ Ver.0 P, 0,0, & are on the soldering side. Ver.0 & later P, these are on the mounting side. R k R k R 0K p() U0 R 0k 0U/.V H0- igital Mixing onsole M- st Issue; September 00
21 » SHMTI IGRM M- INPUT P (/) INPUT R0.k(F) R0.k(F) S ON OFF R 0NF /W u/v +V INPUT R 0(F) R 0k R 0(F) +V -V R0.k(F) R0.k(F) 0 Q S0GR R k Q S0GR u/v J JY R.k J NFV-0 0 u/v R0.k(F) R k 0 u/v R0.k(F) 0 u/v R k VR 0k(R) 000u/.V R P 0 P 0 R0.K(F) R p() 0 000p() Q S0 Q SF R 0 R.k(F) NO MOUNT SS Q S0 Q SF SS 000p() 0 R 0 R0 R.k(F) R0.K(F) 0 000p() R.k(F) 0 00p() U 0 00p() 0.uF J JY--0-0 R k u/v R 00 u/v R0.k(F) R0 0K p() 0.uF p() R.k U R.k 0 0.uF 0.uF 0U/.V H+ p() INPUT R.k(F) R.k(F) S ON 0 OFF R 0NF /W u/v +V INPUT Q S0GR R 0(F) R k R 0k R 0(F) Q S0GR R k R k R 0K U R 0k 0U/.V H- +V -V R.k(F) J JY R.k J NFV-0 R.k(F) u/v u/v R.k(F) R k u/v R0.k(F) u/v R k VR 0k(R) 000u/.V R R.K(F) R 000p() 000p() Q S0 Q SF R 0 R.k(F) NO MOUNT SS Q S0 Q SF SS R 000p() R 0 R.k(F) R.K(F) 000p() R0.k(F) R.k(F) 00p() U 0 00p() p() J JY--0-0 R k u/v R 00 u/v R0 0K p() R.k U R.k 0 0.uF 0.uF 0U/.V H+ p() Ver.0 P, 0,0, & are on the soldering side. Ver.0 & later P, these are on the mounting side. R k R k R 0K U R 0k 0U/.V H- igital Mixing onsole M- st Issue; September 00
22 » SHMTI IGRM M- INPUT P (/) INPUT R0.k(F) R0.k(F) S ON OFF R 0NF /W u/v +V INPUT R 0(F) R 0k R 0(F) +V -V R0.k(F) R0.k(F) 0 Q S0GR R k Q S0GR J JY R.k J NFV-0 u/v 0 u/v R0.k(F) 0 u/v R k R0.k(F) 0 u/v R k VR 0k(R) 000u/.V R P 0 P 0 R0.K(F) R p() 0 000p() Q S0 Q SF R 0 R.k(F) NO MOUNT SS Q S0 Q SF SS R.k(F) R0 000p() 0 R 0 R0.K(F) 0 000p() R.k(F) 0 00p() U 0 00p() 0.uF J JY--0-0 R k u/v R 00 u/v R0.k(F) R0 0K p() 0.uF R.k p() U R.k 0 0.uF 0.uF 0U/.V H+ p() INPUT R.k(F) R.k(F) S ON OFF R 0NF /W u/v +V INPUT Q S0GR R 0(F) R k R 0k R 0(F) Q S0GR R k R k R 0K U R 0k 0U/.V H- +V -V H+ H- H+ H- H+ H- H+ H- P0 0 P OX HR R.k(F) J JY R.k J NFV-0 R.k(F) u/v u/v R.k(F) u/v R k R0.k(F) u/v R k VR 0k(R) 000u/.V R R.K(F) R 000p() 000p() Q S0 Q SF R 0 R.k(F) NO MOUNT SS Q S0 Q SF SS R 000p() R 0 R.k(F) R.K(F) 000p() R0.k(F) R.k(F) 00p() U 0 00p() p() J JY--0-0 R k u/v R 00 u/v R0 0K p() R.k U R.k 0 0.uF 0.uF 0U/.V H + p() Ver.0 P, 0,0, & are on the soldering side. Ver.0 & later P, these are on the mounting side. R k R k R 0K U R 0k 0U/.V H- igital Mixing onsole M- st Issue; September 00
23 » SHMTI IGRM M- INPUT P (/) INPUT R0.k(F) R0.k(F) S ON OFF R 0NF /W u/v +V INPUT R 0(F) R 0k R 0(F) +V -V R0.k(F) R0.k(F) 0 Q S0GR R k Q S0GR u/v J JY R.k J NFV-0 0 u/v R k R0.k(F) 0 u/v R0.k(F) 0 u/v R k VR 0k(R) 000u/.V R P 0 P 0 R0.K(F) R p() 0 000p() Q S0 Q SF R 0 R.k(F) NO MOUNT SS Q S0 Q SF SS R0 000p() 0 R 0 R.k(F) R0.K(F) 0 000p() R.k(F) 0 00p() U 0 00p() 0.uF J JY--0-0 R k u/v R 00 u/v R0.k(F) R0 0K p() 0.uF R.k p() U0 R.k 0 0.uF 0.uF 0U/.V H+ p() INPUT R.k(F) R.k(F) S ON 0 OFF R 0NF /W u/v +V INPUT Q S0GR R 0(F) R k R 0k R 0(F) Q S0GR R k R k R 0K U0 R 0k 0U/.V H - +V -V R.k(F) J JY R.k J NFV-0 R.k(F) u/v u/v R.k(F) u/v R k R0.k(F) u/v R k VR 0k(R) 000u/.V R R.K(F) R 000p() 000p() Q S0 Q SF R 0 R.k(F) NO MOUNT SS Q S0 Q SF SS R 000p() R 0 R.k(F) R.K(F) 000p() R0.k(F) R.k(F) 00p() U 0 00p() p() J JY--0-0 R k u/v R 00 u/v R0 0K p() R.k U R.k 0 0.uF 0.uF 0U/.V H + Ver.0 P, 0,0, & are on the soldering side. Ver.0 & later P, these are on the mounting side. R k R k R 0K p() U R 0k 0U/.V igital Mixing onsole M- H- st Issue; September 00
24 » SHMTI IGRM M- INPUT P (/) PHNTOM +V INPTU JK P P0 INP WIR SSY (oard-in to oard-in) MI MP P P0 INP -H P0 +V +V H ~ H +V -V +V 00u/V 00u/V P0 -H +V +V -V -V +V 00u/V 0 +V H ~ H -V 00u/V -V -V +V P0 -H H ~ H 00u/V +V +V -V 00u/V -V -V +V +V H ~ H 00u/V 0 +V -V 00u/V -V -V igital Mixing onsole M- st Issue; September 00
