65L9400U series SERVICE MANUAL (System Information) REV.00

Transcription

1 IL NO SRVI MNUL L olor Television L900U series (System Information)

2 ONTNTS. IMPORTNT NOTI. GRN PROUT PROURMNT. L-R SOLR. STY INSTRUTION. SRVI MO. L INITIONS OR SRVI. IRMWR UPTING. MIN OR XHNG 9. STTING SHIPOUT O (when Main board is exchanged) 0. INTRONNT. SHMTI IGRM

3 IMPORTNT NOTI WRNING: You are requested that you shall not modify or alter the information or data provided herein without prior written consent by Toshiba. Toshiba shall not be liable to anybody for any damages, losses, expenses or costs, if any, incurred in connection with or as a result of such modification or alteration. TH INORMTION OR T HRIN SHLL PROVI "S IS" WITHOUT NY WRRNTY O NY KIN, ITHR XPRSS OR IMPLI WRRNTY O MRHNTILITY N ITNSS OR PRTIULR PURPOS. Toshiba shall not be liable for any damages, losses, expenses or costs, if any, incurred in connection with or as a result of use of any information or data provided herein.

4 GRN PROUT PROURMNT The is actively promoting the W & RoHS irectives that define standards for recycling and reuse of Waste lectrical and lectronic quipment and for the Restriction of the use of certain Hazardous Substances. rom July, 00, the RoHS irective will prohibit any marketing of new products containing the restricted substances. Increasing attention is given to issues related to the global environmental. Toshiba orporation recognizes environmental protection as a key management tasks, and is doing its utmost to enhance and improve the quality and scope of its environmental activities. In line with this, Toshiba proactively promotes Green Procurement, and seeks to purchase and use products, parts and materials that have low environmental impacts. Green procurement of parts is not only confined to manufacture. The same green parts used in manufacture must also be used as replacement parts. L-R SOLR This product is manufactured using lead-free solder as a part of a movement within the consumer products industry at large to be environmentally responsible. Lead-free solder must be used in the servicing and repair of this product. WRNING: This product is manufactured using lead free solder. O NOT US L S SOLR TO RPIR THIS PROUT! The melting temperature of lead-free solder is higher than that of leaded solder by º to º (0º to 0º). Use of a soldering iron designed for lead-based solders to repair product made with lead-free solder may result in damage to the component and or P being soldered. Great care should be made to ensure high-quality soldering when servicing this product especially when soldering large components, through-hole pins, and on Ps as the level of heat required to melt lead-free solder is high.

5 STY INSTRUTION (/) WRNING: OR SRVIING THIS HSSIS, R TH "STY PRUTION" N "PROUT STY NOTI" INSTRUTIONS LOW. Safety Precaution WRNING: SRVIING SHOUL NOT TTMPT Y NYON UNMILIR WITH TH NSSRY PRUTIONS ON THIS RIVR. TH OLLOWING R TH NSSRY PRUTIONS TO OSRV OR SRVIING THIS HSSIS.. n isolation transformer should be connected in the power line between the receiver and the line before any service is performed on the receiver.. lways disconnect the power plug before any disassembling of the product. It may result in electrical shock.. When replacing a chassis in the cabinet, always be certain that all the protective devices are put back in place, such as nonmetallic control knobs, insulating covers, shields, isolation resistor-capacitor network, etc.. lways keep tools, components of the product, etc away from the children, These items may cause injury to children.. epending on the model, use an isolation transformer or wear suitable gloves when servicing with the power on, and disconnect the power plug to avoid electrical shock when replacing parts. In some cases, alternating current is also impressed in the chassis, so electrical shock is possible if the chassis is contacted with the power on.. lways use the replacement parts specified for the particular model when making repairs. The parts used in products require special safety characteristics such as inflammability, voltage resistance, etc. therefore, use only replacement parts that have these same characteristics. Use only the specified parts when the mark is indicated in the circuit diagram or parts list.. Parts mounting and routing dressing of wirings should be the same as that used originally. or safety purposes, insulating materials such as isolation tube or tape are sometimes used and printed circuit boards are sometimes mounted floating. lso make sure that wirings is routed and clamped to avoid parts that generate heat and

6 (/) which use high voltage. lways follow the manufactured wiring routes / dressings.. lways ensure that all internal wirings are in accordance before re-assembling the external casing after a repairing completed. o not allow internal wiring to be pinched by cabinets, panels, etc. ny error in reassembly or wiring can result in electrical leakage, flame, etc., and may be hazardous. 9. NVR remodel the product in any way. Remodeling can result in improper operation, malfunction, or electrical leakage and flame, which may be hazardous. 0. lways perform an leakage current checking on the exposed metallic parts of the cabinet such as antennas, terminals, screw heads, metal overlays, control shafts and etc. to be sure that the set is safe to operate without any dangerous of electrical shocks before returning the set to the customer.. The leakage current checking. (fter completing the work, measure the leakage current to prevent an electrical shock.) Plug the line cord directly into a 0V outlet. o not use an isolation transformer for this check. Use an voltmeter having 000 ohms per volt or more sensitivity in the following manner. onnect a 00 ohm 0 watt resistor, paralleled by a 0. µ, type capacitor, between a known good earth ground (water pipe, conduit, etc.) and the exposed metallic parts, one at a time. Measure the voltage across the combination of 00 ohm resistor and 0. µ capacitor. Reverse the plug at the outlet and repeat voltage measurements for each exposed metallic part. Voltage measured must not exceed 0. volts rms. This corresponds to 0. milliamp.. ny value exceeding this limit constitutes a potential shock hazard and must be corrected immediately.

7 (/) Product Safety Notice Many electrical and mechanical parts in this chassis have special safety-related characteristics. These characteristics are often passed unnoticed by a visual inspection and the protection afforded by them cannot necessarily be obtained by using replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this manual and its supplements; electrical components having such features are identified by the international hazard symbols on the schematic diagram and the parts list. efore replacing any of these components, read the parts list in this manual carefully. The use of substitute replacement parts which do not have the same safety characteristics as specified in the parts list may create electrical shock, fire, or other hazards.

8 SRVI MO NTRING SRVI MO (/). Press MUT button twice on Remote ontrol. TV mode changes as follows. Un-Mute => /Mute => Mute. Press MUT button again and keep pressing. (Sound Mute is canceled). While pressing the MUT button, press H/INPUT button on TV control panel. (nter Service Mode)

9 KY UNTION IN TH SRVI MO The following key entry during display of adjustment menu provides special functions. utton unction INPUT button (on Remote) Test signal selection H (on Remote) Selection of the adjustment items VOL +/ (on Remote) hange of the data value [] button utomatic / djustment (P, omponent, omposite(pl, NTS)) (/) [9] button Self heck display ON [xit] button xit from Service mode Self heck display Off UTION: Never try to perform initialization unless you have changed the memory I. TST SIGNL SLTION ) While displaying the adjustment menu, every pressing of INPUT button on the Remote ontrol changes the built-in test patterns on screen as described below. Normal Picture Red screen Green screen lue screen When a pattern is changed at the time of an TV display, it can display only for a moment. SLTING TH JUSTING ITMS ) While displaying the adjustment menu, press the H button to cycle through the adjustment items in the order of table. (H button for reverse order) JUSTING TH T ) While displaying the adjustment menu, press the VOL +/ button to change the value of data in the range from 00H to H. The variable range depends on the adjusting item. XIT ROM SRVI MO ) Press the [xit] button on Remote.

10 JUSTING ITMS IN TH SRVI MO (/) Item RUT GUT UT RRV GRV RV OSR OOL OSR NTURL OSR WRM OSG OOL OSG NTURL OSG WRM OS OOL OS NTURL OS WRM OSR OOL OSR NTURL OSR WRM OSG OOL OSG NTURL OSG WRM OS OOL OS NTURL OS WRM OSR OOL OSR NTURL OSR WRM OSG OOL OSG NTURL OSG WRM OS OOL OS NTURL OS WRM escription R UTO GRN UTO LU UTO R RIV GRN RIV LU RIV R-UTO-OST for OOL R-UTO-OST for NTURL R-UTO-OST for WRM G-UTO-OST for OOL G-UTO-OST for NTURL G-UTO-OST for WRM -UTO-OST for OOL -UTO-OST for NTURL -UTO-OST for WRM R-RIV-OST for OOL R-RIV-OST for NTURL R-RIV-OST for WRM G-RIV-OST for OOL G-RIV-OST for NTURL G-RIV-OST for WRM -RIV-OST for OOL -RIV-OST for NTURL -RIV-OST for WRM R-RIV-OST for OOL () R-RIV-OST for NTURL () R-RIV-OST for WRM () G-RIV-OST for OOL () G-RIV-OST for NTURL () G-RIV-OST for WRM () -RIV-OST for OOL () -RIV-OST for NTURL () -RIV-OST for WRM ()

11 L INITIONS OR SRVI SW Upgrade and rror conditions indicated by the Power L is described below. Power L / Green blink Red Green SW Upgrade in Progress SW Upgrade ailed SW Upgrade Successful

12 IRMWR UPTING (/) To upgrade W for L00U/L900U series via US mass storage device, please follow the steps below:. Use the US mass storage device formatted with T.. opy the following files to the root directory of the US mass storage device. Model: L00U L00.meta L00_R_xxxx.fwu L900_9..xx.yy.zz..fwu ("9..xx.yy.zz." is a W version number.) (Same as L900 model) Model: L900U L900.meta L900_R_xxxx.fwu L900_9..xx.yy.zz..fwu ("9..xx.yy.zz." is a W version number.). Plug and turn on the TV, waiting until the picture is displayed on the screen.. Insert the US mass storage device to the US- slot(ottom side) of the TV.

13 . fter the following message appears, select Yes with Left/Right key, and push OK key to start W upgrade. (/). Then, the following message appears to enable users to select their preferable behaviour after the SW upgrade completes. If YOU want TV to reboot automatically after W upgrade, select Yes. If YOU want TV to go to standby after that, select No.

14 . When W upgrade starts, the following message appears. Please leave the TV alone until W upgrade completes as described in No.9 below.. fter that, the following gauge screen appears. Wait until the gauge display reaches 00%. 9. If W upgrade succeeds, the following message appears. fter that, the TV will reboot or go to standby automatically according to the user setting on No. above. 0. Unplug US mass storage device from the TV.

15 MIN OR XHNG. Whenever Main oard is exchanged, you are required to confirm the estination (Ship Out ode Setting). If the Setting is not valid, change the Ship Out ode. (See STTING SHIPOUT O_TMNK ). heck the shipout code by using self check screen. How to enter the self check screen. Press STUP on remote control unit. Select Get Help >> System Information Press The th byte is the Shipout code. 00: US 0: anda 0: Mexico

16 (/) STTING SHIPOUT O (when Main board is exchanged) When Main board is exchanged, the shipout code needs to be set up according to the each estination. Please install the each Model Setting ile in the following procedure.. Use the US mass storage device formatted with T.. opy the following file to the root of the US mass storage device. <Use below file to change the shipout code to US> L00U: US Model_Setting_L00.bin L900U: US Model_Setting_L900.bin <Use below file to change the shipout code to anada> L00U: anada Model_Setting_L00.bin L900U: anada Model_Setting_L900.bin <Use below file to change the shipout code to Mexico> L00UM: Mexico Model_Setting_L00.bin L900UM: Mexico Model_Setting_L900.bin

17 . Insert the US mass storage device US- slot(ottom side) of the TV set. (/). While pushing VOL key on the local key that is installed on the side of TV, plug and turn on the TV, waiting for TOSHI logo OS to appear.. Wait for about minutes, and unplug US mass storage device.. Push MNU key on the remote, select Installation > > Reset TV.. fter the following message appears, select Yes with Left/Right key, and push OK key.. ollowing the success of Reset TV, shipout change becomes valid.

18 (/) 9. heck the shipout code by using self check screen. How to enter the self check screen. Push MNU key on the remote. Select Get Help >> System Information Press The th byte is the Shipout code. 00: US 0: anda 0: Mexico

19 T-ON WLN PNL KLIGHT MN U0 MN9 MN90 MZ0 MZ0 N0 N90 N0 N N N0 N0 N0 PJ9 PJ90 R+_MP V ML_ N TST-MO L_athode R_node _TT V MN0 R-_MP V VXTXP Temp_SL0 VSYN_IN L_athode R_node N POWR_TV V L-_MP V VXTXN Temp_SL L_athode R_node TST-MO V V L+_MP V ML_ N SRN_SIZ L_athode R_node N V VXTXP N L_ONO L_athode R_node VSYN-IN V(LN) VXTXN N SRIL_T L_athode R_node N N ML_ N SRIL_LK L_athode R_node L_ON/O.V_TVM VXTXP N L_athode R_node SRN SIZ POWR_L RMOT_IN 9.V_UIO 9 VXTXN 9 N 9 _N 9 L_athode 9 R_node 9 L_ONO 9 N 0.V_UIO 0 ML_ 0 N 0 L_athode 0 R_node 0 SRIL_T OP_IN _UIO VXTXP N L_athode R_node.V _UIO VXTXN N N L_athode R_node SRIL_LK PJ9 MN V ML_ N V_WLN L_athode R_node V(udio) VXTXP N S_USOM L_athode R_node _N V(udio) L_GRN VXTXN N S_USOP L_athode R_node (udio) 9 L_R ML_ N L_athode R_node (udio) 0 KY_POWR VXTXP ML WWOL_WKUP L_athode R_node KY_IN N9 VXTXN VXTXP L_athode R_node _TT 9 ML_ 9 VXTXN 9 L_athode 9 R_node KY_IN POWR_TV 0 VXTXP 0 ML_ 0 L_athode 0 R_node PJ9 V VXTXN VXTXP L_athode R_node N0 PJ0 ML_ VXTXN L_athode R_node (L) V_LN VXTX0P ML_ L_athode R_node (L) V MN9 N VXTX0N VXTXP L_athode R_node (L) V L-ONO ML_ VXTXN N N (L) V POWR_L LOKN ML_ N N (L) N 9 POWR- HTPN VXTXP L_node R_athode (L) 0 PWM VXTXN MN0 L_node R_athode (L) 9 _SYNI 9 ML_ 9 L_node 9 R_athode V(L)/V(L) V(L)/V(L) 0 _SYNO 0 VXTXP 0 L_node 0 R_athode 9 V(L)/V(L) 9 V(L)/V(L) _N VXTXN L_node R_athode 0 V(L)/V(L) 0 V(L)/V(L) N ML_ L_node R_athode V(L)/V(L) V(L)/V(L) 9 N VXTX0P L_node R_athode V(L)/V(L) V(L)/V(L) 0 U0 N VXTX0N L_node R_athode V(L)/V(L) V(L)/V(L) N ML_ L_node R_athode V(L)/V(L) V(L)/V(L) P N VXTX9P L_node R_athode.V_IO N VXTX9N L_node R_athode Main ML_ L_node R_athode 9 9 VXTXP 9 L_node 9 R_athode U VXTXN 0 L_node 0 R_athode ML_ L_node R_athode POWR L_node R_athode N L_node R_athode V ":N-P L_node R_athode V L_node R_athode U V L_node R_athode V L_node R_athode LON N V L_node R_athode P0 V_N 9 V 9 L_node 9 R_athode ":TYLT00 Line 0 V 0 L_node 0 R_athode Neutral STOP_N V MN P0 IN MN ooling fan Speaker Speaker N0.V_TVM RMT_IN OP_IN.V N0 V _POWR_KY _KY(MO) L_GRN 9 L_R _KY(UP)(OWN) U0 P KY U0 P L/RMOT/SNSOR

20 T0- SHMTI IGRMS PROUT NM Lxx/L9xx MP UNIT NM MIN UNIT UNIT NO. PZ PW NM PW NO. PW NM PW NO. PG UNTION RV PG UNTION RV PG UNTION RV PG UNTION 0 MSWK TS/US/LN 00 0 SPI LSH 00 R SRM H0 00.0V_HMI 0 MSWK LSH 00 MM 00 R SRM H 00 0 MN / 0 MSWK R 00 RJ ONNTOR 00 R SRM H 00 MN / 0 MSWK R US ONNTOR 00 R SRM POWR 00 9 MN / 0 MSWK GPIO 00 0 Wireless LN 00 R R SRM VTT 00 0 MN / 0 MSWK HMI 00 0 udio Line river 00 0 SPI LSH 00 MN / 0 MSWK LVS/Vby 00 0 Headphone MP URO SRT SII99 / 0 MSWK UIO 00 0 UIO -MP 00 0 P udio/ix Out 00 9 SII99 / 09 MSWK VIO 00 UIO -MP OUT SUP P IN 00 9 SII99 SPI 0 MSWK POWR 00 UIO -MP onnector OMPONNT IN 00 9 SII99 MIS. MSWK POWR 00 UIO MUT 00 0 OPTIL OUT L/RMT/KY I MSWK POWR 00 0 MST0Z Misc./GPIO 00 0 URO SRT OUT 00 0 N MSWK PITOR 00 0 MST0Z LVS/V 00 0 V INPUT 00 0 IR OUT MSWK TPOWR MST0Z R ch 00 0 V INPUT TUNR MSWK ONIG MST0Z R ch 00 0 V INPUT TUNR I/G PRI (XTL, RST) 00 0 MST0Z HMI SU P I V-S/S emod PRI (GPIO, I, G) 00 0 MST0Z POWR 00 0 V ONNTOR 00 9 MO TSRG 0 R SRM 00 0 MST0Z POWR 00 V ONNTOR LN R SRM HIGH 00 0 MST0Z POWR 00 9 L_ontrol TUNR POWR R SRM LOW MST0Z POWR 00 0 T-ON POWR I R SLOT R SRM HIGH 00 0 MST0Z POWR 00 PNL_SLT I US R SRM POWR 00 MST0Z PITOR 00 0 HMI onnector I US R SRM RST/K 00 MST0Z ONIG 00 HMI HP I ONTROL R MPING RG 0 9 UG 00 HMI I I TS IN/OUT R MPING RG R SRM H0 00.V_HMI POWR.V STNY RV PPROV Y HK Y SIGN Y TITL TOTL PG NO. RV.MRK RWING.NO. IRUIT IGRM TITL : TOSHI ORPORTION

21 T0- SHMTI IGRMS PROUT NM Lxx/L9xx MP UNIT NM MIN UNIT UNIT NO. PZ PW NM PW NO. PW NM PW NO. PG UNTION 0 90 POWR_V.V 0 90 POWR_PU./.V 0 90 POWR_.V 0 90 POWR_V 0 90 POWR_V_ 0 90 POWR_R.V 0 90 POWR HMI.V 0 90 POWR ONNTOR M ONTROL PROUTION SUPPORT 9 0 RV PG UNTION RV PG UNTION RV PG UNTION RV PPROV Y HK Y SIGN Y TITL TOTL PG NO. RV.MRK RWING.NO. IRUIT IGRM# TITL : TOSHI ORPORTION

