f37-servicemanual-vol2

[Page 1] Ultrasound Diagnostic Instrument Service Manual Volume 2 English Version Document Number: MN2-2065 Document Revision: 0 Copyright © Hitachi Aloka Medical,Ltd.

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[Page 3] Contents of F37 SERVICE MANUAL VOLUME 2 PAGE Chapter 1 SYSTEM OPERATION page 1-1~1-46 (46 pages) 1-1 Introduction 1 - 1 1-1-1 PSEL 1 - 2 1-1-2 TXRX 1 - 10 1-1-3 RXBF 1 - 18 1-1-4 Backend unit 1 - 26 1-1-5 Power Supply 1 - 32 1-1-6 Operation Panel 1 - 38 1-1-7 Physio AMP (PCB for Physio signal display unit PEU-F37) 1 - 44 Chapter 2 SCHEMATICS page 2-1~2-50 (50 pages) Main Body Ultrasound diagnostic instrument F37 Cable Connection 2 - 1 CABLE 130 2 - 3 CABLE 180, 181 2 - 4 CABLE 301, 302, 303 2 - 5 CABLE 350 2 - 7 CABLE 504, 505 2 - 8 CABLE 520, 530, 531 2 - 9 CABLE 804, 805 2 - 11 CABLE 851, 852, 854, 855 2 - 12 Foot SW PCB EP473205 2 - 15 Backplane EP5596 2 - 17 Physio Signal display unit PEU-F37* PEU-F37* Cable Connection 2 - 19 CABLE 612, 710, 855 2 - 20 Physio Signal AMP EP550601 2 - 23 Power Entry unit EU-6052* 2 - 27 AC Outlet JB-290* 2 - 28 Operation panel PNL-F37* Panel Main PCB EP5637 2 - 29 EXT I/F PCB EP5638 2 - 48 CABLE 506 2 - 49 1 / 4

[Page 4] z CAUTION z The schematics of following unit or module are not available because of NDA - non-disclosure agreement between manufacturer and Hitachi ALOKA. • Power supply, EP563600** • Viewing LCD monitor, IPF-1507* Chapter 3 SERVICE INFORMATION page 3-1~3-54 (54 pages) 3-1 Introduction 3 - 1 3-2 Cautions for Transferring or Transporting the System 3 - 1 3-2-1 Precautions 3 - 1 3-2-2 How to move the system 3 - 3 3-2-3 How to transport the system 3 - 5 3-2-4 How to transport peripheral devices 3 - 9 3-3 System setup during the installation 3 - 10 3-3-1 Setting the Date, Time and Institution name (Hospital name) 3 - 11 3-3-2 Setting for the physiological display unit (if Option PEU-F37 installed) 3 - 12 3-4 Preset 3 - 13 3-4-1 Setting the preset data 3 - 13 3-4-2 Backup or restore the preset data 3 - 14 3-4-3 Checking the modified preset items 3 - 17 3-4-4 System Preset 3 - 18 3-4-4-1 How to use the System Preset function 3 - 18 3-4-4-2 System 3 - 18 3-5 System Preset 3 - 19 3-5-1 Type of System Reset function 3 - 19 3-5-2 Reset function - All User Data 3 - 20 3-5-3 Reset function - Preset 3 - 21 3-5-4 Reset function - Patient database & Stored Images 3 - 22 3-6 Maintenance Menu 3 - 23 3-6-1 How to use the Maintenance menu 3 - 23 3-6-2 Maintenance Menu function - Set-Up 3 - 24 3-6-3 Maintenance Menu function - UP GRADE 3 - 25 3-6-4 Maintenance Menu function - MAINTENANCE - SYSTEM1 3 - 32 3-6-5 Maintenance Menu function - MAINTENANCE - SYSTEM2 3 - 39 3-6-6 Maintenance Menu function - MAINTENANCE - CHECK··· 3 - 43 3-6-7 Maintenance Menu function - MAINTENANCE - LOG 3 - 44 3-6-8 Maintenance Menu function - MAINTENANCE - OTHER··· 3 - 47 3-6-9 Maintenance Menu function - MAINTENANCE - Auto Test· 3 - 48 3-6-10 Maintenance Menu function - MAINTENANCE - DVD 3 - 49 2 / 4

[Page 5] 3-6-11 Maintenance Menu function - Time Server 3 - 51 3-6-12 Maintenance Menu function - Security 3 - 53 Chapter 4 ADJUSTMENT page 4-1~4-4 (4 pages) 4-1 Introduction 4 - 1 4-2 Attention 4 - 1 4-3 Tools and Measuring Instruments 4 - 1 4-4 Physio AMP adjustment procedure 4 - 2 4-4-1 DC IN specifications 4 - 2 4-4-2 Connecting the DC IN cable 4 - 2 4-4-3 Adjusting the DC IN signal 4 - 3 Chapter 5 PARTS LIST page 5-1~5-42 (42 pages) 5-1 Outline of Parts List 5 - 1 5-2 Appliance of Parts List 5 - 1 5-3 Attention 5 - 1 5-4 Explanation of Parts List 5 - 2 5-5 Parts List 5 - 4 Index 01 Main Body 5 - 5 Index 02 Operation Panel 5 - 13 Index 03 Power Supply Unit / AC Outlet 5 - 17 Index 04 USM-38 Unit 5 - 19 Index 05 Physiological Signal Unit 5 - 21 Index 06 Monitor 5 - 23 Index 07 Label 5 - 25 Index 08 Mounting Rack / Fixture 5 - 39 Revision History of the Service Manual Revision History of VOLUME 2 1 / 2 3 / 4

[Page 6] Contents of F37 SERVICE MANUAL VOLUME 1 Chapter 1 INTRODUCTION Chapter 2 SERVICE PROCESS Chapter 3 INSTALL/DISASSEMBLE Chapter 4 PRINCIPLE OF SYSTEM OPERATION Chapter 5 TROUBLE SHOOTING Chapter 6 PERFORMANCE CHECK Revision History of the Service Manual VOLUME 1 4 / 4

[Page 7] Chapter 1 SYSTEM OPERATION APPENDIX

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[Page 9] 1-1 Introduction This chapter contains PCB block diagrams and their descriptions, signal lists, and so on that contain more details than the content of “Volume 1: Chapter 4, System Overview”. PCB Reference Table No. Name Part No.(1) Part No.(2) Part No.(3) 1-1-1 PSEL EP557300** SERVO (Option: EU-9151) EP566200** 1-1-2 TXRX EP557400** 1-1-3 RXBF EP557500** 1-1-4 Backend unit EU-9142* 1-1-5 Power Supply EP563600** AC-OUTLET JB-290* Power Entry unit EU-6052* 1-1-6 Operation Panel PNL-F37* Panel Main EP563700** Panel I/F EP563800** 1-1-7 Physio AMP EP555601** (Option: PEU-F37) 1 - 1

[Page 10] 1-1-1 PSEL This board is comprised of three probe connectors for an electronic probe, relays, circuit for STCW Doppler, and circuit for independent probe. Note that the Servo board (EP5662) of the EU-9151 option unit is installed on this board. (1) Probe Connector This connector connects to the probe. The maximum number of channels that it can transmit and receive simultaneously is 96 (96 transmitting channels, 48 receiving channels). (2) Relay Switches from Probe1, Probe2, and Probe3. (3) STCW circuit The main function of this circuit is Steerable-CW transmitting and receiving via the electronic sector probe. (Generation of transmitting signal for continuous waves from the CW clock, and amplification and quadrature detection of received signals.) * Transmitting 48 ch, receiving 48 ch. a) Relay(STCW) Together with ON/OFF of the STCW function, the relay controls the connection of received signals to the STCW circuit. b) PreAMP This amplifier is comprised of a 48-block transistor amplifier. It amplifies the CW received signal of the electronic sector probe. c) 48ch Æ 8ch Uses three 8 x 16 cross-point switches, and performs phase addition at a precision of 1/8 λ . d) Mixer Using clock (cos/sin) from the PSEL Ctrl part, the mixer performs quadrature detection on the CW received signal of the electronic sector probe and add currents. Furthermore, it adds all channels and creates an I-Q signal at the operational amplifier. e) ADC The ADC performs high pass filter / Anti-Alias filter processing for the I-Q signal from the Mixer, performs A/D conversion, and then sends the I-Q digital signal to the PSEL Ctrl part. (4) PSEL Ctrl This part controls the relay for probe switching. In addition, it reads the delay data of the electronic sector probe, controls the cross-point switches, controls the Mixer circuit (outputs clock to be used in quadrature detection), and controls the ADC circuits. It also transmits the I-Q digital signal received from the STCW circuit to the RxBF board. (5) Independent circuit This circuit sends the probe code of the independent probe to the PSEL Ctrl. The Mixer, ADC, and so on are shared in use with the STCW circuit, and circuit switching is controlled by the PSEL Ctrl. (6) Servo (daughter-board: EP5662, optional) The servo is comprised of FPGA and peripheral circuits and detects the angular position of the transesophageal probe. 1 - 2

[Page 11] 1/2 形名 EP557300** Ctrl PSEL (FPGA) PSEL 名称 1 - 3

[Page 12] 2/2 形名 EP557300** PSEL 名称 PSEL Ctrl PSEL firmware block diagram 1 - 4

[Page 13] 形名 EP566200** SERVO 名称 1 - 5

[Page 14] Signal List z J100, J101, J102 (Probe connector) 1 2 3 4 5 6 7 8 9 0 A TD0 TD1 GND TD2 TD3 TD4 TD5 GND TD6 TD7 B TD8 TD9 GND TD10 TD11 TD12 TD13 GND TD1 4 TD15 C TD16 TD17 GND TD18 TD19 TD20 TD21 GND TD2 2 TD23 D TD24 TD25 GND TD26 TD27 TD28 TD29 GND TD3 0 TD31 E TD128 TD129 GND TD130 TD131 TD132 TD133 GND TD134 TD135 F TD136 TD137 GND TD138 TD139 TD140 TD141 GND TD142 TD143 G TD144 TD145 GND TD146 TD147 TD148 TD149 GND TD150 TD151 H TD152 TD153 GND TD154 TD155 TD156 TD157 GND TD158 TD159 J TD32 TD33 GND TD34 TD35 TD36 TD37 GND TD3 8 TD39 K TD40 TD41 GND TD42 TD43 TD44 TD45 GND TD4 6 TD47 L TD48 TD49 GND TD50 TD51 TD52 TD53 GND TD5 4 TD55 M TD56 TD57 GND TD58 TD59 TD60 TD61 GND TD6 2 TD63 N NOP1 NOP2 GND NOP4 NOP5 NOP6 NOP7 GND NOP9 +5VON P TD64 TD65 GND TD66 TD67 TD68 TD69 GND TD7 0 TD71 R TD72 TD73 GND TD74 TD75 TD76 TD77 GND TD7 8 TD79 S TD80 TD81 GND TD82 TD83 TD84 TD85 GND TD8 6 TD87 T TD88 TD89 GND TD90 TD91 TD92 TD93 GND TD9 4 TD95 U TD160 TD161 GND TD162 TD163 TD164 TD165 GND TD166 TD167 V TD168 TD169 GND TD170 TD171 TD172 TD173 GND TD174 TD175 W TD176 TD177 GND TD178 TD179 TD180 TD181 GND TD182 TD183 X TD184 TD185 GND TD186 TD187 TD188 TD189 GND TD190 TD191 Y TD96 TD97 GND TD98 TD99 TD100 TD101 GND TD102 TD103 Z TD104 TD105 GND TD106 TD107 TD108 TD109 GND TD110 TD111 a TD112 TD113 GND TD114 TD115 TD116 TD117 GND TD118 TD119 b TD120 TD121 GND TD122 TD123 TD124 TD125 GND TD126 TD127 c PCD7 PCD6 PCD5 PCD4 PCD3 PCD2 PCD1 PCD0 I2CL GND z J1 (PSEL – TXRX: signal connector) 1 GND TD12 6 TD127 GND 2 TD 123 GND TD124 TD125 3 TD 120 TD12 1 GND TD122 4 GND TD11 8 TD119 GND 5 TD 115 GND TD116 TD117 6 TD 112 TD11 3 GND TD114 7 GND TD11 0 TD111 GND 8 TD 107 GND TD108 TD109 9 TD 104 TD10 5 GND TD106 10 GND TD10 2 TD103 GND 11 TD99 GND TD100 TD101 12 TD96 TD97 GND TD98 13 GND TD30 TD 31 GND 14 TD27 GND TD 28 TD29 15 TD24 TD25 GND TD26 16 GND TD22 TD 23 GND 17 TD19 GND TD 20 TD21 18 TD16 TD17 GND TD18 19 GND TD14 TD 15 GND 20 TD11 GND TD 12 TD13 21 TD8 TD9 GND TD10 22 GND TD6 TD7 GND 23 TD3 GND TD4 TD5 24 TD0 TD1 GND TD2 1 - 6

