PLASMA DIAPLAY TV. Chassis : D58A(P) Model : PS42P3SX/XEC. Alignment and Adjustments. Exploded View and Parts List. Electric Parts List
|
|
- Jocelin Bruce
- 5 years ago
- Views:
Transcription
1 PLSM ISPLY TV hassis : (P) Model : PSPSX/X PLSM IPLY TV ONTNTS.... lignment and djustments xploded View and Parts List lectric Parts List Schematic iagrams
2 LTRONIS Samsung lectronics o., Ltd. Jan. Printed in Korea -
3 lignment and djustments. lignment and djustments - The ourth Review of PS-PS PL White alance on urope-ound dels -- W/ to be adjusted in modes: VI, P, Video (VS) Micom will be set to store additional W/ related data in each mode in accordance with the memory mode of the following block diagrams during the W/ adjustment. VSP LI SI SNI Logic R VIO Scart, P (-R) TTX-mode V-PK R/YUV ONTRST RIT R Scaler R SW I Y-elay -elay rightness ontrast Saturation djustment Reg Y/R-gain r/-gain b/-gain Y/R-offset r/b-offset b/-offset Memory Mode nalog P - uto gain value(r) TTX Mode Vport R-cont R-bri R-gamma -gamma -gamma port djustment Reg ri-offset on-offset Memory Mode -. VI -. P -. R djustment Reg R-dri -dri -dri R-cutoff -cutoff -cutoff Memory Mode -. VI -. P -. R VI (-R) SIL ifferent adjustment values will be applied to VI, P and R mode. Samsung lectronics -
4 lignment and djustments -- Suggested adjustment methods (VI, P: MSP-LT Video & R: MSP-LT, PL-I --() JUSTMNT O VI WIT LN. djust the timing to MSP-LT x@.z and load the Samsung White alance Pattern.. nter into actory Mode. Select.SNI for brightness control. djust the igh Light with.ontrast Offset, and set to. Set Low Light to right offset. To adjust the olor oordinate select. LOI. Select.R rive and. rive to adjust the igh Light olor oordinate. Keep the.-rive set at the default value. djust. R utoff and. utoff to adjust the Low Light olor oordinate. Keep the. utoff set at the default value. --() JUSTMNT O P WIT LN. djust the timing to MSP-LT x@.z and load the ray ramp pattern....xecute [. uto ain] while in actory Mode.. /The position and pixel clock must be accurately adjusted before making the nalog uto adjustment.\. djust the timing to MSP-LT x@.z, and load the Samsung White alance Pattern. Select.SNI for brightness control. djust the igh Light with the.ontrast offset. nd set it to. Set the Low Light to right offset. To adjust the olor oordinate, select. LOI. Select.R rive and. rive to adjust the igh Light olor oordinate. Keep the.-rive set at the default value. djust. R utoff and. utoff to adjust the Low Light olor oordinate. Keep the. utoff set at the default value. --() JUSTMNT O VIO (VS) & R WIT LN. djust the timing to MSP-LT x@.z and load the Samsung White alance Pattern. (Use the U Toshiba Pattern if it Øs adjusted with a R signal instead of MSP-LT) Set the igital NR to Picture [On] in the menu.. nter into actory Mode. Select.SNI for brightness control. djust the igh Light with the.ontrast offset, and set to. Set Low Light to right offset.. To adjust the olor oordinate, select. LOI. Select.R rive and. rive to adjust the igh Light olor oordinate. Keep the.-rive set at the default value. djust. R utoff and. utoff to adjust the Low Light olor oordinate. Keep the. utoff set at the default value. - Samsung lectronics
5 lignment and djustments --() TTX WIT LN JUSTMNT. djust the timing to PL-I with MSP-LT, and load the Samsung White alance pattern. (When adjusting with R signals instead of MSP-LT, use the evelopment Team s U Toshiba pattern.). o into the TTX mode by selecting in the actory mode.(utomated remote control f-->a) Set the adjustment value to be the same as the Video value, as it is basically similar to Video. hange and adjust the R,, -ain for the igh Light, and the R,, -offset for the Low Light to adjust the brightness and color coordinates. Samsung lectronics -
6 lignment and djustments -- actory Mode Initial Value ( : adjustment value with W/ adjustment). VSP-. VSP-. LI(TRLR) V-PK PLL SP R/YUV ONT. R/YUT RI. YUV ST YUV STR PL / PL /K PL I SM / SM /K SM L /L NTS M NTS. PL PL M/N PL SM NTS NTS. PL NR V-PK PLL SP PL SM NTS PL V SM V NTS V Y LY KT ONTRST RITNSS STURTION. SI-(SLR M/OS)VI/P/R. SI-(SLR PIP) R ONTRST (//) ONTRST (//) ONTRST (//) R RITNSS RITNSS RITNSS TXT LP TXT TRSOL ILTR ML ILTR MR ILTR R ILTR M ILTR U ILTR L ILTR YPSS R,, MM VI()/VIO()/ P() POSITION V POSITION SIZ V SIZ OVRSN R OVRSN OVRSN PIP R ONT PIP ONT PIP ONT PIP R RIT PIP RIT PIP RIT PIP ILTR L PIP ILTR ML PIP ILTR MR PIP ILTR U right offset ontrast offset NR SL MX NR SL M OR LIP (//) UPPR UTO WT Y TR R TL SYN PTT SL. SNI(PITUR NNR) VI/P/R R ONPNS LU ONPNS WT RST VSIZ RST SIZ SRP OST LK LY _POSI. ( ONVRTR) P/TTX/TV P TTX R R,R OST,Y OST, OST VIO PT P TTX UTO OLOR O - Samsung lectronics
7 lignment and djustments. X(TTX MIXR, R-TV olor onverter. LOI(PP RIVR) VI/P/R PITUR U OLOR RIT SRPNSS R-RIV -RIV -RIV R-UTO -UTO -UTO SU-RIT R-OST -OST SU-ONT SU-OL SU-U R-Y/R R-Y/ -Y/R -Y/ R RIV RIV (ixed) IRV R UTO UTO (ixed) UTO MM TS ST R RNOM NOIS I ILTR P P ST P VLU TIV VPOS TIV POS VSYN POS SYN POS VSYN WIT SYN WIT. TP LO-SI(TST PL LOI/SLR). OPTION-. OPTION- LO PTTRN LO I LVL LO LOW LVL SI OLORR Scart/R W/S Tele-Web Language roup Language TM Plug & Play Tuner(/VM) LN Top TTX TTX roup igh eviation Scart W off urope nglish ON ON -Tuner ON off W.urope off off PIX SIT V SIT TST O PIX NUMR SIT L SIT TIM TMP PROTT O SNI ON SNI TROU O VIO MUT OPTION SRN IVISION O LST MRY ON -- Specifications of W/ djustment by Mode VI P Video or R x /L y Y(fL). x L/L y Y(fL)... Samsung lectronics -
8 M - Samsung lectronics