22 T0 R00 0() *J [ ] V000 [X] X000 N R000 M(J) TV PROSSOR / [V-UMSWK] I00 N J XIN XOUT K 0ppm MHz 000 0p(J) 00 p() _HOSTRST M_ILK 0 M_IT 0 00 _IRIN H W 0 0 H RST RSTZ R_K R_ IRIN [TSI/VI] VI[] VI[0] _K _ V_LNK VSNS_V Y9 M K M R0 M_VI M_VI R_TSLK 9 M_TSI0LKI 9 9 M_TSI0T M_TSI0T 9 M_TSI0T 9 M_TSI0T 9 M_TSI0T 9 M_TSI0T 9 M_TSI0T 9 M_TSI0T0 9 M_TSI0SYN 9 M_TSI0VLI 9 M_IP M_IN J G G G G H H H H J H M M L9 L0 TS0_LK TS0_[] TS0_[] TS0_[] TS0_[] TS0_[] TS0_[] TS0_[] TS0_[0] TS0_SYN TS0_VL IP IM QP QM M_PSS P_PSS SSUS_RXN SSUS_RXP SSUS_TXN SSUS_TXP [US] TS_LK TS_[] TS_[] TS_[] TS_[] TS_[] TS_[] TS_[] TS_[0] TS_SYN TS_VL TS_RR TS_LK TS_0 TS_SYN TS_VL IG M_P0 P_P0 M_P P_P M_P P_P M_P P_P G0 J G H H G9 J0 G J H9 H0 L G J H G M0 G G L K (J) R_T 9 R_T 9 R_T 9 R_T 9 R_T 9 R_T 9 R_T 9 R_T0 9 R_TSSY 9 R_TSVL 9 H_PN_INT M_HMI_RSTN 9 _R_RST 0 R_IG_So M_US0M M_US0P M_USM M_USP 0 0 M_USM M_USP 0 0 M_USM M_USP R0 0(J) R09 0K(J) [L] S00.V -SYG/S0-/TR [LN] M_LNRP M_LNRN L K RP RN TP TN K M M_LNTP M_LNTN SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MSWK TS/US/LN 0 0 PZ : TOSHI ORPORTION

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

24 T0 TV PROSSOR / [V-UMSWK] I00 [R-] M_RQ M_RQ0 M_RQ9 M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ0 M_RQ9 M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ0 M_RQ9 M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ0 M_RQS M_RQS M_RQS M_RQS0 M_RQS M_RQS M_RQS M_RQS0 M_ROT.V_SO 09 0n(K) G M M _R_Q[] _R_Q[0] _R_Q[9] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[0] _R_Q[9] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[0] _R_Q[9] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[0] _R_QS[] _R_QS[] _R_QS[] _R_QS[0] _R_QS[] _R_QS[] _R_QS[] _R_QS[0] _R_OT V0_R_ V0_R_ V0_R_ V0_R R_[] _R_[] _R_[] _R_[] _R_[] _R_[0] _R_[9] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[0] _R_[] _R_[] _R_[0] _R_K _R_WZ _R_RSZ _R_SZ _R_MLK _R_MLKZ _R_S[] _R_S[] _R_QM[] _R_QM[] _R_QM[] _R_QM[0] _R_RST V_R_ V_R_ V_R_ V_R_ L L M_R M_R M_R M_R M_R0 M_R9 M_R M_R M_R M_R M_R M_R M_R M_R M_R0 M_R M_R M_R0 M_RK M_RW M_RRS M_RS M_RLK M_RLK M_RS M_RS M_RM M_RM M_RM M_RM0 M_RRST 00 0n(K) 0 0n(K) 09 0n(K) 09 0n(K) 0 0n(K) 0 0n(K) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MSWK R 0 0 PZ : TOSHI ORPORTION

25 T0 TV PROSSOR / [V-UMSWK] I00 [R-] M_RQ M_RQ0 M_RQ9 M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ0 M_RQ9 M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ0 M_RQ9 M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ M_RQ0 M_RQS M_RQS M_RQS M_RQS0 M_RQS M_RQS M_RQS M_RQS0 M_ROT.V_SO 09 0n(K) V 9 W U Y V V0 U 0 V Y0 V Y T9 N9 T N U N T P P T M T0 N R0 N0 R Y W0 R R W9 W P P0 M R T _R_Q[] _R_Q[0] _R_Q[9] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[0] _R_Q[9] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[0] _R_Q[9] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[0] _R_QS[] _R_QS[] _R_QS[] _R_QS[0] _R_QS[] _R_QS[] _R_QS[] _R_QS[0] _R_OT V0_R_ V0_R_ V0_R_ V0_R R_[] _R_[] _R_[] _R_[] _R_[] _R_[0] _R_[9] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[0] _R_[] _R_[] _R_[0] _R_K _R_WZ _R_RSZ _R_SZ _R_MLK _R_MLKZ _R_S[] _R_S[] _R_QM[] _R_QM[] _R_QM[] _R_QM[0] _R_RST V_R_ V_R_ V_R_ V_R_ L H K9 H0 K0 0 H G J H J0 J H9 J G J K K L K M L M L0 9 W U0 R M0 R T M_R M_R M_R M_R M_R0 M_R9 M_R M_R M_R M_R M_R M_R M_R M_R M_R0 M_R M_R M_R0 M_RK M_RW M_RRS M_RS M_RLK M_RLK M_RS M_RS M_RM M_RM M_RM M_RM0 M_RRST 0 0n(K) 0 0n(K) 09 0n(K) 0 0n(K) 099 0n(K) 0 0n(K) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MSWK R 0 0 PZ : TOSHI ORPORTION

26 T0 TV PROSSOR / [V-UMSWK] I00 [GPIO] _L_G _L_R M_PM_UTX _POWR_R _T _POWR_ M_PM_URX 0 M_SPI_SN _POWR_TV _GPIO M_WLN_POWR M_K_N M_IT_PM M_ILK_PM 90 _POWR_L_PW V 90 H_I_SKM 90 H_I_SM R00 00(J) M_XT_MUT _POWR_L_MIN M_GPIO0 M_WWOL_WKUP 0 M_SPI_WP 0 _PNL_I_SW 9 M_HMIR0_RSTN 00 _POWR_KY 00 _KY_ 00 _OP_IN M_L_N _IS_K _IS_ 9 P M P N P L H G G H L L K H J GPIO[]/PWM_PM GPIO[0] GPIO[]/PM_URT_TX GPIO[] GPIO[] GPIO[] GPIO[] GPIO[] GPIO[] GPIO[] GPIO[9] GPIO[0] GPIO[]/PM_URT_TX0 GPIO[]/PM_URT_RX0 GPIO[] GPIO[]/MHL SNS GPIO[]/MHL_VUS_N GPIO[]/MHL_O GPIO[] GPIO[] GPIO[9]/L0 GPIO[0]/L GPIO[0]/WOL_INT GPIO[] GPIO[] GPIO[] GPIO[]/SR0 GPIO[]/SR GPIO[]/SR GPIO[]/SR SR IS_SL IS_S GPIO[0]/URT_TX GPIO[]/URT_RX GPIO[]/URT_TX GPIO[]/URT_RX GPIO[]/URT_TX GPIO[]/URT_RX GPIO[] GPIO[9]/URT_TX GPIO[0]/URT_RX GPIO[] GPIO[] GPIO[] GPIO[] GPIO[] GPIO[] GPIO[0]/PWM0 GPIO[]/PWM GPIO[]/PWM GPIO[]/PWM GPIO[] GPIO[] GPIO[] GPIO[] GPIO[9] GPIO[0] GPIO[] GPIO[] GPIO[9] GPIO[]/IM_SL GPIO[]/IM_S 9 R U Y Y U T 0 9 G9 H9 J9 G H J H J K J J9 H_I_WP 90 M_SRN_SIZ _NSTOP_ 0 _NSTOP_ 0 M_URT_TX 0 M_URT_RX 0 M_VG_N 0 M_L_ONO R_TUNR_USSW_N M_SU_ILK 09 M_SU_IT 09 M_I_SKM M_I_SM H_I_SKM H_I_SM _N_NL 0 _N_NL 0 M_LPWM 0 _R_TRL 0 M_TMP_SL0 M_TMP_SL M_S_HIGH M_LG_HIGH M N 0 M_T_POWR M_USOVR 0 M_USPW 0 R_TMO_RST 0 _IP_K 0 _IP_ 0 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MSWK GPIO 0 0 PZ : TOSHI ORPORTION

27 T0 TV PROSSOR / [V-UMSWK] I00 _HMI_TX0N 0 _HMI_TX0P 0 _HMI_TXN 0 _HMI_TXP 0 _HMI_TXN 0 _HMI_TXP 0 _HMI_TXN 0 _HMI_TXP 0 VV_MHL V W W Y Y Y V V R T T U U U R R J K K L L L J J M N N P P P M M RX0N RX0P RXN RXP RXN RXP RXN RXP RX0N RX0P RXN RXP RXN RXP RXN RXP RX0N RX0P RXN RXP RXN RXP RXN RXP RX0N RX0P RXN RXP RXN RXP RXN RXP V_HMI_V_P [HMI] _K _ HOTPLUG _K _ HOTPLUG _K _ HOTPLUG _K _ HOTPLUG R0 W V W R T T K K J N M N Y U H_HOTPLUG H_HOTPLUG H_HOTPLUG H_HOTPLUG 9 H_R0 0 H_ 0 H_P_RX0SL 0 H_P_RX0S 0 H_P_RXSL 0 H_P_RXS 0 H_P_RXSL 0 H_P_RXS 0 H_R0_SL 0 90 H_R0_S 0 90 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MSWK HMI 0 0 PZ : TOSHI ORPORTION

28 T0 TV PROSSOR / [V-UMSWK] I00 [LVS/V] LV0N LV0P LVN LVP LVN LVP LVN LVP LVN LVP LVLKN LVLKP LV0N LV0P LVN LVP LVN LVP LVN LVP LVN LVP LVLKN LVLKP K K0 L L0 M0 L9 M L K L M9 K 0 G G J J J0 K G0 H n(K) M_VX_N 0 00n(K) M_VX_P 0 00n(K) M_VX_N 0 00n(K) M_VX_P 0 00n(K) M_VX_N 0 00n(K) M_VX_P 0 M_VX_HTPN 0 M_VX_LOKN 0 M_VX_OS_HTPN 0 M_VX_OS_LOKN 0 00n(K) M_VX_N 0 00n(K) M_VX_P 0 00n(K) M_VX_0N 0 00n(K) M_VX_0P n(K) M_VX_N n(K) M_VX_P n(K) 00n(K) M_VX_N 0 M_VX_P n(K) M_VX_N n(K) M_VX_P 0 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MSWK LVS/Vby 0 0 PZ : TOSHI ORPORTION

29 T0 TV PROSSOR / [V-UMSWK] I00 [UIO] SRT IN/P IN N IN IN 0 M_UL0 0 M_UR0 0 M_UL 0 M_UR 0 M_UL 0 M_UR L M J J K J H H L L SIP SIM IS_IN_WS IS_IN_K IS_IN_S SPI_IN [GPIO[9] T RST] LININ_L0 LININ_R0 LININ_L LININ_R LININ_L LININ_R N N N [N] IS_OUT_MK IS_OUT_WS IS_OUT_K IS_OUT_S IS_OUT_S SPI_OUT LINOUT_L0 LINOUT_R0 LINOUT_L LINOUT_R R_OUTL R_OUTR UVG UVRM N N 0 L K J H L M G G M M R00 R0 00(J) R0 *R0 *R0.u(K).V 00 u(k).v 00.n(K) L0 MPZ0S00T.n(K).n(K).n(K) M_IS_MLK 0 M_IS_LRK 0 M_IS_K 0 M_IS_T 0 PWN _SPI 0 M_OUTL0 0 M_OUTR0 0 M_OUTL_HP 0 M_OUTR_HP 0 SRT Out/ix out HP Out SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MSWK UIO 0 0 PZ : TOSHI ORPORTION

30 T0 TV PROSSOR 9/ [V-UMSWK] I00 [VIO] M_RIN0P 0 M_RIN0M 0 M_GIN0P 0 M_GIN0M 0 M_IN0P 0 M_IN0M 0 M_SOGIN0 0 M_HSYN0 0 M_VSYN0 0 M_RINP 0 M_RINM 0 M_GINP 0 M_GINM 0 M_INP 0 M_INM 0 M_SOGIN 0 M_HSYN 00 M_VSYN 00 M_RINP 0 M_RINM 0 M_GINP 0 M_GINM 0 M_INP 0 M_INM 0 M_SOGIN 0 0 M_VS0 M_VS 0 M_VS 0 0 M_VOM H H G G G RIN0P RIN0M GIN0P GIN0M IN0P IN0M SOGIN0 HSYN0 VSYN0 RINP RINM GINP GINM INP INM SOGIN HSYN VSYN RINP RINM GINP GINM INP INM SOGIN HSYN VS0 VS VS VOM VS_OUT M_VSOUT 0 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MSWK VIO PZ : TOSHI ORPORTION

31 V_NOI V_LPLL V_PLL V_MPLL V_ V_VI V_VI V_US V_R V_U V_ V_TH V_MO V_R0 V_R0 V_R0 V_R0 V_R0 V_R0 V_R V_R V_R V_R V_R V_R V_R V_R V_R V_R VP VP V V V V_SR VP V_NOI [POWR] TV PROSSOR 0/ [V-UMSWK] UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T0.V_STNY.V_LPLL.V_MPLL.V_MPLL.V_HMI.V_US.V_R.V_U.V_.V_TH.V_MO.V_ 00 u(k).v.v_r.v.v_so MIN OR MSWK POWR PZ VP_ VP_.V_MP_V I00 P 0 V W U G R L9 L0 L M9 M0 M P P L M N N N9 N0 P9 P0 K L M L H0 H9 H H H G0 G G G G G G G0 G9 G G G G G G G G G0 G9 G G G L.V_MP_V

32 VL_SSUS_ VL_SSUS_ VL_VI VL_PRRV VL_PRRV VL_MO VL_MO V V V V V V V V V V V V V V V V V V V V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU V_PU [POWR] TV PROSSOR / [V-UMSWK] UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T0.V_PU.V_V MIN OR MSWK POWR 0 PZ.V_US.V_VI.V_MO I00 M M W0 0 W K0 K L0 L M0 M T0 T U0 U V0 V 0 0 Y0 Y Y Y Y 0 0 L L9 L L L L L L L L L9 L K K K K K K9 K K K K K K K9 K K J J J J J J J0 J9 J J J J J J J J J0 J9 J J H H H H H H H H0 H9 H H H H H H H H

33 [POWR] TV PROSSOR / [V-UMSWK] [POWR] TV PROSSOR / [V-UMSWK] UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T MIN OR MSWK POWR 0 PZ I00 M M M9 M M M M M M M N N N9 N0 N N N N N N N N N N N N P P9 P0 P P P P P P P P P P P P P9 P R R9 R0 R R R R R R R R R9 R0 R R R R T T T9 T W W W W W W9 W W W W W W W W W0 W9 W V V V V V V V0 V9 V V V V V V V V9 V U U9 U U U U U U U0 U9 U U U U U U U U9 U T T T T T0 T9 T T T T T T I00 Y Y Y9 Y0 Y Y Y Y Y Y Y Y Y Y Y9 Y M L L K9 K0 K9 K K K K J J J H0 H H G G9 G

34 UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T0.V_PU 00 00n(K) 00 00n(K) 00 00n(K) 00 00n(K) 0 00n(K) 09 0n(K).V_SO 0 0u(K) 0 n(k) 0 0n(K) 00.u(K) 0 n(k) 0.u(K) 00 0n(K) 0 00n(K) 0 u(k) 0 0n(K) 0 0u(K) 0 0 0u(K) 0 0 0n(K) 0.u(K) 0 0 0n(K) 0 0n(K) 00.u(K) 09 u(m) 0 00n(K).V_HMI 00.u(K) 0 00n(K).V_V R0.V_R.V_US.V_MPLL.V_.V_U.V_US.V_R.V_MO.V_MO.V_LPLL.V_MPLL.V R0 0 0n(K) R0 0 00n(K) R0 0 00n(K) R0 R0 0 00n(K) R0 0 00n(K) R n(K) n(K) R n(K) R0 R0 0 00n(K).V_STNY 00 0u(K) 009 0u(K) 0 0 u(m).v 0 0 u(m).v 0 0 u(m).v 0 0 0u(M).V 0 n(k) 0n(K) 0u(K) 0n(K).V_SO.u(K) 0n(K) n(k) 09 00n(K) R0.V_ 0 00n(K) R0.V_VI.V_TH R0 0 00n(K) MIN OR MSWK PITOR 0 PZ R0 00n(K) 00n(K) VP_ VP_.V R0.V

35 T0.V.V.K(J) *R.K(J) *R.V.V TYPIL : 00 m MXIMUM : 00 m To K,L, M.V_MP_V _IS_ 0 0 _IS_K V00000 or emodulator ebug *R 0K(J) *.V u(k) V u(k) * URG [V-L00I] *I V V0UT N N N N TH-P 00I0WJ- 9 *R 0K() *R 0K() *R *.u(k) 0V *0 00n(K) IS_SL IS_S 0 _IS_ 0 _IS_K V00000 T T [] *N M0-GHS-TT(L)(SN)(N).V.V_MP_V *R0 *99 00n(K) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MSWK TPOWR 0 PZ : TOSHI ORPORTION

36 T0.V.V.V_STNY.V.V 0 _POWR_L_MIN 0 M_GPIO _L_G 0 0 M_SPI_I 0 _GPIO SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK RWING.NO : TOSHI ORPORTION.K(J) R0.K(J) R0.K(J) R.K(J) R.K(J) R0.K(J) R0.K(J) R0.K(J) R.K(J) MIN OR MSWK ONIG 0 PZ

37 T0 RST.V_STNY.V_STNY V00000 HRST I [V-LX] I0 MR RST VIN XNNR-G R 90.K(J) _HOSTRST 0 u(k).v 0 M_PM_URX 0 M_PM_UTX V V00000 T T ndurt for soft [] N0.V..RX.TX M0-GHS-TT(L)(SN)(N) 0 00n(K) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR PRI (XTL, RST) 0 PZ : TOSHI ORPORTION

38 T0 0 0 _R_TRL 0 9 M_HMI_RSTN 0 PWN 0 _POWR_R M_K_N _NSTOP_ 0 0 _NSTOP_ 0 M_WWOL_WKUP R_TUNR_USSW_N S_I_V_N M_VG_P_WP 09 0 R_TMO_RST 0 0 M_WLN_POWR M_VG_N M_USPW _POWR_TV _POWR_ 90 0 _POWR_L_PW 0 M_I_SKM 0 M_I_SM 0 0 M_IT 0 0 M_ILK 0 M_IT_PM 0 M_ILK_PM R0.K(J).V R0.K(J) R.K(J) R.V_STNY.K(J) PROM [V-MSK] S SL 0 WP R00.K(J) R00.K(J) [Vcc] 0 [Vss] 00n(K) P P P P I R09.K(J).V R0.K(J) ddress: V00000 I R00.K(J) R00.K(J) R00.K(J) R00.K(J) R00.K(J) R0.K(J) R0.K(J) R0.K(J) R0.K(J) R0.K(J) R0.K(J) R0.K(J) R0.K(J) R0.K(J) R0.K(J) R0.K(J) M-RWTP.V ddress:9 0 0 M_MP_MUT R0.K(J).V V00000 TMP SNSOR [V-L] *I S SL UG 0 V.V_STNY MMNR M K M.K(J) R.K(J) R R0 (J) V R9 (J) V00000 T T [] N00 <UG> :V : :Mstar Rx :Mstar Tx *0 00n(K) M0-GHS-TT(L)(SN)(N) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR PRI (GPIO, I, G) 0 PZ : TOSHI ORPORTION

39 T0 M_R0_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R9_L M_R0_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R0_L M_RLK_L M_RLK_L M_RK_SW N P P N P P R R T R L R N T T M M N M K J K9 R SRM [V-MSM] I /P /# N N 0 /K K K M_RS_L R0 K(J) M_RVR M_RRS_L M_RS_L M_RW_L M_RM0_L M_RM_L M_RQS0_L M_RQS0_L M_RQS_L M_RQS_L M_ROT_L M_RRST L J K L G K T /S /RS /S /W ML MU QSL /QSL QSU /QSU OT /RST QL0 QL QL QL QL QL QL QL QU0 QU QU QU QU QU QU QU H H G H M_RQ0_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ9_L M_RQ0_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L.V_R 0 00n(K) 0 00n(K) 0 00n(K) 09 00n(K) n(k) 0.V_R n(k) n(K) 0 0n(K) 0() R00.V_R 0 0n(K) 0 0n(K) L H M 9 9 H H9 9 G K K N N9 R R9 ZQ VRQ VR VQ VQ VQ VQ VQ VQ VQ VQ VQ V V V V V V V V V N N N N Q Q Q Q Q Q Q Q Q J J9 L L9 9 9 G G9 9 G J J M M9 P P9 T T9.V_R 0 0n(K) 0 0n(K) 0.u(K) 09 n(k) 00 n(k).v_r 0 00n(K) 09 00n(K) 0 00n(K) 0 00n(K) 00 00n(K) 0 0n(K) 0 u(k) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R SRM 0 0 PZ : TOSHI ORPORTION