[Page 15] z J2 (PSEL – TXRX: signal connector) 1 GND TD62 TD 63 GND 2 TD59 GND TD 60 TD61 3 TD56 TD57 GND TD58 4 GND TD54 TD 55 GND 5 TD51 GND TD 52 TD53 6 TD48 TD49 GND TD50 7 GND TD46 TD 47 GND 8 TD43 GND TD 44 TD45 9 TD40 TD41 GND TD42 10 GND TD38 TD 39 GND 11 TD35 GND TD 36 TD37 12 TD32 TD33 GND TD34 13 GND TD15 8 TD159 GND 14 TD 155 GND TD156 TD157 15 TD 152 TD15 3 GND TD154 16 GND TD15 0 TD151 GND 17 TD 147 GND TD148 TD149 18 TD 144 TD14 5 GND TD146 19 GND TD14 2 TD143 GND 20 TD 139 GND TD140 TD141 21 TD 136 TD13 7 GND TD138 22 GND TD13 4 TD135 GND 23 TD 131 GND TD132 TD133 24 TD 128 TD12 9 GND TD130 z J3 (PSEL – TXRX: signal connector) 1 GND TD19 0 TD191 GND 2 TD 187 GND TD188 TD189 3 TD 184 TD18 5 GND TD186 4 GND TD18 2 TD183 GND 5 TD 179 GND TD180 TD181 6 TD 176 TD17 7 GND TD178 7 GND TD17 4 TD175 GND 8 TD 171 GND TD172 TD173 9 TD 168 TD16 9 GND TD170 10 GND TD16 6 TD167 GND 11 TD 163 GND TD164 TD165 12 TD 160 TD16 1 GND TD162 13 GND TD94 TD 95 GND 14 TD91 GND TD 92 TD93 15 TD88 TD89 GND TD90 16 GND TD86 TD 87 GND 17 TD83 GND TD 84 TD85 18 TD80 TD81 GND TD82 19 GND TD78 TD 79 GND 20 TD75 GND TD 76 TD77 21 TD72 TD73 GND TD74 22 GND TD70 TD 71 GND 23 TD67 GND TD 68 TD69 24 TD64 TD65 GND TD66 1 - 7

[Page 16] z J4 (PSEL – TXRX: connector) 1 +5 V +5V +5V +5V 2 -5V -5V -5V -5V 3 +12V +12V +12V +12V 4 -12V -12V -12V -12V 5 GND GND GND GND 6 +TXH V +TXHV +TXHV +HVD 7 GND GND GND GND 8 -TXHV -TXHV -TXHV -HVD 9 GND GND GND GND 10 +90V GND GND -90V 11 GND GND GND GND 12 STARTRX IRQL S VIRQL SPR0 13 GND GND GND GND 14 CLK80MP GND S V80MP GND 15 CLK80MN GND SV80MN GND 16 GND CWDTP GND CW8 0MP 17 GND CWDTN GND CW80MN 18 GND GND GND GND 19 TMS TDI TXTCK TXTDO 20 DMAD0 DMAD1 DMAD2 DMAD3 21 DMAD4 DMAD5 DMAD6 DMAD7 22 DAMSYNC GND GND DMASTRBL 23 PS TCK PSTDO SVTCK SVTDO 24 SVDT SVSYNC SVSTRBL MRXPARAM z J5 (PSEL – SERVO: connector) 1 TMS TDI SVTCK SVTDO 2 SVSYNC SVSTRBL GND GND 3 SVDT MRXPARAM GND SV80MP 4 SVIRQL SPR0 GND SV80MN 5 GND GND GND GND 6 +90V GND GND -90V 7 GND GND GND GND 8 +12V +12V -12V -12V 9 +5 V +5V -5V -5V 10 GND GND GND GND 11 NOP1A GND NOP2A GND 12 NOP1B GND NOP2B GND 13 NOP1C GND NOP2C GND 14 GND GND GND GND 15 PHASE _ABZ SVSPR0 SVSPR1 SVS PR2 17 NOP4A NOP4B NOP4C 18 NOP5B NOP5C NOP6A NOP5A 19 NOP6C NOP7A NOP7B NOP6B 20 NOP9A NOP9B NOP9C NOP7C 21 GND GND GND GND 22 TD11 TD10 TD9 TD8 23 TD7 TD6 TD5 TD4 24 TD3 TD2 TD1 TD0 1 - 8

[Page 17] z J3 (Independent probe connector) 1 INDTX+ 2 INDTX- 3 GND 4 INDPCD0 5 INDPCD1 6 INDPCD2 7 INDPCD3 8 GND 9 INDPCD4 10 INDRX+ 11 INDRX- 12 GND 1 - 9

[Page 18] 1-1-2 TXRX This PC board mainly generates transmitting pulses, and amplifies received signals. The maximum number of channels for transmitting is 96 channels, and it for receiving is 48 channels. Other functions include transmitting voltage control, transmitting voltage monitoring, and so on. (1) Tx Ctrl This part is comprised of FPGA. It adds the prescribed delay to each channel by reading the delay memory of the internal memory. It can output transmitting triggers for up to 96 channels. (2) Pulser This part generates transmitting pulses for up to 96 channels. It can generate waveforms of both positive and negative polarity. (3) HVS This part is comprised of 24 high-voltage analog switches that switch elements of up to 192 channels and connect to a transmitting system of up to 96 channels. (4) PreAMP This part amplifies received signals at the common-emitter amplifier, and sends signals to the VGA of the RxBF board. 1 - 10

[Page 19] 1/3 形名 Tx Ctrl (FPGA) 名称 1 - 11

[Page 20] 2/3 形名 RXBF board Details of “Pre AMP” TXRX board 名称 details of “96 to 48 SW” 1 - 12

[Page 21] 3/3 形名 Tx Ctrl 名称 TXRX firmware block diagram 1 - 13

[Page 22] Signal List z P1 (PSEL – TXRX: signal connector) 1 GND TD12 6 TD127 GND 2 TD 123 GND TD124 TD125 3 TD 120 TD12 1 GND TD122 4 GND TD11 8 TD119 GND 5 TD 115 GND TD116 TD117 6 TD 112 TD11 3 GND TD114 7 GND TD11 0 TD111 GND 8 TD 107 GND TD108 TD109 9 TD 104 TD10 5 GND TD106 10 GND TD10 2 TD103 GND 11 TD99 GND TD100 TD101 12 TD96 TD97 GND TD98 13 GND TD30 TD 31 GND 14 TD27 GND TD 28 TD29 15 TD24 TD25 GND TD26 16 GND TD22 TD 23 GND 17 TD19 GND TD 20 TD21 18 TD16 TD17 GND TD18 19 GND TD14 TD 15 GND 20 TD11 GND TD 12 TD13 21 TD8 TD9 GND TD10 22 GND TD6 TD7 GND 23 TD3 GND TD4 TD5 24 TD0 TD1 GND TD2 z P2 (PSEL – TXRX: signal connector) 1 GND TD62 TD 63 GND 2 TD59 GND TD 60 TD61 3 TD56 TD57 GND TD58 4 GND TD54 TD 55 GND 5 TD51 GND TD 52 TD53 6 TD48 TD49 GND TD50 7 GND TD46 TD 47 GND 8 TD43 GND TD 44 TD45 9 TD40 TD41 GND TD42 10 GND TD38 TD 39 GND 11 TD35 GND TD 36 TD37 12 TD32 TD33 GND TD34 13 GND TD15 8 TD159 GND 14 TD 155 GND TD156 TD157 15 TD 152 TD15 3 GND TD154 16 GND TD15 0 TD151 GND 17 TD 147 GND TD148 TD149 18 TD 144 TD14 5 GND TD146 19 GND TD14 2 TD143 GND 20 TD 139 GND TD140 TD141 21 TD 136 TD13 7 GND TD138 22 GND TD13 4 TD135 GND 23 TD 131 GND TD132 TD133 24 TD 128 TD12 9 GND TD130 1 - 14

[Page 23] z P3 (PSEL – TXRX: signal connector) 1 GND TD19 0 TD191 GND 2 TD 187 GND TD188 TD189 3 TD 184 TD18 5 GND TD186 4 GND TD18 2 TD183 GND 5 TD 179 GND TD180 TD181 6 TD 176 TD17 7 GND TD178 7 GND TD17 4 TD175 GND 8 TD 171 GND TD172 TD173 9 TD 168 TD16 9 GND TD170 10 GND TD16 6 TD167 GND 11 TD 163 GND TD164 TD165 12 TD 160 TD16 1 GND TD162 13 GND TD94 TD 95 GND 14 TD91 GND TD 92 TD93 15 TD88 TD89 GND TD90 16 GND TD86 TD 87 GND 17 TD83 GND TD 84 TD85 18 TD80 TD81 GND TD82 19 GND TD78 TD 79 GND 20 TD75 GND TD 76 TD77 21 TD72 TD73 GND TD74 22 GND TD70 TD 71 GND 23 TD67 GND TD 68 TD69 24 TD64 TD65 GND TD66 z P5 (TXRX – RXBF: analog signal connector) 1 PREO23 GND FBIN23 GND 2 PREO22 GND FBIN22 GND 3 PREO21 GND FBIN21 GND 4 PREO20 GND FBIN20 GND 5 PREO19 GND FBIN19 GND 6 PREO18 GND FBIN18 GND 7 PREO17 GND FBIN17 GND 8 PREO16 GND FBIN16 GND 9 PREO15 GND FBIN15 GND 10 PREO14 GND FBIN14 GND 11 PREO13 GND FBIN13 GND 12 PREO12 GND FBIN12 GND 13 PREO11 GND FBIN11 GND 14 PREO10 GND FBIN10 GND 15 PREO9 GND FBIN9 GND 16 PREO8 GND FBIN8 GND 17 PREO7 GND FBIN7 GND 18 PREO6 GND FBIN6 GND 19 PREO5 GND FBIN5 GND 20 PREO4 GND FBIN4 GND 21 PREO3 GND FBIN3 GND 22 PREO2 GND FBIN2 GND 23 PREO1 GND FBIN1 GND 24 PREO0 PRESTC FBIN0 1 - 15