25 » SHMTI IGRM M- FR P (/) TO : SH PU (FR_PV) FR POSITION TO : SH PU FR T,RSS V_H V_H V_H V_H SHOL_INH0 SHOL_ SHOL SHOL SHOL SHOL_ SHOL_INH PV_H PV_H PV_H V_H V_H PV_H PV_H PV_H PV_H SHOL SHOL SHOL PV_H PV_H0 PV_H PV_H PV_H PV_H PV_H PV_H PV_H SHOL V_H V_H V_ST_FR FR TS_LK PV_ST_FR _T SHOL SHOL #S #TS_H #TS_H SHOL_INH SHOL_ #TS_ST_FR #TS_H INH_H #TS_H _T INH_H #TS_H #S SHOL_INH0 #TS_H #TS_H #TS_H _T _T #S INH_H INH_H #TS_H INH_H SHOL_ #S INH_ST_FR #TS_H _T _T #TS_H _T #TS_H _T #TS_H #TS_H INH_H0 #TS_H0 #TS_H INH_H SHOL SHOL SHOL SHOL SHOL SHOL0 SHOL SHOL #FRR #S SHOL_INH SHOL_INH SHOL_ SHOL_ SHOL_ SHOL_ SHOL_ SHOL_ SHOL_ SHOL T _T _T _T _T _T _T _T _T0 _T0 #FRWR #FRS FR0 FR INH_H INH_H INH_H INH_H INH_H #RST FR FR FR FR FR FR FR0 #FRWR FR FR FR FR FR FR FR FR FR0 FR0 FR FR FR FR FR #FRS FR FR #FRR FR FR FR FR FR FR0 #RST #FRR FR FR FR FR FR FR FR FR FR FR FR FR0 FR FR FR FR #RST FR FR FR FR FR FR0 FR0 FR FR FR FR FR FR FR FR FR FR #FRWR FR FR FR FR FR FR0 FR FR FR FR FR0 FR0 FR FR FR FR FR FR0 FR FR FR FR FR #FRS FR FR0 FR0 FR FR FR FR FR TS_LK V_H V_H V_H V_H V_H V_H V_H0 V_H #S #S #S #S0 #S #S #S _T _T INH_H INH_H INH_H INH_H TS_LK V_ST_FR V_H V_H PV_ST_FR PV_H V_H PV_H PV_H PV_H PV_H PV_H PV_H PV_H PV_H PV_H PV_H PV_H PV_H0 V_H V_H V_H V_H V_H V_H V_H V_H V_H PV_H PV_H PV_H #TS_H #TS_H INH_H INH_H #TS_H #TS_H INH_H0 INH_H #TS_ST_FR INH_H INH_H #TS_H INH_H INH_ST_FR #TS_H INH_H #TS_H #TS_H INH_H #TS_H INH_H #TS_H INH_H INH_H INH_H #TS_H #TS_H #TS_H #TS_H INH_H #TS_H #TS_H0 INH_H INH_H TS_LK V_H V_H V_H0 V_H VR+ VR+ V- V+ V- M VM+ V+ V+ V- V+ V- V+ V+ V- V- V+ V+ V- V- VR+ V- V_TOP V_TOM V+ V+ V+ V+ V+ V+ V+ V+ V+ V+ V+ V+ V+ V+ V+ V- V+ V+ V+ V- V- V+ V+ V+ V+ V- V- 0.uF uf/v 0.uF 0 uf uf R 0k 0 uf/v uf/v uf/v - + U0 NJM 0 0.uF 0 uf R k 0 uf R0 k uf R 0k 0 0.uF 0 0.uF uf/v 0.uF uf 0 uf - + U0 NJM 0 0.uF R0 k R k R 0k 0 0.uF 0.uF 0 0.uF R 0k R0 k uf T R k 0 0.uF R 0k T T R0 k R k uf/v 00uF/V R 0k R0 k T 0.uF U NJML0U OUT IN R 0k T T 0.uF - + U0 NJM R0 k 0 uf/v 0.uF R0 k U H 0 0 Y Y Y Y Y Y Y Y G G V - + U0 NJM R 0k T T R 0k T T V_TOP T V+ 0 uf/v uf/v T VR+ T T0 0.uF 0.uF T T VR+ uf/v 0 0.uF 0 0.uF 0 0.uF R 0k T T0 V_OTM T P PVU uf T T V- - + U0 NJM R k uf R 0k T T 0 0.uF U LV 0 0 Q Q Q Q Q Q Q Q O LK V U H 0 G G G Y0 Y Y Y Y Y Y Y V 0 0.uF 0 uf/v T 00uF/V T 0 uf/v 0.uF U H 0 0 Y Y Y Y Y Y Y Y G G V 0.uF T V- - + U0 NJM T R0 k U LV 0 0 Q Q Q Q Q Q Q Q RST LK V uf/v L LMP0S 0.uF R 0k U0 LV 0 0 Q Q Q Q Q Q Q Q RST LK V P PVU uF - + U0 NJM 0 0.uF R 0K* 0 00uF/.V T T U H 0 0 Y Y Y Y Y Y Y Y G G V 0 uf R0 0k R 0k 0.uF 0 0.uF T0 U LV 0 0 Q Q Q Q Q Q Q Q RST LK V U H0 0 X0 X X X X X X X X V INH VSS V 0 uf - + U0 NJM 0.uF U H 0 G G G Y0 Y Y Y Y Y Y Y V uf/v T R 0k T 0.uF - + U0 NJM 0.uF T V+ 0.uF R k uf/v T R 0k 0 0.uF 0.uF T P -H 0 U LV 0 0 Q Q Q Q Q Q Q Q RST LK V T 0 uf 0 uf/v R 0k T 0.uF T - + U0 NJM - + U0 NJM T uf R 0k 0.uF - + U0 NJM U H0 0 X0 X X X X X X X X V INH VSS V - + U0 NJM 0 0.uF T0 0.uF uf/v T VM+ - + U0 NJM T M uf R 0k 0 0.uF T 0 uf/v 0.uF T R0 k T V+ U H0 0 X0 X X X X X X X X V INH VSS V 0 0.uF uf 0 uf 0.uF 0 uf/v T - + U0 NJM R k R 0k - + U0 NJM uf/v T R R k - + U0 NJM 0.uF T L LMP0S U NJML0U OUT IN T U H 0 0 Y Y Y Y Y Y Y Y G G V T R uf/v 0 0.uF R0 0k U LV 0 0 Q Q Q Q Q Q Q Q RST LK V T U NJML0U OUT IN T - + U0 NJM 0.uF 0 uf/v 0 0.uF T TS_LK igital Mixing onsole M- st Issue; September 00
26 » SHMTI IGRM M- FR P (/) TS_LK #TS_H TS_LK #TS_H TS_LK #TS_H TS_LK #TS_H PV_H INH_H PV_H INH_H PV_H INH_H INH_H #TS_H PV_H TS_LK V_H INH_H #TS_H TS_LK INH_H V_H PV_H #TS_H TS_LK INH_H V_H PV_H #TS_H TS_LK V_H PV_H INH_H V+ V+ V_TOP V+ V+ V+ V+ V+ V+ VM+ V_TOM VM+ V+ V_TOP V_TOM V_TOM V_TOP VM+ V+ VM+ V_TOM V_TOP V+ V+ V+ V+ V+ V+ V+ V+ V+ 0 0.uF R0 0K R k T T0 R 0K R 0K P 0.0uF T uf T0 R 0 R K 0 0P R M R0 k T T 0.uF T0 T0 U MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT uf R uF 0P R 0K uf 0.uF 0 0P T T R 0K T R0 k 0.uF R 0 R0 M R0 K T T 0 P T0 T T T U0F H R 0K R0 M T R k R0 K R 0 0.uF T0 T T0 R 0K 0 0P 0.uF 0P R 0K T T0 T0 T R 0K T T0 T R 0K R0 0K R K P T0 R 0K 0 0.0uF T0 R0 0K TS + - MF0 M-FR FG FG FG FG 0 T R 0K R k T0 U0 H 0 T0 T T0 0.uF uf R 0K uf R0 K T T T0 R 0K 0 0.uF 0 0P T R M R k T R0 K 0 U0 MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT 0.uF U MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT T T0 R M T T R 0K 0.uF R k U0 H R 0 R 0K T T0 R 0K U0 MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT 0.0uF U0 H T0 T T R0 k 0P R0 0K R 0K T R0 M R0 M R0 k 0.uF uf R 0K R0 k R 0K R 0K T T R0 k 0 0 T0 T 0 T R 0K 0 0.0uF 0.0uF T0 0P R uF T R k T T R 0K T0 R K T T T U0 H T0 0.0uF TS + - MF M-FR FG FG FG FG T U0 H T R 0 uf T T T R 0 U0 H 0 T R0 K T R0 k uf 0.uF T 0.uF R k 0.uF R M 0 0.uF R 0 0 T 0.uF 0 P TS + - MF M-FR FG FG FG FG U0 H R K R 0 R 0 T uF 0.uF R 0 T0 TS + - MF0 M-FR FG FG FG FG T0 R 0K R 0K R k igital Mixing onsole M- st Issue; September 00