40 T0 M_R0_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R9_U M_R0_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R0_U M_RLK_U M_RLK_U M_RK_SW_U N P P N P P R R T R L R N T T M M N M K J K9 R SRM [V-MSM] I 0 9 0/P /# N N 0 /K K K L M_RQ_U M_RS_U /S QL0 J M_RQ_U M_RRS_U /RS QL K M_RQ_U M_RS_U /S QL L M_RW_U M_RQ9_U /W QL H M_RM_U M_RQ0_U ML QL H M_RM_U M_RQ_U MU QL G M_RQS_U M_RQ_U QSL QL G H M_RQS_U M_RQ_U /QSL QL M_RQS_U M_RQ_U QSU QU0 M_RQS_U M_RQ_U /QSU QU K M_ROT_U M_RQ_U OT QU M_RQ_U M_RRST QU T M_RQ_U 0 /RST QU M_RQ9_U QU M_RQ0_U QU M_RQ_U QU 0 M_RVR R00 K(J).V_R 9 00n(K) 0 00n(K) 00n(K) 00n(K) n(k).v_r n(k) 9 00n(K) 0n(K) 0() R0.V_R 0n(K) 0n(K) L H M 9 9 H H9 9 G K K N N9 R R9 ZQ VRQ VR VQ VQ VQ VQ VQ VQ VQ VQ VQ V V V V V V V V V N N N N Q Q Q Q Q Q Q Q Q J J9 L L9 9 9 G G9 9 G J J M M9 P P9 T T9.V_R 0 0n(K).u(K) 0n(K) n(k) n(k).v_r 00n(K) 00n(K) 00n(K) 00n(K) 00n(K) 0n(K) u(k) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R SRM HIGH 9 0 PZ : TOSHI ORPORTION

41 T0 M_R0_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R9_L M_R0_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R0_L M_RLK_L M_RLK_L M_RK_SW N P P N P P R R T R L R N T T M M N M K J K9 R SRM [V-MSM] I 0 9 0/P /# N N 0 /K K K M_RS_L R0 K(J) 0 M_RVR M_RRS_L M_RS_L M_RW_L M_RM0_L M_RM_L M_RQS0_L M_RQS0_L M_RQS_L M_RQS_L M_ROT_L M_RRST L J K L G K T /S /RS /S /W ML MU QSL /QSL QSU /QSU OT /RST QL0 QL QL QL QL QL QL QL QU0 QU QU QU QU QU QU QU H H G H M_RQ0_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ9_L M_RQ0_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L.V_R 00n(K) 00n(K) 00n(K) 00n(K) n(k) 0.V_R n(k) 00n(K) 0n(K) 0() R09.V_R 0n(K) 0n(K) L H M 9 9 H H9 9 G K K N N9 R R9 ZQ VRQ VR VQ VQ VQ VQ VQ VQ VQ VQ VQ V V V V V V V V V N N N N Q Q Q Q Q Q Q Q Q J J9 L L9 9 9 G G9 9 G J J M M9 P P9 T T9.V_R 0n(K) 0n(K) 9.u(K) 0 n(k) n(k).v_r 00n(K) 9 00n(K) 9 00n(K) 9 00n(K) 9 00n(K) 0n(K) u(k) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R SRM LOW 0 0 PZ : TOSHI ORPORTION

42 T0 M_R0_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R9_U M_R0_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R0_U M_RLK_U M_RLK_U M_RK_SW_U N P P N P P R R T R L R N T T M M N M K J K9 R SRM [V-MSM] I 0 9 0/P /# N N 0 /K K K L M_RQ_U M_RS_U /S QL0 J M_RQ_U M_RRS_U /RS QL K M_RQ_U M_RS_U /S QL L M_RW_U M_RQ9_U /W QL H M_RM_U M_RQ0_U ML QL H M_RM_U M_RQ_U MU QL G M_RQS_U M_RQ_U QSL QL G H M_RQS_U M_RQ_U /QSL QL M_RQS_U M_RQ_U QSU QU0 M_RQS_U M_RQ_U /QSU QU K M_ROT_U M_RQ_U OT QU M_RQ_U M_RRST QU T M_RQ_U /RST QU M_RQ9_U QU M_RQ0_U QU M_RQ_U QU 0 M_RVR R00 K(J).V_R 00n(K) 00n(K) 00n(K) 00n(K) n(k).v_r n(k) 9 00n(K) 0n(K) 0() R0.V_R 0 0n(K) 0n(K) L H M 9 9 H H9 9 G K K N N9 R R9 ZQ VRQ VR VQ VQ VQ VQ VQ VQ VQ VQ VQ V V V V V V V V V N N N N Q Q Q Q Q Q Q Q Q J J9 L L9 9 9 G G9 9 G J J M M9 P P9 T T9.V_R 0n(K).u(K) 0n(K) n(k) 9 n(k).v_r 9 00n(K) 0 00n(K) 0 00n(K) 09 00n(K) 00n(K) 0n(K) 0 u(k) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R SRM HIGH 0 PZ : TOSHI ORPORTION

43 T0 V00000 VTT_R M_R0_U 00(J) R0 M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R9_U 00(J) R9 M_R0_U 00(J) R0 M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R 00(J) R M_R_U M_R_U 00(J) R M_R_U 00(J) R M_R0_U 00(J) R 00(J) R M_RLK_U 00(J) R9 M_RLK_U 00(J) R0 M_RRS_U M_RS_U 00(J) R 00(J) R M_RW_U M_ROT_U 00(J) R M_R0_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R9 M_R_U 00(J) R0 M_R_U 00(J) R M_R_U 00(J) R M_R9_U 00(J) R M_R0_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R M_R_U 00(J) R9 M_R_U 00(J) R0 M_R0_U 00(J) R M_RLK_U 00(J) R M_RLK_U 00(J) R M_RRS_U 00(J) R M_RS_U 00(J) R M_RW_U 00(J) R M_ROT_U 00(J) R 00n(K) 0 00n(K) 00n(K) 00n(K) 00n(K) 00n(K) 00n(K) 00n(K) 00n(K) 9 00n(K) 00n(K) 00n(K) 00n(K) 0 00n(K) 00n(K) 00n(K) V 0 _POWR_R 9 u(k) 0 M_RLK_L 0 M_RLK_L M_RLK_L M_RLK_L.V_R 0 9 RT90GP 9 0u(K) V R (J) R9 (J) R0 (J) R (J) VTT-RG [V-L90] I VQSNS VLOIN VIN S S VTTSNS 0n(K) 0n(K) VTTR VTT P VTT_R 9 0u(K) + [P] 9 u(m) V M_RVR 9 00n(K).V_R MOUNT.V_SO R Q0 SSMK0T(TL,,T) 0 S.V V 0 _POWR_R SSVMT- (J) R [S] 0 R0L-0T [S] R0L-0T 0 R0 0V.u(K).V R R9.K(J).K(J) 0V 0u(K) SSVMT-.V u(k) V00000 URG [V-LMM*] I o N VIN VOUT H MMTR 0n(K) V.V_R.u(K) 0V V [MNG] G R 0K(J) V 0n(K) R K(J) R K(J) R SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R SRM POWR 0 PZ : TOSHI ORPORTION

44 [TRP] T0YTL Q0 V k+0k OR=V n(k) T0 RST.V_STNY.V_R 0 M_RRST V X0NMR RST I [V-L0] I 0K(J) R R.V_R R0 00(J).V_R R9 00(J) 00n(K) 0V.n(K) 0V VSN d VIN VOUT M_RRST 0 R R M_RRST 0 M_RRST R K R V SSMKV(TPL,Z) Q0 R 0 M_RK M_RK_SW 0 S V R9.K(J) [MNN] G R9 K(J) R 0 M_K_N [TRN] Q00 T0YTL V00000.k+0k OR=V00000 R K(J) 0 M_RK V SSMKV(TPL,Z) Q0 R [MNN] G S R0 K(J) M_RK_SW SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R SRM RST/K 0 PZ : TOSHI ORPORTION

45 T0 [RMX] 0 M_R 0 M_R 0 M_R 0 M_R 0 M_R 0 M_R 0 M_R 0 M_R0 0(J) RM0 [RMX] 0(J) RM M_R_L 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R0_L 0 0 M_RS 0 M_RS [RMX] 0(J) RM M_RS_L 0 M_RS_U 0 M_RLK 0 M_RLK 0 M_R 0 M_R9 0 M_R 0 M_R 0 M_R0 0 M_R 0 M_R 0 M_R 0 M_R0 0 M_R 0 M_ROT 0 M_RRS 0 M_RS 0 M_RW R00 R0 [RMX] 0(J) RM [RMX] 0(J) RM [RMX] 0(J) RM [RMX] 0(J) RM M_RLK_L 0 M_RLK_L 0 M_R_L 0 M_R9_L 0 M_R_L 0 M_R_L 0 M_R0_L 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R0_L 0 M_R_L 0 M_ROT_L 0 M_RRS_L 0 M_RS_L 0 M_RW_L 0 0 M_RQ 0 M_RM0 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQS0 0 M_RQS0 0 M_RQ0 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ0 0 M_RQS 0 M_RQS 0 M_RM R0 [RMX] 0(J) RM R0 R0 [RMX] 0(J) RM [RMX] 0(J) RM R0 R0 R0 M_RQ_L 0 M_RM0_L 0 M_RQ_L 0 M_RQ_L 0 M_RQ_L 0 M_RQS0_L 0 M_RQS0_L 0 M_RQ0_L 0 M_RQ_L 0 M_RQ_L 0 M_RQ_L 0 M_RQ_L 0 M_RQ_L 0 M_RQ_L 0 M_RQ0_L 0 M_RQS_L 0 M_RQS_L 0 M_RM_L 0 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R0_L 0 M_R_L 0 M_R9_L 0 M_R0_L 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R_L 0 M_R0_L 0 M_R_L 0 M_R_L 0 M_ROT_L 0 M_RRS_L 0 M_RS_L 0 M_RW_L 0 M_RLK_L 0 M_RLK_L 0 M_RK_SW [RMX] 0(J) RM [RMX] 0(J) RM R R [RMX] 0(J) RM [RMX] 0(J) RM [RMX] 0(J) RM9 R R R M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R0_U M_R_U M_R9_U M_R0_U M_R_U M_R_U M_R_U M_R_U M_R0_U M_R_U M_R_U M_ROT_U M_RRS_U M_RS_U M_RW_U M_RLK_U M_RLK_U M_RK_SW_U 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ9 0 M_RQ 0 M_RM 0 M_RQ9 0 M_RQ 0 M_RQ 0 M_RQS 0 M_RQS 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ0 0 M_RQ 0 M_RQ 0 M_RQ0 0 M_RQ 0 M_RQS 0 M_RQS 0 M_RM 0 M_RQ9 0 M_RQ 0 M_RQ 0 M_RQ [RMX] 0(J) RM9 R [RMX] 0(J) RM R0 R [RMX] 0(J) RM [RMX] 0(J) RM R R09 R0 [RMX] 0(J) RM0 M_RQ_L 0 M_RQ_L 0 M_RQ_L 0 M_RQ9_L 0 M_RQ_U M_RM_U M_RQ9_U M_RQ_U M_RQ_U M_RQS_U M_RQS_U M_RQ_U M_RQ_U M_RQ_U M_RQ0_U M_RQ_U M_RQ_U M_RQ0_U M_RQ_U M_RQS_U M_RQS_U M_RM_U M_RQ9_U M_RQ_U M_RQ_U M_RQ_U SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R MPING PZ : TOSHI ORPORTION

46 T0 [RMX] 0 M_R 0 M_R 0 M_R 0 M_R 0 M_R 0 M_R 0 M_R 0 M_R0 0(J) RM0 [RMX] 0(J) RM M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R0_L 0 M_RS 0 M_RS [RMX] 0(J) RM M_RS_L M_RS_U 0 M_RLK 0 M_RLK 0 M_R 0 M_R9 0 M_R 0 M_R 0 M_R0 0 M_R 0 M_R 0 M_R 0 M_R0 0 M_R 0 M_ROT 0 M_RRS 0 M_RS 0 M_RW R9 R0 [RMX] 0(J) RM [RMX] 0(J) RM [RMX] 0(J) RM [RMX] 0(J) RM M_RLK_L M_RLK_L M_R_L M_R9_L M_R_L M_R_L M_R0_L M_R_L M_R_L M_R_L M_R0_L M_R_L M_ROT_L M_RRS_L M_RS_L M_RW_L 0 M_RQ 0 M_RM0 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQS0 0 M_RQS0 0 M_RQ0 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ0 0 M_RQS 0 M_RQS 0 M_RM R [RMX] 0(J) RM R R [RMX] 0(J) RM [RMX] 0(J) RM R R R M_RQ_L M_RM0_L M_RQ_L M_RQ_L M_RQ_L M_RQS0_L M_RQS0_L M_RQ0_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ_L M_RQ0_L M_RQS_L M_RQS_L M_RM_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R_L M_R0_L M_R_L M_R9_L M_R0_L M_R_L M_R_L M_R_L M_R_L M_R0_L M_R_L M_R_L M_ROT_L M_RRS_L M_RS_L M_RW_L M_RLK_L M_RLK_L M_RK_SW [RMX] 0(J) RM [RMX] 0(J) RM R R [RMX] 0(J) RM [RMX] 0(J) RM [RMX] 0(J) RM9 R R R M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R_U M_R0_U M_R_U M_R9_U M_R0_U M_R_U M_R_U M_R_U M_R_U M_R0_U M_R_U M_R_U M_ROT_U M_RRS_U M_RS_U M_RW_U M_RLK_U M_RLK_U M_RK_SW_U 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ9 0 M_RQ 0 M_RM 0 M_RQ9 0 M_RQ 0 M_RQ 0 M_RQS 0 M_RQS 0 M_RQ 0 M_RQ 0 M_RQ 0 M_RQ0 0 M_RQ 0 M_RQ 0 M_RQ0 0 M_RQ 0 M_RQS 0 M_RQS 0 M_RM 0 M_RQ9 0 M_RQ 0 M_RQ 0 M_RQ [RMX] 0(J) RM9 R0 [RMX] 0(J) RM R9 R [RMX] 0(J) RM [RMX] 0(J) RM R R R [RMX] 0(J) RM0 M_RQ_L M_RQ_L M_RQ_L M_RQ9_L M_RQ_U M_RM_U M_RQ9_U M_RQ_U M_RQ_U M_RQS_U M_RQS_U M_RQ_U M_RQ_U M_RQ_U M_RQ0_U M_RQ_U M_RQ_U M_RQ0_U M_RQ_U M_RQS_U M_RQS_U M_RM_U M_RQ9_U M_RQ_U M_RQ_U M_RQ_U SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R MPING PZ : TOSHI ORPORTION

47 T0.V_STNY.V_STNY 0 M_SPI_I R R (J) 0 M_SPI_LK 0 M_SPI_SN R M_SPI_WP R0 (J) 0 R0 R09.K(J).K(J) V00000 [V-MQ] I I O LK S WP HOL V WX0LSSIG 0 R0.K(J) R (J) M_SPI_O 0 00n(K) M_MM 0 0 M_MM 0 M_MM 0 M_MM [RMX] RM0 (J) M_MM_ M_MM_ M_MM_ M_MM_ M_MM0 0 0 M_MM M_MM 0 M_MM 0 [RMX] RM (J) M_MM_0 M_MM_ M_MM_ M_MM_ SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR SPI LSH 0 0 PZ : TOSHI ORPORTION

48 [RMX] [RMX] V V [V-MM]/ LL MM RU RU Q RU Q Q Q Q T T T T T T T T0 RST_n M LK V V VQ VQ VQ VQ RU RU VQ RU RU RU RU RU RU RU RU RU RU RU Vi N N [V-MM]/ LL MM N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N (TST) (TST) (TST) (TST) (TST) (TST) URG VIN [V-L9XXX] VOUT [] N UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T n(K) VP_ 09.u(K) 09.u(K) M_MM_LK 0 M_MM_M 0 M_MM_RST 0 R 0(J) R 0(J) R (J) VP_ M_MM_ 0 M_MM_ 0 M_MM_ 0 M_MM_ 0 M_MM_0 0 M_MM_ 0 M_MM_ 0 M_MM_ 0 RM0 K(J) RM0 K(J) VP_ R0 K(J) R 0K(J) I V00000 THGMGJIRHH K M M H G0 P P N N K H0 G J0 K9 M N P P J K K K0 P P0 G I V00000 THGMGJIRHH K J J J J J J H H H H H M M0 M9 M M M M M L L L L L G G G G G P P9 P P P N N N N N0 N9 N N P H P P N N N M M M L K K K K K MIN OR MM 0 PZ 9 u(k).v.v R9 I9 V00000 TRS,LVP(J V 00n(K) 0V VP_ R0 VP_.V.V

49 T0 0 M_LNTP 0 M_LNTN N N [TMK] T00 N N [] PJ0 0 M_LNRP SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK RWING.NO : TOSHI ORPORTION 0p(J) 0p(J) 00n(K) 0 M_LNRN 0p(J) 0n(K) 0p(J) 9.9() R 00n(K) 0 9.9() R0 V V RJ09-0M0HW T T 9 TS H 9.9() R 00n(K) 0 0n(K) (J) R (J) R (J) R (J) R9 9.9() R 9 00n(K) GRQR0KW0L n(k) MIN OR RJ ONNTOR 0 PZ

50 T0 V_USIN 00 R09 0(J) 0 u(k) 0 00n(K) V [V-UTPS] I0 IN OUT ILIM N ULT P TPSRVR- R00 K() 0 u(k) 0 00n(K) + [P] 0 00u(M) V V_USV R0 K(J) R0 00(J) 0 u(k) V.V R0 R0 0K(J) 0K(J) M_USOVR 0 0 M_USPW V_USV V00000 V [V-UTPS] I IN OUT ILIM V_USV 0 0 M_USM M_USP T T T [] PJ0 U000SGR N ULT P TPSRVR- R0 K() 0 u(k) 0 00n(K) + [P] 09 00u(M) V R0 K(J) V_USV Side V M_USM M_USP T T T [] PJ U000M90Y ack SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR US ONNTOR PZ : TOSHI ORPORTION

51 T0.V_STNY V L MPZ0ST WLN POWR.u(K) 00n(K) R 0K(J) n(k) V R 0K(J) SSVMT- V_WLN V Q SSMJTU,L(T [MPI] S G 00n(K) 0V R 0(J) M_US0M 0 M_US0P 0 0 M_WWOL_WKUP R.K(J).n(K) 0V V M0-900-P-T000 L [L09] R (J) V_WLN L MPZ0ST L MPZ0ST V T T WLN [] N SM0-GHS-T(L)(SN) 0 M_WLN_POWR R.K(J) u(k).v R 0K(J) Q S-Y(TL,) L9 MPZ0ST V_ T POWR 0 *L MPZ0ST *9.u(K) M_T_POWR *R.K(J) *0 00n(K) *R.K(J) * u(k).v *R0 0K(J) * n(k) V *R 0K(J) * SSVMT- V *Q SSMJTU,L(T [MPI] S G *Q S-Y(TL,) * 00n(K) 0V V_T *R 0(J) M_USM M_USP _VSYN_LIK _GLSS_SYN *R *R V M0-900-P-T000 *L [L09] V_T *L *L MPZ0ST MPZ0ST *L0 MPZ0ST V00000 T T T [] *N SM0-GHS-T(L)(SN) *R9 0K(J) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR Wireless LN 0 0 PZ : TOSHI ORPORTION