9 lectrical Parts List You can search for the updated part code through ITSL web site. URL : lectrical Parts List - PSPSX/X Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark SSY OVR RONT N-K SSY OVR RONT;, S.N. //O - SRW-SS Y M;WSP,P,+,M,L,ZP(YL) S.N. /V/+ - SRW-SS Y M;WSP,P,+,M,L,ZP(YL) S.N. //+ - SRW-TPTIT;R,+,,M,L,ZP(LK),SWR S.N. //S+ - SRW-TPTIT;R,+,,M,L,ZP(LK),SWR S.N. //T+ - SRW-TPTIT;R,+,,M,L,ZP(LK),SWR S.N. /T+/ - SRW-M;T,+,M,L,ZP(LK),SWR S.N. /T+/ - SRW-M;T,+,M,L,ZP(LK),SWR S.N. /+/ - SRW-M;T,+,M,L,ZP(LK),SWR S.N. /+/ - SRW-TPTIT;R,+,,M,L,ZP(LK),SWR S.N. /+/ - SRW-TPTIT;R,+,,M,L,ZP(LK),SWR S.N. /+ - SRW-SS Y M;WP,P,+,M,L,ZP(LK) //SU - SRW-M;T,+,M,L,ZP(YL),SWR //SU - SRW-M;T,+,M,L,ZP(YL),SWR //SU - SRW-TPTIT;R,+,,M,L,ZP(LK),SWR S.N. /+ - SRW-SS Y M;WSP,P,+,M,L,NI PLT, /V/+ - SRW-SS Y M;WSP,P,+,M,L,ZP(YL) S.N. O/ - SRW-TPTIT;R,+,,M,L,ZP(LK),SWR S.N. O/ - SRW-M;T,+,M,L,ZP(LK),SWR S.N. /S+S/ - SRW-SS Y M;WSP,P,+,M,L,ZP(LK /U+ - SRW-TPTIT;R,+,,M,L,ZP(LK),SWR S.N. K/P+ - SRW-TPTIT;R,+,,M,L,ZP(LK),SWR S.N. N- RKT-ILTR SI,R SS Y;P,L, S.N. N- SPON-MI;P,SIL-ORM,T.,L, S.N. -K SPR-LT;SP-PS,LT,L,,T. S.N. N- RKT-R;P,-U #,T.,L S.N. N- RKT-R;P,-U #,T.,L S.N. N- RKT-ILTR,SI;PS,L,T. S.N. N- SSY OVR P-STN S;PS,L,T /ST+ - SRW-SS Y M;WP,P,+,M,L,ZP(LK) /ST+ - SRW-TPTIT;R,+,,M,L,ZP(YL),SWR S.N. N- RUR-OOT;TRPN,R RUR,T. S.N. N- STN RK-R;P,I ST S.N. N- STN RK-TOP;P,LK S.N. N- ORTION-STN;P,L,T. S.N. N- RKT-STN;P,S,T. S.N. N-J SPON-MI;P,SIL-ORM,T.,L, S.N. N- SPON-ONTROL;P,SPON,,,,,,V S.N. N- RKT-ILTR,TOP SSY;PS,L,T. S.N. N- RKT-ILTR,TOP;PS,L,T. S.N. N- RKT-R;P,-U #,T.,L S.N. N- RKT-R;P,-U #,T.,L S.N. N- SPON-MI;P,SIL-ORM,T.,L, S.N. N- SSY OVR P-RONT;PSP(UJU),IPS N- T-RONT;PSP(UJU),IPS,LM S.N. N- WOW-RT;PS,PMM,,,,,,LR S.N. P- KNO ONTROL;PS,S,,LK,SVMM P- -RN;PJL,L,T.,,.,,N-S S.N. N- ORTION-K;SP-P,P+S,V,- S.N. - SPR-ILTR;P,P/U V,L,LK S.N. - SPR-ILTR;P,P/U V,L,LK S.N. - RUR-P;LT,PRJ,SILION RUR,WIT N- OLR-UL;P,L,IST S.N. N- RKT-ILTR,SI(L) SSY;PS,L S.N. N- SPON-MI;P,SIL-ORM,T.,L, S.N. -K SPR-LT;SP-PS,LT,L,,T. S.N. N- SPON-MI;P,SIL-ORM,T.,L, S.N. N- RKT-R;P,-U #,T.,L S.N. N- RKT-R;P,-U #,T.,L S.N. N- RKT-ILTR,SI;PS,L,T. S.N. N- RKT-ILTR,OT SSY;PS,L,T. S.N. -L SPR-LT;P,L,,T. S.N. -K SPR-LT;SP-PS,LT,L,,T. S.N. N- SPON-MI;P,SIL-ORM,T.,L, S.N. N- RKT-R;P,-U #,T.,L S.N. N- RKT-R;P,-U #,T.,L S.N. N- RKT-ILTR,OT;PS,L,T. S.N. SSY PP N- SSY PP;PS-PS, S.N. N- L ONNTOR;/SPN,UL#,UL N- SSY PP P-UL;M,SS-Y,,S. N- SSY PP P-SMPS;,SP-P,,, N- SSY PP P-P,Y M;,SP-P,,I N- SSY PP P-LOI OR;M,SS-Y,S N- SSY PP P-P,Y U(OWN);,SP-P, N- SSY PP P-P,Y U(UP);,SP-P, N- SSY PP P-P,X M;,SP-P,,I N- SSY PP P-P,L U();,SP-P,, N- SSY PP P-P,L U();,SP-P,, N- SSY PP P-P,L U();,SP-P,, - STN O;M,L,NI PLT,SUML,#- S.N. - NUT-XON;M,M,NI PLT,SM,, S.N. - WSR-PL;SWR,M,I,O,T. S.N. - ILTR-MI L;V,,-,P, N- SSY P MIS-ONTROL;PSPSX,,PL N - L ONNTOR;/SPN,UL/# L - L;ROUN,R/RN,.MM,/NM RM - UL RON;,Kz,mm,MS, S.N. SW - SWIT-TT;V,M,,XX.MM,SP SW - SWIT-TT;V,M,,XX.MM,SP SW - SWIT-TT;V,M,,XX.MM,SP SW - SWIT-TT;V,M,,XX.MM,SP SW - SWIT-TT;V,M,,XX.MM,SP SW - SWIT-TT;V,M,,XX.MM,SP SW - SWIT-TT;V,M,,XX.MM,SP - OLR-L;SP-P,S,LK S.N. N-T SSY UTO-ONTROL; S.N. - P ONTROL;PSPS,L,.T,*, S.N. - -L;u,%,V,P,TP,x, - -RMI,IS;N,+-%,V,YV,TP, - IO-ZNR;MTZJ.,.V,.-.V, R - R-RON;.KOM,%,/W,,TP,.X.MM R - R-RON;OM,%,/W,,TP,.X.MM R - R-RON;OM,%,/W,,TP,.X.MM R - R-RON;OM,%,/W,,TP,.X.MM R - R-RON;OM,%,/W,,TP,.X.MM R - R-RON;OM,%,/W,,TP,.X.MM - SOLR-WIR LUX;-,RSS,.,Sn/Pb S.N. N- SRN-MI,ILTR;ILTR,P,*,T N- SSY P MIS-IITL;PS-PS, N - ONNTOR-R;OX,P,R,.mm,STRI N - ONNTOR-R;OX,P,R,.mm,STRI N - ONNTOR-R;OX,P,R,.MM,STRI J - JK-PON;P(VR),.PI,,LK,NO J - JK-P;P,.MM,U,WT/R,- J - JK-P;P,-,U,YL/WT/R,- J - JK-VS;P,mm,U,LK,N J - ONNTOR-SU;P,R,ML,NL,U J - ONNTOR-SU;P,R,ML,NL,UU J - JK-PON;P(VR),.PI,,LK,NO N-X SSY SM-IITL;PSPS,,TM_LXM Samsung lectronics
10 lectrical Parts List Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark - OR-RRIT ;,ohm,.x.x.m - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;.N,.P,V,,TP, - -RMI,IP;.N,.P,V,,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;.N,.P,V,,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, Samsung lectronics
11 lectrical Parts List Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,K,, - -RMI,IP;n,%,V,XR,K,, - -RMI,IP;n,%,V,XR,K,, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x. - -T,IP;u,%,V,-,TP,,- - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,,- - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;U,%,V,P,TP,.X.X. - -L,SM;U,%,V,P,TP,.X.X. - -ORNI;U,%,V,WT,TP,X.MM,- - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;U,%,V,P,TP,.X.X. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;U,%,V,P,TP,.X.X. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;U,%,V,P,TP,.X.X. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;U,%,V,P,TP,.X.X. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.n,%,V,NP,TP, - -L,SM;.u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. Samsung lectronics
12 lectrical Parts List Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark - -L,SM;u,%,V,P,TP,.x.x. - -T,IP;u,%,V,-,TP,,- - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;.n,%,V,NP,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;.n,%,V,NP,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;.n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP,, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP, - -L,SM;u,%,V,P,TP,.x.x. Samsung lectronics
13 lectrical Parts List Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark - -RMI,IP;n,%,V,XR,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;.n,%,V,NP,TP, - -RMI,IP;n,%,V,XR,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP, - -L,SM;u,%,V,P,TP,.x.x. N - ONNTOR-R;OX,P,R,.MM,SM- N - ONNTOR-R;OX,P,R,.MM,SM-S S.N. N - ONNTOR-R;OX,P,R,.MM,SM-S S.N. N - ONNTOR-R;OX,P,R,.MM,SM-S S.N. N - ONNTOR-R;OX,P,R,.MM,SM-S S.N. - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-ZNR;ZXV,%,mW,SOT-,TP - IO-ZNR;ZXV,.V,%,mW,SOT- - IO-SWIT;MMS,V,M,SOT - IO-ZNR;ZXV,.V,%,mW,SOT- - IO-SWIT;MMS,V,M,SOT - IO-SWIT;RLS,V,M,SO- - IO-SWIT;RLS,V,M,SO- - IO-SWIT;RLS,V,M,SO- - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;RLS,V,M,SO- - IO-SWIT;RLS,V,M,SO- - IO-SWIT;MMS,V,M,SOT - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, - IO-SWIT;N,V,m,SOT-, T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,m,-,-,.x.x,T T - OR-RRIT ;,.x.x.mm,-,- S.N. T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,.,-,n,.x T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T I - I-RM;S,Kxxit,TSOP,P, Samsung lectronics