27 » SHMTI IGRM M- FR P (/) INH_H INH_H #TS_H PV_H #TS_H PV_H TS_LK #TS_H INH_H TS_LK INH_H PV_H TS_LK TS_LK #TS_H PV_H TS_LK #TS_H PV_H TS_LK PV_H V_H #TS_H INH_H PV_H INH_H TS_LK INH_H V_H #TS_H #TS_H V_H V_H INH_H TS_LK V+ V+ V+ V_TOM V+ V+ VM+ V+ VM+ V+ V_TOM V+ V+ V_TOM V_TOP V+ VM+ V+ VM+ V+ V+ V_TOP V_TOP V_TOP V+ V_TOM V+ V+ V+ V+ V+ T T T R M T 0P T0 T0 T T 0.0uF T R k T0 R 0K P 0 0.0uF U0 H 0.0uF T T uf 0 0.0uF R0 M T0 R 0K 0P T0 R 0K R 0 0 T R0 0K R 0K 0.0uF uf T 0.uF 0.uF 0 R K R0 K T T T uf R k T T U0 H 0 0P 0 R 0 R k R k T R 0 0P T R0 M 0.0uF T R 0 R 0K 0.uF 0.uF U0F H R 0K T0 uf 0 P R0 k 0 0P T R K R0 k T uF R k 0.uF T U0 MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT R 0K R 0K T T T0 R 0K U MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT T T U0 H 0.uF 0.uF T R 0K T T R 0K T R 0 TS + - MF M-FR FG FG FG FG R0 K 0 P R0 k R 0 0.uF R0 K R0 k T0 T T T R0 0K T0 R0 0K T0 R 0K T T0 R M R 0K R 0K T T0 R uF T R 0 R0 k T0 uf T T0 0 0P T U0 H T T R 0 T uF T0 R0 0K R 0 T T0 R k R 0 T0 T uf T0 T 0.uF R0 M R K R 0K 0 0.uF R 0K TS + - MF0 M-FR FG FG FG FG U MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT R K R M U0 H R 0K uf T0 0.uF R 0K 0.uF T T 0.uF R 0K 0 0.uF TS + - MF0 M-FR FG FG FG FG R k TS + - MF M-FR FG FG FG FG U0 H R k T0 R 0K 0.uF T0 T 0 0P T 0P R0 M T0 0 R0 K R 0K R0 k R0 k R0 K T0 U0 MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT R M T T U0 H uF R 0 R 0K P T0 uf R 0K R 0K T 0 0.uF T0 igital Mixing onsole M- st Issue; September 00
28 » SHMTI IGRM M- FR P (/) #TS_H INH_H0 INH_H #TS_H0 #TS_H PV_H0 PV_H TS_LK #TS_H INH_H TS_LK INH_H PV_H TS_LK TS_LK PV_H0 TS_LK #TS_H PV_H TS_LK PV_H V_H #TS_H INH_H PV_H INH_H0 TS_LK INH_H V_H #TS_H0 #TS_H V_H0 V_H INH_H TS_LK V+ V+ V+ V_TOM V+ V+ VM+ V+ VM+ V+ V_TOM V+ V+ V_TOM V_TOP V+ VM+ VM+ V+ V+ V_TOP V_TOP V_TOP V+ V_TOM V+ V+ V+ V+ R0 M 0.0uF T R 0 R 0K 0.uF U0 H R 0K T0 uf T 0 P R0 k 0 0P T R K R0 k T uF T R k 0.uF U0 MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT R 0K R 0K T T T0 R 0K T U MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT T U0 H 0 T 0.uF 0.uF T R 0K T R 0K T T R 0 TS + - MF M-FR FG FG FG FG R0 K 0 P T 0.uF R0 k R 0 R0 K R0 k T T T R0 0K T0 T 0.uF R0 0K T0 T R 0K T0 T0 T R M R 0K R 0K T0 R uF T R 0 R0 k T0 uf T0 T0 T 0 0P T U0 H R 0 T uF T0 R0 0K R 0 T T0 R k R 0 uf T0 T R0 M R K R 0K 0 0.uF R 0K TS + - MF0 M-FR FG FG FG FG U MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT R K R M U0 H R 0K uf T0 0.uF R 0K 0.uF R 0K 0 0.uF TS + - MF0 M-FR FG FG FG FG R k TS + - MF M-FR FG FG FG FG U0 H R k T0 R 0K 0.uF T 0 0P T 0P R0 M T0 0 R0 K R 0K R0 k R0 k R0 K 0.uF T0 U0 MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT R M T U0 H uF T R 0 R 0K P T0 uf R 0K R 0K 0 0.uF T0 T T T T T 0.uF R M 0P T0 T0 T T0 T 0.0uF R k T0 T R 0K P 0 0.0uF U0 H 0.0uF T uf 0 0.0uF R0 M T T0 R 0K 0P T0 R 0K R 0 0 T R0 0K R 0K 0.0uF uf T 0.uF T 0 R K R0 K T T T uf R k T U0 H T 0 0P 0 R 0 T R k R k T R 0 0P igital Mixing onsole M- st Issue; September 00
29 » SHMTI IGRM M- FR P (/) #TS_H INH_H INH_H #TS_H #TS_H PV_H PV_H TS_LK #TS_H INH_H TS_LK INH_H PV_H TS_LK TS_LK PV_H TS_LK #TS_H PV_H TS_LK PV_H V_H #TS_H INH_H PV_H INH_H TS_LK INH_H V_H #TS_H #TS_H V_H V_H INH_H TS_LK V+ V+ V+ V_TOM V+ V+ VM+ V+ V+ VM+ V+ V_TOM V+ V+ V_TOM V_TOP V+ VM+ V+ VM+ V+ V+ V_TOP V_TOP V_TOP V+ V_TOM V+ V+ V+ V+ 0 0.uF T0 R0 0K R 0K 0 T 0.uF T R 0K R k R 0 uf T0 U0 H R0 M R K uf T 0.uF TS + - MF0 M-FR FG FG FG FG U MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT R K 0.uF R M TS + - MF0 M-FR FG FG FG FG R 0K T T0 0.uF 0.uF R 0K R k T0 R 0K 0 0.uF T0 R k TS + - MF M-FR FG FG FG FG U0 H 0P R0 M R 0K 0.uF T T0 T 0 0P T U0 MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT R M T T0 0 R0 K R 0K R0 k R0 k R0 K T0 R 0K T U0 H uF T T R 0 R 0K P T0 T uf R 0K T 0 0.uF T0 T 0P