52 T0 V00000 RVPWR 0 Input 0 M_OUTL0 M_OUTR0 R K(J) R K(J) 0p(J) 0V 9 0p(J) 0V R 00K(J) R 00K(J).u(K) 0V R K(J) R0.K(J).u(K) 0V R09.V u(k) V 9 0 [V-L] I0 IN_L OUT_L IN_R OUT_R GIN N MUT N N P V R (J) R9 (J) u(k).v 0 n(k) 0V R 0(J) R 0(J) 0 n(k) 0V _L_TV 00 0 Output _R_TV u(k).v _RV_MUT _SRT_MUT 0:MUT :Normal SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR udio Line river 0 0 PZ : TOSHI ORPORTION

53 T0 V 0 M_OUTR_HP 0 M_OUTL_HP *R K(J) *R K(J) *R 00K(J) *R 00K(J) * 0V 0p(J) * V 0u(K) * 0V 0p(J) * V u(k) * V 0n(K) *9 V u(k) *R K(J) *R 00K(J) [V-L] *I IN OUT IN OUT MUT IS Vcc H- * V u(k) * V u(m) + [P] *00 *0 SS(TH,,T) SS(TH,,T) *0 *0 SS(TH,,T) SS(TH,,T) + [P] + [P] * V 00u(M) *0 V00u(M) *R 0K(J) *R9 0K(J) (mm) R_HP 0 L_HP 0 (mm) Mute: Low Normal: High _HP_MUT SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR Headphone MP 0 0 PZ : TOSHI ORPORTION

54 T0 VRG_MP SPK_GIN:00=9d 0=d 0=d RQ/S:H=kHz L=kHz PTL/SL:H=PTL L=TL R9 R 0K(J).V_MP R 0K(J) R R 0K(J) R R 0K(J) R0 R0 R0 9K() K() R9.K() 0 Vu(K) R0 R09.K() K() V MP [V-L0PR] I0 ST_LIP SPK_ULT SPK_GIN0 [MNN] Q0 R0 G _LIP_TRL S M() R00 _MP_S M_IT M_ILK _MP_S W W0 9 SPK_GIN RQ/S PTL/SL SPK_S 0 M_MP_MUT R0 R0 lose to So SPK_SLP/R 0 M_IS_MLK 0 M_IS_K 0 M_IS_T 0 M_IS_LRK R R (J) R (J) (J) R (J) p(j) p(j) p(j) p(j) MLK SLK SIN LRK STRP+ SPK_OUT+ STRP- SPK_OUT- STRP- SPK_OUT- STRP V 0n(K) 0 V 0n(K) 0 0 V0n(K) _MP_OUT+ _MP_OUT- _MP_OUT- _MP_OUT+ SPK_OUT+ 0 V 0n(K).V.V_MP VRG_MP W00 0(J) 0 09.V u(k).v V_UIO 0 V GV_RG N_RG VOM 0.V u(k) 0.Vu(K) 0 u(k) V V N_R PV PV G P P 0V00n(K) 0V.u(K) 0V 00n(K) 0 0V.u(K) 0V 00n(K) TS0MPR ThermalPad SIGN : TITL MIN OR UNTION SH.NO. PG NO. RV.MRK RWING.NO. UIO -MP (TS0MP) 0 0 PZ TOSHI ORPORTION

55 SSVMT- SSVMT SSVMT- SSVMT- 0 0 SSVMT- SSVMT- 0 0 SSVMT- SSVMT n(K) V0n(K) V_UIO V V0n(K) 0 0n(K) P00 P0 P0 P0 V _L+MP _L-MP _R+MP _R-MP 0n(K) [] N00 UNTION SIGN Y TITL SH.NO. PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T0 V n(K) V m L 0uH(X) L0T-00M V_UIO V 0 0 _MP_OUT+ L 0uH(X) L0T-00M m L0 0uH(X) L0T-00M m R+SPK R-SPK L-SPK L+SPK 0n(K) V 0 _MP_OUT+ 0n(K) V L+SPK L 0uH(X) L0T-00M m 0 _MP_OUT- MIN OR _R+MP _R-MP _L-MP _L+MP T T 00WR0-PS-SHP UIO -MP OUT (TS0M) 0 PZ : L-SPK R+SPK R-SPK

56 T0 V.V To XT MP oard 0 0 M_IS_MLK 0 0 M_IS_K 0 0 M_IS_LRK 0 0 M_IS_T _MP_S 0 M_MP_MUT 0 0 R0 NOT 0(J) MOUNT R 0(J) V SM-GHS-T(L)(SN) [] N 9 0 T T Only using external mp oard 0 _LIP_TRL R M_LG_HIGH 0 0(J) SIGN : TITL MIN OR UNTION SH.NO. PG NO. RV.MRK RWING.NO. UIO -MP onnector (external unit) 0 PZ TOSHI ORPORTION

57 *R0 R0 00K(J) T0.V V R 0K(J) 09 SSVMT- R0.K(J) _SRT_MUT 0:MUT :Normal _RV_MUT 0 [MNN] [TRN] V00000 OR=V Q00 V G S Q SSMKV(TPL,Z) T0ZTL.k+k (So) 0K(J) R 0 M_XT_MUT R 0 _HP_MUT 0 Mute: High Normal: Low K(J) SSVMT- Mute: Low Normal: High POWR: T 0: O : ON _T (So) 0 PWN R K(J) _MP_S 0 MP_RST 0: O : ON V R 0K(J) [TRN] Q T0ZTL (POWR) R G [MNN] V00000.k+k 0V 0n(K) S Q SSMKV(TPL,Z) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR UIO MUT 0 PZ : TOSHI ORPORTION

58 [X] N N IS_SL IS_S RST XTLI SPI_O SPI_Z SPI_K SPI_I XTLO SPI_K/PWM/GPIO I_HS_S/VSYN_LIK URT_RX/GPIO [V-UMST0Z] [SPI] [I] [lock and Reset] [Local imming] [GPIO/misc] IM_SL/VSYN_LIK IM_S VSYN_LIK/PWM/GPIO0 IM/GPIO IM0/GPIO IM/GPIO IM/GPIO IM/GPIO IM/GPIO IM/GPIO9 IM/GPIO I_HS_SL/VSYN_LIK SPI_I/PWM/GPIO9 SPI_I/PWM/GPIO SPI_K/PWM0/GPIO SPI_I/IM/GPIO SPI_K/IM0/GPIO SPI_I/IM9/GPIO SPI_K/IM/GPIO URT_RX/HIP_VT URT_TX/GPIO0 URT_TX/GPIO INT_R INT_R0/_LG N GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO0/PWM_IM_IN0 GPIO GPIO GPIO/PWM_IM_IN GPIO GPIO IR rame Rate onverter /0 GPIO GPIO9 N N N N N N N N N N N N N N N N N N N N N N N UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T0 0 _SPI_I 0 _SPI_SN 0 _SPI_LK 0 _SPI_O R00 M(J) 00 p() X000 MHz V000 0ppm 000 p() R000 0(J) 0 _R_RST R0.K(J) _IM0 _IM _IM _IS_SL _IS_S R0.K(J) R09.K(J) _URT_RX 90 _VI_URT_RX 90 _VI0_URT_TX _URT_TX 0 M_LPWM 0 _SPI_WP _GLSS_SYN _LR _VSYN_LIK _SPI SPI_K R0 (J) R0 (J) R0 (J) R0 (J) R0 R0 (J) MIN OR MST0Z Misc./GPIO 0 0 PZ 0 _R_TRL 0 M N R00 (J) R00 (J) _LPWM P0 P0 P P P P P P P9 P P P P P0 P P P09 P0 P0 P0 P0 P0 P0 R0 R00 R0.K(J) P0 I00 J 9 9 R H M 0 R H H G H G G J9 J G G H G0 G H G H0 H H G M N M G H H G J H G G N N P R.V.V GPIO/ GPIO/ GPIO/ GPIO/ VI0 VI

59 R0N R0P RN RP RN RP RKN RKP RN RP RN RP [V-UMST0Z] [LVS/V-Y-ON] RP R0N RP RP R0P RKN RN RKP RP RN RN RN RP RN R0N RP RP RP RKN RN R0P R0N RKN RN RN RN RP RKP RKP RP RP RN RP RN RN R0P VY_RXM[0] VY_RXP[0] VY_RXM[] VY_RXP[] VY_RXM[] VY_RXP[] VY_RXM[] VY_RXP[] VY_RXP[] VY_RXM[] VY_RXP[] VY_RXM[] VY_RXP[] VY_RXM[] VY_RXM[] VY_RXP[] VY_RXP[] VY_RXM[9] VY_RXP[9] VY_RXM[0] VY_RXP[0] VY_RXM[] VY_RXM[] VY_RXP[] VY0- VY0+ VY_HTPN VY_LOKN VXR_HTP_O/GPIO VXR_LOK_O/GPIO VXR_LOK_V/GPIO VXR_HTP_v/GPIO VY+ VY- VY+ VY- VY+ VY- VY+ VY- VY+ VY- VY+ VY- VY+ VY- VY+ VY- VY9+ VY9- VY0+ VY0- VY+ VY- VY+ VY- VY+ VY- VY+ VY- VY+ VY- VY+ VY- VY+ VY- VY+ VY- VY9+ VY9- rame Rate onverter /0 V-Y-ON IN LVS IN V-Y-ON OUT UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T0 0 _VY0+ 0 _VY0-0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ 0 _VY _VY- _VY _VY9+ 0 _VY- 0 _VY+ _VY _VY+ _VY+ 0 0 _VY- _VY- _VY+ _VY+ _VY _VY _VY9- _VY- 0 M_VX_OS_HTPN 0 M_VX_OS_LOKN 0 M_VX_HTPN 0 M_VX_LOKN 0 _VX_HTPN 0 _VX_LOKN 0 M_VX_N 0 M_VX_P 0 M_VX_P 0 M_VX_N 0 M_VX_P 0 M_VX_N 0 M_VX_P 0 M_VX_N 0 M_VX_0P 0 M_VX_0N 0 M_VX_P 0 M_VX_N 0 M_VX_P 0 M_VX_N 0 M_VX_P 0 M_VX_N R0 0K(J) R0 0K(J) R00 0K(J) R09 0K(J) MIN OR MST0Z LVS/V 0 0 PZ I00 G G H H H J J K K L M L K L K L M K M L K L K L K M K L L9 M9 M0 L0 L K M K L L M K L K M K L9 L M M9 L L K K J J0 H H0 G G0 0 0 K L0 M K M L K9 L9 K0 L0 M0 K M L K L K L M K M L K L K L Y Y Y W W V W U V U U H9 G9 G G9 H9 J0.V

60 T0 0.MST0Z R rame Rate onvorter /0 [V-UMST0Z] I00 [R H INTR] 0 _RQ _R_Q[] _R_[] 0 _RQ0 _R_Q[0] _R_[] _R 0 _RQ9 _R_Q[9] _R_[] 0 _R 0 _RQ _R_Q[] _R_[] 0 _R 0 _RQ _R_Q[] _R_[] 0 _R0 0 _RQ _R_Q[] _R_[0] 0 _R9 0 _RQ 0 _R_Q[] _R_[9] 0 _R 0 _RQ _R_Q[] _R_[] 0 _R 0 _RQ 0 _R_Q[] _R_[] 0 _R 0 _RQ _R_Q[] _R_[] 0 _R 0 _RQ _R_Q[] _R_[] 0 _R 0 _RQ0 _R_Q[0] _R_[] 0 _R 0 _RQ9 _R_Q[9] _R_[] 0 _R 0 _RQ _R_Q[] _R_[] 0 _R 0 _RQ _R_Q[] _R_[] 0 _R0 0 _RQ _R_Q[] _R_[0] 0 0 _RQ _R_Q[] 0 _RQ _RS _R_Q[] _R_SZ 0 0 _RQ _RRS _R_Q[] _R_RSZ 0 0 _RQ 0 _RW _R_Q[] _R_WZ 0 0 _RQ _RM _R_Q[] _R_QM[] 0 0 _RQ0 _RM _R_Q[0] _R_QM[] 0 0 _RQ9 _RM _R_Q[9] _R_QM[] 0 0 _RQ 9 9 _RM0 _R_Q[] _R_QM[0] 0 0 _RQ _ROT _R_Q[] _R_OT 0 0 _RQ _R _R_Q[] _R_[] 0 0 _RQ _R _R_Q[] _R_[] 0 0 _RQ _R0 _R_Q[] _R_[0] 0 0 _RQ _RRST _R_Q[] _R_RST 0 0 _RQ _RK _R_Q[] _R_K 0 _RQ 0 9 _RLK _R_Q[] _R_MLK 0 0 _RQ0 _RLK _R_Q[0] _R_MLKZ 0 9 _R_S 0 _RQS 9 _R_QS[] _R_S 0 _RQS _R_QS[] 0 _RQS _R_QS[] 0 _RQS _R_QS[] 0 _RQS 0 _R_QS[] 0 _RQS 9 _R_QS[] 0 _RQS0 _R_QS[0] 0 _RQS0 0 _R_QS[0] Top side, close to RM [RMX] RM0 0(J) _RS 0 _RS Top side, close to RM [RMX] RM09 0(J) _R 0 _R 0 _R 0 [RMX] RM0 0(J) _R 0 _R 0 _R 0 _R0 0 _RK R0 0 _RLK R09 0 _RLK R00 0 ottom side, close to RM [RMX] RM 0(J) _R9 0 _R 0 _R 0 _RRST 0 [RMX] RM 0(J) _R0 0 _R 0 _R 0 _R 0 [RMX] RM 0(J) _R 0 _R 0 _R0 0 [RMX] RM 0(J) _ROT 0 _RRS 0 _RS 0 _RW 0 Top side, placed between RMs [RMX] RM 0(J) _R_0 0 0 _R_0 0 0 _R_0 0 0 _R_0 0 0 _R_0 0 0 _R_0 0 0 _R_0 0 0 _R_0 0 0 _R_0 0 0 _R0_0 0 0 _RK_0 0 0 _RLK_0 0 0 _RLK_0 0 0 _R9_0 0 0 _R_0 0 0 _R_0 0 0 _RRST_0 0 0 _R0_0 0 0 _R_0 0 0 _R_0 0 0 _R_0 0 0 _R_0 0 0 _R_0 0 0 _R0_0 0 0 _ROT_0 0 0 _RRS_0 0 0 _RS_0 0 0 _RW_0 0 0 _R R R_ Top side, Top side, placed in the middle [RMX] placed in the middle [RMX] RM00 0(J) _RQ _RQ 0 _RQ 0 _RQ RM0 0(J) 0 _RQ9 0 _RQ _RQ 0 _RQ9 _RQ _RQ 0 _RQ _RQ _RM0 _RM0 _RM _RM _RQ _RQ 0 _RQ R0 0 0 _RQ R09 _RQS0 _RQS 0 _RQS0 R0 0 _RQS0 _RQS 0 _RQS0 0 _RQS R00 R0 0 0 _RQS R0 [RMX] [RMX] _RQ9 _RQ 0 _RQ9 RM0 0(J) 0 0 _RQ RM0 0(J) _RQ _RQ 0 _RQ 0 0 _RQ _RQ _RQ 0 _RQ 0 _RQ _RQ0 0 _RQ 0 _RQ 0 0 _RQ0 ottom side, ottom side, placed in the middle [RMX] placed in the middle _RQ 0 _RQ RM0 0(J) 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 0 _RQ0 _RQ0 0 _RQ0 0 0 _RQ [RMX] RM0 0(J) _RQ _RQ _RQ0 _RQ [RMX] RM 0(J) _R_0 0 0 _R_0 0 0 _R_0 0 0 _R0_0 0 0 ottom side, placed between RMs [RMX] RM 0(J) _R_0 0 0 _R_0 0 0 _RRST_0 0 0 [RMX] RM 0(J) _R_0 0 0 _R_0 0 0 _R_0 0 0 _R9_0 0 0 [RMX] RM9 0(J) _R_0 0 0 _R_0 0 0 _R0_0 0 0 _R0_0 0 0 _R R R R0 R R RRST R R R R9 R R R0 R0_ 0 _RQS R0 0 _RQS R0 _RM R0 0 _RQS 0 _RQS 0 _RM 0 0 _RQS 0 _RQS _RM 0 [RMX] _RQ 0 _RQ RM0 0(J) 0 0 _RQ9 _RQ0 0 _RQ0 0 0 _RQ _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 0 _RQ R0 _RQS R0 _RQS R0 _RM [RMX] RM0 0(J) _RQ9 _RQ _RQ _RQ _ROT_0 _RRS_0 _RS_0 _RW_0 _RK_0 _RLK_0 _RLK_0 [RMX] RM0 0(J) R0 R0 R0 _ROT RRS RS RW RK RLK RLK_ SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MST0Z R ch PZ : TOSHI ORPORTION