14 lectrical Parts List Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark I - I-RM;S,Kxxit,TSOP,P, I - I-VIO PROSS;SI,,P,XMM I - I-RM;S,Kxxit,TSOP,P, I - I-TRNSMITTR;S,TSSOP,P,MIL I - I-ISPLY RIVR;SNI,QP,P,XMM,- I - I-RM;S,Kxxit,TSOP,P, I - I-S LOI;, LIP-LOP,TSSOP, I - I-NLO SWIT;QSX-Q,S,TQSOP, I - I-S LOI;LVX, LIP-LOP,TSSOP, I - I-NLO SWIT;QSX-Q,S,TQSOP, I - I-/ ONVRTR;,IT,QP,P,-, I - I-RIVR;SIIT,LQP,P,XM I - I-PROM;,xIT,SOP,P,MIL, I - I-VOLT RULTOR;N,TO-,P, I - I-POSI.IX R.;M,TO-,P,-,PL I - I-OR;VSP,MQP,P,XMM,PL I - I-VOLT RULTOR;N,TO-,P, I - I-ISPLY RIVR;LI,PQP,P,X I - I-RM;YVT-,XKXIT,TSO I - I SI;-,MLV-/-V,TQP,P,- I - I-VIO PROSS;XQ,QP,P,-,PL I - I-S LOI;,VRTR,SOP,P, I - I-POSI.IX R.;,PK,P,.X. I - I-POSI.IX R.;,TO-,P,.MM I - I-VOLT RULTOR;L,PK,P,MI I - I-POSI.IX R.;,TO-,P,.MM I - I-VOLT RULTOR;L,PK,P,MI I - I-VIO SWIT;,-,SOP,P,MIL I - I-PROM;,xIT,SOP,P,MIL, I - I-/ ONVRTR;KST-,ITS,Q I - I-NLO SWIT;ST,US SWIT & M I - I-VOL. TTOR;,SOT-,P,-,PLSTI I - I-NLO SWIT;STM,US SWIT & I - I-PROM;,KIT,SOP,P,MIL,-, I - I-RM;S,Mxxit,TSOP,P, I - I-LS MRY;LV,MX/MXIT,TS I - I-OR;S-,MQP,P,XMM I - I-I/O SUPPORT IP;,IT,SP,P,-, I - I-RIVR/RIVR;,SOP,P,MIL,U I - I-I/O SUPPORT IP;,IT,SP,P,-, L - UTOR-SM;.u,%,x.x.mm L - UTOR-SM;.u,%,x.x.mm L - UTOR-SM;.u,%,x.x.mm L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - UTOR-SM;.U,%,.X.X.MM L - OR-RRIT ;,ohm,x.xmm, L - UTOR-SM;.u,%,x.x.mm L - UTOR-SM;.u,%,x.x.mm L - UTOR-SM;.u,%,x.x.mm L - UTOR-SM;.u,%,x.x.mm L - UTOR-SM;.u,%,x.x.mm L - UTOR-SM;.U,%,.X.X.MM L - UTOR-SM;.U,%,.X.X.MM L - OR-RRIT ;,ohm,x.xmm, L - OR-RRIT ;,ohm,x.xmm, L - OR-RRIT ;,ohm,x.xmm, L - OR-RRIT ;,ohm,x.xmm, L - OR-RRIT ;,ohm,.x.x.m L - OR-RRIT ;,ohm,.x.x.m L - OR-RRIT ;,ohm,.x.x.m L - OR-RRIT ;,ohm,.x.x.m L - OR-RRIT ;,ohm,.x.x.m L - OR-RRIT ;,ohm,x.xmm, L - OR-RRIT ;,ohm,x.xmm, L - OR-RRIT ;,ohm,x.xmm, P - P-IITL /;PSPS,R-,L,,.T, S.N. Q - T-SILION;N,N,V,M,.OM,. Q - T-SILION;N,N,V,M,.OM,. Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;SK,NPN,mW,S- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS,PNP,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, Samsung lectronics
15 lectrical Parts List Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Mohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, Samsung lectronics
16 lectrical Parts List Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Mohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, Samsung lectronics
17 lectrical Parts List Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark R - R-IP;Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP R - R-NTWORK;ohm,%,mW,L,IP,P,TP X - RYSTL-SM;.MZ,PPM,-N,, X - RYSTL-SM;.Mz,ppm,-N,p, X - RYSTL-SM;.MZ,PPM,-N,P, X - RYSTL-SM;MZ,PPM,-X,P,O Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW N- SSY P MIS-NLO;PS-PS, - N- I;/PSPS,P,#,MM,L N N- L ONNTOR;/SP-PS,UL#, N N- L ONNTOR;/SP-PS,UL#, N N- L ONNTOR;/SP-PS,UL#, N N- L ONNTOR;/SP-PS,UL#, N - ONNTOR-R;OX,P,R,.MM,STRI J - JK-SRT;P,-,SNP,LK,- J - JK-SRT;P,-,SNP,LK,- J - JK-P;P,-,SN,YL,- J N- ONNTOR-SPKR;UST--,(SP- J - JK-P;P,-,U,LK,- L - OIL OK;u,-,u,%,.,.ohm M L - OIL OK;u,-,u,%,.,.ohm M L - OIL OK;u,-,u,%,.,.ohm M L - OIL OK;u,-,u,%,.,.ohm M M-T - ONNTOR-OXIL;,PTOR(J/P),-,-,- TU N- TUNR;TLQP(S),TLQP(S), TU N- TUNR;TPQP(S),TPQP(S), N-Y SSY SM-NLO;PS-PS,,- - OR-RRIT ;,ohm,.x.x.m - OR-RRIT ;,ohm,.x.x.m - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,%,V,XR,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;.u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,, - -L,SM;.u,%,V,P,TP,.x.x. - -L,SM;.u,%,V,P,TP,.x.x. - -L,SM;.u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. Samsung lectronics
18 lectrical Parts List Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;.u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,, - -L,SM;U,%,V,P,TP,.X.X.M - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;U,%,V,P,TP,.X.X.M - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;.u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,,- - -L,SM;.u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;.u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;.u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;.n,%,V,XR,TP, - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x., - -RMI,IP;.N,%,V,,TP, - -L,SM;u,%,V,P,TP,.x.x., - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;.N,.P,V,,TP - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x., - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;.N,.P,V,,TP - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;.n,%,V,XR,TP, - -L,SM;.u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;.u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP,,- - -L,SM;u,%,V,P,TP,.x.x., - -L,SM;u,%,V,P,TP,.x.x., - -L,SM;u,%,V,P,TP,.x.x., - -L,SM;u,%,V,P,TP,.x.x., - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;.n,%,V,XR,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.N,%,V,,TP, - -RMI,IP;.n,%,V,XR,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;N,+-%,V,YV,TP, - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;N,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -RMI,IP;n,%,V,XR,TP,,- - -RMI,IP;n,%,V,XR,TP,,- - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x., - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;.u,%,V,P,TP,.x.x. - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;u,%,V,P,TP,.x.x. - -RMI,IP;.n,%,V,XR,TP, - -L,SM;U,%,V,P,TP,.X.X.M - -RMI,IP;n,+-%,V,YV,TP, - -L,SM;.u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,,- - -L,SM;.u,%,V,P,TP,.x.x. - -RMI,IP;n,%,V,XR,TP,,- - IO-SWIT;RLS,V,M,SO- - IO-ZNR;RLZ,,mW,LL-,TP - IO-ZNR;RLZ,,mW,LL-,TP - IO-ZNR;RLZ,,mW,LL-,TP - IO-ZNR;RLZ,,mW,LL-,TP - IO-SWIT;RLS,V,M,SO- - IO-SWIT;RLS,V,M,SO- - IO-SWIT;RLS,V,M,SO- Samsung lectronics
19 lectrical Parts List Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark - IO-SWIT;RLS,V,M,SO- T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - ILTR-MI SM;V,m,-,-,.x.x,T T - OR-RRIT ;,ohm,.x.x.m T - OR-RRIT ;,ohm,.x.x.m T - OR-RRIT ;,ohm,.x.x.m T - OR-RRIT ;,ohm,.x.x.m T - OR-RRIT ;,ohm,x.xmm, T - OR-RRIT ;,ohm,x.xmm, T - OR-RRIT ;,ohm,.x.x.m T - OR-RRIT ;,ohm,.x.x.m T - OR-RRIT ;,KOM,.X.X.MM I - I-/&/ ONVRTR;PT,IT,SOP, I - I-VIO SWIT;T,VIO SWIT,S I - I-VIO SWIT;T,VIO SWIT,S I - I-POSI.IX R.;,PK,P,.X. I - I-POSI.IX R.;M,TO-,P,-,PL I - I-SOUN PROSSOR;MSP,QP,P,-,PL I - I-UIO MP;,SOP,P,MIL,-,-,PL I - I-OP MP;,SOP,P,MIL,UL,V/mV,P I - I-UIO MP;,SOP,P,MIL,UL, I - I-OP MP;,SOP,P,MIL,UL,V/mV,P L - OR-RRIT ;,ohm,.x.x.m L - OR-RRIT ;,ohm,.x.x.m L - OR-RRIT ;,ohm,.x.x.m L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - UTOR-SM;u,%,.xx.mm L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - OR-RRIT ;,OM,.X.X.M L - UTOR-SM;.U,,.X.X.MM L - UTOR-SM;.U,,.X.X.MM L - UTOR-SM;.U,,.X.X.MM L - OR-RRIT ;,KOM,.X.X.MM L - OR-RRIT ;,KOM,.X.X.MM L - UTOR-SM;.U,,.X.X.MM P - P-NLO /;PSPS,R-,L,,.T, S.N. Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- Q - TR-SMLL SINL;KS-,NPN,mW,SOT- R - R-IP;.Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, Samsung lectronics
20 lectrical Parts List Level Loc. No. ode No. escription ; Specification Remark Level Loc. No. ode No. escription ; Specification Remark R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;KOM,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;.Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;Kohm,%,/W,,TP, R - R-IP;ohm,%,/W,,TP, X - RYSTL-SM;.Mz,ppm,-N,p, Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;ZX,V,.-.V,m Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;R.M,.V,.-.V,mW Z - IO-ZNR;ZX,V,.-.V,m Samsung lectronics