T R M T T0 T0 0.0uF T R k R0 M T R 0K P 0 0.0uF 0.0uF T U0 H uf 0 0.0uF 0.uF T0 T0 R 0K 0P T0 R 0K R 0 0 T0 R0 0K R 0K 0.0uF uf T U0 H 0 R K R0 K T R 0 R k T uf R k T T T 0 0P 0 0.uF R k uf R 0 0P 0 P R0 M 0.0uF T T 0.uF R 0 R 0K R0 k U0 H 0 R 0K T0 R0 k 0 0P R K U0 MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT T uF T T 0.uF R k 0.uF U MFP VRF VS SOUT SIN- VM- VM+ Vm M VM+ VM- SIN- SOUT OUT IN+ IN- Vm VM- VM+ MUT MUT OP+ OP- OPOUT IN+ IN- OUT IN- IN+ TP OP+ OP- OPOUT R 0K R 0K T T T0 R 0K T U0F H T 0.uF 0.uF T T R 0K 0 P R 0K T R 0 TS + - MF M-FR FG FG FG FG R0 k T R0 K R0 k R 0 T 0.uF R0 K T0 T T T T R 0K R0 0K T0 T R0 0K T T0 0 0.uF R0 k T0 T R M R 0K R 0K T0 R 0 R 0 T T uf T0 0 0P 0 T U0 H R 0 T0 R 0 T T igital Mixing onsole M- st Issue; September 00
30 » SHMTI IGRM M- FR P (/) TS_LK TS_LK R0 k R0 k V+ 0 0 R0 M R0 M 0 P T0 U0 H V+ T0 T0 R0 k 0 R0 k T uF U0 H T0 #TS_ST_FR #TS_ST_FR 0.uF V_ST_FR INH_ST_FR T0 T0 R 0K INH_ST_FR R 0K R0 K R0 K 0 0.0uF R0 0K R 0K R 0K R 0K 0 0.uF 0 0P T0 T T T 0 0P R 0K U0 MFP OP- OPOUT OP+ IN+ 0 TP IN- IN+ OUT IN- SOUT Vm SIN- VM- VM- VM+ VM+ 0 0 MUT M MUT Vm OP+ VM+ OP- VM- OPOUT SIN- 0 IN+ SOUT IN- VS OUT VRF V+ T V+ T T T T T0 R 0 0.uF uf VM+ V+ uf R 0 T0 R 0 0.uF T0 V_TOP MF0 TS FG FG FG FG + - M-FR PV_ST_FR V_TOM PV_ST_FR 0.uF U0,U0 POWR : V+( ), ( ) U0 T H 0 U0 T U0 T H H U0 H T igital Mixing onsole M- st Issue; September 00
31 » SHMTI IGRM M- PNL P (/) U H00 R + SW R STOR SW R IRT LT SW R IT SW L_N 0 U H00 T k R VQ - SW k R0 VQ RLL SW0 k R SKHH MNUL SW k R SKHH MMO SW 0 S&R 0.uF() G G G V U H Y0 Y Y Y Y Y 0 Y Y R0 R R R R R R R k R k R k R VQ N.F SW VQ Q SW VQ LOW SW k R k R k R VQ IRT OUT SW VQ STRO SW VQ - SW k R k R0 k R SKHH SW SKHH SW0 SKHH SW k R k R k R SKHH SHIFT SW SKHH LR SW SKHH 0 SW 0 S&WR 0.uF() G G G V U H Y0 Y Y Y Y Y 0 Y Y WR0 WR WR WR WR WR WR WR k R k R k R k VQ LO MI SW VQ HI MI SW VQ HIGH SW VQ k R k R k R k VQ k SKHH - SW R SW VQ k SKHH - SW R SW VQ k SKHH k R0 k R - k SKHH SW0 SKHH SW SKHH SW R SW R SW VQ k SKHH k SKHH S&WR 0.uF() U H00 0.uF() uF() U WR H00 0.uF() G V G 0 Y Y Y Y Y Y Y Y 0 U HH G V G 0.uF() 0 G V G Y Y Y Y Y Y Y Y 0 U HH Y Y Y Y Y Y Y Y 0 U HH G V G Y Y Y Y Y Y Y Y 0 U HH WR0 WR WR WR WR WR WR WR WR U_ T * L R R 0 R0 R R R.+V. 0.0uF()(K) R.k NOR_ SW 0.0uF()(K) R.k NOR_ SW 0 0.0uF()(K) R.k NOR_ SW R k R k R k 0.0uF()(K) R k 0F 0.0uF()(K) R k 0F R k 0F R00 0k R0 0k 0.0uF()(K) 0.0uF()(K) R.k R.k R0 k R k NOR_ SW 0F 0.0uF()(K) 0.0uF()(K) R.k R.k R k R k NOR_ SW0 0F 0.0uF()(K) R0.k N- N- R0 0k VR RK0K_0k() 0.0uF()(K) R.k R.k R k NOR_ SW 0.0uF()(K) R.k R.k R0 k NOR_ SW +V 00uF/.V 00uF/.V 00uF/.V 00uF/.V - : H=mm R k R.k N S&R S&WR L_N FLT_L_SSY_ 0 0.uF() R G V 0 G Y Y Y Y Y Y Y Y 0 U HH 0.0uF()(K) 0 0.0uF()(K) 0.0uF()(K) R k R.k R.k R k R k R0.k 0F NOR_ SW 0F 0.uF() R G V 0 G Y Y Y Y Y Y Y Y 0 U HH 0.0uF()(K) 0.0uF()(K) 0.0uF()(K) R k R.k R.k R k R k R.k 0F NOR_ SW 0F TO: MIN P P igital Mixing onsole M- st Issue; September 00
32 » SHMTI IGRM M- PNL P (/) 0 0 WR U LS 0 Q0 Q Q Q Q Q Q Q O K 0 V 0 L0 Q0 TS L Q0 TS L Q0 TS L L0 L L L L L L L L L L0 L L L L L 0.uF() L Q0 TS L0 L Q0 TS L L WR Q0 TS L Q0 TS TS L Q TS L 0.uF() L L L L 0 U LS 0 Q0 Q Q Q Q Q Q Q O K V 0 Q0 TS Q0 TS Q0 TS L0 L L L L L L L L L L0 L L L L L WR WR WR U_ T *L Q TS.+V. Q Q TS Q TS WR 0 0.uF() U0 H 0 Q0 Q Q Q Q Q Q Q O K 0 V 0 L G G G U LS 0.uF() G G G V U H Y0 Y Y Y Y Y Y Y 0 ST0 ST ST ST ST ST ST ST R0 T0 0 R T 0 R T R 0 Q SR R0 0 Q SR R 0 LT0 LT R T 0 R T 0 R T Q SR R 0 Q SR R 0 LT LT LT0 LT LT LT LT LT LT LT LT V Y0 Y Y Y Y Y Y Y 0 0 Q SR R LT 0 Q SR R LT R T 0 R T 0 TO: SW RG P N N T0 T T T T T T T T 0 LT T 0 R Q SR R.k LT L+V L+V L L 00uF/.V H=mm L+V L Q TS 0.uF() ST0 ST ST ST ST ST ST ST R 0 LT0 LT LT LT LT LT LT LT LT Q0 SR L+V.k Q SR LT L+V L_SSY_H (P) igital Mixing onsole M- st Issue; September 00