61 T0 0.MST0Z R 0 _RQ 0 _RQ0 0 _RQ9 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ0 0 _RQ9 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ0 0 _RQ9 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ0 0 _RQS 0 _RQS 0 _RQS 0 _RQS 0 _RQS 0 _RQS 0 _RQS0 0 _RQS0 0 W Y 9 W0 W9 U V V0 0 V T9 M T P9 T0 M R N M T M0 U0 M T N U9 Y9 Y0 W W P0 N0 R P rame Rate onvorter /0 [V-UMST0Z] I00 _R_Q[] _R_Q[0] _R_Q[9] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[0] _R_Q[9] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[0] _R_Q[9] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[] _R_Q[0] _R_QS[] _R_QS[] _R_QS[] _R_QS[] _R_QS[] _R_QS[] _R_QS[0] _R_QS[0] [R H INTR] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[0] _R_[9] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[] _R_[0] _R_SZ _R_RSZ _R_WZ _R_QM[] _R_QM[] _R_QM[] _R_QM[0] _R_OT _R_[] _R_[] _R_[0] _R_RST _R_K _R_MLK _R_MLKZ _R_S _R_S L9 0 0 J H 0 G0 G H0 G9 G G H L0 L K0 Y V R N L J H H J0 K K 0 _R 0 _R 0 _R 0 _R0 0 _R9 0 _R 0 _R 0 _R 0 _R 0 _R 0 _R 0 _R 0 _R 0 _R0 0 _RS 0 _RRS 0 _RW 0 _RM 0 _RM 0 _RM 0 _RM0 0 _ROT 0 _R 0 _R 0 _R0 0 _RRST 0 _RK 0 _RLK 0 _RLK 0 Top side, close to RM [RMX] RM9 0(J) _RS _RS Top side, close to RM [RMX] RM0 0(J) _R 0 _R 0 _R 0 [RMX] RM 0(J) _R 0 _R 0 _R 0 _R0 0 _RK R0 0 _RLK R0 0 _RLK R0 0 ottom side, close to RM [RMX] RM 0(J) _R9 0 _R 0 _R 0 _RRST 0 [RMX] RM 0(J) _R0 0 _R 0 _R 0 _R 0 [RMX] RM 0(J) _R 0 _R 0 _R0 0 [RMX] RM 0(J) _ROT 0 _RRS 0 _RS 0 _RW 0 Top side, placed between RMs [RMX] RM 0(J) _R_0 0 _R_0 0 _R_0 0 _R_0 0 _R_0 0 _R_0 0 _R_0 0 _R_0 0 _R_0 0 _R0_0 0 _RK_0 0 _RLK_0 0 _RLK_0 0 _R9_0 0 _R_0 0 _R_0 0 _RRST_0 0 _R0_0 0 _R_0 0 _R_0 0 _R_0 0 _R_0 0 _R_0 0 _R0_0 0 _ROT_0 0 _RRS_0 0 _RS_0 0 _RW_0 0 _R R R_ Top side, Top side, placed in the middle [RMX] placed in the middle [RMX] _RQ _RQ 0 _RQ RM 0(J) 0 _RQ RM 0(J) _RQ _RQ9 0 _RQ _RQ _RQ 0 _RQ 0 _RQ9 0 _RQ _RM0 _RM0 _RM _RM 0 0 _RQ _RQ 0 _RQ R0 _RQS0 _RQS 0 _RQS0 0 _RQ R09 R0 _RQS0 _RQS 0 _RQS0 0 _RQS R00 R0 0 _RQS R0 0 _RQ9 0 _RQ 0 _RQ 0 _RQ [RMX] RM 0(J) _RQ9 _RQ _RQ _RQ ottom side, placed in the middle [RMX] _RQ 0 _RQ RM 0(J) _RQ 0 _RQ _RQ 0 _RQ _RQ0 0 _RQ0 0 _RQ 0 _RQ 0 _RQ 0 _RQ0 ottom side, placed in the middle 0 _RQ 0 _RQ 0 _RQ0 0 _RQ [RMX] RM 0(J) _RQ _RQ _RQ _RQ0 [RMX] RM 0(J) _RQ _RQ _RQ0 _RQ [RMX] RM 0(J) _R_0 0 _R_0 0 _R_0 0 _R0_0 0 ottom side, placed between RMs [RMX] RM 0(J) _R_0 0 _R_0 0 _RRST_0 0 [RMX] RM9 0(J) _R_0 0 _R_0 0 _R_0 0 _R9_0 0 [RMX] RM0 0(J) _R_0 0 _R_0 0 _R0_0 0 _R0_0 0 _R R R R0 R R RRST R R R R9 R R R0 R0_ 0 _RQS 0 _RQS _RM 0 0 _RQ 0 _RQ0 0 _RQ 0 _RQ R0 R0 R0 _RQS _RQS _RM [RMX] RM 0(J) _RQ _RQ0 _RQ _RQ 0 _RQS 0 _RQS _RM 0 0 _RQ9 0 _RQ 0 _RQ 0 _RQ R0 R0 R0 _RQS _RQS _RM [RMX] RM 0(J) _RQ9 _RQ _RQ _RQ _ROT_0 _RRS_0 _RS_0 _RW_0 _RK_0 _RLK_0 _RLK_0 [RMX] RM 0(J) R R R _ROT RRS RS RW RK RLK RLK_ SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MST0Z R ch PZ : TOSHI ORPORTION

62 P P0 P P P9 P P T0 0.MST0Z HMI rame Rate onverter /0 [V-UMST0Z] I00 [HMI] 0 _HMI_RXP_0 0 _HMI_RXN_0 0 _HMI_RXP_0 0 _HMI_RXN_0 0 _HMI_RX0P_0 0 _HMI_RX0N_0 0 _HMI_RXP_0 0 _HMI_RXN_0 _HMI_R LK_0 Y _HMI_R T_0 Y HMI_RXP_0 HMI_RXN_0 HMI_RXP_0 HMI_RXN_0 HMI_RX0P_0 HMI_RX0N_0 HMI_RXP_0 HMI_RXN_0 HMI_R LK_0 HMI_R T_0 HMI_R 0 HMI_R_HP_0 HMI_TXP HMI_TXN HMI_TXP HMI_TXN HMI_TX0P HMI_TX0N HMI_TXP HMI_TXN HMITX_SL HMITX_S HMI_T_ HMI_T_HP L L M M N N N P N M J J _HMI_TXP 0 _HMI_TXN 0 _HMI_TXP 0 _HMI_TXN 0 _HMI_TX0P 0 _HMI_TX0N 0 _HMI_TXP 0 _HMI_TXN 0 0 _HMI_RXP_ 0 _HMI_RXN_ 0 _HMI_RXP_ 0 _HMI_RXN_ 0 _HMI_RX0P_ 0 _HMI_RX0N_ 0 _HMI_RXP_ 0 _HMI_RXN_ J J J H H G G G _HMI_R LK_ H _HMI_R T_ H J H HMI_RXP_ HMI_RXN_ HMI_RXP_ HMI_RXN_ HMI_RX0P_ HMI_RX0N_ HMI_RXP_ HMI_RXN_ HMI_R LK_ HMI_R T_ HMI_R HMI_R_HP_ SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MST0Z HMI 0 0 PZ : TOSHI ORPORTION

63 T0 0.MST0Z POWR.V_R.V.V_V.V_MO rame Rate onverter /0 [V-UMST0Z] I00 [Power and ].V_PLL 0 0 M M M M9 M0 M N N P P R R VP VP VP V_RX V_RX V_RX V_RX V_VI V_VI V_MO V_MO V_MO V_MO V_HMITX V_HMITX V_XTL V_PLL V_PLL V_R0 V_R0 V_R0 V_R0 V_R0 V_R0 V_R V_R V_R V_R V_R V_R SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MST0Z POWR 0 0 PZ : TOSHI ORPORTION

64 V [V-UMST0Z] rame Rate onverter /0 [Power and ] V V V V V V V V V V V V V V V V V V V V_R V_R VL_HMITX VL_VI VL_RX VL_RX VL_MO VL_MO VL_MO VL_MO VL_MO VL_RV VL_RV VL_RV VL_RV VL_RV VL_VI V V V V V V VL_HMITX VL_RX UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T MIN OR MST0Z POWR 0 0 PZ.V_R.V_VI.V_R.V_MO.V_RV.V_HMITX.V_RX I00 N0 N T9 M9 T0 Y0 T 9 U R0 M L P Y0 N V9 9 U9 0 G0 0 M0 M P9 Y G G G G G G9 G0 G G G G G G G G G9 G Y G G G G G H N9 P0 R9 R U0 0 H H H0 H9 H H H H Y H H H H H H H H H H H0 H9 H H V0 V W9 W0 W Y9 L 9 0.MST0Z POWR

65 [V-UMST0Z] rame Rate onverter /0 [] UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T MIN OR MST0Z POWR 0 0 PZ I00 J9 J0 J J J K9 J9 K J J J J K J K J J J K J0 K J J N P K J J J K K M M M M9 N N N N N N N9 N0 N N N N P P P P P P P P P P P P9 K0 P0 P P P J J J J J K K K9 K K K K J9 K K K K K K K L L L L L9 L0 L L L L L L L L L9 L L0 L L T T T T T T T R9 R R R R R0 R9 R R R R R R R R R R P P P P T0 T9 T T T T T T T T L L L L T T T T T T M M M M M M 0.MST0Z POWR

66 [V-UMST0Z] rame Rate onverter 9/0 [] UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T MIN OR MST0Z POWR 09 0 PZ I00 U U U0 U U V9 U V U U V U V U V V V U V U V U U Y V U U U V V Y Y Y Y Y Y Y Y Y Y Y9 Y Y Y Y Y 9 V0 0 U U U U9 U V V V V9 W W W V V V V V W W W W W W W W W W9 W0 W W W W W W W MST0Z POWR

67 [V-UMST0Z] rame Rate onverter 0/0 [] UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T MIN OR MST0Z POWR 0 0 PZ I G G G G G9 G0 G G G G G G H H J J J0 J9 J J H H H H H H H0 H9 K0 K9 K K K0 K9 J J J J J J J J M0 M M M L L L L 0.MST0Z POWR

68 UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T0 0 00n(K) 00.u(K) 09 0u(K) 0 0u(K) R n(K) R n(K) MIN OR MST0Z PITOR 0 PZ 0 00n(K) 0 00n(K) 0 00n(K) 09 0u(K) 00 00n(K) 0 00n(K) 0.u(K) 09 00n(K) 0 0u(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 0u(K) 00 00n(K) 0 00n(K) L0 00.u(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 u(m) R0 R0 L0.V_PLL.V_MO.V_V 0 00n(K) R n(K) R00 L00.V_RV.V_MO.V_R.V_VI.V_R.V_HMITX.V_RX L0.V_R 0 0u(K) 0 00n(K) 09 0u(K) 00 00n(K) 0 0u(K) 0 00n(K) 09 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) 09.u(K) n(K) 0 0u(K) 09 00n(K) 09 0u(K) 09 00n(K) 09 00n(K) 09 00n(K) 09 00n(K) 09 00n(K).V_R P0 P P P P P P P P P9 P0 P P 0 00n(K) 0 00n(K) 0 0u(K) 09.u(K) 0 0u(K) 099 u(m) 0V 00 u(m) 0V.V 0 u(m).v_v_mo.v_sp.v_mo R00.V_MO.V_RV L0 L0 0 00n(K) 00n(K).MST0Z PITOR

69 T0.MST0Z ONIG.V.V.V.K(J) R00 _IM0 0 _IM 0 0 _IM.K(J).K(J) R009 R00.K(J) R0.K(J).K(J) R0 R0 0 00n(K) V URG [V-L9XXX] I0 N VIN VOUT [] TRS,LVP(J 0 u(k) V.V_V_MO.V 0 u(k) V V00000 URG [V-L00I] I V V0UT N N N N TH-P 00I0WJ- 9 K() R0 R.V_SP 0 u(k) V.K() R K() R SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MST0Z ONIG 0 PZ : TOSHI ORPORTION

70 T0.R UG 0 90 _VI_URT_RX 0 90 _VI0_URT_TX.V.K(J) R00.K(J) R0.K(J) R09.K(J) R R0 V R0 R0 P P9 P0 P T T [] N00 <UG> :V : :Mstar Rx/L :Mstar Tx/ 0 _URT_RX 0 _URT_TX R0 (J) R0 (J) M0-GHS-TT(L)(SN)(N).V.V.V 0 M_I_SKM 0 M_I_SM.K(J) R 0 0 [L] I [] O [] O _IS_SL _IS_S 0K(J) R0 0K(J) R0 R (J) R0 (J) P P P P V00000 T T [] N0 <UG> : :Mstar SL :Mstar S : :INT(cable is connected to ) V M0-GHS-TT(L)(SN)(N) TWK(TL,) 00n(K) 0V SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR UG 9 0 PZ : TOSHI ORPORTION

71 0 VQ QL QL QL QL QL QL0 QL QL 0 0/P 9 K K /S /W VQ Q [V-MSM] /S /RS VQ VQ VQ Q Q Q V V /K QSU QSL VQ Q N N /QSU /QSL VQ VQ VQ V V V Q Q Q Q OT R SRM V V V V VR VRQ ZQ N N N N /# ML MU QU0 QU QU QU QU QU QU QU /RST UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T0 00 n(k) R 0() _RVR 0 n(k).v_r 0n(K) 0n(K).u(K).V_R 0 0n(K) 0n(K) 0 0n(K) n(k) 0 00n(K) 0 00n(K) 0 00n(K) 0 00n(K) n(k) 0 00n(K) u(k) 0 00n(K) 09 0n(K) R K(J) MIN OR R SRM H PZ _RS 0 _RM0 0 _RM 0 0 _RQS0 0 _RQS 0 _RQS 0 _RQS0 0 _RQ 0 _RQ9 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ0 0 _RQ 0 _RQ0 0 _RQ 0 _RQ 0 _RQ 0 _RQ _R_0 0 _R_0 0 _R_0 0 _R_0 0 _RLK_0 0 _R_0 0 _RLK_0 0 _R_0 0 _R_0 0 _R0_0 0 _RS_0 0 _R0_0 0 _R_0 0 _RRS_0 0 _R_0 0 _RRST_0 0 _R_0 0 _R_0 0 _RK_0 0 _R9_0 0 _ROT_0 0 _R_0 0 _R0_0 0 _R_0 0 _RW_0 0 I0 KGG-M N P P N P P R R T R L R N N M K J K9 L J K L G H H G H M T M T L H M H H9 9 9 G 9 M9 P P9 T T9 G K T K K N N9 R R9 J J9 L L9 G J J M G9 0.R R SRM

72 T0.R R SRM R SRM [V-MSM] I.V_R _R0 R R R R R R R R R9 R0 R R R_ N P P N P P R R T R L R N T T M 0 9 0/P /# N N 00n(K) 9 00n(K) 0 00n(K) 00n(K) _R R R0 RLK RLK RK_ M N M K J K9 0 /K K K 00n(K) 0 _RS R K(J) 0 _RVR L _RRS_ 0 J _RS_ K 0 _RW_ 0 L _RM 0 _RM 0 0 _RQS 0 _RQS G 0 _RQS 0 _RQS 0 _ROT_ K 0 _RRST_ T /S /RS /S /W ML MU QSL /QSL QSU /QSU OT /RST QL0 QL QL QL QL QL QL QL QU0 QU QU QU QU QU QU QU H H G H _RQ 0 _RQ 0 _RQ 0 _RQ9 0 _RQ0 0 _RQ 0 _RQ _RQ 0 0 _RQ 0 _RQ 0 _RQ _RQ 0 0 _RQ 0 _RQ9 0 _RQ0 _RQ n(K) 0n(K) 0n(K) 0n(K) n(k) n(k) 0() R.V_R L H M 9 9 H H9 ZQ VRQ VR VQ VQ VQ VQ VQ VQ VQ VQ VQ N N N N Q Q Q Q Q Q Q Q Q J J9 L L9 9 9 G G9 0n(K) 0n(K) 9 0n(K) 0.u(K) 9 G K K N N9 R R9 V V V V V V V V V 9 G J J M M9 P P9 T T9 n(k) n(k) u(k) KGG-M SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R SRM H0 0 PZ : TOSHI ORPORTION

73 0 VQ QL QL QL QL QL QL0 QL QL 0 0/P 9 K K /S /W VQ Q [V-MSM] /S /RS VQ VQ VQ Q Q Q V V /K QSU QSL VQ Q N N /QSU /QSL VQ VQ VQ V V V Q Q Q Q OT R SRM V V V V VR VRQ ZQ N N N N /# ML MU QU0 QU QU QU QU QU QU QU /RST UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T0 9 n(k) 0 0n(K) 00n(K) 00n(K) 9 0n(K) n(k) 00n(K) R 0() n(k) 00n(K) 0 00n(K) 0n(K) 0n(K) u(k) n(k) 00n(K) 0n(K).u(K) 0n(K) MIN OR R SRM H 0 PZ _RS 0 _RM0 0 _RM 0 0 _RQS 0 _RQS0 0 _RQS 0 _RQS0 R K(J) 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ0 0 _RQ 0 _RQ 0 _RQ 0 _RQ9 0 _RQ0 0 _RQ 0 _RQ.V_R 0 _RVR.V_R _R0_0 0 _ROT_0 0 _R_0 0 _R_0 0 _R0_0 0 _R_0 0 _RLK_0 0 _R_0 0 _R_0 0 _R_0 0 _R_0 0 _RS_0 0 _R_0 0 _RRS_0 0 _R_0 0 _R9_0 0 _RLK_0 0 _R_0 0 _R_0 0 _R_0 0 _RK_0 0 _RW_0 0 _R_0 0 _R0_0 0 _RRST_0 0 I KGG-M N P P N P P R R T R L R N N M K J K9 L J K L G H H G H M T M T L H M H H9 9 9 G 9 M9 P P9 T T9 G K T K K N N9 R R9 J J9 L L9 G J J M G9.R R SRM

74 T0.R R SRM.V_R R SRM [V-MSM] I _R0 R R R R R R R R R9 R0 R R R_ N P P N P P R R T R L R N T T M 0 9 0/P /# N N 00n(K) 00n(K) 00n(K) 9 00n(K) _R_ 0 _R_ 0 _R0_ 0 _RLK_ 0 _RLK_ 0 _RK_ 0 M N M K J K9 0 /K K K 0 00n(K) 0 _RS R K(J) 0 _RVR _RRS_ 0 _RS_ 0 _RW_ 0 _RM 0 _RM 0 0 _RQS 0 _RQS 0 _RQS 0 _RQS _ROT_ 0 0 _RRST_ L J K L G K T /S /RS /S /W ML MU QSL /QSL QSU /QSU OT /RST QL0 QL QL QL QL QL QL QL QU0 QU QU QU QU QU QU QU H H G H _RQ 0 _RQ 0 _RQ 0 _RQ9 0 _RQ0 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ 0 _RQ _RQ9 0 0 _RQ0 0 _RQ 0 00n(K) 0n(K) 0n(K) 0n(K) n(k) n(k) 0() R9.V_R L H M 9 9 H H9 ZQ VRQ VR VQ VQ VQ VQ VQ VQ VQ VQ VQ N N N N Q Q Q Q Q Q Q Q Q J J9 L L9 9 9 G G9 0n(K) 0n(K) 0n(K).u(K) 9 G K K N N9 R R9 V V V V V V V V V 9 G J J M M9 P P9 T T9 9 n(k) 0 n(k) u(k) KGG-M SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R SRM H 0 PZ : TOSHI ORPORTION

75 T0.R R SRM POWR.V.V [S] 0 R0L-0T [S] R0L-0T 0.u(K) 0V R R9.K(J).K(J) SS(TH,,T) 0V 0u(K).V u(k) URG [V-LMM*] I o N VIN VOUT H MMTR 0n(K) V.V_R.u(K) 0V Vref.V_R K() R0 K() R.u(K).V _RVR 0 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R SRM POWR 0 PZ : TOSHI ORPORTION

76 T0.R R SRM VTT.V.V_R V00000 _R_VTT VTT-RG [V-L90] I0 VQSNS VLOIN 0 VIN S 9 S VTTSNS RT90GP VTTR VTT P 0 0u(K) 00n(K) _RVR 0 00 u(k) 0 0u(K) V 0 0u(K) 0u(K) _R_VTT _R_VTT 00n(K) 0 00n(K) _R R R R0 R9 R R R R R R R R R0 R R R0 RK RLK RLK RS RRS RW ROT RRST_ 00(J) R0 00n(K) _R_ 00(J) R 00n(K) 0 00(J) R0 0 _R_ 00(J) R (J) R0 _R_ 00(J) R 0 00(J) R0 00n(K) _R0_ 00(J) R 00n(K) 0 00(J) R0 0 _R9_ 00(J) R (J) R0 _R_ 00(J) R 0 00(J) R0 00n(K) _R_ 00(J) R 00n(K) 0 00(J) R09 0 _R_ 00(J) R 0 00(J) R0 _R_ 00(J) R9 0 00(J) R 00n(K) _R_ 00(J) R0 00n(K) 0 00(J) R 0 _R_ 00(J) R 0 00(J) R _R_ 00(J) R 0 00(J) R 00n(K) _R_ 00(J) R 00n(K) 0 00(J) R 09 _R0_ 00(J) R 0 00(J) R _R_ 00(J) R 0 00(J) R 00n(K) _R_ 00(J) R 00n(K) 0 00(J) R 0 _R0_ 00(J) R 0 00(J) R9 _RK_ 00(J) R 0 00(J) R0 00n(K) _RLK_ 00(J) R9 00n(K) 0 00(J) R _RLK_ 00(J) R0 0 00(J) R _RS_ 00(J) R 0 00(J) R 00n(K) _RRS_ 00(J) R 00n(K) 0 00(J) R _RW_ 00(J) R 0 00(J) R _ROT_ 00(J) R 0 00(J) R _RRST_ 00(J) R 0 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR R R SRM VTT 0 PZ : TOSHI ORPORTION

77 T0 0.R SPI LSH.V.V 0 _SPI_I R0 R0 0(J) 0 _SPI_LK 0 _SPI_SN 0(J) R0 R0 0(J) 0 _SPI_WP 0(J) R00 R0.K(J) K(J) R0 R0.K(J) R0 (J) _SPI_O 0.K(J) [V-MQ] I I O LK S WP HOL V WQIG 00 00n(K) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR SPI LSH 0 0 PZ : TOSHI ORPORTION