[Page 24] z P6 (TXRX – RXBF: analog signal connector) 1 PREO47 GND FBIN47 GND 2 PREO46 GND FBIN46 GND 3 PREO45 GND FBIN45 GND 4 PREO44 GND FBIN44 GND 5 PREO43 GND FBIN43 GND 6 PREO42 GND FBIN42 GND 7 PREO41 GND FBIN41 GND 8 PREO40 GND FBIN40 GND 9 PREO39 GND FBIN39 GND 10 PREO38 GND FBIN38 GND 11 PREO37 GND FBIN37 GND 12 PREO36 GND FBIN36 GND 13 PREO35 GND FBIN35 GND 14 PREO34 GND FBIN34 GND 15 PREO33 GND FBIN33 GND 16 PREO32 GND FBIN32 GND 17 PREO31 GND FBIN31 GND 18 PREO30 GND FBIN30 GND 19 PREO29 GND FBIN29 GND 20 PREO28 GND FBIN28 GND 21 PREO27 GND FBIN27 GND 22 PREO26 GND FBIN26 GND 23 PREO25 GND FBIN25 GND 24 PREO24 GND FBIN24 GND z P4 (TXRX – RXBF: control signal connector) 1 +5 V +5V +5V +5V 2 -5V -5V -5V -5V 3 +12V +12V +12V +12V 4 -12V -12V -12V -12V 5 GND GND GND GND 6 +TXH V +TXHV +TXHV +HVD 7 GND GND GND GND 8 -TXHV -TXH V -TXHV -H VD 9 GND GND GND GND 10 +90V GND GND -90V 11 GND GND GND GND 12 STARTRX IRQL S VIRQL SPR0 13 GND GND GND GND 14 CLK80MP GND S V80MP GND 15 CLK80MN GND SV80MN GND 16 GND CWDTP GND CW8 0MP 17 GND CWDTN GND CW80MN 18 GND GND GND GND 19 TMS TDI TXTCK TXTDO 20 DMAD0 DMAD1 DMAD2 DMAD3 21 DMAD4 DMAD5 DMAD6 DMAD7 22 DAMSYNC GND GND DMASTRBL 23 PS TCK PSTDO SVTCK SVTDO 24 SVDT SVSYNC SVSTRBL MRXPARAM 1 - 16

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[Page 26] 1-1-3 RXBF This board mainly generates transmitting pulses, and amplifies received signals. The maximum number of channels for transmitting and receiving is 96 and 48 channels, respectively. Other functions include transmitting voltage control, transmitting voltage monitoring, and so on. (1) VGA & ADC This part uses the AD9271 to amplify received signals and perform A/D conversion (12-bit). Received signals converted to digital are sent to the DBF. Note that TGC control for VGA is performed by the RF Process. (2) DBF This FPGA has a 16-channel Delay & Adder & Control circuit. Its interior is comprised as shown in the following diagram. This digital delay circuit can vary continuously the delay interval for reception focus. It also has a function for DMA transmission of Focus Data to the Delay circuit in beam units from the Focus Data Memory. a) StoP This part performs serial parallel conversion for serial (LVDS) data for output of the AD converter and DBF output data. b) DC Calib Digitally calibrates the DC offset of the AD converter. c) Digital Filter These are decimation filters that output 40 MHz sampling rate to a data rate of 40 MHz, 20 MHz, and 10 MHz. Each is comprised of symmetrical 8, 16, or 32 taps. For the filter coefficient, 64 types can be stored, and it is possible to overwrite from the software. d) Dual Port Memory This dual port memory performs delay processing. By delaying reading, delay in units of sample clock is applied. Reading is performed at four times the speed. e) Interpolator The interpolator uses four successive adjacent data items read from the dual port memory, and calculates data that matches the delay amount. This process can add fine amounts of delay in a resolution of 1/16th the sampling clock. The setting value can be overwritten from the software. IN1 Input signal sampled at IN2 IN3 40MHz (Memory output). IN4 Interpolation Coefficient A C (Arrange interpolation coefficient mainly at the desired locations.) IN1×A ＋ IN2×B ＋ IN3×C ＋ IN4×D Output of the Interpolation circuit. Desired Locations by Interpolation f) Gain This is time variable gain processing for receiving apodization. (Receiving apodization can further focus the receiving beam and improve directional resolution.) g) Add This part adds data of two channels. 1 - 18

[Page 27] h) Adder This part adds data of eight channels, controls bit shift, and outputs to Delay. i) Delay This is memory for pipeline delay calibration. j) Adder Converts LVDS data from the DBF FPGA of the previous stage connected to the pipeline to a parallel signal, adds this data and the Adder output data, reconverts the data to serial data, and then outputs it to the DBF FPGA of the next stage. j) PtoS Because DBF output data is serial data format, performs parallel serial conversion. k) Timing & Control Performs DMA transmission of Focus Data from the Focus Data Memory in units of beams to each Delay circuit (phase addition device). These controls are synchronized to a timing signal. (3) HV Control This part is comprised of FPGA and peripheral circuits. It controls transmitting variable voltage. The controlled variable voltage is applied to the HVS of the TxRx board. (4) HV Monitor This part is comprised of FPGA and peripheral circuits. It monitors the transmitting variable voltage. (5) RF Process This part is comprised of FPGA and peripheral circuits. It has the following processing functions. z Filter processing and quadrature detection processing of signals received from the DBF. z Processes received signals of CW data. z Controls the DBF. z Controls the CPU Local Bus. z Temporarily stores received signals, and sends data to the Backend. z Receives physio-signals and R waves, and processes each signal. z Controls the FEDMA Bus. 1 - 19

[Page 28] 1/3 形名 BWP BWP (FPGA) (FPGA) 名称 (FPGA) (FPGA) (FPGA) 16ch DBF 16ch DBF 16ch DBF 1 - 20

[Page 29] 2/3 形名 16ch DBF 名称 RXBF firmware (16ch DBF) block diagram 1 - 21

[Page 30] 3/3 形名 BWP 名称 RXBF firmware (BWP) block diagram 1 - 22

[Page 31] Signal List z J1 (RXBF – Backplane: signal connector) 2 GND GND GND GND 3 -12VP -12VP -12VP -12VP 4 +12VP +12VP +12VP +12VP 5 -5VP -5VP -5VP -5VP 6 +5VP +5VP +5VP +5VP 8 +3.3VP +3.3VP +3.3VP +3.3VP 9 +3.3VP +3.3VP +3.3VP +3.3VP 11 +3.3VP +3.3VP +3.3VP +3.3VP 12 GND LCS1X LCS0X HSTRSTX 13 GND LWEX LRDX LRD 14 GND LAD1 LINTX LDACKX 15 GND LAD4 LAD3 LAD2 16 GND LAD7 LAD6 LAD5 17 GND LAD10 LAD9 LAD8 18 GND LAD13 LAD12 LAD11 19 GND LAD16 LAD15 LAD14 20 GND LAD19 LAD18 LAD17 21 GND LAD22 LAD21 LAD20 22 GND LDT0 LAD24 LAD23 23 GND LDT3 LDT2 LDT1 24 GND LDT6 LDT5 LDT4 25 GND LDT9 LDT8 LDT7 26 GND LDT12 LDT11 LDT10 27 GND LDT15 LDT14 LDT13 28 GND GND GND GND 29 GND GND GND PTXO0- 30 GND PTXO1- GND PTXO0+ 31 GND PTXO1+ GND PTXO2- 32 GND PTXCLK- GND PTXO2+ 33 GND PTXCLK+ GND PTXO3- 34 GND GND GND PTXO3+ 35 GND GND GND GND 36 GND GND GND STXO0- 37 GND STXO1- GND STXO0+ 38 GND STXO1+ GND STXO2- 39 GND STXCLK- GND STXO2+ 40 GND STXCLK+ GND STXO3- 41 GND GND GND STXO3+ 42 GND GND GND GND 43 GND 44 GND AUDIOCLK AUDIO 45 GND PHY_CK PHY-RWAVX 46 GND PHYDT PHY_REQX PHY_BSYX 48 +90VP -90VP 1 - 23

[Page 32] z J2 (TXRX – RXBF: control signal connector) 1 +5 V +5V +5V +5V 2 -5V -5V -5V -5V 3 +12V +12V +12V +12V 4 -12V -12V -12V -12V 5 GND GND GND GND 6 +HVD +TXHV +TXHV +TXH V 7 GND GND GND GND 8 -HVD -TXH V -TXHV -TXHV 9 GND GND GND GND 10 -90V GND GND +90V 11 GND GND GND GND 12 SPR0 SVIRQL IRQL STARTRX 13 GND GND GND GND 14 GND SV80MP GND CLK80MP 15 GND SV80MN GND CLK80MN 16 CW80MP GND CWDTP GND 17 CW80MN GND CWDTN GND 18 GND GND GND GND 19 TXTDO TXTCK TDI TMS 20 DMAD3 DMAD2 DMAD1 DMAD0 21 DMAD7 DMAD6 DMAD5 DMAD4 22 DMASTRBL GND GND DAMSYNC 23 SVTDO SVTCK PSTDO PSTCK 24 MRXPARAM SVSTRBL SVSYNC S VDT z J3 (TXRX – RXBF: analog signal connector) 1 PREO23 GND FBIN23 GND 2 PREO22 GND FBIN22 GND 3 PREO21 GND FBIN21 GND 4 PREO20 GND FBIN20 GND 5 PREO19 GND FBIN19 GND 6 PREO18 GND FBIN18 GND 7 PREO17 GND FBIN17 GND 8 PREO16 GND FBIN16 GND 9 PREO15 GND FBIN15 GND 10 PREO14 GND FBIN14 GND 11 PREO13 GND FBIN13 GND 12 PREO12 GND FBIN12 GND 13 PREO11 GND FBIN11 GND 14 PREO10 GND FBIN10 GND 15 PREO9 GND FBIN9 GND 16 PREO8 GND FBIN8 GND 17 PREO7 GND FBIN7 GND 18 PREO6 GND FBIN6 GND 19 PREO5 GND FBIN5 GND 20 PREO4 GND FBIN4 GND 21 PREO3 GND FBIN3 GND 22 PREO2 GND FBIN2 GND 23 PREO1 GND FBIN1 GND 24 PREO0 PRESTC FBIN0 VOFFSET 1 - 24

[Page 33] z J4 (TXRX – RXBF: analog signal connector) 1 PREO47 GND FBIN47 GND 2 PREO46 GND FBIN46 GND 3 PREO45 GND FBIN45 GND 4 PREO44 GND FBIN44 GND 5 PREO43 GND FBIN43 GND 6 PREO42 GND FBIN42 GND 7 PREO41 GND FBIN41 GND 8 PREO40 GND FBIN40 GND 9 PREO39 GND FBIN39 GND 10 PREO38 GND FBIN38 GND 11 PREO37 GND FBIN37 GND 12 PREO36 GND FBIN36 GND 13 PREO35 GND FBIN35 GND 14 PREO34 GND FBIN34 GND 15 PREO33 GND FBIN33 GND 16 PREO32 GND FBIN32 GND 17 PREO31 GND FBIN31 GND 18 PREO30 GND FBIN30 GND 19 PREO29 GND FBIN29 GND 20 PREO28 GND FBIN28 GND 21 PREO27 GND FBIN27 GND 22 PREO26 GND FBIN26 GND 23 PREO25 GND FBIN25 GND 24 PREO24 GND FBIN24 GND 1 - 25