L E N BRN C102.1/ 250VAC R K C103.1/ 250VAC R K R (F) K101 K102 C101.1/250V D103 R (F) 1N4004 POWERUP U101 PS7341-1A
R V I S I O N S SRIPTION T PP PreProduction 00 00 Value Model ZR00 ZR000 ZR00 00V.?? V.?? V 0 ILTR I POWR INLT ZR00 I INLT INORPORTS MINS US 00 L N RN RN/YL LU RN/ YL ONUTOR TT TO IT SSIS STU O NOT UPLIT
More informationF102 1/4 AMP +240 VDC SEE FIGURE 5-14 FILAMENT AND OVEN CKTS BLU J811 BREAK-IN TB103 TO S103 TRANSMITTER ASSOCIATED CAL OFF FUNCTION NOTE 2 STANDBY
OWR OR F0 M NOT S0 RT OF FUNTI FL0 T0 OWR SULY SUSSIS T0 T0 WIR FOR 0 V OWR SULY SUSSIS T0 WIR FOR V 0 0 RT V0 RT V0. V RT V0 RT V0 NOT. V. V NOT +0 V 0 +0 V. V 0 FUNTI NOT L +0 V S FIUR - FILMNT N OVN
More informationService Information. Service. Service. Service FW-V220. Product Service Group CE Audio A02-160
Service Service Service W-V0 0-0 Product Service Group udio Service Information lready published Service Informations: ORRTION TO SRVI MNUL elow are corrections to the circuit diagram parts list: OMI OR
More informationDivided. diamonds. Mimic the look of facets in a bracelet that s deceptively deep RIGHT-ANGLE WEAVE. designed by Peggy Brinkman Matteliano
RIGHT-ANGLE WEAVE Dv mons Mm t look o ts n rlt tt s ptvly p sn y Py Brnkmn Mttlno Dv your mons nto trnls o two or our olors. FCT-SCON0216_BNB66 2012 Klm Pulsn Co. Ts mtrl my not rprou n ny orm wtout prmsson
More informationCD54/74HC30, CD54/74HCT30
/70, /7T0 ata sheet acquired from arris Semiconductor SS ugust 997 - Revised September 00 igh Speed MOS Logic -Input NN ate [ /Title ( 0, 7 0, 7 T0) /Subject (igh Speed MOS Logic - eatures uffered Inputs
More informationMATERIAL SEE BOM ANGLES = 2 > 2000 DATE MEDIUM FINISH
NOTS:. LN MTN SUR WT NTUR/SOPROPYL LOOL PROR TO RN L OR LOO. PPLY LOTT 4 ON TRS. TORQU TO. Nm / 00 lb-in 4. TORQU TO 45-50 Nm / - lb-ft 5. TORQU TO Nm / 4.5 lb-ft. TORQU TO 0 Nm / lb-in. TORQU TO 5.5 Nm
More informationDOCUMENT STATUS: LA-S5302-XXXXS LA, SSS, TRICEPS EXTENSION VERY
RVSON STORY RV T SRPTON O Y //0 RLS OR PROUTON T LN MR ----- L /0/0 UPT SN N OMPONNTS US: S 3-03 (*N TWO PLS ONLY) WS 3-5, PRT 3-00 TO SSMLY. T OLLOWN UPT: 3-30, 3-403, 3-403, 3-40, 3-45, 3-4, 3-5. 30
More informationTHIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S). VSX-420-K FLXCN AC 110 V to 127 V/220 V to 240 V With the voltage selector
UIO/VIO MULTI-HNNL RIVR VSX-RS320-K ORR NO. RRV4078 THIS MNUL IS PPLIL TO TH OLLOWING MOL(S) N TYP(S). Model Type Porew Requirement The voltage can be converted by the following method. XN5 220 V ------
More informationBASIC CAGE DETAILS D C SHOWN CLOSED TOP SPRING FINGERS INNER WALL TABS ARE COINED OVER BASE AND COVER FOR RIGIDITY
SI TIS SOWN OS TOP SPRIN INRS INNR W TS R OIN OVR S N OVR OR RIIITY. R IMNSIONS O INNR SIN TO UNTION WIT QU SM ORM-TOR (zqsp+) TRNSIVR. R. RR S OPTION (S T ON ST ) TURS US WIT OPTION T SINS. R (INSI TO
More informationBASIC CAGE DETAILS SHOWN 3D MODEL: PSM ASY INNER WALL TABS ARE COINED OVER BASE AND COVER FOR RIGIDITY SPRING FINGERS CLOSED TOP
MO: PSM SY SI TIS SOWN SPRIN INRS OS TOP INNR W TS R OIN OVR S N OVR OR RIIITY. R TURS US WIT OPTION T SINS. R (UNOMPRSS) RR S OPTION (S T ON ST ) IMNSIONS O INNR SIN TO UNTION WIT QU SM ORM-TOR (zqsp+)
More informationhttp://www.prodemand.com/print/index?content=tabs&module=true&tab=true&terms=tr... Page of //0 Service anual: SYST WIRING IGRS - G00 IR ONITIONING 0 hevrolet xpress.l ng G00 ig : anual / ircuit, argo Van
More informationA L A BA M A L A W R E V IE W
A L A BA M A L A W R E V IE W Volume 52 Fall 2000 Number 1 B E F O R E D I S A B I L I T Y C I V I L R I G HT S : C I V I L W A R P E N S I O N S A N D TH E P O L I T I C S O F D I S A B I L I T Y I N
More informationMINI POST SERIES BALUSTRADE SYSTEM INSTALLATION GUIDE PRODUCT CODE: MPS-RP
MN POST SRS LUSTR SYSTM NSTLLTON U PROUT O: MPS-RP 0 R0 WLL LN 0 RONT LVTON VW R0 N P 0 T RUR LOK LOT ON LSS. SLON SL TYP. OT SS 000 LSS T 0 00 SRS LSS WT 00/00 (0mm NRMNTS VLL) MX. 000 00-0 (ROMMN) 00
More informationCare Cliner Parts List 1 2 3
Page of 7 0500 STR, STL 5" TOTL LOK VRSION, 00550 STR, NYLON 5" TOTL LOK (NO LONGR VILL),, 00560 STR, NYLON 5" IRTNL LOK (NO LONGR VILL) 00560K OSOLT IRTIONL STR RPLMNT KIT VRSION 00575 STR, NYLON 5" TOTL
More informationMATERIAL SEE BOM ANGLES = 2 FINISH N/A
9 NOTS:. SSML N NSPT PR SOP 0-9... NSTLL K STKR N X L STKR TO NS O SROU WT TP. 3. PR-PK LNR RNS WT P (XTRM PRSSUR NL R ) RS OR NNRN PPROV QUVLNT. 4. OLOR TT Y T SLS ORR. RRN T MNS OM OR OMPONNTS ONTNN
More informationRAMS C, 16 GA SLITTER 23
RMS - 0-, G SLITTR N/ LLS /0/0 SSL UTION LL SRIL No. TG 0 S SHT OR UPPR SSMLY "M IN US" LL S SHT OR KGG SSMLY 0 ITM NO. PRT NUMR SRIPTION QTY. 00X/ " I X /" OR PULLY N/ L-0 V-LT K OR GRIP N/ POWR OR SL-0
More informationSEASHORE LEARNING CENTER
0 PR- 0 V-R T-R R PR- 0 V-R R V-R INR 0 V-R T-R STOR 0. VSTIUL 0 R IRLS 0. R OYS 0. ORRIOR 0 OYS 0. IRLS 0. R VSTIUL 0 STOR 0. OYS 0. R VSTIUL 0 IRLS 0. V-R INR 0 STOR 0 R PR- 0 V-R T-R PR- 0 V-R RZWY
More informationDOCUMENT STATUS: RELEASE
RVSON STORY RV T SRPTON O Y 0-4-0 RLS OR PROUTON 5 MM -04-0 NS TRU PLOT PROUTON -- S O O OR TLS 30 MM 03-3-0 3-044 N 3-45, TS S T TON O PROTTV RM OVR. 3 05--0 LT 3-004, NOT, 3-050 3 0//00 UPT ST ROM SN,
More informationCLKOUT CLKOUT VCC CLKOUT RESOUT OSCOUT ALE TEST AD0 66 AD2 INT0 INT0 AD INT1 AD INT2/INTA0 AD5 AD7 AD7 INT AD8 AD8 AD10
I U N R 00K RSIN* RST S N.0u Y LK TP RP K L TP USY INT0 INT RISMINT P.0 P. P. P. P. P. P. RY OL RX0 TX0 T P.0 P. P. P. S* S* S* S* RROR* SLK U LKIN LKOUT LKOUT LKIN LKOUT OSOUT 0 OSOUT L L RSIN* L 0 0
More informationSAMPLE LITANY OF THE SAINTS E/G. Dadd9/F. Aadd9. cy. Christ, have. Lord, have mer cy. Christ, have A/E. Dadd9. Aadd9/C Bm E. 1. Ma ry and. mer cy.
LTNY OF TH SNTS Cntrs Gnt flwng ( = c. 100) /G Ddd9/F ll Kybrd / hv Ddd9 hv hv Txt 1973, CL. ll rghts rsrvd. Usd wth prmssn. Musc: D. Bckr, b. 1953, 1987, D. Bckr. Publshd by OCP. ll rghts rsrvd. SMPL
More informationNOTE: ONLY RIGHT IDLER (CONFIGURATION A) ARM SHOWN IN VIEWS ON THIS PAGE
0 PP PP PP PP PP PP NOT: ONLY RIT ILR (ONIURTION ) RM SOWN IN VIWS ON TIS P ITM SRIPTION MTRIL QTY. IL RM - RIT / RIL LIN TUIN / O (0.0 WLL) ISI RT 0 ROMOLY LINR INS IL RM - LT / RIL LIN TUIN / O (0.0
More informationTP16 THREE TP18 TP VAC R76 THREE. +185VDC R82 100k 70VAC TP18. 1 R63 100k. 220k C22 R80 1/2W. C39 220k THREE C20 C36 TP20 R61 R73 400V .