78 P P0 P P P9 P P P09 P0 P0 P0 P0 T0 Xternal- V [V-N] *PJ00 SHIL VS/SY IN 0 VIO OUT 9 VS/SY IN RTURN VIO OUT RTURN ST LNKING R/S IN LNKING RTURN R/S RTURN N GRN IN N GRN RTURN SLOW SWITH LU IN UIO IN(L) S-Z LU RTURN UIO RTH UIO OUT(L) UIO IN(R) UIO OUT(R) 0 9 *0 *0 *0 P0 P0 P0 P0 P P P0 [VR] RV0 U [VR] RV0 U *L *L *L 0K() *R00 mw (J) *R00 mw (J) *R00 mw (J) *R000 0W 0(J) *R00 MOUNT 0W 0(J) *R00 mw 0(J) *R00 *R00 MOUNT [VR] RV0 U [VR] RV00 U [VR] RV0 NOT MOUNT U [VR] RV0 NOT MOUNT U [VR] RV0 U R00 V_TV_OUT 0 0 V_ 0 0 R_ 0 GRN_ 0 LU_ 0 M_VSYN 09 SRT_(#) L:TV H:RG M_HSYN 09 SRT_VSW(#) L:TV(inactive) M:V_:9 H:V_: *R009 _L_P 0 0.K(J) *R00 *00 n(k) R0 K(J) _R_P 0 0.K(J) *000 n(k) R0 K(J) *L00 0(J) *L000 _R_TV 0 0 _L_TV 0 0 0(J) *00.n(K) *00.n(K) R0 00K(J) R0 00K(J) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR URO SRT 00 0 PZ : TOSHI ORPORTION

79 P T0 [V-J] *PJ0 SW SW T SW T T P *R09 [VR] RV0 U ON _R_SI 0 *R0 ON _L_SI 0 PJ-0GY00 V MOUNT *R0 (J) MOUNT V_ 00 0 P P P *R0.K(J) *R0.K(J) *R00 (J) *R0 (J) *R0 (J) R_HP 0 *R0 L_HP U HP N *R00 (J) _HP_T 0.V *R0 :Left udio.k(j) :VS : :Right udio *0.n(K) *09.n(K) *00 n(k) *0 n(k) US:. PLUG [VR] *RV0 U *R0 MOUNT P PJ-H *PJ0 [V-JG] V00000 *P *P9 *R0.K(J) *R0.K(J) *0 n(k) *0 n(k) ON ON _L_P 00 0 _R_P 00 0 P udio ix out (. /ack) [V-JG] *PJ0 *P00 *L00 MMZ0ST *L0 MMZ0ST ON ON _R_TV 00 0 _L_TV 00 0 ix OUT *P0 *0.n(K) *0.n(K) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK RWING.NO. US:xternal-(. MIN OR P udio/ix Out 0 0 PZ : TOSHI ORPORTION

80 [TRP] P9 P P P P P T0 R P GRN P UL P N(URT_Rx) V_VG N(URT_Tx) VG_S H P V P VG_SL V [] PJ0 9 0 T T 90SY V_VG *0 *0 *0 P P9 *0 P0 *0 *0 0p(J) P MOUNT *R0 *L0 MMZ000T MOUNT *R0 *L MMZ000T MOUNT *R0 R0 (J) R0 (J) ON ON V_P_R 0 V_P_G 0 P P 0p(J) P *L MMZ000T R0 ON V_P_ 0 (J) *0 *09 P P V_H_SU 0 0p(J) V_V_SU 0 V SSMKV(TPL,Z) Q09 V SSMKV(TPL,Z) Q00 S S M K V_SU_S 09 V_SU_SL 09 0 M_VG_N V.k+0k [TRN] Q0 T0YTL V00000.k+0k OR=V00000 T0YTL Q0 V OR=V00000 R09 0K(J) G [MNN] [MNN] V SSMKV(TPL,Z) Q0 S G [MNN] G V SSMKV(TPL,Z) Q0 [MNN] G S M SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR SUP P IN PZ : TOSHI ORPORTION

81 P9 P P P R0 0K(J) R0 K(J) 0(J) R00 T0.V_V 0V 00 00n(K) V_TV_OUT V 0u(K) W00 R09 00(J) [TRP] Q00 SU TLQ V_ 0 xternal- W00 *W00 MOUNT V00000 [V-N] *L ON Y_S_ 0 Y- Green PJ0 [GN] 0 *W00 MOUNT R0 (J) mw b- lue [L] [R] [WH] [R] R-H *090 *09 *09 P P P P 0p(J) *L *L *W00 MOUNT mw (J) R0 mw (J) R0 ON ON _S_ 0 R_S_ 0 R SW 0 r- L- R- Red White Red P P P0 R0.K(J) R0.K(J) 0 n(k) 0 n(k) _L_S_ 0 _R_S_ 0 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR OMPONNT IN PZ : TOSHI ORPORTION

82 [Z] T0.V V u(k).v [V-OT] S0 0 _SPI R0 (J) (V) (Vin) () L S/PI OUT 00 UZVT-. T T T T SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR OPTIL OUT 0 0 PZ : TOSHI ORPORTION

83 T0 V.V V00000.V_V URG [V-L9XXX] *I N *09 00n(K) 0V VIN VOUT [] TR,LM(T *W009 *09 u(k).v *W00 V M_VSOUT *09 00n(K) 0V 0V [L] *I VIN VOUT POWR_SV VSG V+ mw (J) *R00 V_TV_OUT 00 0 *09 0u(K) V *09 00n(K) NJM(T) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR URO SRT OUT 0 0 PZ : TOSHI ORPORTION

84 T0 US:xternal-(. ) 0 _L_SI 0K(J) *R0.u(K) *0 M_UL 0 URO:SRT(RG) US:xternal-(. ) *R0 0(J) *00 n(k) *00 00n(K) M_SOGIN 09 0 _R_SI 0p(J) *0 0p(J) *0 *R0 0K(J) K(J) *R0 *R0 0p(K) *0 *09 *0 M_UR V_ MOUNT R00 (J) 0 n(k) MOUNT 0 00n(K) M_VS 09 lose to So lose to I00 with wide trace. R00 (J) 00 n(k) M_IN0M 09 R0 (J) 0 n(k) M_GIN0M 09 R0 (J) R0 (J) 0 n(k) 0 n(k) M_RIN0M 09 M_INM 09 OMP () R 09 n(k) M_SOGIN 09 R0 (J) R0 (J) 0 n(k) 0 n(k) M_GINM 09 M_RINM Y_S S_ R_S_ _L_S R_S_ 0p(J) 0 0p(J) 0 R09 R099 R09 (J) 0K(J) R R K(J) R R 0p(K) M_RINP 09 n(k) 0.u(K) 0 0 p(j) M_GINP 09 M_INP 09 M_UL 0 R09 09 M_UR 0 R0 0 M_INM 09 (J) n(k) R0 (J) R0 (J) (J) 0 n(k) 0 n(k) n(k) M_GINM 09 M_RINM 09 M_VOM 09 lose to So SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR V INPUT 0 0 PZ : TOSHI ORPORTION

85 T0 0K(J) R0 XT-(VS) To MS NLOG TUNR To MS 0 V_ R (J) 0 M_VS 09 M_VS0 09 Guard n(k) 0 00n(K) 0p(J) -SW URO:SRT N:P.V 0 R SW R To MS M_R_SW _L_P _R_P 0K(J).u(K) R0 M_UL0 0 R M_UR0 0 00(J) 09 0p(J) 0 0p(J) K(J) R R 0p(K) lose to So SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR V INPUT 0 0 PZ : TOSHI ORPORTION

86 T0 * 00n(K) MOUNT * *R09 (J) 00n(K) MOUNT M_INP GRN_ R_ LU_ Guard *R09 (J) *R09 (J) *0 n(k) *0 n(k) M_GINP 09 M_RINP 09 *0 n(k) * 00n(K) MOUNT V_P_R V_P_G V_P_ Guard R R R (J) n(k) M_RIN0P 09 M_GIN0P 09 M_IN0P 09 R0 0 n(k) M_SOGIN n(K) 0V V_H_SU 0 V_V_SU 0 R0 00(J) R0 00(J) R0.K(J) R09.K(J) R0 00(J) R00 00(J) M_HSYN0 09 M_VSYN0 09 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR V INPUT 0 0 PZ : TOSHI ORPORTION

87 T0 0 V_SU_SL 0K(J) R0 0K(J) R0 V [MNN] Q0 G S SSMKV(TPL,Z) 0K(J) R0 0K(J) R0 M_SU_ILK 0 V_VG V 0 V_SU_S [S] 00 SS(TPH,) [S] 0 0K(J) R00 V PROM [V-MS] I0 SL 0 W V S 00(J) R0 00(J) R0 V [MNN] Q0 G S SSMKV(TPL,Z) M_SU_IT 0 0 SS(TPH,) M_VG_P_WP [TRN] Q00 0 M0-WMNTP 00n(K) T0YTL V00000.k+0k OR=V00000 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR SU P I 09 0 PZ : TOSHI ORPORTION

88 T0 0. V_onnector.V.V R 0K(J) R 0K(J) NOT R MOUNT 0K(J) R MOUNT.K(J) P _IP_K _PNL_I_SW _IP_ [] N R MOUNT.K(J) T T R K(J) [L] I0 [] O [] O V V_L 0 V u(k) [SHIL] [V-N] R0 MOUNT.V MOUNT TWK(TL,) 00n(K) 0 MOUNT R 0(J) R 0(J) 0 _VX_HTPN 0 _VX_LOKN 00 V 00n(K) 0 0V n(k) _NN R0 00(J) R0 00(J) _0LLLR _9GNLR R0 00(J) 0 _VY0-0 _VY0+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ W00 MOUNT MOUNT W0 T T 0T 9T T T T T T T T T N0 I-RNSZ-H-R00 R0 R00 0K(J) R0 K(J) P P _0LRN R09 00(J) _LRN R0 00(J) _N R0 00(J) P P P P0 LG/INX/S Vin(+V) Vin(+V) Vin(+V) Vin(+V) Vin(+V) Vin(+V) Vin(+V) Vin(+V) N.. (must be open) 0/LR-out/N /LR-in/N _N/_N/N S/S/N SL/SL/N N/N/N (must be open) N/N/_N L_N/L_N/LR-out /N/LR-in b_0b(l:0bit)// HTPN LOKN ML_ TX0N TX0P ML_ TXN TXP for k/0hz & 0Hz ML_ TXN TXP ML_ TXN TXP ML_ TXN TXP ML_ TXN TXP ML_ TXN TXP ML_ TXN TXP ML_ P P SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR V ONNTOR 0 0 PZ : TOSHI ORPORTION

89 P T0. V_onnector MOUNT W0 T T 0T 9T T T T T T T T T [SHIL] 0 _VY- 0 _VY+ 0 _VY9-0 _VY9+ _VY0-0 0 _VY0+ _VY- 0 0 _VY+ _VY- 0 0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ 0 _VY- 0 _VY+ MOUNT W0 _TMP_SL _TMP_SL ML_ TXN TXP ML_ TX9N TX9P ML_ TX0N TX0P ML_ TXN TXP ML_ TXN TXP ML_ TXN TXP ML_ TXN TXP ML_ k/0hz TXN TXP ML_ N (must be open) N (must be open) N (must be open) N (must be open) N (must be open) N (must be open) N (must be open) N (must be open) N (must be open) N (must be open) N (must be open) N (must be open) N (must be open) N/N/TMP_SL N/N/TMP_SL0 N (must be open) *N [V-N] MOUNT SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR V ONNTOR 0 PZ : TOSHI ORPORTION

90 T0 0 M_L_ONO R (J) _L_ONO 90 0 _LPWM R (J) _PWM 90 MOUNT R0 0K(J) 0V.n(K) MOUNT R 0K(J).n(K) 0V 0 M_SRN_SIZ 0 0 M N R R0 R R9 R0.K() (J) (J) (J) R (J).V (J) V00000 [TRN] Q00 P P P P P P P V T T [9] *N TST-MO VSYN_IN SRN_SIZ L_ONO SRIL_T SRIL_LK _N SM09-GHS-T(L)(SN) 0V 0 00p(J) TY TL.k+0k 0V 00n M L-ON 0 _SPI_ 0 _VSYN_LIK 0 _SPI_K 0.. N,,9,0,, R,R,R,R and _SPI_N. were deleted. SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR L_ontrol 9 0 PZ : TOSHI ORPORTION

91 T0 V_IN *L0 MPZ0S00T V_L *L0 MPZ0S00T V00000 OZI-0 LO SWITH [V-LXX] *I TH_P:OUT 0 _POWR_L_MIN R 0K(J) *R K(J) * u(k) V *R K(J) VIN OUT 0 VIN OUT 9 LT N TLT ST TH-P: SS * n(k) V * n(k) 0V * 00n(K) V *R.K(J) *R.K(J) *Memo Rset(R) k ohm k ohm k ohm ILIM... SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR T-ON POWR 0 0 PZ : TOSHI ORPORTION

92 T0. PNL_SLT.V [LG0] I 0 M_TMP_SL 0 M_TMP_SL0 [] IN/OUT OUT/IN ONT [] IN/OUT OUT/IN ONT V (S:ON) (S:ON) R9 (J) R0 (J) _TMP_SL _TMP_SL0 R 0K(J) R 0K(J) (S:HIGH) 00n(K) 0 R K(J).V [TRP] Q S-Y(TL,,H) 0 _LR R0 0K(J) (S:LOW).V [LG0] I IN/OUT OUT/IN ONT V [] [] IN/OUT OUT/IN ONT 00n(K) [LG0].V I (not S:ON) (S:ON) R9 0K(J) R R0.K(J) _0LRN _LRN M N R 0K(J).V [] IN/OUT OUT/IN ONT [] IN/OUT OUT/IN ONT (not S:ON) (S:ON) _N _NN n(K) 0 M_L_N R R.K(J) V.K(J) _0LLLR 0 0 M_LG_HIGH _9GNLR 0 0 M_S_HIGH R 0K(J) R 0K(J) R 0K(J) R 0K(J) R K(J) Q0 R 0K(J) R K(J) R 0K(J) Q R K(J) Q S-Y(TL,) S-Y(TL,) S-Y(TL,) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR PNL_SLT 0 PZ : TOSHI ORPORTION

93 K(J) R0 T0 H_R0_RXP 90 H_R0_RXN 90 H_P_P0RXP 0 H_P_P0RXM 0 Port# V0000 [9] PJ0 H_R0_RXP 90 H_R0_RXN 90 Port# V0000 [9] PJ H_P_P0RXP 0 H_P_P0RXM 0 + S - + S S 0- LK+ LKS LK- N SL S PWR T H_R0_RX0P 90 H_R0_RX0N 90 H_R0_RXP 90 H_R0_RXN 90 H_R0_SL 0 90 H_R0_S 0 90 H_R0_RPWRV_N 9 + S - + S S 0- LK+ LKS LK- N SL S PWR T H_P_P0RX0P 0 H_P_P0RX0M 0 H_P_P0RXP 0 H_P_P0RXM 0 H_P_RX0SL 0 H_P_RX0S 0 H_P_RX0PV T T T T H_R0_US_HP 90 T T T T V H_HP_N H00S09GR H00S09GR R0 [MNN] G H_ 0 S H_P_PRXP 0 00(J) Q0 SSMKV(TPL,Z) H_P_PRXM 0 Port# V0000 H_P_PRXP 0 H_P_PRXM 0 [9] PJ + S - + S S 0- LK+ LKS LK- N SL S PWR T T T T T H00S09GR R00 K(J) 00 u(k) V H_P_PRXP 0 H_P_PRXM 0 H_P_PRX0P 0 H_P_PRX0M 0 H_P_PRXP 0 H_P_PRXM 0 H_P_RXSL 0 H_P_RXS 0 H_P_RXPV H_HP_N R0 H_R0 0 0(J) Port#(US) V [V-9] PJ + S - + S S 0- LK+ LKS LK- N SL S PWR T T T T T T T H_P_PRXP 0 H_P_PRXM 0 H_P_PRX0P 0 H_P_PRX0M 0 H_P_PRXP 0 H_P_PRXM 0 H_P_RXSL 0 H_P_RXS 0 H_P_RXPV H_HP_N H00S09G0R SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR HMI onnector 0 0 PZ : TOSHI ORPORTION

94 T0 0 H_P_RX0PV 0 H_HP_N R0 (J) R9 (J) R (J) R 0(J) Q00 S-Y(TL,) R.K(J) 0K(J) R HMI H_HOTPLUG 0 0 H_P_RXPV 0 H_HP_N R R R R (J) (J) (J) 0(J) Q0 S-Y(TL,) R.K(J) 0K(J) R HMI H_HOTPLUG 0 0 H_P_RXPV R0 0(J) VV_MHL 0 HMI 0 H_HP_N R H_HOTPLUG 0 (J) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR HMI HP 0 PZ : TOSHI ORPORTION

95 R0 K(J) R K(J) T0 [M] R K(J) R K(J) R K(J) R K(J) V H_R0_RPWRV 9 9 HMI H_R0_SL R K(J) R9 K(J) H_I_SKM H_I_SM R0.K(J) R.K(J) H_R0_S 0 H_P_RXPV HMI H_P_RXSL 0 0 H_P_RXS H_I_SKM R.K(J) R R.K(J).K(J) R.K(J).V.V 0 H_I_SM 0 H_P_RX0PV.V HMI 0 0 H_P_RX0SL 0 0 H_P_RX0S 09 0 M_SU_ILK 0 H_P_RXPV 09 0 M_SU_IT HMI H_P_RXSL H_P_RXS SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR HMI I 0 PZ : TOSHI ORPORTION

96 T0 for R0 or msdmv Max:00m.V_HMI.V_HMI_:00m Max (0mW) +.V 00m.V_STNY V [S] 0 R0L-0T 0.u(K) 0V SSVMT- URG [V-L00I] I V V0UT N N N N TH-P 00I0WJ- 9 R0 R R 0K() 0().K().u(K) 0V.V V R9 [S] [S] R0L-0T u(k) V.u(K) 0V V [S] SS(TPH,) I 00I0WJ- URG [V-L00I] V00000 V V0UT N N N N TH-P 9 R9 0K() R9 0(J) V V R9 0K() R9.K() 00n(K) 0V.V_HMI_ -P VI 9.u(K) 0V for MNP.V_HMI_:00m Max (0mW) V V [S] SS(TPH,).V_HMI_.V R [S] [S] R0L-0T u(k) V.u(K) 0V I9 00I0WJ- URG [V-L00I] V00000 V V0UT N N N N TH-P 9 R90 0K() R9 0K() R9 0(J) V V R9.K() 00n(K) 0V -P VI.u(K) 0V SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR.V_HMI 0 PZ : TOSHI ORPORTION

97 T0 for R0.0V_HMI:00m Max.V_HMI_ V [S] 900 SS(TPH,).0V_HMI [S] 90 R0L-0T [S] 90 R0L-0T I9 00I0WJ- URG [V-L00I] V00000 V V0UT N R9 0(J) V V R9 R9 9 u(k) V 9.u(K) 0V N N N TH-P -P VI 9 R9.K() K() 9 00n(K) 0V 9.u(K) 0V SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR.0V_HMI 0 PZ : TOSHI ORPORTION