[Page 34] 1-1-4 Backend unit This unit is comprised of three main blocks: FEI (Front-End Interface), DPM (Data Processing Module), and CPU. In former ultrasound system, functions from Beam Processor to Video Processor were processed on the unit, and most of the functions of the backend part (cine memory, scan conversion, post-processing, and overlay) were processed by software running on a general-purpose operating system (software backend). (1) FEI (Front-End Interface) The FEI is comprised of FPGA and memory. It receives ultrasound data (RF/IQ beam) from the frontend part, and the DPM converts it to an input/output format that can be processed. The FEI also receives hardware control commands from the DPM, and configures the hardware register. Furthermore, it receives software application images from the CPU via the LVDS and outputs them to the machine monitor. The FEI can downconvert XGA non-interlaced images to NTSC/PAL video signals. It can also upconvert NTSC/PAL video signals to XGA. (2) DPM (Data Processing Module) The DPM is comprised of a DSP (Digital Signal Processor) and memory. It receives ultrasound data from the FEI, and generates line data. Because it is equipped with a PCI Express interface, the DPM sends line data to the CPU main memory by DMA transmission. (3) CPU The CPU part is equipped with a COM Express module. The COM Express module is comprised of a CPU, a chipset, and memory. In addition, the chipset has an embedded GPU (Graphic Processing Unit). The software uses the GPU to generate software application images, including ultrasound images. 1 - 26

[Page 35] 形名 EU-9142* Backend 名称 1 - 27

[Page 36] Signal List z J1 (Backend – Backplane: signal connector) 47 PS_CREV3 MB_CREV3 DOP_SDATA GND 46 PS_CREV2 MB_CREV2 DOP_SCK GND 45 PS_CREV1 MB_CREV1 GND 44 PS_CREV0 MB_CREV0 FAN_ERR# GND 43 PWR_BTN# GND 42 GND GND PWR_OK GND 41 LVDS0_3P GND PS_ON GND 40 LVDS0_3N GND GND GND 39 LVDS0_2P GND LVDS0_CP GND 38 LVDS0_2N GND LVDS0_CN GND 37 LVDS0_0P GND LVDS0_1P GND 36 LVDS0_0N GND LVDS0_1N GND 35 GND GND GND GND 34 LVDS1_3P GND GND GND 33 LVDS1_3N GND LVDS1_CP GND 32 LVDS1_2P GND LVDS1_CN GND 31 LVDS1_2N GND LVDS1_1P GND 30 LVDS1_0P GND LVDS1_1N GND 29 LVDS1_0N GND GND GND 28 GND GND GND GND 27 LBUS_DT13 LBUS_DT14 LBUS_DT15 GND 26 LBUS_DT10 LBUS_DT11 LBUS_DT12 GND 25 LBUS_DT7 LBUS_DT8 LBUS_DT9 GND 24 LBUS_DT4 LBUS_DT5 LBUS_DT6 GND 23 LBUS_DT1 LBUS_DT2 LBUS_DT3 GND 22 LBUS_AD23 LBUS_AD24 LBUS_DT0 GND 21 LBUS_AD20 LBUS_AD21 LBUS_AD22 GND 20 LBUS_AD17 LBUS_AD18 LBUS_AD19 GND 19 LBUS_AD14 LBUS_AD15 LBUS_AD16 GND 18 LBUS_AD11 LBUS_AD12 LBUS_AD13 GND 17 LBUS_AD8 LBUS_AD9 LBUS_AD10 GND 16 LBUS_AD5 LBUS_AD6 LBUS_AD7 GND 15 LBUS_AD2 LBUS_AD3 LBUS_AD4 GND 14 LBUS_DACKx LBUS_INTx LBUS_AD1 GND 13 LBUS_RD LBUS_RDx LBUS_WEx GND 12 HST_RSTx LBUS_CS0x LBUS_CS1x GND 11 +5STB +5STB +5STB +5STB 10 +12V +12V +12V +12V 9 +3.3V +3.3V +3.3V +3.3V 8 +3.3V +3.3V +3.3V +3.3V 7 +12V +12V +12V +12V 6 +5V +5V +5V +5V 5 -5V -5V -5V -5V 4 +12V +12V +12V +12V 3 -12V -12V -12V -12V 2 GND GND GND GND 1 - 28

[Page 37] z J2 (Backend – Backplane: signal connector) 48 GND GND GND GND 47 COM1_CD GND COM2_CD GND 46 COM1_RX GND COM2_RX GND 45 COM1_TX GND COM2_TX GND 44 COM1_DTR GND COM2_DTR GND 43 GND GND GND GND 42 COM1_DSR GND COM2_DSR GND 41 COM1_RTS GND COM2_RTS GND 40 COM1_CTS GND COM2_CTS GND 39 COM1_RI GND COM2_RI GND 38 GND GND GND GND 37 GND GND GND 36 GND GND GND GND 35 CMP_IN GND CMP_OUT GND 34 Y_IN GND Y_OUT GND 33 C_IN GND C_OUT GND 32 GND GND GND GND 31 IBP_I2C_SCL IBP_I2C_SDA GND 30 GND 29 GND GND GND GND 28 AUDIO_L_IN GND GND GND 27 AUDIO_R_IN GND GND GND 26 MIC_IN GND GND GND 25 GND GND GND GND 24 AUDIO_L_OUT GND GND GND 23 AUDIO_R_OUT GND GND GND 22 GND GND GND 21 GND GND GND 20 GND GND GND GND 19 PHY_HUMF PHY_RWAV OS_DISP_MASK GND 18 PHY_DRFTF GND 17 GND GND GND GND 16 SARXP SATXP GND 15 SARXN SATXN GND 14 GND GND GND GND 13 FTSW_1B FTSW_2A FTSW_2B GND 12 FTSW_0A FTSW_0B FTSW_1A GND 11 GND GND GND GND 10 +5STBK +5STBK +5STBK +5STBK 9 +5VK +5VK +5VK +5VK 8 +5VK +5VK +5VK +5VK 7 GND GND GND GND 6 +12VK +12VK +12VK +12VK 5 +12VK +12VK +12VK +12VK 4 GND GND GND GND 3 -12VK -12VK -12VK -12VK 2 GND GND GND GND 1 - 29

[Page 38] z J3 (Backend – Backplane: signal connector) 48 GND GND GND GND 47 USB_VBUS01 GND USB_VBUS01 GND 46 USB_D0N GND USB_D1N GND 45 USB_D0P GND USB_D1P GND 44 GND GND GND GND 43 USB_VBUS23 GND USB_VBUS23 GND 42 USB_D2N GND USB_D3N GND 41 USB_D2P GND USB_D3P GND 40 GND GND GND GND 39 USB_VBUS45 GND USB_VBUS45 GND 38 USB_D4N GND USB_D5N GND 37 USB_D4P GND USB_D5P GND 36 GND GND GND GND 35 USB_VBUS67 GND USB_VBUS67 GND 34 USB_D6N GND USB_D7N GND 33 USB_D6P GND USB_D7P GND 32 GND GND GND GND 31 GND GND GND GND 30 LAN_TXP GND LAN_RXP GND 29 LAN_TXN GND LAN_RXN GND 28 LAN_TXGND GND LAN_RXGND GND 27 GND GND GND GND 26 GND GND GND GND 25 LCD_TXCN GND PER_TXCN GND 24 LCD_TXCP GND PER_TXCP GND 23 LCD_TX0N GND PER_TX0N GND 22 LCD_TX0P GND PER_TX0P GND 21 LCD_TX1N GND PER_TX1N GND 20 LCD_TX1P GND PER_TX1P GND 19 LCD_TX2N GND PER_TX2N GND 18 LCD_TX2P GND PER_TX2P GND 17 GND GND GND GND 16 COM3_CD GND COM4_CD COM5_CD 15 COM3_RX GND COM4_RX COM5_RX 14 COM3_TX GND COM4_TX COM5_TX 13 COM3_DTR GND COM4_DTR COM5_DTR 12 GND GND GND GND 11 COM3_DSR GND COM4_DSR COM5_DSR 10 COM3_RTS GND COM4_RTS COM5_RTS 9 COM3_CTS GND COM4_CTS COM5_CTS 8 COM3_RI GND COM4_RI COM5_RI 7 GND 6 KB_DATA HDD_LED# GND 5 KB_CLK GND 4 MS_DATA GND 3 MS_CLK GND 2 GND 1 - 30

[Page 39] (Blank page) 1 - 31

[Page 40] 1-1-5 Power Supply The power supply is comprised of three blocks: EP5636, JP-290, and EU-6052. (1) EP5636 This block has a DC power voltage checking terminal and DC voltage values can be measured from this board end. It has a fan error detection function. When the fan has stopped operating, it sends an error notice to the Backend unit (EU-9142*). It has an AD/DC part that converts AC voltage to DC voltage. To allow conversion, a PS_ON signal from the Backend unit must be detected when the power switch on the operation panel is activated. Note that to drive the power switch on the operation panel, +5V standby signal is output constantly (when a power cable is connected). (2) JP-290 This block has four AC outlets that are used to connect the power sources of peripheral devices. Two of the four AC outlets output voltage constantly, while the remaining two do not output when the machine is not running. (3) EU-6052 This block separates the mains power supply that is input from the inlet, and then outputs it to the EP5636 and JB-290. The embedded transformer isolates the power output to the JB-290 for medical use. It is possible to select 100 or 200 volts by a switch to match the destination of delivery. The transformer and switching circuits are protected by a fuse. 1 - 32

[Page 41] 形名 EP563600** External sync. DC Voltage output and control signal Power Supply INT/EXT 名称 fans and relays Voltage checking terminal Power output for Cooling 1 - 33

[Page 42] Signal List z J1 (Power Supply – Backplane: DC output connector) 48 -90V +90V 45 GND GND GND GND 44 PSU_ERR# PS_CREV3 43 SYNC PS_CREV2 42 PS_CREV1 41 PS_CREV0 37 PWR_OK 36 PS_ON# GND 24 +12Vd +12Vd +12Vd +12Vd 23 +12Vd +12Vd +12Vd +12Vd 22 +12Vd +12Vd +12Vd +12Vd 21 GND GND GND GND 20 GND GND GND GND 19 +5Vstb +5Vstb +5Vstb +5Vstb 17 +3.4V +3.4V +3.4V +3.4V 16 +3.4V +3.4V +3.4V +3.4V 15 +3.4V +3.4V +3.4V +3.4V 14 GND GND GND GND 13 GND GND GND GND 12 GND GND GND GND 11 +5.1V +5.1V +5.1V +5.1V 10 +5.1V +5.1V +5.1V +5.1V 9 GND GND GND GND 8 GND GND GND GND 7 GND GND GND GND 6 -5.1V -5.1V -5.1V -5.1V 5 GND GND GND GND 4 +12V +12V +12V +12V 3 GND GND GND GND 2 GND GND GND GND 1 -12V -12V -12V -12V 1 - 34