V I S I O N S V. SIPTION T PPOV P0 0-JN- H K 0-M- H K 0-JUL- H K -SP- H K P -JUN- H K +0V TH pf % +V 0mV 0mV k V- 00V k.k +.V TP 0pF 00V 0pF 00V J J0 O 0pF 00V J TH GIN.00 TH_MUT 0 0 0M.0 Q J TH Z N V%
More information160 SSC Variable Speed Drive (Series C)
0 SS Variable Speed rive (Series ) Publication 0-P onfigured rive Package Important User Information Solid state equipment has operational characteristics differing from those of electromechanical equipment.
More informationDOCUMENT STATUS: MINTP0 E-ST5080, BASE, NO DISPLAY VENDOR: 15.5 INCH MATERIAL SEE BOM FINISH REVISION HISTORY ITEM NO. PART NUMBER DESCRIPTION
RV T RVSON STORY SRPTON O Y 0-0-0 PROUTON RLS K. N NOTS:. SRL LL NORMTON: a) VOLTS: V b) MPS:.0 c) YLS: N/ d) WTTS: W e) PS: N/ f) PX #: PX. RTTON LOOS: S / / LN R WT SOPROPYL LOLOL PROR TO PLN.. PK M:
More information7 ACM FOR FRAME 2SET 6 FRAME 2SET 5 ACM FOR MAIN FRAME 2SET 4 MAIN FRAME 2SET 3 POLE ASSLY 1 2 CROWN STRUCTURE ASSLY 1 1 CROWN ASSLY 1
7 M OR RM 2ST 6 RM 2ST 5 M OR MIN RM 2ST 4 MIN RM 2ST 3 POL SSLY 1 2 ROWN STRUTUR SSLY 1 1 ROWN SSLY 1 SR.NO. SRIPTION QTY. a LL IMNSIONS R IN mm I N MT Pi IOLMI 1'NTION LT. Tm: XPLO VIW OR POL MOUNT MLM
More informationTABLE 3 - HOUSING MATERIAL TABLE 5 - MICRON CODE TABLE 1 - PRESSURE TABLE 2 - PORT SIZE, TYPE TABLE 4 - ELEMENT CODE TABLE 8 - ACCESSORIES
SSMLY: XMPL: S RPLM LM: XMPL: 20 20 6 SL KI: KI - -- - XMPL: KI - -- - R R RWI RV. H SIZ 0 PM/ 00 SM SIZ L 2a - WL SPIIIO L - HOUSI MRIL L - MIRO O L - PRSSUR L 2 - POR SIZ, YP POR SIZ, PIP SOK/U LUMIUM
More informationQ11 Q12 BF423 BF422 BF422 Q5 BC184L R39 5K6 Q15 BF422 R59 39K C28 C30 100UF 100NF R40 1K5 C23 100NF R38 R36 220K Q13 BF422 Q14 BF423 R71 47R
R R HT+ 0 00N/ 00V R 0R R K R 0R R9 K GT RSISTORS R - R LT+ 00U MP R 0P R 00N/ R0 R Q R 0K Q VR 0R Q Q R 0R R R Q Q9 R R R K R R R 0R Q Q Q0 R R9 Q R R R R Z V Z V R K 00U/ V 00U V 9 00U/ V R0 / Q R 00N
More informationJIEJIE MICROELECTRONICS CO., Ltd
JIJI MICROLCTRONICS CO., Ltd SMJ Series 600W Transient Voltage Suppressor Rev.2.0 DSCRIPTION: TVS diodes can be used in a wide range of applications which like consumer electronic products, automotive
More informationSEE PAGE 2 FOR BRUSH MOTOR WIRING SEE PAGE 3 FOR MANUFACTURER SPECIFIC BLDC MOTOR WIRING EXAMPLES EZ SERVO EZSV17 WIRING DIAGRAM FOR BLDC MOTOR
0V TO 0V SUPPLY GROUN +0V TO +0V RS85 ONVRTR 9 TO OM PORT ON P TO P OM PORT US 9600 U 8IT, NO PRITY, STOP, NO FLOW TRL. OPTO SNSOR # GROUN +0V TO +0V GROUN RS85 RS85 OPTO SNSOR # PHOTO TRNSISTOR TO OTHR
More informationSWAGELOK BRISTOL SOPFAB SOPFAB04-AR-271A/B SAMPLE TO ANALYSER SURPLUS TUBE CUTBACK TO SUIT AIR IN CAL 1 FLARE CAL 2 STEAM IN AIR IN
00 0 SMPL TO NLYSR LR STM IN SURPLUS TU UTK TO SUIT IR IN L L IR IN 0 n TYP. 0 00 STM ONNST ST LOOP ST LOOP SRUR RIN TR RIN RVISION ISTORY RV T SRIPTION PPROV V0 /0/0 INITIL RLS K RIN V0 0/0/0 UPT K RIN
More information12 - M G P L Z - M9BW. Port type. Bore size ø12, ø16 20/25/32/40/50/ MPa 10 C to 60 C (With no condensation) 50 to 400 mm/s +1.
ris - MP - Compt gui ylinr ø, ø, ø, ø, ø, ø, ø, ø ow to Orr Cln sris lif typ (with spilly trt sliing prts) Vuum sution typ (with spilly trt sliing prts) ir ylinr otry tutor - M P - - MW ll ushing ring
More informationT h e C S E T I P r o j e c t
T h e P r o j e c t T H E P R O J E C T T A B L E O F C O N T E N T S A r t i c l e P a g e C o m p r e h e n s i v e A s s es s m e n t o f t h e U F O / E T I P h e n o m e n o n M a y 1 9 9 1 1 E T
More informationExhibit 2-9/30/15 Invoice Filing Page 1841 of Page 3660 Docket No
xhibit 2-9/3/15 Invie Filing Pge 1841 f Pge 366 Dket. 44498 F u v 7? u ' 1 L ffi s xs L. s 91 S'.e q ; t w W yn S. s t = p '1 F? 5! 4 ` p V -', {} f6 3 j v > ; gl. li -. " F LL tfi = g us J 3 y 4 @" V)
More informationDOCUMENT STATUS: CORE HEALTH & FITNESS, LLC IL-D2002-XXAAX IP,DUAL ADJUSTIBLE PULLEY MATERIAL SEE BOM FINISH N/A N/A SHEET SIZE: B SCALE: 1:33.