98 P0RXP P0RXM P0RXP P0RXM P0RX0P P0RX0M P0RXP P0RXM PRXP PRXM PRXP PRXM PRX0P PRX0M PRXP PRXM PRXP PRXM PRXP PRXM PRX0P PRX0M PRXP PRXM PRXP PRXM PRXP PRXM PRX0P PRX0M PRXP PRXM P0TXM P0TXP P0TX0M P0TX0P P0TXM P0TXP P0TXM P0TXP PXT_SWING PTXM PTXP PTX0M PTX0P PTXM PTXP PTXM PTXP P0XT_SWING [TMS] HMI PORT PROSSOR / [V-U] UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T MIN OR MN / 0 0 PZ R0 0() R0 0() V_PN V_PN H_P_P0RXP 0 H_P_P0RX0P 0 H_P_P0RXP 0 H_P_P0RXM 0 H_P_P0RXM 0 H_P_P0RXM 0 H_P_P0RX0M 0 H_P_P0RXP 0 H_P_PRXP 0 H_P_PRXP 0 H_P_PRXM 0 H_P_PRXM 0 H_P_PRXM 0 H_P_PRXP 0 H_P_PRX0M 0 H_P_PRX0P 0 H_P_PRXP 90 H_P_PRXP 90 H_P_PRXM 90 H_P_PRXM 90 H_P_PRXM 90 H_P_PRXP 90 H_P_PRX0M 90 H_P_PRX0P 90 H_P_PRXP 0 H_P_PRXP 0 H_P_PRXM 0 H_P_PRXM 0 H_P_PRXM 0 H_P_PRXP 0 H_P_PRX0M 0 H_P_PRX0P 0 0 _HMI_RXP_0 0 _HMI_RXP_0 0 _HMI_RXP_0 0 _HMI_RX0N_0 0 _HMI_RXN_0 0 _HMI_RX0P_0 0 _HMI_RXN_0 0 _HMI_RXN_0 0 _HMI_RX0N_ 0 _HMI_RXP_ 0 _HMI_RXN_ 0 _HMI_RXN_ 0 _HMI_RXN_ 0 _HMI_RXP_ 0 _HMI_RXP_ 0 _HMI_RX0P_ I ohm pull-up 0ohm pull-up

99 T0 Pull own.v_hmi_ 0/0/ HMI PORT PROSSOR / [V-U] I0 P P0 P P P0 P9 P9 P R0 (J) H0MLK H0LK H0LRLK H0S0 H0S H0S H0S HLK [UIO] NIRQ0 NIRQ 9 0 R0 0K(J) R0 0K(J).V_HMI_ HLRLK HS0 [I_RSS] R0 0K(J) R0 0K(J) LPS LPS0 R0 0K(J) R0 0K(J) N N N N N N N [N] ---> ddress 0xX 0xX LPS L L LPS0 L H 0xX H L 0xX H H SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MN / 0 PZ : TOSHI ORPORTION

100 T0 V HMI PORT PROSSOR / [V-U] I0 [V_POWR/HP] R.K(J) R9.K(J) 0 H_P_RX0PV RX0PV TX0HP. H_P_RXPV 0 RXPV 0 9 H_R0_RPWRV_N RXPV TXHP 0 H_P_RXPV 9 RXPV [R] 0/0/ Pull down TXRIN TX0RIN 0 0 V [] R.K(J) R.K(J) R.K(J) R.K(J) 0 0 H_P_RX0SL RX0SL TXSL _HMI_R LK_ H_P_RX0S 0 RX0S TXS _HMI_R T_ H_P_RXSL H_P_RXS 9 RXSL RXS 90 H_P_RXSL V Pull-UP:I90 RXSL TX0SL _HMI_R LK_ H_P_RXS RXS TX0S _HMI_R T_ H_P_RXSL RXSL 0 0 H_P_RXS RXS R.K(J) R.K(J) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MN / 9 0 PZ : TOSHI ORPORTION

101 [X] N N T0.V_HMI_.V 0 9 M_HMI_RSTN R HMI PORT PROSSOR / [V-U] I0 R NRST [ONTROL] NIRQ R H_PN_INT 0 NTST R R HSL0 HS0 [] 0 H_PN_0 XG0000H-HV V V p() X00 p() 0V R 0(J) R M(J) SYSLK/XI N/XO [XTL].V_HMI_ MHz ppm R 0K(J) R9 0K(J) R 0K(J) 0 H_I_SKM 0 H_I_SM K(J) H_PN_0 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MN / 0 0 PZ : TOSHI ORPORTION

102 V V V V V V V V V V V V V V VH VH VH VH PV V V V V V V V V V V V V V VIO P [POWR] HMI PORT PROSSOR / [V-U] UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T MIN OR MN / 0 PZ L V ohm.V_HMI VH_PN V_PN V_PN V_PN 00n(K) 0V 00n(K) 0V n(K) 0V 00n(K) 0V n(K) 0V n(k) 0V 9 00n(K) 0V n(k) 0V u(k).v V_PN V_PN VH_PN 00n(K) 0V n(k) 0V 9 n(k) 0V 9 V_PN n(k) 0V 00n(K) 0V 9 0n(K) 0V 0n(K) 0V 0n(K) 0V L V ohm 0n(K) 0V 0n(K) 0V L V ohm 0n(K) 0V VH_PN V_PN V_PN VH_PN V_PN PV_PN 0n(K) 0V L V ohm 0n(K) 0V 0n(K) 0V L V ohm.V_HMI_ 0n(K) 0V V_PN PV_PN 0n(K) 0V L V ohm 9 0n(K) 0V V_PN VH_PN 0n(K) 0V L V ohm 0 0n(K) 0V VH_PN PV_PN V_PN VIO_PN 0 0n(K) 0V 9 0n(K) 0V L9 V ohm VIO_PN VIO_PN 9 n(k) 0V I m 00m 00m 00m. 0m 0m 0m 0. 00m 000m or TMS Terminal 0m 0m 0m # 0m TMS-Tx TMS-Rx TMS-Tx TMS-Rx PLL.V # u # 0m pin -> 9pin # pin -> pin # pin -> pin #

103 [] T0 V00000 HMI/MHL_Rece / [V-U99] I90 0/0/ Lane V H_R0_SL H_R0_S H_R0_US_HP H_R0_RXP 0 H_R0_RXN 0 H_R0_RXP 0 H_R0_RXN 0 H_R0_RX0P 0 H_R0_RX0N 0 H_R0_RXP 0 H_R0_RXN 0 RXP RXN RXP RXN RX0P RX0N RXP RXN SL S US_HP TXP TXN TXP TXN TX0P TX0N TXP TXN TSL TS TX_HP N 0 H_P_PRXM 0 H_P_PRXP 0 H_P_PRX0M 0 H_P_PRX0P 0 H_P_PRXM 0 H_P_PRXP 0 H_P_PRXM 0 H_P_PRXP 0 R90.K(J) R90.K(J) R90 H_P_RXSL H_P_RXS SPI_LK SPI_S0 SPI_S SPI_MOSI SPI_MOSO 0 H_RO_SPI_LK 9 H_RO_SPI_S0 9 H_RO_SPI_S 9 H_RO_SPI_MOSI 9 H_RO_SPI_MOSO 9 HSI_ST HSI_T H_RO_HSI_ST 9 H_RO_HSI_T 9.V 9 H_RO_RSTN Use xternal I ROM 9 9 H_RO_TMO H_RO_I H_RO_GPIO 9 H_RO_GPIO 9 H_RO_GPIO 90 9 H_RO_GPIO XTL_IN XTL_OUT RSTN TMO or udio GPIO0_I GPIO_PSTL GPIO GPIO GPIO GPIO MHL_ N N N N SL S INT WKUP R90 H_I_SKM 0 R90 H_I_SM 0 R9 K(J) R H_I_WP 0.K(J) R900 K(J) R90 K(J) SII99NU 0/0/ or ebug(urt).v_hmi_ TP90 TP9 TP9 TP9 M0-GHS-TT(L)(SN)(N) Tx Rx H_RO_GPIO H_RO_GPIO T T N90 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR SII99 / 90 0 PZ : TOSHI ORPORTION

104 [V-U99] HMI/MHL_Rece / XTL_V VOUT HSI_V VOUT VOUT o_ XTL_ HSI_ ep_ V VIO HSI_V0 V0 VIO VIO V0 V0 V0 V0_o V0 V0 V0_PLL V0_P V0 N VV_IN LPSV RPWRV UNTION TITL SH.NO. SIGN Y PG NO. RV.MRK RWING.NO. TOSHI ORPORTION T MIN OR SII99 / 9 0 PZ 99 u(k) V R9.K(J).V_HMI_ 90.u(K).V R9 0(J) 9.u(K).V 9.u(K).V.0V_HMI VH_RO VIO_RO V0_RO V0_RO R9 V VVIN_RO LPSV_RO H_R0_RPWRV 9 R9 V0_RO V0_RO VH_RO VIO_RO VVIN_RO LPSV_RO VVIN_RO LPSV_RO L9 V ohm V0_RO V0_RO L90 V ohm 900.u(K) 0V L9 V ohm L9 V ohm VIO_RO VH_RO XTL_V_RO XTL_V_RO L9 V ohm V n(K) 0V n(K) 0V n(K) V n(K) 0V XTL_V_RO V00000 I90 SII99NU V R n(K) V n(K) 0V 9 00n(K) 0V 90.u(K) 0V 90.u(K) 0V 90.u(K) 0V 90.u(K) 0V 90.u(K) 0V 90.u(K) 0V 90.u(K) 0V 90.u(K) 0V 909.u(K) 0V 9 00n(K) 0V 9 00n(K) 0V R9 V 0m 00m 900m or TMS Terminal

105 T0 0/0/ 0/0/.V_HMI_.V_HMI_ I9 I H_RO_SPI_MOSI H_RO_SPI_LK H_RO_SPI_S0 I90 R9 0(J) R9 R99 0(J) 0(J) R9 0(J).K(J) R9.K(J) R9.K(J) R9.K(J) R9.K(J) R9.K(J) [V-WQ] I9 I(IO0) O(IO) LK /S V00000 R9 0(J) R9 0(J) H_RO_SPI_MOSO H_RO_SPI_S /WP(IO) /HOL(IO) 0/0/ V.V_HMI_WQ0IG R99.K(J) R90 I90 0/0/ P90, 9, R90, 9 R9 0(J) 9 00n(K) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR SII99 SPI 9 0 PZ : TOSHI ORPORTION

106 T0.V_HMI_ 0 M_HMI_RSTN.V R 0K(J) R99 K(J) R9 K(J) R9 L:Normal Operation H_RO_TMO 90 R L:0x0 R H_RO_RSTN H_RO_I H_RO_GPIO 90 R90 K(J) R9 K(J) R9.K(J) R9.K(J) R9.K(J) R90.K(J) H_RO_GPIO 90 H_RO_GPIO 90 H_RO_GPIO 90 LH:0x0 [TRP] V Q S-Y(TL,,H) R0 0K(J) 0/0/ 0/0/ 0/0/.K(J) R9.K(J) R9.K(J) R99.K(J) 0 M_HMIR0_RSTN MOUNT R R9.K(J) 0 H_R0_RPWRV_N H_R0_RPWRV 9 0 H_HOTPLUG R.K(J) R.K(J) R9 K(J) R.K(J) PNP 0m 00mW V [MNN] MOUNT G S Q SSMKV(TPL,Z) Nch 00m ohm S-Y(TL,) Q or US T(MHL.0) H_RO_HSI_ST 90 H_RO_HSI_T 90 Open (J) R9 (J) R9 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR SII99 MIS. 9 0 PZ : TOSHI ORPORTION

107 MOUNT 0 p(j) T0 V.V.V_STNY 0 _IRIN [LG0] I0 Y (J).V_STNY R0 [][Vcc] N MOUNT R0 NLSZXVTG 00n(K) 0 (J) R0 P P P P P P P P V [] N..V_TVM.RMOT_IN..OP_IN..V.V..L GRN 9 9.L R 0 0.KY_POWR.KY_IN..KY_IN 0 _OP_IN 00 00n(K) R000 (J) R00 K(J) 0 u(k) 0 00n(K) T T 0 SM-GHS-T(L)(SN) 00n(K) POWR ON L GRN 0 _L_G R0 0K(J) R00.K(J) 00K(J) R0 Q0 S-Y(TL,) 0 0n(K) STN Y L R 0 _L_R R0 0K(J).V_STNY R0.K(J) 00K(J) R0 Q00 S-Y(TL,) 0 0n(K) 0 _POWR_KY 0 _KY_ K(J) R0 K(J) R0 R09 K(J) R0 K(J) P9 P0 0 0n(K) 0 0n(K) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR L/RMT/KY I 00 0 PZ : TOSHI ORPORTION

108 R0 R00 K(J) K(J) T0.V MOUNT 0K() R0 MOUNT 0K() R0 V_LN_R MOUNT V00000 X0PR R0 00(J) 0 _NSTOP_ 0 _N_NL K(J) R0 MOUNT R0 00K(J) n(K) 0u(K).V.V MOUNT R0 [SH] I09 [Vcc] R0 Y [Vss][N] URG [V-LXXX] I0 VIN 0 u(k) V MOUNT VO VOUT [] 0 u(k) V MOUNT MOUNT 0 u(k) V R0 K() N=.V MOUNT R0 K() R00 0K() MOUNT n(k) 0 0n(K) 0 MOUNT P0 0n(K) 0 P09 P0 MOUNT V T T [] *N0 :V_N : :STOP_N SM0-GHS-T(L)(SN) R0 K(J) Q0 SRUTL.V 0 _NSTOP_ 0 _N_NL 0K() R0 MOUNT R0 00K(J) n(K) 0u(K) 0K() R0 MOUNT.V.V R0 R09 [SH] I0 [Vcc] 0K() R0 Y [Vss][N] V_LN_R URG [V-LXXX] I0 VIN 0 u(k) V V00000 X0PR VO VOUT [] 0 u(k) V R0 K(J) R0 00(J) R0 K() R0 0 0K() u(k) V R09 K() Q0 SRUTL n(k) 0 0n(K) 09 P 0n(K) 0 P P N0 V T T [] N SM0-GHS-T(L)(SN) N N :V_N : :STOP_N N SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR N 0 0 PZ : TOSHI ORPORTION

109 N N [X] T0 V *0 0p(J) *0.V *R00 *R00 9(J) 0mW *R00.V XIN *R00 bit MU [V-US0P] *I0 P0.0/INT0/ST P.0 P0./INT/SLK P. P0./INT/nRST P. P0./INT P. P0./INT P. *R0 M_URT_RX P0./INT P. 9 0 M_URT_TX *R0 0 P0./INT P. 0(J) 0(J) 0 P0./INT P. 9 P.0/INT P.0 0 P./RM TST V HeatPad M(J) XOUT 9p(J) *R00 00(J).k+0k T0YTL [TRP] *Q000 *0 0p(J) *R00.K(J) *R00 00K(J) *Q00 V U *RV0 [VR] *P00 *P0 S-Y(TL,) [V-JG] PJ-H *R009 0K(J) *R0 *R00 0(J) 0.IR Out MHz 0ppm *X000 SXG.000MHZ P V *0 0p(J) *PJ0 S0PX9R-LM *0 00n(K) 0V SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR IR OUT 0 0 PZ : TOSHI ORPORTION

110 P P T0 No via without under H0 TUNR [V-HSTP] *H0 NTV() Vcc(.V) S SL I_P I_N P0 P9 P0 P P P P.V_MO L0 0ohm MPZ0S0T 00 0u(K) 0 00n(K) R00 R0 0(J) 0(J) R0 K(J) 0 p(j) 0 0 R0 R0 p(j) 0(J) 0(J) R_S_TN R_SL_TN R_I_P R_I_N R_IG G_T IOUT QOUT 9 *R0 0(J) *R0 0(J) R_I_SIP R_I_SQP 0 0 G_S LN_IN 0 T T T T T T T T 9T 0T T SUT-RTN<V000000> P P 0 n(k) P 0V P 0 n(k) 0V 0 n(k) 0V *R0 00(J) near to tuner *0 00n(K) R_IG_S 0 LN 90 0 US : TUNR=SUT-RTN (V000000) U : TUNR=SUT-PTN (V000000) 0 and 0 put near the tuner SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR TUNR PZ : TOSHI ORPORTION

111 T0 I ilter I 0 R_I_N u(k) R0 K(J) 0 p() L 00ohm MMZ00Y0T p() Place almost Same Location L Place near So 00ohm MMZ00Y0T p(j) To L0 M_IN 0 To V-T//TV L 00ohm To L9 0 R_I_P p() p() p(j) MMZ00Y0T MMZ00Y0T M_IP 0 L u(k) 00ohm G R0 rom So emod 0K(J) R 0 R_IG 00(J) R_IG_So 0 R To M0 R 00n(K) K(J) n(k).v I & US SW G_TUNR_USSW_N 0 Via with 0.mm R_IT Via with 0.mm R_ILK V M_ILK M_IT R_TUNR_USSW_N or ebug R 0(J) R 0(J) R 0(J) 00n(K).V_MO 00n(K) [LG0] I IN/OUT OUT/IN ONT V [] [] IN/OUT OUT/IN ONT TWU(TL,) R 0K(J) R 0K(J) R_SL_TN R_S_TN 0 0 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR TUNR I/G 90 0 PZ : TOSHI ORPORTION

112 P T0 V-S I trace with 0 R_I_SQP V-S I trace with *0 00n(K) 0 R_I_SIP 0 R_SQOUT *0 00n(K) 0 0p(J) 0 0p(J) *0 n(k) *R0 near to emod * 00n(K) * 00n(K).V_MO *R0.K(J) *R0.K(J) 9 0 QP QM IP IM isq_in isq_out isq_hv IM_SL IM_S [V-LMS0] *I0 XTLO XTLI TS_ TS_ TS_ TS_ TS_ TS_ TS_ TS_0 TS_RR TS_LK TS_VL TS_SYN IS_S IS_SL RSTn *R0 *R0 M(J) *9 9p() R_S_MO R_S_MO R_S_MO R_S_MO R_S_MO R_S_MO R_S_MO R_S_MO0 R_S_TSRR R_S_MOLK R_S_MOVL R_S_MOSTRT *R R_IT 0 0 *R R_ILK 0 0 *R R_TMO_RST 0 * p() V [X] *X00 N MHz N *R09 0K(J) SR_RSSI GPIO 0 R_IG_S *R0 0K(J) I_G near to emod *00.n(K).V_V.V_V V_V V_V V_V V_V.V_MO.V_MO 0 VP_V VP_V VP_V V_V V_V V_V 9 *L0 0ohm.V_V 0(J) *R.V_V.V_MO V MS I = 0x *09 00n(K) *0 00n(K) * 0n(K) * 0n(K) *0 * * 00n(K) 00n(K) * 00n(K) 00n(K) * 00n(K) * 00n(K) * 00n(K) * 0n(K) * * 0n(K) 0n(K) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR V-S/S emod PZ : TOSHI ORPORTION

113 T0 V-S [RMX] 0 R_S_MO0 0 R_S_MO 0 R_S_MO 0 R_S_MO *RM (J) R_T0 R_T R_T R_T 0K(J) RM0 [RMX] R_S_MO 0 0 R_S_MO 0 R_S_MO 0 R_S_MO [RMX] *RM (J) R_T R_T R_T R_T 0K(J) RM [RMX] 0 R_S_MOVL *R 0(J) R_TSVL R 9 0 0K(J) 0 R_S_MOSTRT *R 0(J) R_TSSY R 9 0 0K(J) 0 R_S_TSRR *R 0K(J) 0 R_S_MOLK *R0 0(J) R_TSLK R 9 0 0K(J) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR MO TSRG 9 0 PZ : TOSHI ORPORTION

114 T0 *0 SR-00T [S] *00 R0L-0T *L00 0uH(X). *0 u(k) 0V MPZ0ST + [P] *0 00u(M) V *L *0.u(K) V Vup LX [V-LLNHS] *I0 Vout PSW TIN 0 9 *0 0n(K) V [S] LN R_IT S R *0 R0L-0T 0 0 R_ILK SL 0 R_SQOUT SQIN VYP SQOUT LT ISL 9 *0 0 N N N N N N N N *R00 K() 0n(K) V P_ Vcc _ HT_ V_LN_R *0 0n(K) V V00000 LNH *L MPZ0ST *0 *0 * 0u(K) 0u(K) 0u(K) V V V + [P] *0 00u(M) V * 0u(K) V SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR LN PZ : TOSHI ORPORTION