[Page 43] z J2 (Power Supply – Backplane: DC output connector) 48 GND GND GND GND 47 +12Vd +12Vd +12Vd +12Vd 46 -12V -12V -12V -12V 45 GND GND GND GND 13 GND GND GND GND 12 +5Vstb +5Vstb +5Vstb +5Vstb 11 GND GND GND GND 10 +5.1V +5.1V +5.1V +5.1V 9 +5.1V +5.1V +5.1V +5.1V 8 GND GND GND GND 7 GND GND GND GND 6 +12V +12V +12V +12V 5 +12V +12V +12V +12V 4 GND GND GND GND 3 GND GND GND GND 2 GND GND GND GND 1 -12V -12V -12V -12V 1 - 35

[Page 44] z J855 (Output connector for cooling fans) J855 FAN1/FAN2 4 FAN1_LOCK 3 FAN2_LOCK 2 +12VF z J854 (power connector for relays) J854 RLY Power 3 NC 2 +12VF 1 GND z J853 (AC IN connector) J853 AC_IN 5 FG 3 N 1 L z J857 (Voltage checking terminal) J857 Voltage Check 8 PS_ON GND 1 9 NC +5Vsb 2 10 +12Vd +3.4V 5 11 +5.1V +5.1V 4 12 +12V +12V 5 13 NC NC 6 14 -90V +90V 7 1 - 36

[Page 45] (Blank page) 1 - 37

[Page 46] 1-1-6 Operation Panel The PNL-F37 operation panel is equipped with various features and functions, including a USB port, an infrared remote receiver, and an illuminance sensor to control key switch lighting. Note that the PNL-F37 is not equipped with a touch panel. The microcontroller on the main board sends data to the ultrasound application software corresponding to key switches selected on the operation panel, rotary encoders, full keyboard input, and so on. The LEDs and panel sounds are controlled by the ultrasound application software. Note that communication to the machine itself is performed over USB. The configuration allows connection to the operation panel control CPU, trackball, and user USB memory connection port via the 4-port hub in the operation panel. (1) Power switch Switch section If the power switch is pressed for 330 ms or longer when switching the power off to on, the push signal is output to the Backend unit by hardwire. Next, power other than +5vstb is supplied to the operation panel, and a beep sound is emitted to inform the user that the power switch was pressed. If the power switch is held continually, switch input is not accepted for 2 seconds from the supply of power to prevent the machine from erroneously shutting down just after machine start-up. If the power switch is pressed for the predefined detection time (0.75 seconds) when switching the power on to off, a beep sound is emitted to inform the user that the panel accepted the power switch input, and then the firmware of the operation panel shuts down. In addition, the microcontroller of the operation panel outputs the push signal to the Backend unit via hardwire. LED section The LEDs have the following lighting patterns that correspond to the device status. White light on: Power on White light flashing: Shutting down Orange light on: Standby (power off and receiving main power) Orange light flashing: Error (flashing command from software, panel error, etc.) Off: Main power not supplied (2) Panel Main PCB The main board is equipped with a microcontroller (CPU) and CPLD to control the operation panel. The microcontroller part communicates with the ultrasound machine unit, and notifies the ultrasound software of user operations such as key input. It also controls the LED status and so on based on commands from the ultrasound software. The CPLD notifies about LED lighting and brightness control, and the rotation pulse count of rotary encoders based on commands from the microcontroller part. (3) Panel I/F PCB The Panel I/F PCB is connected to the Panel Main PCB by a cable. It is equipped with a USB port for use by users and an infrared receiver for a remote control. The USB port is connected to a 4-port USB hub on the Panel Main PCB. The infrared receiver is connected to the microcontroller on the Panel Main PCB. (4) Trackball This optical encoder type trackball is connected to the USB hub on the Panel Main PCB. 1 - 38

[Page 47] The interior of the trackball can be cleaned without disassembling the operation panel. Furthermore, the LED lighting for the trackball can be controlled from the ultrasound application software. (5) Ambient illuminance sensor This sensor is located on the Panel Main PCB (right edge of the F37 logo). It measures the ambient illuminance when the machine is used, and the key and full keyboard brightness appropriate to the user can be configured. In the future, it will be possible to use this sensor to adjust the brightness of the monitor from the machine application software. (6) Power supply specifications Power is supplied to the operation panel via the Backplane. There are three types of supplied power: +5V, +12V, and 5Vstb. The +12V is exclusively for the LED monitor and is supplied via the operation panel. Note that the +3.3V and so on used inside the operation panel are generated within the panel. 1 - 39

[Page 48] 形名 PNL-F37* Operation Panel 名称 1 - 40

[Page 49] Signal List z J500 (Operation Panel – Backplane: input/output connector) J500 1 SPAIN1_3V GND 2 3 5VSTB GND 4 5 PWRSW# GND 6 7 HDD_LED# GND 8 9 PNL_RST# GND 10 11 PNL_TST# GND 12 13 SPAIN2_3V GND 14 z J501 (Operation Panel – Backplane: USB connector) J501 1 VBUS 2 D- 3 D+ 4 ID 5 GND z J502 (Operation Panel – Backplane: power supply connector) J502 1 +5V 2 GND 3 +12V 4 GND 5 SPK_L 6 SPK_L_G z J504 (Operation Panel – Monitor: power supply connector) J504 1 +12V 2 GND 3 FG z J505 (Speaker connector) J505 1 SPK_L 2 SPK_L_G 1 - 41

[Page 50] z J506/J507 (Panel Main PCB – Panel I/F connector) J506/J507 1 IR_RCV_DATA MAIN_SPA2 16 2 GND MAIN_SPA3 17 3 nRST GND 18 4 GND GND 19 5 MAIN_SPA1 GND 20 6 P5V GND 21 7 P5V GND 22 8 P5V GND 23 9 nCKTREV0 D+ 24 10 nCKTREV1 D- 25 11 nCKTREV2 VBUS 26 12 nPBREV0 VBUS 27 13 nPBREV1 VBUS 28 14 nPBREV2 VBUS 29 15 PB_CONDET VBUS 30 z J520 (Panel Main PCB – Trackball connector) J520 1 VBUS 2 D- 3 D+ 4 GND 5 LEFT SW 6 RIGHT SW 7 I2C_SCL 8 I2C_SDA 9 DOUT_EN 10 GND 1 - 42

[Page 51] (Blank page) 1 - 43

[Page 52] 1-1-7 Physio AMP (PCB for Physio signal display unit PEU-F37) This board is a physio-signal amplifier for the F37. It is comprised of two parts. The ECG AMP circuit amplifies ECG signals from the ECG induction cable connected to the subject. The A/D converter performs A/D conversion on the physio-signal. In addition, signals from the external device input part (DC IN) can also be output to the physio-signal output line. Note that the internal circuits, the patient connector part circuit and device-side circuit, are electrically isolated by an isolation transformer. (1) Isolation AMP This amplifier isolates the initial stage amplifier for the ECG signal, and the patient connector part circuit and device-side circuit. (2) Drift Filter This filter stabilizes the offset voltage of the ECG signal. The drift filter is switched on and off by a preset of the machine. It is configured via the CPLD on this PC board. (3) ECG Amp This amplifier for ECG signals amplifies approximately 60 dB signals. (4) HUM Filter This noise elimination filter removes hum from the mains power source. Switching between 50 and 60 Hertz is performed by a preset of the machine. It is reflected in the settings via the CPLD on this PC board. (5) R-Wave Detector Detects the R-wave of the ECG signal. (6) Offset Calibration This calibration measures the offset of the ECG amplifier when the power is started, and then calibrates it. (7) DC IN The DC IN circuit is used when displaying a signal from an external device. It adjusts the amplitude and offset of the external device signal, and it is possible to switch the output to a signal from ECG IN. This circuit is comprised of an adjustment circuit to adjust the amplitude and offset of external device signals. With regard to switching to the signal from the ECG IN, if the cable is connected to the DC IN connector terminal, the DC IN is prioritized. (8) A/D The physio-signals output from the analog circuit part are A/D converted by time division according to the clock signal sent from the machine and load signal, and then the physio-signal data is output. This circuit performs a multiplexer operation to select the physio-signal from four types based on time division to standardize with the ALPHA6 physio-amplifier and connection specifications. (9) Board information This part outputs the board model name and revision information to the I2C bus. (10) Power Control This part controls the on and off switching of the analog circuit power source (+12V) and DC IN +/-5 V power source. 1 - 44

[Page 53] 形名 EP555601** 名称 1 - 45

[Page 54] Signal List z J710 (Physio signal connector) z J170 (Machine Input/output connector) J710 J170 ECG 1 GND 1 RA 2 +12V 2 RL 3 -12V 3 N.C 4 N.C 4 RL 5 GND 5 RL 6 CLK 6 RL 7 N.C 7 N.C 8 PHYSIO DATA 8 N.C 9 GND 9 LL 10 LOAD_ 10 RL 11 N.C 12 HUM_Filter 13 GND z J612 (DC IN connector) 14 Drift_Fil J612 15 R-SIGNAL ECG 16 N.C 1 ECG DC IN 17 GND 2 GND 18 I2C_SCL 3 GND 19 N.C 4 DCIN SEL1 20 I2C_SDA 5 N.C 6 N.C 7 N.C 8 N.C 9 N.C 10 N.C 1 - 46

[Page 55] Chapter 2 SCHEMATICS APPENDIX

[Page 56]

[Page 57] Z 1 Schematics USB MEMORY SPEAKER Y 3 J510 Chapter 2 4 X 3 USM-162* PSC-148* EXT I/F 2 - 1 EP563800 1 CBL520： L-CABLE-899 J507 4 PSC-148-3 CBL505： L-CABLE-887 PSC-148-2-2 MP-CV-F37-1 W 3 2 C BL506： L -CABLE-880 5 C BL504： L -CABLE-886 J506 4 FPD-PS J 50 5 V 3 J504 CBL530： L-CABLE-899 2 Diagnostic Ultrasound System F37 1 D VI MODEL IPF-1507 5 EP563700 Panel Main J502 J500 J501 U 3 CBL350： L-CABLE-885 PNL-F37* CBL800 PSC-148-2-1 T 3 J 80 5 J800 J710 ECG Physio J804 CBL710： CO-PEU-920-A EP555601 JB-290* S 3 J612 (PS) J803 CBL531： L-CABLE-906 CO L Print 2 PEU-F37* DC IN J1 70 CBL612： L-CABLE-902 J7 02 J802 5 ( PS) CABLE CONNECTION B/W Print R 3 CBL180：L-CABLE-903 CBL181：L-CABLE-884 CBL301：L-CABLE-883 PSC-148-1-2 J859 J858 J 001 5 CBL855： L-CABLE-891 4 Fo ot SW J 85 2 Q 3 J001-1 CBL130： L-CABLE-890 TITLE 2 EP473205 Foot SW PCB D VI B /W Print (US B) C ol Print (US B) U SB L AN Y /C IN、 OU T A udio IN(L )、IN(R） A udio Out( L)、O ut(R） C OM1、COM2 C omposite Out 5 CBL852： L-CABLE-897 P 3 2 J130 J171 J350 J351 J180 J181 J301 J302 J303 J311 J34 1 5 EU-9145 J30 4～J3 08 J320、J32 1 J322、J32 3 J324、J32 5 J330、J33 1 CBL854： L-CABLE-898 L-T -282* O 3 2 CBL1 50： CO -E U- 91 45 -B Probe4 CBL851： L-CABLE-896 EU-9151 EP566200 SERVO J1 01-1 J1 02-1～3 J1 03-1～2 4 EP559600 Backplane J851 N 3 2 J6 J5 1 J8 54 4 P1～P 6 J 85 3 CBL855： L-CABLE-888 M 3 Probe3 DPM 2 J8 55 EP562100 Probe2 L 3 1 Probe1 5 EP557400 TXRX EP557500 RXBF EP560800 IBP EP553600 EP563600 Power Supply EU-6052* EP557300 P SEL USM-38-1* EU-9142* USM-38 K 3 5 4 3 2 1 5 4 3 2 1 5 4 3 2 1 5 4 3 2 1 5 4 3 2 1 5 4 3 2 1 5 4 3 2 1 5 4 3 2 1 5 4 3 2 1 5 4 3 J I H G F E D Ｃ B A