33 » SHMTI IGRM M- PNL P (/) N- N-.+V. N- N-.+V. R R R R R 0.uF() 0 U G G Y Y Y Y Y Y Y Y V HH 0 SW0 R 0k SW R 0k SW R 0k SW R 0k R 0k R 0k R 0k R 0k R 0k R0 0k R 0k SWMOU R 0k SWUNO R 0k UNO SW SKHH MOUL SW VQ 0 0 R 0 U0 G G Y Y Y Y Y Y Y Y V HH 0 SW SW SW SW SW SW SW0 SW SW SW SW SW SW SW0 0.uF() 0 MUT SW0 0 MUT0 SW0 0 MUT SW0 0 MUT SW0 0 MUT SW0 0 MUT SW0 0 MUT SW0 0 MUT SW0 SS VQ SS VQ SS VQ SS VQ SS VQ SS VQ SS VQ SS VQ ST0 ST ST ST ST ST ST ST ST0 ST ST ST ST ST ST ST ST0 SS MUT SW VQ SS MUT SW VQ SS MUT SW VQ SS MUT SW VQ SS MUT SW VQ SS MUT SW VQ SS MUT SW VQ SS MUT SW VQ ST R SW R0 SW R SW R SW R SW R SW R SW R SW SS VQ SS VQ SS VQ SS VQ SS VQ SS VQ SS VQ SS VQ ST R SW R SW R SW R SW R SW R SW R SW R SW SS VQ SS VQ SS VQ SS VQ SS VQ SS VQ SS VQ SS VQ ST SL SL0 SL SL SL SL SL SW SW SW SW SW SW SW SL SW TO: TRNSPORT P N N ST ST SS SS SS VQ SL SW VQ L_ SW SKHH SS SS SS VQ SL SW VQ L_ SW SKHH SS SS SS VQ SL SW VQ L_ SW SKHH SS SS SS VQ SS VQ SL SL SW SW VQ SS VQ L_ >R SW SW SKHH SS SKHH SS SS SS VQ SL SW VQ <L SW SKHH SS SS SS VQ SL SW VQ SL_ST SW VQ SS SS SS VQ SL SW VQ NTR SW SKHH SW SW SW0 ST ST ST ST ST ST SW SW SW0 ST ST ST ST ST ST L_SSY_I (P) ST TOUH SW NOR MO SW vown SW ^UP SW SOLO SW LL SF SW SS VQ SS VQ SS SKHH SS SKHH SS VQ SS VQ ST igital Mixing onsole M- st Issue; September 00
34 » SHMTI IGRM M- PNL P (/) L0 L L L L L L L L L L0 L L L L L L L L L L L0 L L L L L L L L L L0 R 00 R 00 R R0 R R R R0 R R R R R R R R R OL OL MUT MUT SL SL R R _ 0 _ 0 _ 0 _ 0 _ 0 _ 0 _ 0 _ 0 LI0/TF-(R) LI0/TF-(R) SLR-U(ORG) SLR-U(ORG) SLR-MG(GRN) SLR-MG(GRN) SLR-VR(R) SLR-VR(R) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) LT0 OL0 OL MUT0 MUT SL0 SL R0 R LI0/TF-(R) LI0/TF-(R) SLR-U(ORG) SLR-U(ORG) SLR-MG(GRN) SLR-MG(GRN) SLR-VR(R) SLR-VR(R) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) LT OL OL MUT MUT SL SL R R LI0/TF-(R) LI0/TF-(R) SLR-U(ORG) SLR-U(ORG) SLR-MG(GRN) SLR-MG(GRN) SLR-VR(R) SLR-VR(R) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) LT OL LI0/TF-(R) OL LI0/TF-(R) MUT SLR-U(ORG) MUT SLR-U(ORG) SL SLR-MG(GRN) SL SLR-MG(GRN) R SLR-VR(R) R SLR-VR(R) _ SLR-U(ORG) _ SLR-U(ORG) _ SLR-U(ORG) _ SLR-U(ORG) _ SLR-U(ORG) _ SLR-U(ORG) _ SLR-U(ORG) _ SLR-U(ORG) TO : TRNSPORT P N N LT0 LT LT LT LT LT LT LT LT LT LT LT OL LI0/TF-(R) OL LI0/TF-(R) OL OL LI0/TF-(R) OL LI0/TF-(R) OL MUT SLR-U(ORG) MUT SLR-U(ORG) MUT MUT SLR-U(ORG) MUT SLR-U(ORG) MUT SL SLR-MG(GRN) SL SLR-MG(GRN) SL SL SLR-MG(GRN) SL SLR-MG(GRN) SL R SLR-VR(R) R SLR-VR(R) R R SLR-VR(R) R SLR-VR(R) R _ SLR-U(ORG) _ SLR-U(ORG) 0 SLR-U(ORG) _0 SLR-U(ORG) _0 _ SLR-U(ORG) _ SLR-U(ORG) _ L L L L L LT LT LT LT 0 L L L L L LT LT LT LT L_SSY_J (0P) LI0/TF-(R) LI0/TF-(R) SLR-U(ORG) SLR-U(ORG) SLR-MG(GRN) SLR-MG(GRN) SLR-VR(R) SLR-VR(R) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) LT OL OL MUT MUT SL SL R R 0 _ LI0/TF-(R) LI0/TF-(R) SLR-U(ORG) SLR-U(ORG) SLR-MG(GRN) SLR-MG(GRN) SLR-VR(R) SLR-VR(R) SLR-U(ORG) SLR-U(ORG) SLR-U(ORG) LT OL_ST LL SF SL_ST SOLO LI0/TF-(R) SLR-MG(GRN) SLR-MG(GRN) SLR-VR(R) LT igital Mixing onsole M- st Issue; September 00
35 » SHMTI IGRM M- PNL P (/).+V..+V. *L WR WR WR WR WR WR0 *L WR WR WR WR WR WR0 R0 0 L0/TF-(ORG) (MTR-L) -0 R 0 L0/TF-(ORG) (MTR-R) -0 R 0 SLR-U(ORG) LOW R 0 L0/TF-(ORG) -0 R 0 L0/TF-(ORG) -0 R 0 SLR-U(ORG) LO MI WR 0.uF() U LS 0 Q0 Q Q Q Q Q Q Q O K 0 V 0 R 0 R 0 R 0 R 0 L0/TF-(ORG) L0/TF-(ORG) L0/TF-(ORG) L0/TF-(ORG) uF() WR U LS 0 Q0 Q Q Q Q Q Q Q O K 0 V 0 R 0 R 0 R0 0 R 0 L0/TF-(ORG) 0 L0/TF-(ORG) L0/TF-(ORG) L0/TF-(ORG) uF() WR U LS 0 Q0 Q Q Q Q Q Q Q O K 0 V 0 R 0 R 0 R 0 R 0 SLR-U(ORG) SLR-U(ORG) SLR-MG(GRN) SLR-U(ORG) HI MI HIGH Q - R 0 L0/TF-(ORG) - R 0 L0/TF-(ORG) - R 0 SLR-U(ORG) - R 0 R 0 L0/TF-(ORG) L0/TF-(ORG) - - R 0 R 0 L0/TF-(ORG) L0/TF-(ORG) - - R 0 R0 0 0 SLR-U(ORG) L0/TF-(ORG) STRO UX - R 0 0 L0/TF-(ORG) - R 0 L0/TF-(ORG) - R 0 L0/TF-(ORG) UX - 0.uF() WR0 U LS 0 Q0 Q Q Q Q Q Q Q O K 0 V 0 R0 0 R k R 0 R 0 L0/TF-(ORG) LI0/TF-(R) L0/TF-(ORG) L0/TF-(ORG) 0 OL IT MMO 0.uF() WR U LS 0 Q0 Q Q Q Q Q Q Q O K 0 V 0 R 0 R k R 0 R 0 L0/TF-(ORG) LI0/TF-(R) L0/TF-(ORG) 0 SLR-U(ORG) 0 OL SHIFT - 0.uF() WR U LS 0 Q0 Q Q Q Q Q Q Q O K 0 V 0 R 0 R 0 R 0 R 0 L0/TF-(ORG) L0/TF-(ORG) L0/TF-(ORG) L0/TF-(ORG) Q GIN XT.K.k k R 0 L0/TF-(ORG) IRT LT R0 0 SLR-U(ORG) - R 0 L0/TF-(ORG).k R 0 L0/TF-(ORG) MNUL R 0 SLR-VR(R) IRT OUT R 0 L0/TF-(ORG) k 0 0 L+V L+V igital Mixing onsole M- st Issue; September 00