NOTS: RVSON STORY RV T SRPTON O Y //04 RLS OR PROUTON 433 P 34 55 033 OUMNT STTUS: NOT O PROPRTRY NORMTON TS OUMNT SLL NOT RPROU NOR SLL T NORMTON ONTN RN US Y OR SLOS TO OTR XPT S XPRSSLY UTORZ Y OR LT
More informationHeaders for all pins sorted by pin no. (unpopulated) TSX-1001 Cortex-M0. Oscillator 44MHz
V V Way type onnector US Type onnector x.v.v Regulators Headers for all pins sorted by pin no. (unpopulated) Prototyping area with power and GNs (unpopulated) RS Transceiver US to Serial onverter Expansion
More informationATMOSPHERIC DISTURBANCE MONITOR MAIN CIRCUIT BOARD V5
P VOL TMOSPHRI ISTURN MONITOR MIN IRUIT OR V5 R 70K IN 0mH 0pF OLLTOR OUT TST.00mF IN 70K mh Q R 0pF OLOR O: R 0mF N9 TRIM N9 K9. SI LIHTNIN TTOR (-) to (+) Pulse Out 5 00mF (+) to (-) Pulse Out 0R *R
More information3V3 DECOUPLING DS90LV018A MCLKTON 4U7/10V +/-10% C196 +/-10% LCLK1IN+ NMCLKTON SK18 74LS123 MULTI +/-5% C N C94 10N
0 THIS RWG ONORMS TO.S. -T-0-00-0- U/0V +/-% 00N +/-0% 0N +/-0% U/0V +/-% 00N +/-0% 0 0N +/-0% R R 0R % P/0V +/-% K % U S YLLOW U 0 U U S0LV0 MLKTON /R S S R SK LS MULTI U/0V +/-% 00N +/-0% 0N +/-0% LLK+
More informationHF SuperPacker Pro 100W Amp Version 3
HF SuperPacker Pro 00W mp Version Revised 0 0 V Stamps KOOR This is the third generation HF SuperPacker Pro 00W Version home construction project offered by HF Projects. This is a group construction project
More informationG-001 CHATHAM HARBOR AUNT LYDIA'S COVE CHATHAM ATLANTIC OCEAN INDEX OF NAVIGATION AIDS GENERAL NOTES: GENERAL PLAN A6 SCALE: 1" = 500' CANADA
TR ISL ROR UST 8 O. R-2,4-3 R-4 IX O VITIO IS STT PL ORPI OORITS POSITIO 27698 4-39'-" 88 69-6'-4."W 278248 4-4'-" 8968 69-6'-4"W 27973 4-4'-2" 88 69-6'-"W W MPSIR OOR UUST PORTL MI OR 27 8-OOT OR L -
More informationTangram Fractions Overview: Students will analyze standard and nonstandard
ACTIVITY 1 Mtrils: Stunt opis o tnrm mstrs trnsprnis o tnrm mstrs sissors PROCEDURE Skills: Dsriin n nmin polyons Stuyin onrun Comprin rtions Tnrm Frtions Ovrviw: Stunts will nlyz stnr n nonstnr tnrms
More informationKEB INVERTER L1 L2 L3 FLC - RELAY 1 COMMON I1 - APPROACH CLOSE 0V - DIGITAL COMMON FLA - RELAY 1 N.O. AN1+ - ANALOG 1 (+) CRF - +10V OUTPUT
XT SSMLY MOL 00 (O FS) 00 (I- PT) 00 (SIGL SLI) WG O 0 0-0 0-0-0 0.0. 0 0-0 0-0-0 0 0-0 0-0-0 VOLTG F.L...0..0..0.0..0 IIG POW FOM US SUPPLI ISOT (S TL) US OP OUTOS T T 0 O HIGH H IUIT POTTIO OT: H IUIT
More informationPage of 8/4/0 00 hevrolet Silverado.0L ng VIN U 00 Service anual: SYST WIRIN IRS - 00 Print ate: 8/4/0 IR ONITIONIN ig : utomatic / ircuit ( of ) RIT TP LT I/P LOK (LOWR LT SI O S) OT IN V OT T LL TIS
More informationSpecifications. Performance. Mechanical Properties. Optional Accessories SR50. Saddle (CA 10B) (Option) Mount Base. LCR-B-5KNS7 to 50KNS7
LR--S7 Tension Meter Load ell 5 to 0 kn TRNSURS igh safe overload rating of 0% max. Mechanical stopper activating against overloads of 1% to 0% ermetically sealed structure with inert gas filled in ighly
More informationH-LCD700 Service Manual
H-L00 Service Manual FULT ESIPTION: SOUN onfirm the volume isn t in silent mode before check. heck I0 () plug has audio output or not Speaker damaged heck I0 has supply V or not heck power heck I0 () plug
More informationcore Tiny6410.sch DM9000 DM9000-etc.sch AC97 AC97-etc.sch USB HUB USB-HUB.sch Tiny6410SDK 1103
core Tiny0.sch M000 M000-etc.sch -etc.sch US HU US-HU.sch Tiny0SK 0 M_ VV V V V V V V V V V VN VSYN VLK VUS OTGI OTGM OTGP IN0 S_LK S_n S_T0 S_T OUT0 INT INT INT RST ( 红色 ) Tiny0 Tiny0 P Power Supply S
More informationDISPLAY 1 DISPLAY 2 a. a b. a f. a f. b g. c d. c d. 16 x 2 HD44780 BASED ALPHANUMERIC DISPLAY LCD 16 X 2
SEGMENT LE ISPLY R MUX MUX MUX MUX R nf SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ U R xt P P P P P P P P MX MX ss SL S P P P P P P P P nf S SEG_SL SEG_S SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ SEG_ SEG_I_SL_
More informationFor Relay Cct. RES -12V G5P 47K BC847B. 47u 1N5062 (COL) F510 RES 1N5062 (COL) 1n5. 303V 220p RES 1560 T1.8AE 250V JUMP I514. AudioSGnd_A 302V 7521
ircuit iagrams and PW Layouts. ircuit iagrams and PW Layouts L0.U. N Mono arrier: Power Supply 0 USSIN OIL 0 0 MINS 0 SINL RN 0 ULL RN POWR SUPPLY 0K 0 MINS SWITH 0 0 T0 () cc "$" OR MINS () 0 ()... Normal
More informationSPXTIN : Fresh Concrete Floor Adapter
0 SPXTIN00-0: resh oncrete loor dapter eight Safety Lifting Load ontrol Safety Management TNIL T SpanSet ustralia Ltd Pullman Place mu Plains NSW 0 ustralia Telephone + 9 ax + 0 -mail sales@spanset.com.au
More informationSHT 1 OF 3 SHT 2 AND 3 ARE -A- SIZE
0 SH NO TYP O MOL NXT SSMLY QTY PT NUM SIPTION O MTIL ITM 00 MIN ION SOL SI K-O ION SOL SI X X 0 Y U T 0 U OM O SSY 0-0-0 V SHM 0-0-00 U U 0 O J X U 0 0 X S TIL V T 0 V U U J L U L MH U U V U0 0 U U U
More informationNV11,4Mx16 DDR, RGB, INTERNAL DVI-I, AGP.
. NV.V 00PF 00PF 00PF 0.UF 0.UF 0.UF 0.UF 0UF 0UF 0 0.UF 0.UF.V TO- -pin package Semtech Z, Unisem US0 00 NV O- RG-PWR-IN.V@ /- 0mV 0UF 00PF 00PF 0 00PF 0UF 00PF 0UF 0 0.UF 0 00PF 0.UF 0 O0 U POWR SNS
More informationMR 7 CONCRETE WASH EDGE BIKE RACKS FOR 20 BIKES MR 7 ELECTRICAL, PLUMBING, FIRE PROTECTION ENGINEER ATTENDANT BOOTH MR 8 EXISTING EQUIPMENT ENCLOSURE
0 PROT INORMTION SS RO ' - 0 ' - 0 MR 0' - 0 ' - 0 ' - 0 ' - 0 NORT TS 0 Marinelli Rd North ethesda, M 0 PROT TM ' - 0 ' - 0 ' - 0 ' - 0 ' - 0 SIN / UIL ONTRTOR eaufont Springs r Suite Richmond, V P: 0.0.0
More informationTABLE OF CONTENTS ASSEMBLY INSTRUCTIONS SHEET 1 OF 8 TABLE OF CONTENTS PAGE NUMBER DESCRIPTION B 2 PARTS LIST AND LAYOUT 3-5 PARTS A-D DETAIL DRAWINGS
TL O ONTNTS SHT O TL O ONTNTS PG NUMR SRIPTION PRTS LIST N LYOUT - PRTS - TIL RWINGS - STP Y STP SSMLY INSTRUTIONS TH INORMTION ONTIN IN THIS RWING IS TH SOL PROPRTY O STGING IMNSIONS IN. NY RPROUTION
More informationAmphenol Canada Corp.
HT SINK OPTION = PIN STYL HT SINK (NIKL PLT) N LIP (H=.mm; SN HIGHT) = PIN STYL HT SINK (NIKL PLT) N LIP (H=.mm; PI HIGHT) = PIN STYL HT SINK (NIKL PLT) N LIP (H=.mm; TLL) = PIN-FIN HT SINK (NOIZ, LK)N
More informationTURFGRASS DISEASE RESEARCH REPORT J. M. Vargas, Jr. and R. Detweiler Department of Botany and Plant Pathology Michigan State University
I TURFGRASS DISEASE RESEARCH REPORT 9 J. M. Vrgs, Jr. n R. Dtwilr Dprtmnt f Btny n Plnt Pthlgy Mihign Stt Univrsity. Snw Ml Th 9 snw ml fungii vlutin trils wr nut t th Byn Highln Rsrt, Hrr Springs, Mihign
More information135-91G00N ONE-WAY CUSTOMER UNIT FOR VAT 30GX AND Easy-aire 10GX
ON-WY TV SYSTM OR VT GX UNITS L92 LL -8-999-6 -GN ON-WY USTOMR UNIT OR VT 2GX ND VT 2GX " (8. mm) OLOR D MR IN N NVIRONMNTLLY ONTROLLD HOUSING DIMNSIONS IN MILLIMTRS (DIMNSIONS IN T-INHS) -9GN ON-WY USTOMR
More informationB1 AC V+ J2 120V J5V AC_HI -V_RLY A_ON +V DGND A_ON2 J1 230V uF/25V AC_LO J3 120V AC V- 2KPB06M DW G-S-290 R1 499R TE ND J ON
0 _HI _LO F J 0V J 0V J 0V T T-00-N V V- KP0M 00uF/V _ON V N JV J ON -V_LY _ON V N W-0---S-0 _ON N PW000-SFH P.O. OX 0, NL. PTOOUH, ONTIO N KJ Y PHON (0) - FX (0) -0 WWW.YSTON. LT 00 igital Power Supply
More informationG-001 SACO SACO BAY BIDDEFORD INDEX OF NAVIGATION AIDS GENERAL NOTES: GENERAL PLAN A6 SCALE: 1" = 1000' CANADA MAINE STATE PLANE GEOGRAPHIC NO.
2 3 6 7 8 9 0 2 3 20000 230000 220000 ST TORY M 8-OOT W ST 2880000 2880000 L ROOK RL OTS: UKI OR TUR RKWTR (TYP) U O ROOK. SOUIS R I T TTS. T RR PL IS M LOWR LOW WTR (MLLW) IS S O T 983-200 TIL PO. SOUIS
More informationRETICLE 2 NORTH SW2 DPDT SOUTH. LM339A TxD1 Out 11 U2D DEC PULSE 1 FOCUSER-2 3.0V 17 CCD EAST U2A AUX -6 FOCUSER-2 FOCUSER SW1 DPDT
J KYP PWR J TX0\ RTIL RX0\ U V V NORTH V- NORTH/SH LM J RS V MIS XMIT LX00 XMIT LX00 RV MIS RV U SH V LM RN V V 0K J U LN 0 RX0\ 0 V TTRY LM Tx Out TX0\ Rx In Tx Out RTIL 0 Rx In U 0 V LM 0 PULS FOUSR-
More information1K21 LED GR N +33V 604R VR? 1K0 -33V -33V 0R0 MUTE SWTH? JA? T1 T2 RL? +33V 100R A17 CB? 1N N RB? 2K0 QBI? OU T JE182 4K75 RB? 1N914 D?