[Page 58] 2 - 2 Schematics MN2-2065 Rev.0 Chapter 2 (Blank page)

[Page 59] P001-1 P130 EP473205** Foot SW PCB EP559600** Backplane 1 FTSW_0A 1 1 1 FTSW_0A 2 GND 2 2 2 GND 3 FTSW_1A 3 3 3 FTSW_1A 4 GND 4 4 GND 5 GND 5 5 GND 6 6 6 FTSW_2A 6 FTSW_2A CABLE 130 L-CABLE-890-04C3 2 - 3

[Page 60] GND J180 J502 EP559600** Backplane PNL-F37* Operation Panel GND 1 +5VK 2 1 IN _ P5V 2 GND 3 3 2 GND 3 +12V 4 4 3 IN _ P12V 4 GND 5 5 4 GND 5 SPK_L 6 6 5 SPK _ L 6 GND 6 SPK _ LG CABLE 180 L-CABLE-903-11C3 J181 J500 EP559600** Backplane PNL-F37* Operation Panel 1 N.C. 8 GND 5 5 1 H_SPAIN1_3V 8 GND 2 GND 9 HST_RSTX 6 6 2 GND 9 H_nPNLRST_3V 3 +5STBK 10 GND 7 7 3 H_5VSTB 10 GND 8 8 4 GND 11 PNL_TST# 9 9 4 GND 11 H_nPNLTST_3V 5 PWR_BTN# 12 GND 10 10 5 nPWRSW_5V 12 GND 11 11 6 GND 13 N.C. 6 GND 13 H_SPAIN2_3V 12 12 7 HDD_LED# 14 GND 13 13 7 H_nHDDLED_3V 14 GND 14 14 CABLE 181 L-CABLE-884-10C9 2 - 4

[Page 61] J301 J501 EP559600** Backplane PNL-F37* Operation Panel P301 P501 1 USB_VBUS01 1 H_USB_VBUS 2 USB_00N 2 H_USB_nD 3 USB_00P 3 H_USB_pD 4 GND 4 H_USB_ID 5 H_USB_GND CABLE 301 L-CABLE-883-15C0 J302 EP559600** Backplane Digital B/W Printer P302/P303 1 USB_VBUS01 1 VBUS 2 USB_01N 2 -Data 3 USB_01P 3 +Data 4 USB_GND 4 GND CABLE 302 L-CABLE-889-10C0 2 - 5

[Page 62] J303 EP559600** Backplane Digital Color Printer P302/P303 1 USB_VBUS23 1 VBUS 2 USB_02N 2 -Data 3 USB_02P 3 +Data 4 USB_GND 4 GND CABLE 303 L-CABLE-889-10C0 2 - 6

[Page 63] DVI P350 IPF-1507* LCD monitor EP559600** Backplane 5 5 6 6 1 TMDS Data2- 16 Hot Plug Detect 7 7 1 LCD_Tx2N 16 N.C. 2 TMDS Data2+ 17 TMDS Data 0- 8 8 2 LCD_Tx2P 17 LCD_Tx0N 3 TMDS Data2/4 Shield 18 TMDS Data 0+ 9 9 3 GND 18 LCD_Tx0P 10 10 4 N.C. 19 TMDS Data0/5 Shield 4 N.C. 19 GND 11 11 5 N.C. 20 N.C. 12 12 5 N.C. 20 N.C. 6 TxD(TTL) 21 N.C. 13 13 6 IBP_I2C_SCL 21 N.C. 7 RxD(TTL) 22 TMDS Clock Shield 14 14 7 IBP_I2C_SDA 22 GND 15 15 8 N.C. 23 TMDS Clock+ 16 16 8 N.C. 23 LCD_TxCP 9 TMDS Data 1- 24 TMDS Clock- 17 17 9 LCD_Tx1N 24 LCD_TxCN 10 TMDS Data 1+ 18 18 10 LCD_Tx1P 19 19 11 TMDS Data1/3 Shield 11 GND 20 20 12 N.C. 21 21 12 N.C. 13 N.C. 22 22 13 N.C. 14 N.C. 23 23 14 N.C. 24 24 15 Ground 15 GND CABLE 350 L-CABLE-885-19C7 2 - 7

[Page 64] GND GND J504 FPD-PS PNL-F37* Operation Panel IPF-1507* LCD monitor 1 P12V 1 +12V 2 GND 2 GND 3 MON_FG 3 Frame GND CABLE 504 L-CABLE-886-07C7 J505 PNL-F37* Operation Panel Speaker 1 SPK_L 1 + 2 SPK_LG 2 - * This item provides as “SAP F37-01-36” that include metal plate. (Refer to the parts list) CABLE 505 L-CABLE-887-00C8 2 - 8

[Page 65] PSC-148-3 Tilt Assembly PSC-148-2-2 Panel Base CABLE 520 L-CABLE-899-01C2 PSC-148-2-2 Panel Base PSC-148-2-1 Panel Arm CABLE 530 L-CABLE-899-02C1 2 - 9

[Page 66] PSC-148-2-1 Panel Base PSC-148-1-2 Main Chassis CABLE 531 L-CABLE-906-06C7 2 - 10

[Page 67] J804 JB-290* AC Outlet Digital Color Printer CABLE 804 L-CABLE-807-10C0 J805 JB-290* AC Outlet Digital B/W Printer CABLE 805 L-CABLE-405-12 2 - 11

[Page 68] J853 J851 EP563600** Power Supply EU-6052* Power Entry unit GND 1 AC_IN L 1 AC_IN L 2 N.C. 2 N.C. 3 AC_IN N 4 3 AC_IN N 4 N.C. 5 5 AC_IN FG GND CABLE 851 L-CABLE-896-05C6 J858 J852 JB-290* AC Outlet EU-6052* Power Entry unit 1 AC_IN L 1 AC_IN L 2 N.C. 2 N.C. 3 AC_IN N 3 AC_IN N CABLE 852 L-CABLE-897-02C2 2 - 12

[Page 69] J854 J859 EP563600** Power Supply JB-290* AC Outlet 1 GND 1 GND 2 +12VF 2 +12VF 3 N.C. 3 N.C. 4 N.C. CABLE 854 L-CABLE-898-02C5 J855 Fan EP563600** Power Supply FAN2 1 1 GND 2 2 +12VF 3 3 FAN2 LOCK 4 FAN1 LOCK FAN1 * This item provides as “SAP-F37-01-21” that includes metal plate. (Refer to the parts list) CABLE 855 L-CABLE-888-04C8 2 - 13

[Page 70] (Blank page) 2 - 14

[Page 71] 1/5 1/1 形名 形名 EP473205** EP557900BB MODEL MODEL Audio ITF Foot SW PCB 称 称 名 名 TITLE TITLE 2 - 15

[Page 72] (Blank page) 2 - 16

[Page 73] 1/2 Schematics Chapter 2 use) 2 - 17 形名 in EP559600EE IN IN OUT OUT OUT L R L R POWER MODEL Indication SW (Not OUT IN USB(PANEL_CTRL) USB(B/W_P) USB(COL_P) USB FPD(DVI) FPD(DVI) LAN RS232C(DVD_CTRL) RS232C(OPTION) Y/C Y/C VIDEO MIC AUDIO AUDIO AUDIO AUDIO FOOT SATA SATA POWER (Not in use) PHYSIO PANEL PANEL J308 No. J301 J302 J303 J350 J351 J311 J330 J331 J321 J320 J341 J370 J322 J323 J324 J325 J130 J360 J361 J171 J180 J181 Connector J304 J305 J331 J304 Backplane J308 J330 J130 J303 J307 J351 J361 J302 J341 J370 名称 J180 J323 J325 J181 J171 J301 J350 TITLE J306 J321 J320 J311 J322 J324 J360 Connector location (Peripheral I/O side) Supply Backend RxBF Power Name / / / PC board No. / EP5575 EU-9124 EP5636 No. J101-* J102-* J103-* Connector J101-1 J102-3 J102-2 J102-1 J103-2 J103-1 Connector location (PC board side)