115 T0 or ebug V [S] 00 R0L-0T.V R0 K(J) u(k) V 0 u(k) V.V Tuner TYPIL :??? m MXIMUM : 00 m emod TPYL : 0 m MXIMUM : 00 m V00000 URG [V-L00I] I0 V N N N N V0UT TH-P 00I0WJ- 9.V R0 9K() R0 K() 0 0V 0p(J) 0.u(K) 0V.V_MO G_TUNR_USSW_N R_IT R_ILK V00000 M0-GHS-TT(L)(SN)(N) [] N0 T T.V emod.v_mo TYPIL : m MXIMUM : 00 m.v V00000.V_MO URG [V-L00I] *I V V0UT.V *0 u(k) V N N N N *R00 K(J) *0.u(K) 0V TH-P 00I0WJ- 9 *R0 K(J) *00 0p(J) 0V SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR TUNR POWR PZ : TOSHI ORPORTION

116 T0 I POWR I ONNTOR V V_IR [V-IST] V_IR H:nable 0 S_I_V_N *9 0u(K) 0V V *9 u(k) V [TRN] *Q90 V00000 T0YTL.k+0k OR=V00000 V [V-UTPS] *I90 IN N P OUT ILIM ULT TPSRVR-.V *R90 0K(J) *R9 0K() *R9 0K(J) S_I_V_NZ 9 V V_IR *9 u(k) V *R9 K(J) S_IT S_IT S_IT S_IT S_IT S_I_ S_I0 S_I_O S_I S_I9 S_I S_I S_I S_I_W S_I_IRQ S_I_MIVL S_I_MLKI S_I S_I S_I S_I S_I S_I S_I S_I S_I0 S_IT0 S_IT S_IT S_I_IOIS *PJ T T 0000L0P0 T T S_I_ 9 S_I_MO 9 S_I_MO 9 S_I_MO 9 S_I_MO 9 S_I_MO 9 S_I_ 9 S_I_VS 9 S_I_IOR 9 9 S_I_IOWR 9 9 S_I_MISTRT 9 S_I_MI0 9 S_I_MI 9 S_I_MI 9 S_I_MI 9 S_I_MI 9 S_I_MI 9 S_I_MI 9 S_I_MI 9 S_I_MLKO 9 S_I_RST 9 9 S_I_WIT 9 S_I_INPK 9 S_I_RG 9 9 S_I_MOVL 9 S_I_MOSTRT 9 S_I_MO0 9 S_I_MO 9 S_I_MO 9 S_I_ 9 V_IR *9 00n(K) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR I R SLOT PZ : TOSHI ORPORTION

117 T0 rom MST hip To IR M_PM_RG_N M_PM_W_N M_PM_RST 0(J) 0(J) 0(J) *R90 *R9 *R9 S_I_RG 9 9 S_I_W 9 9 S_I_RST 9 9 M_PM_IOWR_N 0 M_PM_O_N 0 0 M_PM_IOR_N M_PM N 0 0(J) [RMX] *RM S_I_IOWR 9 9 S_I_O 9 9 S_I_IOR 9 9 S_I_ M_PM_ M_PM_ M_PM_ (J) (J) (J) *R9 *R9 *R9 S_I 9 9 S_I 9 9 S_I 9 9 M_PM_ 0 M_PM_0 0 M_PM_9 0 M_PM_ 0 (J) [RMX] *RM S_I 9 9 S_I0 9 9 S_I9 9 9 S_I 9 9 M_PM_ 0 M_PM_ 0 M_PM_ 0 M_PM_ 0 *RM (J) [RMX] S_I 9 9 S_I 9 9 S_I 9 9 S_I 9 9 M_PM_ 0 M_PM_ 0 M_PM_ 0 M_PM_0 0 *RM (J) [RMX] S_I 9 9 S_I 9 9 S_I 9 9 S_I0 9 9 M_PM_ 0 M_PM_ 0 M_PM_ 0 M_PM_ 0 *RM (J) [RMX] S_IT 9 9 S_IT 9 9 S_IT 9 9 S_IT M_PM_ M_PM_ M_PM_ M_PM_0 (J) (J) (J) (J) *R99 *R90 *R9 *R9 S_IT 9 9 S_IT 9 9 S_IT 9 9 S_IT0 9 9 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR I US PZ : TOSHI ORPORTION

118 T0 V_IR S_I_ S_I_O S_I_W S_I_IOR S_I_IOWR S_I_RG S_I_RST 0K(J) *R9 0K(J) *R9 0K(J) *R9 0K(J) *R9 0K(J) *R9 0K(J) *R9 0K(J) *R S_IT S_IT S_IT S_IT S_IT S_IT0 S_IT S_IT S_I 9 9 S_I S_I S_I0 9 9 S_I 9 9 S_I9 9 9 S_I 9 9 S_I 9 9 S_I 9 9 S_I 9 9 S_I 9 9 S_I 9 9 S_I 9 9 S_I 9 9 S_I0 9 9 *RM.K(J) [RMX] *RM.K(J) [RMX] *RM9 [RMX].K(J) *RM9 [RMX].K(J) *RM9 [RMX].K(J) *RM9 [RMX].K(J) *R9.K(J) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR I US PZ : TOSHI ORPORTION

119 [RMX] [RMX] T0.V V_IR V_ V_IR MOUNT *R9 0K(J) V To MST HIP > M_PM N [SH] 0 *I9 00(J) *R9 [Vcc] [Vss] TSHU(TL,J,T.V *9 00n(K) *R9 0K(J) *R9 *R9 K(J) *RM K(J) *R9 0K(J) *RM K(J) rom IR S_I_ 9 S_I_ 9 S_I_VS 9 S_I_ 9 S_I_IOIS 9 S_I_INPK M_PM_WIT_N M_PM_IRQ_N (J) (J) *R9 *R9 S_I_WIT 9 S_I_IRQ 9 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR I ONTROL PZ : TOSHI ORPORTION

120 T0 ROM I R TO MST HIP V S_I_V_NZ 9 rom emo 0 R_T 0 R_T 0 R_T 0 R_T 0 R_T 0 R_T 0 R_T 0 R_T0.V [VH] *I9 9 N N [0] [] [] [] 9 [0] [] [] 0 [] [Vcc][Vss] 0 TVHK(L,K) (J) [RMX] *RM90 *RM9 (J) [RMX] To IR S_I_MI 9 S_I_MI 9 S_I_MI 9 S_I_MI 9 S_I_MI 9 S_I_MI 9 S_I_MI 9 S_I_MI S_I_MO S_I_MO S_I_MO S_I_MO S_I_MO S_I_MO S_I_MO S_I_MO0 0K(J) [RMX] *RM 0K(J) [RMX] *RM9 *RM9 (J) [RMX] *RM9 (J) [RMX] M_TSI0T 0 M_TSI0T 0 M_TSI0T 0 M_TSI0T 0 M_TSI0T 0 M_TSI0T 0 M_TSI0T 0 M_TSI0T0 0 *90 00n(K) V V_IR V_IR V_IR [VH] *I9 *R99 *R9 *R9 rom emo 0 R_TSVL 0 R_TSSY 0 R_TSLK 9 N N [0] [] [] [] 0(J) [RMX] *RM9 To IR S_I_MIVL 9 S_I_MISTRT 9 S_I_MLKI S_I_MOVL S_I_MOSTRT *R90 (J) *R90 M_TSI0VLI 0 M_TSI0SYN 0 [0] [] 9 9 S_I_MLKO (J) *R90 M_TSI0LKI 0.V [] [] 0 [Vcc][Vss] 0 TVHK(L,K) [LG0] *I99 Y (J) 0K(J) 0K(J) 0K(J) R9.V *R90 0(J) 0(J) V n(K) *9 [Vcc][] N NLSZXVTG 00n(K) *9 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR I TS IN/OUT PZ : TOSHI ORPORTION

121 R900 T0 Max:00m.V_STNY V V00000 [S] 90 R0L-0T URG [V-L00I] I90 V V0UT N R900 R900 N 0K() 0() 900.u(K) 0V N N TH-P 00I0WJ- 9.K() 900.u(K) 0V SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR POWR.V STNY PZ : TOSHI ORPORTION

122 T0 V_ 90 0u(K) V 0.V L90 0ohm MPZ0ST 90 n(k) 0V 900 SSVMT- R90.K(J) 90 p(j) 0V 90 u(k).v R90 R90 0(J).K() V TPSR 90 0u(K) V 90 0u(K) V u(K) 0u(K) V V 909 0n(K) V 90 00n(K) 0V 900 u(k) V 0 PWM SWITH [V-L] I90 VIN VST 90 n(k) 0V N VRG SS SW V P-P L900.uH(M) SPM0T-RM00 90 u(m).v 0 90 u(m).v 0 [Z] 90 u(m).v 0 90 KZTR. L90 0ohm MPZ0S00T L90 0ohm MPZ0S00T L90 0ohm MPZ0S00T 90 n(k) 0V.V_V.V_V R90 K() R90 K() R90 9K() R90 K() > Setting voltage :.V VI0 = H Setting voltage :.V VI0 = L ts :.ms n(K) 0V 90 0u(K) V 0 MX..V_STNY R90.K(J) R909.K(J) R90 0(J) 0 90 M_VI M_VI [MNN] Q900 R90.K(J) R900.K(J) G SSMKV(TPL,Z) S SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR POWR_V.V PZ : TOSHI ORPORTION

123 T0.V SSVMT- 900 V_ 90 0u(K) V 0 L90 0ohm R90.K(J) u(K) 0u(K) V V 90 u(k).v PWM SWITH [V-L] I90 VIN VST N SW 90 p(j) 0V L900.uH(M) SPM0T-RM00 90 u(m).v 0 L90 0ohm MPZ0S00T L90 0ohm MPZ0S00T L ohm n(k) 0V MPZ0S00T.V_PU u(K) 0u(K) V V 900 u(k) V 0 VRG SS V P-P 90 u(m).v 0 [Z] 90 u(m).v 0 90 KZTR..V_STNY R90 0(J) R90.K(J) R90.K(J) R90 K() R900 K() R90 K() R90 K() > Setting voltage :.V VI0 = H Setting voltage :.V VI0 = L MPZ0ST 909 0n(K) V ts :.ms V TPSR R909 0(J) 90 00n(K) 0V R90.K() MX. 90 n(k) 0V 90 00n(K) 0V 90 n(k) 0V u(K) V 0.V_PU M_VI0 M_VI [MNN] Q900 R90.K(J) R90.K(J) G SSMKV(TPL,Z) S SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR POWR_PU./.V PZ : TOSHI ORPORTION

124 T _POWR_.K(J) R90 90 u(k).v 9 p(j) 0V V_ 90 0u(K) V 0 L9 0ohm MPZ0ST 90 n(k) 0V 90 0u(K) V 90 0u(K) V 90 0u(K) V 90 0u(K) V 909 0n(K) V 90 00n(K) 0V 90 u(k) V 0 PWM SWITH [V-L] I90 VIN VST N VRG SS SW V P-P 9 u(k) 0V [Z] 9 u(k) 9 0V u(k) 0V 90 KZTR. L9 0ohm MPZ0ST L9 9 0ohm n(k) 0V MPZ0ST.V.V R90 0(J) R90 0(J) R90 0K() R90 0K() Setting voltage :.V ts :.ms 9 n(k) V V TPSR 9 R90 K() 9 00n(K) 0V R90 K() L900.uH(M) SPM0T-RM L9 0ohm MPZ0ST 9 0u(K) V 0 MX. SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR POWR_.V PZ : TOSHI ORPORTION

125 T0 9 p(j) 0V V_ 9 0u(K) V 0 L9 0ohm MPZ0ST 9 0u(K) V 9 0u(K) V 99 0n(K) V PWM SWITH [V-L] I90 VIN VST N SW L900.uH(M) SPM0T-RM 9 u(k) 0V MPZ0ST V 9 n(k) 0V 9 9 0u(K) 0u(K) V V 9 00n(K) 0V 0 90 u(k) V 0 VRG SS V P-P [Z] 9 u(k) 9 0V u(k) 0V KZTR n(K) 0V V R9 0(J) R9 0(J) R9 0K() R9 0K() _POWR_.K(J) R9 9 u(k).v Setting voltage :.V ts :.ms V R9 K() R9 K() TPSR 9 00n(K) 0V 9 0u(K) L9 V 0ohm 0 MX. 9 n(k) V 9 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR POWR_V PZ : TOSHI ORPORTION

126 R90 0K() R90 0K() T0 MX. V_USIN L9 0ohm 99 n(k) 0V MPZ0ST _POWR_.K(J) R90 90 u(k).v Setting voltage :.V ts :.ms 9 p(j) 0V 90 0u(K) V 0 V_LN_R V TPSR R90 K() R90 K() 90 0u(K) V 0 90 n(k) 0V L9 0ohm MPZ0ST 90 0u(K) V 90 0u(K) V 90 0u(K) V 90 0u(K) V 909 0n(K) V 90 00n(K) 0V 90 u(k) V PWM SWITH [V-L] I90 VIN VST N VRG SS 9 n(k) V SW V P-P n(K) 0V L900.uH(M) SPM0T-RM 9 u(k) 0V 9 u(k) 0V [Z] 9 u(k) 0V 90 KZTR. L9 9 0ohm n(k) 0V MPZ0ST V_ 9 0u(K) V 0 V_ R90 0(J) R90 0(J) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR POWR_V_ PZ : TOSHI ORPORTION

127 T0 V V ts :.ms VIN VIN VIN V TRIP N NU PGOO RIN VR RIN LP# MO PWM SWITH [V-L] VSNS GSNS N ST SW SW SW SW [Z] KZTR. V_LN_R 9 0u(K) V 0 9 n(k) 0V L9 0ohm MPZ0ST 9 0u(K) V u(K) V SS(TH,,T) 9 0u(K) V [TRN] Q n(K) V [TRN] [MNN] Q900 [MNN] Q900 SLW :TH-P P P P P P SPM0T-RM0 L900 L9 0ohm MPZ0S00T.V_R SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK RWING.NO : TOSHI ORPORTION V n(k) 9 90 R9.K(J) 9 0u(K) V 9 u(k).v 9 00n(K) 0V 9 00n(K) 0V L9 0ohm MPZ0S00T L9 0ohm MPZ0S00T 9 n(k) 0V.V_R R9 (J) R9 R9 Setting voltage :.V 90.u(K) 0V R9 00K(J) 0 TPSRVR I R u(K) V 0 0V 00n(K) R9 R9 9 0V u(m) R9 K() R99 K().(J) R9 R9.K(J) R9 (J) R9 (J).K(J) R90 R9.K(J) R99.K(J) R9 0K() R9.K() R9 0K() R9 K() R SSMKV(TPL,Z) SSMKV(TPL,Z) R9 00K() R9 0K() 0V u(m) 9 9 R9 R9 T0YTL V00000.k+0k OR=V00000 Q900 T0YTL V00000.k+0k OR=V00000 G S G S 0V 0V u(m) u(m) u(m) 9 9 0V 0V u(m) 99 0 _VI_URT_RX 0 _VI0_URT_TX VI0 _POWR_.V.V MX R9 (J) R9 (J) R9 (J) R9 (J) R9 (J) R90 (J) R99 (J) MIN OR POWR_R.V PZ

128 R90 K() T0 90 0u(K) V u(K) V 90 0u(K) V u(K) 0u(K) V V PWM SWITH [V-L] I90 VIN VST 9 n(k) V V TPSR N VRG SS SW V P-P 9 9 p(j) 0V L900.uH(M) SPM0T-RM00 9 u(m).v 0 [Z] 90 KZTR. 9 n(k) 0V.V_HMI R90 K().V V_ L9 0ohm MPZ0ST 90 n(k) 0V 900 SSVMT- R90.K(J) 90 u(k).v 909 0n(K) V 90 00n(K) 0V Setting voltage :.V 90 u(k) V 0 ts :.ms R90.K() 9 00n(K) 0V R90 K() 9 u(m).v 0 9 u(m).v 0 L9 0ohm MPZ0S00T L9 0ohm MPZ0S00T L9 0ohm MPZ0S00T 9 0u(K) V 0 MX..V_HMI R90 0(J) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR POWR HMI.V PZ : TOSHI ORPORTION

129 P9 P9 P9 P9 P9 P9 P9 P9 P9 T0 V_IN V_LN_R L9 V_ :V :V :V :V : : : : 9:V_UIO 0:V_UIO :_UIO :_UIO V0000 [] N P9 P9 P9 P9 P90 P99 MPZ0ST L9 MPZ0ST L9 MPZ0ST L9 MPZ0ST L9 MPZ0ST L9 MPZ0ST V_UIO V R900 00(J) R90 00(J) _T _POWR_TV WR0-PS-SHP T T :_TT :POWR_TV :V : :V_LN : :L_ONO :POWR_L 9:POWR_ 0:PWM V00000 [0] N9 9 0 P90 P9 P9 L9 MPZ0ST P9 _L_ONO _POWR_L_PW 0 _POWR_ _PWM T T SM0-GHS-T(L)(SN) P9 P9 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR POWR ONNTOR PZ : TOSHI ORPORTION

130 T0 V OG-000 [V-] 90 V OG-000 [V-] 9 V OG-000 [V-] 9 V OG-000 [V-] 9.V_PU 0V 00n(K) 900.V V 0V 00n(K) 909 0V 00n(K) 90 0V 00n(K) 9 V 0V 00n(K) 9 0V 00n(K) 9 0V 00n(K) 9 V_ V 00n(K) 9 V 00n(K) 9 V 00n(K) 9 0V 00n(K) 90 0V 00n(K) 9 V_USIN V OG-000 [V-] 9 V OG-000 [V-] 9 V OG-000 [V-] 9 V OG-000 [V-] 9.V u(k) 90 V_ 0V 00n(K) 9 V_LN_R V0000 KT M V00 0 V u(k) 9 V u(k) 9 0V 00n(K) 90 0V 00n(K) 90 0V 00n(K) 90 0V 00n(K) 90 0V 00n(K) 90 0V 00n(K) 9 V 00n(K) 9 0V 00n(K) 9 0V 00n(K) 9 0V 00n(K) 9 0V 00n(K) 9 0V 00n(K) 9 0V 00n(K) 9 0V 00n(K) 99 0V 00n(K) 9 V 00n(K) 9 0V 00n(K) 99 0V 00n(K) 90 0V 00n(K) 9.V 0V 00n(K) 99 V 00n(K) 9 0V 00n(K) 9 0V 00n(K) 90 0V 00n(K) LN 0V 00n(K) 90 0V 00n(K) 9 SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR M ONTROL PZ : TOSHI ORPORTION

131 T0 V_IN V_UIO _T _POWR_TV R (J) R990 00(J) L990 MPZ0ST [TP0] TP V L99 MPZ0ST L99 R990 MPZ0ST M K (J) R990 M (J) SIGN Y TITL UNTION SH.NO. PG NO. RV.MRK MIN OR PROUTION SUPPORT PZ : TOSHI ORPORTION

132 IL NO SRVI MNUL L olor Television L900U (Model Information)

133 XPLO VIW (/) L900U mark ( or places) mark ( places) 0 0 MN0 PP 00 U00 (Under U00) PP MN90 PP MN9 U U MN MZ0 MZ0 MN MN9 P0 0 U0 MN0 MN MN 0 W 0 0 is removed W U0 (Inside ) 0 (P Holder) is removed Note: These photographs may differ from the actual mass-production product. 0 0 U0