L P.O. O X 0, N L R. PROROUH, ONRIO N KJ Y PHO N (0) FX (0) 0 WWW.RYSON. ate : Size : 000 File : OVRLL SHMI.Schoc Sheet : 0 of 0 Rev : rawn : 0.0 0K K 0K K 0K0 0K0 0K0 0K0 0K0 00K R K0 R K 0R??? 00N M?
More informationSirius-Rx-232. Sirius-Tx-232. SIRIUS-Rx. STATUS Prog RC-5. SIRIUS-Rx. Prog RCA-5 DAB-SDA DAB-SCL STAYUS AM-SMETER POWER-ON POWER-ON CE-PLL
UIO-OUT& U&.SH Sirius-Tx- +V-SY Sirius-Rx- -S -SL - S MU MU.SH M&M M&M.SH M ST M-SMETER E-PLL +V- +V- T-IN T-IN T-LK +V-STY +V-STY T-OUT ate: -Sep-00 Sheet of ile: :\aa\t. rawn y: RS-Tx RS-Rx R- STYUS
More informationH NT Z N RT L 0 4 n f lt r h v d lt n r n, h p l," "Fl d nd fl d " ( n l d n l tr l t nt r t t n t nt t nt n fr n nl, th t l n r tr t nt. r d n f d rd n t th nd r nt r d t n th t th n r lth h v b n f
More informationUsing the Printable Sticker Function. Using the Edit Screen. Computer. Tablet. ScanNCutCanvas
SnNCutCnvs Using th Printl Stikr Funtion On-o--kin stikrs n sily rt y using your inkjt printr n th Dirt Cut untion o th SnNCut mhin. For inormtion on si oprtions o th SnNCutCnvs, rr to th Hlp. To viw th
More informationRSC CHIP VDD P05 P03 P01 P04 VDD GND PWM0 AVDD VDD AVDD P0-2 P0-5 P0-1 P0-6 P0-4 P0.3 GND P00. Y1 3.58MHz P00 P01 AGND P01 P00 P02 P02 P07 P0-0 P0-7
Place as close to pins of U as possible. RS HIP 0-00 RS-x emo/evaluation oard: RS-000 Thursday, ecember, 00 Size ocument Number Rev ate: Sheet of P XI P0 P0 P0 P0 P00 PN P0 P0 P0 P0 P0 P0 P0 P0 P XO -XM
More informationRevisions. TWR-LCD-RGB Drawn by: Initial Release 15-JUL-11
Table of ontents Notes lock iagram isplay and Tower onnectors MU & apacitive Touch kt Rev X X escription Revisions Initial Release ate -JUL- pproved hanged Power L colours-jul- Removed J and J dded J &
More informationEE1000 Project 4 Digital Volt Meter
Ovrviw EE1000 Projt 4 Diitl Volt Mtr In this projt, w mk vi tht n msur volts in th rn o 0 to 4 Volts with on iit o ury. Th input is n nlo volt n th output is sinl 7-smnt iit tht tlls us wht tht input s
More information4.1 Interval Scheduling. Chapter 4. Greedy Algorithms. Interval Scheduling: Greedy Algorithms. Interval Scheduling. Interval scheduling.
Cptr 4 4 Intrvl Suln Gry Alortms Sls y Kvn Wyn Copyrt 005 Prson-Ason Wsly All rts rsrv Intrvl Suln Intrvl Suln: Gry Alortms Intrvl suln! Jo strts t s n nss t! Two os omptl ty on't ovrlp! Gol: n mxmum sust
More informationBACKFILLED 6" MIN TRENCH BOTT OF CONT FTG PROVIDE SLEEVE 1" CLR AROUND PIPE - TYP BOTTOM OF TRENCH PIPE SHALL NOT EXTEND BELOW THIS LINE
TT T I I. VTS T T, SPIS. 0 MSY ITS MS /" = '-0" +' - " T /" d ' - 0" I SIGTI d d w/ " M I S IS M I d 0 MI T d T d w/ å" 0 K W TT I IS ITPT SM SIZ x 0'-0" MI I T T W PSSI d /" TY I SIGTI Y ' - 0" MI '-0"
More informationBACKFILLED 6" MIN TRENCH BOTT OF CONT FTG PROVIDE SLEEVE 1" CLR AROUND PIPE - TYP BOTTOM OF TRENCH PIPE SHALL NOT EXTEND BELOW THIS LINE
TT T I I. VTS T T, SPIS. 0 MSY ITS MS /" = '-0" +' - " T /" d ' - 0" I SIGTI d d w/ " M I S IS M I d 0 T d T d w/ å" 0 K W TT I IS ITPT SM SIZ x 0'-0" I T T W PSSI d /" TY I SIGTI Y ' - 0" '-0" '-0" P
More informationFace Detection and Recognition. Linear Algebra and Face Recognition. Face Recognition. Face Recognition. Dimension reduction
F Dtto Roto Lr Alr F Roto C Y I Ursty O solto: tto o l trs s s ys os ot. Dlt to t to ltpl ws. F Roto Aotr ppro: ort y rry s tor o so E.. 56 56 > pot 6556- stol sp A st o s t ps to ollto o pots ts sp. F
More informationDesigning A Uniformly Loaded Arch Or Cable
Dsinin A Unirmy Ar Or C T pr wit tis ssn, i n t Nxt uttn r r t t tp ny p. Wn yu r n wit tis ssn, i n t Cntnts uttn r r t t tp ny p t rturn t t ist ssns. Tis is t Mx Eyt Bri in Stuttrt, Grmny, sin y Si
More informationDoran Warning Light Monitor
o d y l e c t r i c a l oran Warning ight onitor The oran onitor is a current sensing device. If current is flowing through one of the bus lamp circuits, the monitor senses it and illuminates the corresponding
More informationExam 2 Solutions. Jonathan Turner 4/2/2012. CS 542 Advanced Data Structures and Algorithms
CS 542 Avn Dt Stutu n Alotm Exm 2 Soluton Jontn Tun 4/2/202. (5 ont) Con n oton on t tton t tutu n w t n t 2 no. Wt t mllt num o no tt t tton t tutu oul ontn. Exln you nw. Sn n mut n you o u t n t, t n
More information4 4 N v b r t, 20 xpr n f th ll f th p p l t n p pr d. H ndr d nd th nd f t v L th n n f th pr v n f V ln, r dn nd l r thr n nt pr n, h r th ff r d nd
n r t d n 20 20 0 : 0 T P bl D n, l d t z d http:.h th tr t. r pd l 4 4 N v b r t, 20 xpr n f th ll f th p p l t n p pr d. H ndr d nd th nd f t v L th n n f th pr v n f V ln, r dn nd l r thr n nt pr n,
More informationTCI SERIES, 3 CELL THE COOLING TOWER CO., L.C. TCI 3 CELL SERIES GA
of T SIN IS T PROPRTY O T OOLIN TOWR OMPNY, L, N IS LON OR MUTUL SSISTN. IT IS NOT TO ORWR NOR RPRINT IN NY ORM WITOUT WRITTN PRMISSION. L W OPTIONL SS PLTORM " x " STNR PLTORM PR LL OPTIONL VIRTION SWIT
More informationSoftware Process Models there are many process model s in th e li t e ra t u re, s om e a r e prescriptions and some are descriptions you need to mode
Unit 2 : Software Process O b j ec t i ve This unit introduces software systems engineering through a discussion of software processes and their principal characteristics. In order to achieve the desireable
More informationWeighted Graphs. Weighted graphs may be either directed or undirected.