[Page 74] 2/2 LAN_TXP LAN_TXN LAN_RXP LAN_TXGND LAN_TXGND LAN_RXN LAN_RXGND LAN_RXGND +12VK +5VK J311 LAN J361 SATA POWER 1 2 3 4 5 6 7 8 1 2 3 4 GND GND GND GND GND GND GND SATXP SATXN GND SARXN SARXP GND LCD_TX2N LCD_TX2P LCD_TX1N LCD_TX1P LCD_TX0N LCD_TX0P LCD_TXCP LCD_TXCN COM2_CD COM2_RX COM2_TX COM2_DTR COM2_DSR COM2_RTS COM2_CTS COM2_RI 形名 J351 J331 J360 SATA FPD(DVI) EP559600EE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 RS232C(OPTION) 1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 GND GND GND GND GND GND GND +12VK -12VK GND GND GND GND LCD_TX2N LCD_TX2P IBP_I2C_SCL IBP_I2C_SDA LCD_TX1N LCD_TX1P LCD_TX0N LCD_TX0P LCD_TXCP LCD_TXCN COM1_CD COM1_RX COM1_TX COM1_DTR COM1_DSR COM1_RTS COM1_CTS COM1_RI PHY_CK PHYDT PHY_REQX PHY_HUMF PHY_DRFTF PHY_RWAV IBP_I2C_SCL IBP_I2C_SDA J350 J330 J171 PHYSIO FPD(DVI) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 RS232C(DVD_CTRL) 1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 2 - 18 GND GND GND GND GND GND GND GND GND GND GND GND MIC_IN GND GND GND GND Y_IN C_IN GND GND GND GND GND -STBK GND GND GND GND GND GND USB_D5P J302 USB_VBUS01 USB_D1N USB_D1P J304 USB USB_VBUS23 USB_D3N USB_D3P J306 USB USB_VBUS45 USB_D5N J308 USB USB_VBUS67 USB_D7N USB_D7P J370 MIC J320 J323 AUDIO_R_IN J325 AUDIO_R_OUT J181 PWR_BTN# HDD_LED# HST_RSTX PNL_TST# B/W_P Y/C IN PANEL Backplane AUDIO R IN AUDIO R OUT 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 1 2 3 4 5 6 1 2 1 2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 名称 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND +5VK GND +12V GND GND USB_D0P USB_D2P USB_D4P USB_D6P Y_OUT C_OUT SPK_L J301 USB_VBUS01 USB_D0N J303 USB_VBUS23 USB_D2N J305 USB USB_VBUS45 USB_D4N J307 USB USB_VBUS67 USB_D6N J341 CMP_OUT J321 J322 AUDIO_L_IN J324 AUDIO_L_OUT J130 FTSW_0A FTSW_1A FTSW_2A J180 COL_P Schematics PANEL_CTRL VIDEO OUT Y/C OUT AUDIO L IN AUDIO L OUT FOOT SW PANEL POWER 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 1 2 1 2 3 4 5 6 1 2 1 2 1 2 3 4 5 6 1 2 3 4 5 6 MN2-2065 Rev.0 Chapter 2 A GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND +5V -5V -12V GND GND A +90V +3.3V +3.3V +3.3V +12VA B GND GND GND GND GND GND GND +5V -5V -12V GND GND B PHYDT PHY_CK DOP_SCK LVDS0_CP LVDS0_CN LVDS0_1P LVDS0_1N LVDS1_CP LVDS1_CN LVDS1_1P LVDS1_1N LBUS_DT9 LBUS_DT6 LBUS_DT3 LBUS_DT0 LBUS_AD7 LBUS_AD4 LBUS_AD1 +3.3V +3.3V +3.3V +12VA LBUS_DT15 LBUS_DT12 LBUS_AD22 LBUS_AD19 LBUS_AD16 LBUS_AD13 LBUS_AD10 LBUS_WEx LBUS_CS1x C +5V -5V C J101-1 PHY_REQX SPE2 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND LBUS_DT8 LBUS_DT5 LBUS_DT2 LBUS_AD9 LBUS_AD6 LBUS_AD3 LBUS_INTx LBUS_RDx LBUS_CS0x +3.3V +3.3V +3.3V +12VA -12V GND GND DOP_SDATA LBUS_DT14 LBUS_DT11 LBUS_AD24 LBUS_AD21 LBUS_AD18 LBUS_AD15 LBUS_AD12 D -90V SPE1 GND GND GND +5V -5V -12V GND GND D +3.3V +3.3V +3.3V +12VA PHY_BSYX PHY_RWAV LVDS0_3P LVDS0_3N LVDS0_2P LVDS0_2N LVDS0_0P LVDS0_0N LVDS1_3P LVDS1_3N LVDS1_2P LVDS1_2N LVDS1_0P LVDS1_0N LBUS_DT13 LBUS_DT10 LBUS_DT7 LBUS_DT4 LBUS_DT1 LBUS_AD23 LBUS_AD20 LBUS_AD17 LBUS_AD14 LBUS_AD11 LBUS_AD8 LBUS_AD5 LBUS_AD2 LBUS_DACKx LBUS_RD HST_RSTx 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 A GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND A GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND A GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND +5V -5V -12V GND GND A +5VK +5VK -12VK +12V +3.3V +3.3V +12V +12V COM5_CD COM5_RX COM5_TX COM5_DTR COM5_DSR COM5_RTS COM5_CTS COM5_RI +5STBK +12VK +12VK +5STB B GND GND GND GND GND GND GND GND GND GND GND B GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND B GND GND GND GND GND +5V -5V -12V GND GND B +5VK +5VK +12V +12V +12V USB_D1P USB_D3P USB_D5P USB_D7P LAN_RXP COM4_RI COM2_RI Y_OUT C_OUT +5STBK +12VK +12VK -12VK PWR_OK PS_ON +5STB +3.3V +3.3V USB_VBUS01 USB_D1N USB_VBUS23 USB_D3N USB_VBUS45 USB_D5N USB_VBUS67 USB_D7N LAN_RXN LAN_RXGND PER_TXCN PER_TXCP PER_TX0N PER_TX0P PER_TX1N PER_TX1P PER_TX2N PER_TX2P COM4_CD COM4_RX COM4_DSR COM4_CTS HDD_LED# COM2_CD COM2_RX COM2_TX COM2_DTR COM2_DSR COM2_RTS COM2_CTS CMP_OUT OS_DISP_MASK FTSW_1A DOP_SDATA DOP_SCK FAN_ERR# PWR_BTN# LVDS0_CP LVDS0_CN LVDS0_1P LVDS0_1N LVDS1_CP LVDS1_CN LVDS1_1P LVDS1_1N LBUS_DT15 LBUS_DT12 LBUS_DT9 LBUS_DT6 LBUS_DT3 LBUS_DT0 LBUS_AD22 LBUS_AD19 LBUS_AD16 LBUS_AD13 LBUS_AD10 LBUS_AD7 LBUS_AD4 LBUS_AD1 LBUS_WEx LBUS_CS1x C C C -5V C J102-3 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND J102-2 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND PHY_RWAV GND SATXP SATXN GND FTSW_2A GND GND +5STBK +5VK +5VK GND +12VK +12VK GND -12VK GND GND J102-1 MB_CREV3 MB_CREV2 MB_CREV1 MB_CREV0 SPE2 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND LBUS_DT8 LBUS_DT5 LBUS_DT2 LBUS_AD9 LBUS_AD6 LBUS_AD3 LBUS_INTx LBUS_RDx LBUS_CS0x +5STB +12V +3.3V +3.3V +12V +5V +12V -12V GND GND IBP_I2C_SDA LBUS_DT14 LBUS_DT11 LBUS_AD24 LBUS_AD21 LBUS_AD18 LBUS_AD15 LBUS_AD12 D GND GND GND GND GND GND GND GND GND GND GND D GND GND GND GND Y_IN C_IN GND GND GND GND GND GND GND GND GND GND GND GND D SPE1 GND GND GND +12V +12V +5V -5V +12V -12V GND GND D +5VK +5VK USB_D0P USB_D2P USB_D4P USB_D6P LAN_TXP LAN_TXN KB_CLK MS_CLK MIC_IN SARXP SARXN +5STBK +12VK +12VK -12VK LBUS_RD +5STB +3.3V +3.3V USB_VBUS01 USB_D0N USB_VBUS23 USB_D2N USB_VBUS45 USB_D4N USB_VBUS67 USB_D6N LAN_TXGND LCD_TXCN LCD_TXCP LCD_TX0N LCD_TX0P LCD_TX1N LCD_TX1P LCD_TX2N LCD_TX2P COM3_CD COM3_RX COM3_DSR COM3_CTS COM3_RI KB_DATA MS_DATA COM1_CD COM1_RX COM1_TX COM1_DTR COM1_DSR COM1_RTS COM1_CTS COM1_RI IBP_I2C_SCL AUDIO_L_IN AUDIO_R_IN AUDIO_L_OUT AUDIO_R_OUT PHY_HUMF PHY_DRFTF FTSW_0A PS_CREV3 PS_CREV2 PS_CREV1 PS_CREV0 LVDS0_3P LVDS0_3N LVDS0_2P LVDS0_2N LVDS0_0P LVDS0_0N LVDS1_3P LVDS1_3N LVDS1_2P LVDS1_2N LVDS1_0P LVDS1_0N LBUS_DT13 LBUS_DT10 LBUS_DT7 LBUS_DT4 LBUS_DT1 LBUS_AD23 LBUS_AD20 LBUS_AD17 LBUS_AD14 LBUS_AD11 LBUS_AD8 LBUS_AD5 LBUS_AD2 LBUS_DACKx HST_RSTx 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 A GND GND GND GND GND GND GND GND GND A GND GND GND GND GND GND GND +5V +5V GND GND GND -5V GND GND GND -12V A +12VL -12VL +5STBK +5VK +5VK +12VK +12VK -12VK +90V +12V +12V +12V +5STB +3.3V +3.3V +3.3V +12VA PS_CREV3 PS_CREV2 PS_CREV1 PS_CREV0 B GND GND GND GND GND GND GND GND GND B GND SPE2 GND GND GND GND GND +5V +5V GND GND GND -5V GND GND GND -12V B +12VL -12VL +5STBK +5VK +5VK +12VK +12VK -12VK PWR_OK PS_ON +12V +12V +12V +5STB +3.3V +3.3V +3.3V +12VA FAN_ERR# C C +5V +5V -5V C J103-2 GND +12VL -12VL GND GND +5STBK GND +5VK +5VK GND GND +12VK +12VK GND GND GND -12VK J103-1 GND SPE2 +12V +12V +12V GND GND +5STB +3.3V +3.3V +3.3V GND GND GND GND GND GND GND +12VA GND GND -12V D GND GND GND GND GND GND GND GND GND D -90V GND SPE1 GND GND GND GND GND +5V +5V GND GND GND -5V GND GND GND -12V D +12VL -12VL +5STBK +5VK +5VK +12VK +12VK -12VK +12V +12V +12V +5STB +3.3V +3.3V +3.3V +12VA 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

[Page 75] PEU-F37 形名 名称 Physio Signal display unit 2 - 19

[Page 76] 形名 L-CABLE-902-C-A CABLE 612 名称 2 - 20

[Page 77] 形名 CO-PEU-920-A CABLE 710 名称 2 - 21

[Page 78] J171 J170 EP559600** Backplane EP555601** Physio AMP 5 5 6 6 7 7 1 GND 11 N.C. 1 GND 11 N.C. 8 8 2 +12VK 12 PHY_HUMF 9 9 2 +12V 12 PHY HUMF 3 -12VK 13 GND 10 10 3 -12V 13 GND 11 11 4 N.C. 14 PHY_DRFTF 4 N.C. 14 PHY DRFTF 12 12 5 GND 15 PHY_RWAV 13 13 5 GND 15 PHY RWAV 6 PHY_CK 16 N.C. 14 14 6 PHY CK 16 N.C. 15 15 7 N.C. 17 GND 16 16 7 N.C. 17 GND 8 PHYDT 18 IBP_I2C_SCL 17 17 8 PHY DT 18 I2C CK 9 GND 19 N.C. 18 18 9 GND 19 N.C. 19 19 10 PHY_REQX 20 IBP_I2C_SDA 20 20 10 PHY LD 20 I2C DA CABLE 855 L-CABLE-891-05C2 2 - 22

[Page 79] 1/4 形名 名称 2 - 23

[Page 80] 2/4 形名 名称 2 - 24

[Page 81] 3/4 形名 名称 2 - 25

[Page 82] 4/4 形名 名称 2 - 26

[Page 83] EU-6052 形名 Power Entry unit 名称 2 - 27

[Page 84] JB-290 形名 AC Outlet 名称 2 - 28

[Page 85] 1/19 形名 名称 2 - 29

[Page 86] 2/19 形名 名称 2 - 30

[Page 87] 3/19 形名 名称 2 - 31

[Page 88] 4/19 形名 名称 2 - 32

[Page 89] 5/19 形名 名称 2 - 33

[Page 90] 6/19 形名 名称 2 - 34

[Page 91] 7/19 形名 名称 2 - 35

[Page 92] 8/19 形名 名称 2 - 36

[Page 93] 9/19 形名 名称 2 - 37

[Page 94] 10/19 形名 名称 2 - 38

[Page 95] 11/19 形名 名称 2 - 39

[Page 96] 12/19 形名 名称 2 - 40

[Page 97] 13/19 形名 名称 2 - 41

[Page 98] 14/19 形名 名称 2 - 42

[Page 99] 15/19 形名 名称 2 - 43

[Page 100] 16/19 形名 名称 2 - 44

[Page 101] 17/19 形名 名称 2 - 45

[Page 102] 18/19 形名 名称 2 - 46

[Page 103] 19/19 形名 名称 2 - 47

[Page 104] 形名 EP563800AA EXT I/F PCB 名称 2 - 48

[Page 105] J506 J507 EP563700** Panel Main PCB EP563800** EXT I/F PCB 1 EXTIF_IRRCV_DATA_5V 16 EXTIF_SPA2 1 EXTIF_IRRCV_DATA_5V 16 MAIN_SPA2 2 EXTIF_GND 17 EXTIF_SPA3 2 GND 17 MAIN_SPA3 3 EXTIF_nRST_3V 18 EXTIF_GND 1 1 3 MAIN_nRST_3V 18 GND 4 EXTIF_GND 19 EXTIF_GND 2 2 4 GND 19 GND 5 EXTIF_SPA1 20 EXTIF_GND 4 4 5 MAIN_SPA1 20 GND 6 EXTIF_VCC_5V 21 EXTIF_GND 5 5 6 P5V 21 GND 7 EXTIF_VCC_5V 22 EXTIF_GND . . 7 P5V 22 GND . . 8 EXTIF_VCC_5V 23 EXTIF_GND . . 8 P5V 23 GND 9 EXTIF_nCKTREV0_5V 24 EXTIF_USB_pD 25 25 9 nCKTREV0_5V 24 USB_pD 10 EXTIF_nCKTREV1_5V 25 EXTIF_USB_nD 26 26 10 nCKTREV1_5V 25 USB_nD 27 27 11 EXTIF_nCKTREV2_5V 26 EXTIF_VBUS 28 28 11 nCKTREV2_5V 26 VBUS 12 EXTIF_nPBREV0_5V 27 EXTIF_VBUS 29 29 12 nPBREV0_5V 27 VBUS 30 30 13 EXTIF_nPBREV1_5V 28 EXTIF_VBUS 13 nPBREV1_5V 28 VBUS 14 EXTIF_nPBREV2_5V 29 EXTIF_VBUS 14 nPBREV2_5V 29 VBUS 15 EXTIF_nPBCONDET_5V 30 EXTIF_VBUS 15 GND 30 VBUS CABLE 506 L-CABLE-880 2 - 49