36 » SHMTI IGRM M- MSTR P R 00.SN.RTN.RTN.RTN.RTN J0 J0 JY--0-0 J0 JY--0-0 J0 JY--0-0 JY--0-0 R RSRV R RSRV R R RSRV R RSRV R RSRV R RSRV uf/v uf/v uf/v uf/v uf/v uf/v uf/v uf/v TO : MIN P P P0.SN_H.SN.SN_H.SN.SN_H.SN.SN_H 0.SN L_SSY_ (P) uf/v uf/v R.k(F) R.k(F) 0pF() R 0k(F) R 0k(F) R.k(F) R.k(F) pf() pf() +V -V uf/v uf/v 0pF() R 0k(F) +V -V 0 0uF/V R 0k R 00 R 0k R 00 R 0k R 00 R 0k Q uf/v S Q uf/v S R0 k R0 k R 00 J0 JY SN.SN.SN U0 NN +V R0 00 W R 00 uf/v J0 JY--0-0 R k INSRT L uf/v (super small) J0 JY R L.ROOM OUT STUIO L STUIO R TR IN L TR IN R R k R k R k R k Q S R 0k TO : MIN P P +V -V R 0k R 0k -V +V -V 0uF/V W J0 STRO OUT L NMV INSRT R STRO OUT R uf/v (super small) +V TO : POWR P P0 +V +V _ -V -V POWR_MUT R R -V MP SI uf/v J0 R RSRV TO : MIN P P P0.RTN_H.RTN_.RTN_H.RTN_.RTN_H.RTN_ 0.RTN_H.RTN_ L_SSY_ (P) R.k(F) 0pF() R.k(F) 0pF() 0pF() R 0k(F) R R R 0k(F).k(F).k(F) pf() pf() U0 N U0 N 0 0uF/V 0 0uF/V R.k(F) R.k(F) 0pF() R.k(F) R.k(F) 0pF() 0pF() R 0k(F) R 0k(F) R.k(F) R R 0k(F).k(F) R.k(F) R.k(F) pf() pf() U0 N pf() pf() U0 N 0 0uF/V P0 -H P L_SSY_N (P) Q S Q uf/v S R0 k R0 k R 00 R 00 R 00 JY J0 JY J0 JY RSRV uf/v R.k(F) R.k(F) 0 0pF() 0pF() R 0k(F) R.k(F) R R 0k(F).k(F) pf() pf() U0 NN R 0k R.k 00pF() R k(f) uf/v uf/v R 0k R0 k Q S TO :.ROOM P P0 P0.ROOM_L_H.ROOM_L _.ROOM_R_H.ROOM_R_ +V +V -V -V 0 0-H R 00 R0 00 R 0k Q S R 0k uf/v Q S R k R k J P-0- R/W J P-0- R/W uf/v uf/v uf/v (super small) uf/v (super small) Q R 00 R 0k S R 00 TO : STUIO P P OR to OR P0 STUIO OUT L POWR MUT STUIO OUT R _ TR_L _ TR_R TWG-P0P- P STRO L_H STRO L STRO R_H STRO R L_SSY_ (P) uf/v R.k(F) R.k(F) 0 0pF() R.k(F) 0pF() R R 0k(F) R 0k(F).k(F) pf() pf() U0 NN 0 0uF/V 0 0uF/V R k(f) R k(f) R 0k R.k R k(f) U0 NN 00pF() 0 0uF/V U0 NN U0 0uF/V NN 0 0uF/V R 00 R0 00 R 00 R 00 Q R 0k S uf/v R0 k uf/v Q R 0k S Q R 0k S uf/v uf/v uf/v R k J0 JY--0-0 R k R k J0 NMV R 00 R0 00 R 0k R 0k Q S W W uf/v Q S 00uF/V 0 00uF/V R k R k J0 JY P0 L_SSY_M (P) JK SI igital Mixing onsole M- st Issue; September 00
37 » SHMTI IGRM M- STUIO P R0 0K T/ TO: MIN P P P ST_L_H ST_L ST_R_H ST_R +V_ T 0 TRL-ST_TR L-IM L-SLT SW-IM SW-SLT L_SSY_K (P) IM R k L-I(R) SLT R 0 L-(ORG) SW SW SPUJ_ IM SW SW SPUJ_ TO SLT 0 uf/v 0 uf/v R0 k(f) R k(f) 0 0pF() 0pF() R0 k(f) R k(f) 0 0pF() 0pF() R k(f) R k(f) R0 k(f) R k(f) R k(f) R0 k(f) R k(f) R k(f) 0 pf() 0 pf() pf() pf() U0 N U0 N +V -V +V -V 0 0uF/V 0 0uF/V 0 0uF/V 0 0uF/V R0 0k R0 0k R0 0k R0 0k R0 0k R0.M R0 0k R0.M pf() R0 0k pf() R0 0k 0 uf/v U0 N 0 uf/v.k S Q0 R0 U0 N 0 uf/v Q0 R0.k S 0 pf() U0 NJM0L U0 R k R 0k NJM0L 00uF/V R0 R0 R k R.k.k 0 uf/v VR RKK_0k(W) +V -V Q0 0uF/V 0uF/V R0.k R0 k 0 0.uF(M) 0 uf/v PHONS 0 uf/v VR RKK_0K()x 0 00uF/0V.k R.k R0 R0 k R.k U0 U0 NJM0L +V pf() R k R.k R0.k 0 pf() R0 k R.k NJM0L 0 pf() R0 k R.k U0 R 00 /W NF uF/V R 0 0uF/V R 00 /W NF -V +V NJM0L pf() R k R.k U0 NJM0L R 00 R 00 R 00 R 00 /W NF R uF/V R uF/V R 00 /W NF -V R 00 R 00 +V P P-H + - PHONS J PJ-0-0 MI TO: MSTR P P0 0k S P +V +V TO:.ROOM P P0 USS P OR TO OR P STUIO OUT L POWR MUT STUIO OUT R _ TR_L _ TR_R TWG-P0X- R0 0k Q0 S R 00 R 00 00uF/V 00uF/V 0 +V _ -V -V -V TR L TR R H.P L H.P R TU-PX- -V igital Mixing onsole M- st Issue; September 00
38 » SHMTI IGRM M- IGITL I/O P R 00 R 00 R 00 R 00 RS_I+ IN _XLR+ IN _XLR- OUT_XLR+ OUT_XLR- TO: MIN P P P0 P0V RS_O- RS_O- GPI GPI GPI GPI RS_I- RS_O+ GPI GPI GPI GPI IN _R IN _R IN _XLR- IN _XLR+ OUT_R OUT_R OUT_XLR- OUT_XLR+ R 00 R 00 R0 00 R 00 XMT0T 0 SST 0 SST U0 XMT0T U0 XMT0T U0 RS_O+ RS_I- RS_I+ XMT0T IN _R IN _R IN _XLR+ IN _XLR- IN _XLR+ U0 R0 R0 R0 00 XMT0T R0 R0 R0 0 (/W) U0 XMT0T U0 PULS TRNS 00uH T0 U0 XMT0T U0 XMT0T XMT0T U0 0 0.uF() 0 0.uF() 0 0.uF() XMT0T U XMT0T U XMT0T U0 GPI GPI GPI GPI GPI GPI GPI GPI U XMT0T U XMT0T U XMT0T P0 _SU_-0SLURL P0 _SU_-0SLURL J0 HSP-V- J0 NFH-0 RS- GPI IN R IN R IN XLR IN _XLR- R0 0 (/W) PULS TRNS 00uH T0 0 0.uF() U XMT0T J0 NFH-0 IN XLR OUT _R OUT _R OUT _XLR+ R0 0 R 0 R R0 R0 0 0.uF() U XMT0T U XMT0T U XMT0T J0 HSP-V- OUT R OUT R 0 (/W) OUT _XLR- OUT _XLR+ R PULS TRNS 00uH T0 0 0.uF() U0 XMT0T 0 0.uF() U XMT0T J0 NMH OUT XLR OUT _XLR- 0 (/W) PULS TRNS 00uH T0 0 0.uF() U XMT0T J0 NMH OUT XLR igital Mixing onsole M- st Issue; September 00