1 In mny ppltons, o rp s n ssot numrl vlu, ll wt. Usully, t wts r nonntv ntrs. Wt rps my tr rt or unrt. T wt o n s otn rrr to s t "ost" o t. In ppltons, t wt my msur o t lnt o rout, t pty o ln, t nry rqur
More information24CKT POLARIZATION OPTIONS SHOWN BELOW ARE REPRESENTATIVE FOR 16 AND 20CKT
0 NOTS: VI UNSS OTRWIS SPII IRUIT SMT USR R PORIZTION OPTION IRUIT SMT USR R PORIZTION OPTION IRUIT SMT USR R PORIZTION OPTION. NR: a. PPITION SPIITION S: S--00 b. PROUT SPIITION S: PS--00 c. PIN SPIITION
More informationshhgs@wgqqh.com chinapub 2002 7 Bruc Eckl 1000 7 Bruc Eckl 1000 Th gnsis of th computr rvolution was in a machin. Th gnsis of our programming languags thus tnds to look lik that Bruc machin. 10 7 www.wgqqh.com/shhgs/tij.html
More information8-3/8" G HANDHOLE C A 1 SUCTION STEEL BASE TABLE OF DIMENSIONS
VORTX SOLIS-NLIN WSTWTR S K OUR " N ONNTIONS OUR " I. OLS OR NOR OLTS -/" STION 0 OUTLIN RWIN TYP VTX- JO: SS-7 T VTX- VORTX (S) OR _PM T _T. T J PPX. N OVRLL L M PLN VIW PPX. P OVRLL 8-/8" P ISR OUPLIN
More informationd e c b a d c b a d e c b a a c a d c c e b
FLAT PEYOTE STITCH Bin y mkin stoppr -- sw trou n pull it lon t tr until it is out 6 rom t n. Sw trou t in witout splittin t tr. You soul l to sli it up n own t tr ut it will sty in pl wn lt lon. Evn-Count
More informationTerminal Block Accessories
Kliptite (Quick onnect) - Single Row Specifications: Terminal lock ccessories Kliptite (Quick onnect) accept standard female wire terminals. These Klipties are ideal for applications that require a positive,
More informationAsh Wednesday. First Introit thing. * Dómi- nos. di- di- nos, tú- ré- spi- Ps. ne. Dó- mi- Sál- vum. intra-vé-runt. Gló- ri-
sh Wdsdy 7 gn mult- tú- st Frst Intrt thng X-áud m. ns ní- m-sr-cór- Ps. -qu Ptr - m- Sál- vum m * usqu 1 d fc á-rum sp- m-sr-t- ó- num Gló- r- Fí- l- Sp-rí- : quó-n- m ntr-vé-runt á- n-mm c * m- quó-n-
More informationSheet Title: Building Renderings M. AS SHOWN Status: A.R.H.P.B. SUBMITTAL August 9, :07 pm
1 2 3 4 5 6 7 8 9 1 11 12 13 14 15 16 17 18 19 orthstar expressly reserves its common law copyright and other property rights for all ideas, provisions and plans represented or indicated by these drawings,
More informationTable of C on t en t s Global Campus 21 in N umbe r s R e g ional Capac it y D e v e lopme nt in E-L e ar ning Structure a n d C o m p o n en ts R ea
G Blended L ea r ni ng P r o g r a m R eg i o na l C a p a c i t y D ev elo p m ent i n E -L ea r ni ng H R K C r o s s o r d e r u c a t i o n a n d v e l o p m e n t C o p e r a t i o n 3 0 6 0 7 0 5
More informationP a g e 5 1 of R e p o r t P B 4 / 0 9
P a g e 5 1 of R e p o r t P B 4 / 0 9 J A R T a l s o c o n c l u d e d t h a t a l t h o u g h t h e i n t e n t o f N e l s o n s r e h a b i l i t a t i o n p l a n i s t o e n h a n c e c o n n e
More informationFuture Self-Guides. E,.?, :0-..-.,0 Q., 5...q ',D5', 4,] 1-}., d-'.4.., _. ZoltAn Dbrnyei Introduction. u u rt 5,4) ,-,4, a. a aci,, u 4.
te SelfGi ZltAn Dbnyei Intdtin ; ) Q) 4 t? ) t _ 4 73 y S _ E _ p p 4 t t 4) 1_ ::_ J 1 `i () L VI O I4 " " 1 D 4 L e Q) 1 k) QJ 7 j ZS _Le t 1 ej!2 i1 L 77 7 G (4) 4 6 t (1 ;7 bb F) t f; n (i M Q) 7S
More informationUse precise language and domain-specific vocabulary to inform about or explain the topic. CCSS.ELA-LITERACY.WHST D
Lesson eight What are characteristics of chemical reactions? Science Constructing Explanations, Engaging in Argument and Obtaining, Evaluating, and Communicating Information ENGLISH LANGUAGE ARTS Reading
More informationPR D NT N n TR T F R 6 pr l 8 Th Pr d nt Th h t H h n t n, D D r r. Pr d nt: n J n r f th r d t r v th tr t d rn z t n pr r f th n t d t t. n
R P RT F TH PR D NT N N TR T F R N V R T F NN T V D 0 0 : R PR P R JT..P.. D 2 PR L 8 8 J PR D NT N n TR T F R 6 pr l 8 Th Pr d nt Th h t H h n t n, D.. 20 00 D r r. Pr d nt: n J n r f th r d t r v th
More informationConditional Simulation of Random Fields by Successive Residuals 1
Mathematical Geology, Vol 34, No 5, July 2002 ( C 2002) Conditional Simulation of Random Fields by Successive Residuals 1 J A Vargas-Guzmán 2,3 and R Dimitrakopoulos 2 This paper presents a new approach
More informationColour television. Contents Page Contents Page 1. Technical Specifications, Connections, and Chassis. SSB: Audio Demodulator (B6A) Overview 2
olour television hassis TP. Service Manual SI plasma panels: 0 (WRP) (SOT WRP) _0_0.eps 00 ontents Page ontents Page. Technical Specifications, onnections, and hassis SS: udio emodulator () - Overview
More informationh : sh +i F J a n W i m +i F D eh, 1 ; 5 i A cl m i n i sh» si N «q a : 1? ek ser P t r \. e a & im a n alaa p ( M Scanned by CamScanner
m m i s t r * j i ega>x I Bi 5 n ì r s w «s m I L nk r n A F o n n l 5 o 5 i n l D eh 1 ; 5 i A cl m i n i sh» si N «q a : 1? { D v i H R o s c q \ l o o m ( t 9 8 6) im a n alaa p ( M n h k Em l A ma
More informationn r t d n :4 T P bl D n, l d t z d th tr t. r pd l
n r t d n 20 20 :4 T P bl D n, l d t z d http:.h th tr t. r pd l 2 0 x pt n f t v t, f f d, b th n nd th P r n h h, th r h v n t b n p d f r nt r. Th t v v d pr n, h v r, p n th pl v t r, d b p t r b R
More informationHelping Kids Prepare For Life (253)
Hlpi Ki Pp F Lif.l.i. (253)-589-7489 Tilli it it L Livit iv f fiv CIS U H. Vip pt fll t Tilli Elt l tpi tff tt f vi t t CIS T Hll f i Cltt N Cli. - L ivi i CIS f Bill Milli CIS pit Dil Cili Ti l iz it
More informationPLAYGROUND SALE Take up to 40% off. Plus FREE equipment * with select purchase DETAILS INSIDE
PLYROUND SL Tk up t 40% ff Plu FR quipnt * with lct puch DTILS INSID T BONUS QUIPMNT FR! T BONUS QUIPMNT FR * Mk qulifing $10K, $0K $30K puch f thi ORDR $10K ORDR $0K ORDR $30K T ON FR* T TO FR* T THR
More informationSEE PAGE 2 FOR BRUSH MOTOR WIRING SEE PAGE 3 FOR MANUFACTURER SPECIFIC BLDC MOTOR WIRING EXAMPLES A
7V TO 0V SUPPLY +7V TO +0V RS85 ONVRTR TO P OM PORT OR US US 9600 U 8IT, NO PRITY, STOP, NO FLOW TRL. 9 TO OM PORT ON P TO OTHR Z SRVOS OR Z STPPRS OPTO SNSOR # OPTO SNSOR # PHOTO TRNSISTOR OPTO SNSOR
More informationDetailed Geographic Boundary Definitions + Methodologies
Detailed Geographic Boundary Definitions + Methodologies Regional data was estimated by Essential Skills Ontario using the first three characters of the respondent s postal code- termed FSAs (Forward Sortation
More information# 1 ' 10 ' 100. Decimal point = 4 hundred. = 6 tens (or sixty) = 5 ones (or five) = 2 tenths. = 7 hundredths.
How os it work? Pl vlu o imls rprsnt prts o whol numr or ojt # 0 000 Tns o thousns # 000 # 00 Thousns Hunrs Tns Ons # 0 Diml point st iml pl: ' 0 # 0 on tnth n iml pl: ' 0 # 00 on hunrth r iml pl: ' 0
More informationCEDAR ISLAND / KEATON BEACH TAYLOR COUNTY, FLORIDA POST-HURRICANE HERMINE EXAMINATION SURVEY FY16 4-FOOT PROJECT
10 9 8 7 6 5 JUG ISLN R KL H R H R ROSMR LN W W HITTIL R JO MORGN R LRW TR RK R L M PNSOL GUL G O R G I TLLHSS JKSONVILL ORLNO OO TMP TLNTI ON N US rmy orps of ngineers Jacksonville istrict ST ON THIS
More informationAPPH 4200 Physics of Fluids
APPH 42 Physics of Fluids Problem Solving and Vorticity (Ch. 5) 1.!! Quick Review 2.! Vorticity 3.! Kelvin s Theorem 4.! Examples 1 How to solve fluid problems? (Like those in textbook) Ç"Tt=l I $T1P#(
More informationSERVICE MANUAL BG3R TRINITRON COLOR TV CHASSIS. KV-AR25M60 RM-995 Thailand. KV-AR25N90 RM-996 Philippines KV-AR25M80 RM-995 ME KV-AR25M66 RM-993 GE
MN MO OMMN T NO MO OMMN T NO K-M M- Thailand K-M M- K-M M- K-M M- M K-N M- Philippines K-N M- Taiwan -- -K- -- -- -- -- M- M- M- TNTON OO T - OK M TON M K-M/M/M M- M- K-N M- K-M/M/M M- M- K-N M- (xcept
More information