39 » SHMTI IGRM M- MII P TO: MIN P P P0 0 L_SSY_G (P) +V +V 0 U0 T0UP 0.uF() R k Q0 TS U0 T0UP U0 pin:v U0 pin: R 0k U0 SS SS T0UP R 00k U0 R M RX- RK TX- TX+ RX- RX+ 0 00uF/0V T_IN FOOT SW MII IN MII OUT MT/THRU TX- R0 /RK TX+ T0UP 0 R0 R0 U0 T0UP R 0k R 00k U0 J.wire mm U0 Jp Wire mm U0 XMT0T 0 uf/v 0 0.uF() +V U0F T0UP R 0k R uF() SS SS R 0k R 0k R 0 +V TX- \RK TX+ RX+ U0 P00V +V 0 00pF() R 0 SS R 0 R 0k 0 uf/v R0 0k 0 U0 XMT0T J0 HSP-V P0 _SU,PLURL TIF RMOT T IN J0 PHON_JK,0- FOOT SW MII IN J0 IN_JK,H-0- R 0 J0 MII OUT +V R 0 R 0 U0 XMT0T J0 MT OUT / MII THRU igital Mixing onsole M- st Issue; September 00
40 » SHMTI IGRM M- TIF P LRK P R0 U0 LV U0 LV TO: MIN P P P PV R 0.uF.k * TIF O / TIF O / TIF O / TIF O / TIF LRK O TIF FS0 I TIF FS I TIF FS0 I TIF MP I TIF LRK I TIF I / TIF I / TIF I / TIF I / TIF O / TIF O / TIF O / TIF O / TIF LRK O TIF FS0 O TIF FS I TIF FS0 I TIF MP I TIF LRK I TIF I / TIF I / TIF I / TIF I / R.k * R.k * R.k * SS * SS * R0 R0 R0 R0 R0 R0 R0 R0 R0 R R R R R R R R R0 R R R R R R R R R R0 R0.k 0 0 R.k 0 0 P0 -SU 0-FST P0 -SU 0-FST TIF TIF TO: MIN P P P PV WOR SYN IN TIF O / TIF O / TIF O / TIF O / TIF LRK O TIF FS0 O TIF FS I TIF FS0 I TIF MP I TIF LRK I TIF I / TIF I / TIF I / TIF I / 0 *R *WR *S 0 *N R.k * R No Mount U0.k * No Mount U0 XMT0T R 00 R 00 R 00 R0 00 R 00 R 00 R 00 R 00 R 00 R 00 R 00 R 00 R 00 R0 00 R 00 R 00 WOR SYN OUT 0 *R *WR *S 0 *N THRU / OUT SS * R Ω OFF / Ω ON 0 R R R R R R R R R0 R R R R R SW0 SSSF-S0N0 R.k 0 0 SS 0 0 P0 -SU 0-FST P0 TIF WOR SYN IN J0 OH0- WOR SYN OUT / THRU J0 OH0- -SU 0-FST TO MTR RIG TO: SW RG P N P TO: MIN P P FLT L_SSY_L (P) L0 uh_-0k-t-0m R 0 00uF/0V R.k 0 0.uF() L0 uh_-0k-t-0m 0 0.uF() Vcc OPT IN Vout Vin OPT Vcc OUT U0 GPF0RZ U0 GPF0TZ T IN T OUT U0 TVHT00 R0 WOR P U0 TVHT00 0 U0 TVHT00 U0 TVHT uF() P -H F0 FUS /V igital Mixing onsole M- st Issue; September 00
41 » SHMTI IGRM M- TRNSPORT P SW SW W JUMPR W JUMPR SW0 W JUMPR STOP SW0 PLY SW0 0 ROR SW0 TO: PNL P N N SW SW SW0 ST SW SW SW0 ST ST ST ST ST ST ST ST ST ST ST S-H ST ST ST ST SS SS SS SS <<RW SW VQ TRIM SW SKHH WRIT SW SKHH RHRS SW SKHH SS SS SS SS >>F.FW SW VQ LR SW VQ IN/OUT SW VQ RHSL SW VQ 0 SS 0 SS 0 SS 0 SS RVRT SW SKHH UTO MON SW VQ LL INPUT SW VQ RPT SW VQ W JUMPR SS SKMF SS SKMF SS SKMF MSTR SW - SW 0 - SW ST SS VQ SS VQ SS VQ L L L L L R0 R R0 R0 R0 R0 00 R0 R0 R0 R0 R0 00 TO: PNL P N N L L L L L L L L L L LT LT LT LT 0 LT LT LT LT LT LT - SLR-U(ORG) RPT SLR-U(ORG) LL INPUT SLR-U(ORG) - MSTR SLR-MG(GRN) SLR-VR(R) RHSL RHRS SLR-U(ORG) L0/TF-(ORG) IN/OUT WRIT SLR-U(ORG) LI0/TF-(R) <<RW SLR-U(ORG) >>F.FW SLR-U(ORG) IT L0/TF-(ORG) STOP LL SF PLY L0/TF-(ORG) LG0/TF-(GRN) LG0/TF-(GRN) S0-H LT UTO MON TRIM RVRT ROR SLR-U(ORG) L0/TF-(ORG) L0/TF-(ORG) LI0/TF-(R) LT igital Mixing onsole M- st Issue; September 00
42 » SHMTI IGRM M-.ROOM P TO:: MIN P P P0 MONITOR L_H MONITOR L MONITORR_H MONITORR MTR L MTR R L_SSY_ (P) uf/v uf/v R.k(F) R0.k(F) R.k(F) R0.k(F) 0 0pF () 0pF () 0 0pF () 0pF () Mount on soldering side R.k(F) R k Q0 SJ R.k(F) R.k(F) R k R0 R.k(F) k(f) Q0 SJ R0 k(f) Q0 SJ pf() pf() R k(f) R pf() k(f) R k(f) R k(f) U0 NN pf() U0 NN 0 0uF/V +V R uf/v uf/v R.k VR RKK_0K()x R k(f) R 0k(F) R.k R k(f) R.k R pf R 0k(F) R 0k(F) pf pf pf U0 NN R 0k(F) U0 NN U0 NN R 0k(F) +V -V +V -V 0uF/V 0uF/V 0uF/V 0uF/V SW SPUJ_ SW SPUJ_ SW SPUJ_ SW SPUJ_ SW SPUJ_ SW SPUJ_ SW SPUJ_ SW SPUJ_ STRO SL SL SL SOLO R k L-I(R) R 0 STUIO L-(ORG) VR VUJ_k() SOLO TO: MIN P P P0 SW L-R SL-(UX-) SL-(IGITL IN ) SL-(TR IN) SW-MONO SW-STUIO L-SOLO L-STUIO TRL R-TR 0 TRL IM SOLO_VR_P SOLO_VR_P SOLO_VR_P L_SSY_ (P) Q0 SJ 0 0uF/V 0k(F) R.k U0 NN SW SPUJ_ MONO -V SW SPUJ_ uf/v +V TO: STUIO P P USS P P0 +V +V +V _ -V -V -V TR L 0 TR R H.PL H.PR uf/v R 0k R 0 R 0 R 0k R.M uf/v uf/v R.M Q0 R0.k S.k S Q0 R0 0 0uF/V R0 k 0 uf/v R0 0k -V R.k R0 k Q0 TS TO STUIO SW SPUJ_ SW SPUJ_ 00uF/V +V TO: MSTR P P0 P0 R-OUT L HOT R-OUT L OL R-OUT R HOT R-OUT R OL +V +V -V 0 -V TU-PX- 00uF/V L_SSY_ (0P) -V igital Mixing onsole M- st Issue; September 00
43 » SHMTI IGRM M- USS P, L SU P USS P to.room P P0 to STUIO P P P P +V +V +V +V +V +V -V -V -V -V -V TR L 0 0 -V TR L TR R TR R.. H.P L H.P L H.P R H.P R TU-PP- TU-PP- L SU P TO: SW RG P N P V+ L RH-K -H R 0 00uF/0V R 0 Q S-O 0.uF(M)(K) T W-H/TW V_00_P V_00_N TO: L MOUL (00V) P pf/kv -H Q S-O igital Mixing onsole M- st Issue; September 00
44 » SHMTI IGRM M- MOTHR P SLOT from P,POWR SLOT from P,POWR from P,POWR S [0..] SLOT_STI STO TFS SLOT_IRQ0 SLOT_LRK_IN RSRV STO SLOT_STI0 SLOT_STI STO SLOT_G_LRK_IN_ S_ S_ S [0..] STO SLOT_IRQ SLOT_G_LRK_IN_ STO SLOT_PORT0 SLOT_STI LRK_OUT STO0 RSRV RSRV RFS STO SLOT_STI STO S_ S_ S_ S_ SLOT_STI SLOT_G_LRK_IN_ R0 SLOT_G_LRK_IN_ RSRV SLOT_G_LRK_IN_ SLOT_STI RSRV TLK RLK R SLOT_STI S_ S_0 S_ SLOT_STI SLOT_STI SLOT_STI TLK #R #SLOT_S SLOT_STI RSRV SLOT_STI LRK_OUT STO S_ S_ S_ S_0 S_ S_ STO SLOT_STI SLOT_STI TP_TX SLOT_STI Fs T0 SLOT_STI W_SYN SLOT_PORT SLOT_STI TFS R0 SLOT_STI S_ SLOT_PORT SLOT_PORT0 STO TP_TX S_ S_ S_ #R S_ S_ S_0 STO0 SLOT_STI SLOT_STI RLK SLOT_STI RSRV STO RSRV SLOT_PORT0 SLOT_G_LRK_IN_ STO STO S_ S_ STO RFS SLOT_STI STO RLK R STO STO S_ S_ S_ STO SLOT_G_LRK_IN_ SLOT_IRQ SLOT_STI R SLOT_G_LRK_IN_ Fs SLOT_LRK_IN RSRV #SLOT_S SYN T0 SLOT_STI S_0 S_ S_ #WR TP_RX SLOT_STI STO SLOT_STI SLOT_STI STO0 #RST SYN SLOT_G_LRK_IN_ SLOT_STI SLOT_STI SLOT_STI S_ SLOT_STI STO STO RSRV RSRV RSRV SLOT_IRQ STO STO #RST LRK_OUT TFS R0 SLOT_STI STO SLOT_STI SLOT_G_LRK_IN_ SLOT_STI RSRV RSRV SLOT_PORT SLOT_STI0 SLOT_STI STO T STO Fs SLOT_LRK_IN STO SLOT_STI S_ S_ S_ SLOT_STI SLOT_G_LRK_IN_ SLOT_STI T0 RSRV SYN TP_RX SLOT_IRQ SLOT_IRQ0 SLOT_PORT0 SLOT_G_LRK_IN_ SLOT_G_LRK_IN_ STO S_ S_ SLOT_STI SLOT_PORT T RSRV SLOT_STI TP_TX SLOT_STI RSRV RSRV RSRV STO STO S_ S_ S_ S_ S_0 S_0 S_ SLOT_STI SLOT_STI STO SLOT_IRQ0 #SLOT_S RSRV #WR STO STO SLOT_STI STO #SLOT_S RSRV SLOT_STI S_ S_ SLOT_STI0 SLOT_G_LRK_IN_ SLOT_STI SLOT_STI SLOT_STI #RST W_SYN STO SLOT_LRK_IN SLOT_G_LRK_IN_ STO RFS S_ #R STO SLOT_STI STO SLOT_STI0 W_SYN TP_RX TLK T SLOT_STI SLOT_STI SLOT_IRQ0 SLOT_G_LRK_IN_ #WR STO SLOT_STI S_ S_ VM+ V+ V+ V+ V+ V+ V+ _H V+ V+ V+ V- V- _H V+ V+ VM+ V+ VM+ _H V+ V+ VM+ V- V+ V- V- _H V+ V+ V+ VM+ _H V+ V+ J ON J PI P ON P ON J ON J ON J PI P ON0 0 igital Mixing onsole M- st Issue; September 00
45 » SHMTI IGRM M- POWR SUPPLY STION J J HT SINK +V +V. + - RS0L 00UV 00UV Q SR R K(F) 0.U R 0NF /W R 0NF /W R M U0 M0L +VI +VO Q SR J R K(F) -VI ONT VJ L -VO Q SR Q SR J LP P P-H 0 P 00UV 00UV + - RS0L Q S0 J J LP P P-H P P-H F U0V W0 0V fuse 0.U R 0.U0V.U0V R.K(F) 00UV 0 P P-H. -V -V +V +V.. -V -V to:input P N P-VH W0 0V W0 00V 0V TR TRNS 0 0 N L_WIR_P 0 P-H F fuse F fuse F fuse 0 N00 N00 N00 N00 Wire 0 0UF/00V 0.U 0.U N00 N00 000UV U0V R 0 R R 0K R 0.K Q SR U0V 0 0UV MTZJ R 0K SS SS 0UV R0 R 0 0 R 0 Q TS 0UV U0V U0 ML R IN ONT 0 MTZJ R0 00K U0 ML IN U0V ONT R.K(F) R 0K(F) R.K(F) R 0K(F) R 0 00UV 00U0V R K(F) 00UV 0 P P-H P P-H P P-H P P-H +V +V.. -V -V +V +V.. -V -V +V +V +V +V... -V -V POWR_MUT -0V +V +V +V.. -0V. to:input P to:mstr P to:min P P0 M0- L0 FILTR_FK0MH 0 00P0V P0V 00P0V SW0 SFLMU P RTH_PLT P0 P-VH P0 UV P-VH N00 N00 U0V NOT Parts marked with this sign are safety critical components. They must be replaced with identical components - refer to the appropriate parts list and ensure exact replacement. 0 P 0P-H +V +V.. -V to:mothr P -V +V +V.. igital Mixing onsole M- st Issue; September 00
CRA3689A
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AN8472SA
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Siena Telex Communications (UK) Ltd, Klark Teknik Building, Walter Nash Road, Kidderminster. Worcestershire. DY11 7HJ. England. Tel:+44 1562 741515 Fax:+44 1562 745371 Website: www.midasconsoles.com MIDAS
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お客様各位 カタログ等資料中の旧社名の扱いについて 年 4 月 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジが合併し 両社の全ての事業が当社に承継されております 従いまして 本資料中には旧社名での表記が残っておりますが 当社の資料として有効ですので ご理解の程宜しくお願い申し上げます ルネサスエレクトロニクスホームページ (http://www.renesas.com)
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P Z P P P P P P Z P P Ø1.3 +0.1 0.051" 1.27 0.050" 2.25 0.089" Ø1.3 +0.1 0.051" 1.27 0.050" 2.25 0.089" Ø1.3 +0.1 0.051" 14.9 0.587" W 1.27 0.050" 5 0.197" W 2.54 0.100" 1.27 0.050" 5 0.197" 14.9 0.587"