[Page 106] (Blank page) 2 - 50

[Page 107] Chapter 3 SERVICE INFORMATION APPENDIX

[Page 108]

[Page 109] 3-1 Introduction This Service Information provides information that service engineers should be familiar with, and information that is useful for maintenance services. 3-2 Cautions for Transferring or Transporting the System You need to secure the monitor and operation panel before moving the system within the building. Also, you need to use special tool to secure the system before transporting it (when you transport the system to another location using a truck or other type of vehicle). z CAUTION z If you do not follow the transfer or transportation instructions, the system may be damaged. 3-2-1 Precautions Take the following precautions and notes regarding transferring or transporting the system. 1). Apply a fixing band within the range of indicated area as in the figure below when you load the equipment in a car. Put some protection material (blanket, etc.) in order to avoid damage on covers. 2). Lock all the casters when you load the equipment in a car. 3 - 1

[Page 110] 3). Please follow the instruction below for the handling of optional units at the time of transportation. [Optional units that need to be removed] z Transvaginal probe holder MP-PH8 z Mitsubishi B/W printer P95D z Mitsubishi Color printer CP30D-A z Sony DVD recorder DVO-1000MD The recorders in the figure below can be mounted on during transportation. However, mounting a BD-X201ME on the Rear Extension is prohibited. UP-D897 BD-X201ME UP-D25MD BD-X201ME The “Left probe holder **” (Option) in the figure below can be mounted on during transportation. 3 - 2

[Page 111] 3-2-2 How to move the system When you move the system over a short distance (within a building), you need to close the monitor with following procedure. z CAUTION z Always check the following points before moving the system. 9 Unplug the power cord from the wall receptacle, and hang the cord on the power cable hook at the back of the system so that it will not be caught by casters. 9 If peripheral devices are not secured to the system, remove them from the system. 9 If peripheral devices are secured to the system, bunch the cables of the peripheral devices so that they do not protrude from the system or get caught beneath the casters. When you lower the operation panel or close the monitor, adjust the cable lines so that they do not pinch. 9 Store the probles on the probe holder. For carrying the probe in the Endo-cavity Probe Holder, lay the probe down horizontally. Do not carry the probe in the vertical position. 1). Move the operation panel to the lowest position. If the optional devices are installed, lower the operation panel carefully so that it does not hit on the optional devices. 2). Close the monitor. Turn the monitor at the front and correct tilt. Hold the tilt button and close the monitor to stop point. 3 - 3

[Page 112] z CAUTION z DO NOT close the monitor that is turned to sideways. Also, DO NOT close by force and put anything on. There is a risk of injury or damage to the monitor. An dyou may pinch your fingers or cables. 3). Release the lock lever of the caster. 4). Grasp the handle on the back side firmly when moving the system. When moving across an area with uneven floor levels, use the handle to lift the system over the uneven surface. 5). Fine adjust the position of the system at an installed location. 6). Once the position and orientation of the system is fixed, lock the casters. 3 - 4

[Page 113] 3-2-3 How to transport the system When you are going to transport the system over a short distance (from the office to the delivery point only), secure the monitor and the operation panel using the special tools as explained below. z CAUTION z This transportation procedure covers only for the short-distance transportation. If you are going to transport the system over a long distance or on a rough road, the system might get damaged. In such a case, use the container that was used to deliver the system from the factory. Container 1). Prepare the following tools. When the system is delivered, do not discard them; keep them together with the system. 品 名 外 観 個 数 No. Parts Name Appearance Qty モニター受けパッド 1 Monitor Pad 1 (CB-SSD-F37(A) #1) パネルベースパッド 2 Panel Base Pad 1 (CB-SSD-F37(A) #5) マジックバンド 3 Fixing Band 1 (CB-SSD-3500(A) #3) 2). Put the operation panel and LCD display in the straight position to the front, then lower the operation panel to the bottom with stepping on the release pedal. パネル昇降ペダル Release pedal for panel height adjust 3 - 5

[Page 114] 3). Put the Monitor Pad on the operation panel. 4). Fold down the LCD display to the Monitor Pad with pushing the release button. リリースボタン Release button 3 - 6

[Page 115] 5). Bundle up the LCD display and the Operation Panel by Fixing band (CB-SSD-3500(A)#3). 2 番目と 3 番目のプロー CB-SSD-3500(A) #3 ブホルダの間に通す。 Pass the Fixing band through the space of probe holders. Fasten a fixing band so that slack does not appear in a fixing band and a monitor back cover. Only as a guide for tightening condition, make a space for a finger between a fixing band and monitor back cover. It is loose with two fingers. <OK> <NG> 3 - 7

[Page 116] 6). Put the Panel Base Pad (CB-SSD-F37#5) in between the top cover and operation panel base. In the case of no optional recorder is installed or only the B/W printer is installed. 白黒プリンタ B/W printer 材料表示 Material Description In the case of a color printer is installed. 材料表示 カラープリンタ Material Description Color printer 7). After transpotation, check the state of appearance, mechanism and operation of the system with referring to the service manual "VOLUME 1: Chapter 6, Performance Check". If you found a problem, solve it by referring to the Service Manual: "VOLUME 1: Chapter 3, Installation/Disassemble", "VOLUME 1: Chapter 5, Troubleshooting" and "VOLUME 1: Chapter 6, Performance Check". 3 - 8

[Page 117] 3-2-4 How to transport peripheral devices You may need to lock mechanical parts of the peripheral devices using special operations before transportation. Refer to the each operation manual for the peripheral device and follow its instructions. 3 - 9

[Page 118] 3-3 System setup during the installation The following explains the system setup (including user setup) during system installation. For details, refer to the Instruction Manual of the system. z CAUTION z As the date and time are roughly set on the system before shipment (Japan time), be sure to correct the date and time when installing the system. The following is a list of items that users can setup and user data. The default setup data is stored on the built-in hard disk or on the internal memory on the Backend unit. No. Item Storage device Battery backup 1 Internal memory on the Date and time Yes Backend unit 2 Institution name Built-in hard disk No 3 Preset data (including annotations and body Built-in hard disk No marks) 4 Patient database (Patient information, Measurement Built-in hard disk No results) 5 Stored images Built-in hard disk No The setup data is not deleted during normal operation. However, if the system is repaired or its system data is updated, the stored data may be deleted. Before starting such works, make a backup of the user data. When the work is completed, restore the user data if necessary. Note that the backup battery (Sony, CR2450) is mounted on the Backend unit. This battery is used to hold the BIOS setup data. However, the BIOS setup of this Backend unit is the same as the system default values and, therefore, the system can operate correctly even if the BIOS setup is returned to the defaults due to the battery discharging. If this occurs, set up only the date and time of the system on the "Common Preset" menu. As this board has a large capacity hardware design, battery discharge or deterioration problems occur only very infrequently although they often occurred on the conventional models. Backup battery z CAUTION z If you replace the battery, always use the CR2450 (UL code: MH12566) by SONY . If another battery is used, we cannot guarantee the system operation. 3 - 10

[Page 119] 3-3-1 Setting the Date, Time and Institution name (Hospital name) When the preset selection list screen appears on the monitor, select the [Common Preset] button to show the “Common1” screen. Common1 screen From this screen, select the desired options (date, time, institution name and others) and set-up them. 3 - 11

[Page 120] 3-3-2 Setting for the physiological display unit (if Option PEU-F37 installed) When the preset selection list screen appears on the monitor, select the [Common Preset] button to show the “Common1” screen. Common1 screen From this screen, select correct value for HUM filter (50Hz or 60Hz) depending on the power line frequency. 3 - 12

[Page 121] 3-4 Preset The following explains the preset settings of the system, and the standard procedure to back up, restore, or reset the preset data. Note that you should not release the setup procedure of system preset data and certain system functions to users. z CAUTION z We strongly recommend that you make a backup of user data before repairing the system or before updating the system. Also, if you have changed the preset data, be sure to back up the latest preset data. 3-4-1 Setting the preset data 3) The preset selection list screen is displayed on the monitor. Select the application to be configured. 3 - 13

[Page 122] 4) If you select the application preset, the following screen appears according to the selected application. From the tree view, select the item you want to change and change its value. If you select the Measurement Preset, the following screen appears according to the selected measurement. From the tree view, select the item you want to change and change its setting. 3-4-2 Backup or restore the preset data You can use the system to copy the setup data (such as image adjustment setup and measurement setup) for each preset number. Also, you can make a backup on an external storage media and restore the data from the storage media. In addition to the Preset Number data, you can copy any of Annotation Directory, Body Mark Library, Common Preset, Color Map, and Measurement data. You can back up data in two ways: the data saving from “Preset Control” that the user can access, and the data saving from “Maintenance Menu” that the only service engineers can access. If you use “Preset Control” for data backup, you can store each preset data in a storage media (such as a USB memory stick) which is inserted into a USB port on the operation panel. Therefore, you need to prepare a formatted storage media (such as a USB memory stick) in advance. z CAUTION z Note the following when you make a backup of preset data. If the backup data seems to be damaged due to failure of system or if the backup data seems to contain unnecessary data, do not make a backup of this preset data. If such data is restored erroneously, the system may fail or another failure may occur in the system. Also, keep a record to identify the copy source (such as the model name, serial number, and software version) of preset data that you have backed up. 3 - 14

[Page 123] z CAUTION z Note the following when you back up or restore the preset data. Never pull out the storage media from the drive/port when the media is being accessed. If done, the data of the media, the media itself, or both of them may be damaged. z CAUTION z Take the following notes when you restore the preset data. If you copy the preset data to another system, make sure that the source and destination systems are the same model. Also, make sure that they have the same software version, or that the software version of destination system is higher than the software version of source system. If you copy the data between different system models or if you restore the preset data of higher software version to the lower software version of the system, the system may not start normally. 9 Backup the data from “Preset Control” You can back up items of each preset data or each library individually. For detailed operations, refer to the Instruction Manual. 3) When the preset selection list screen appears on the monitor, select [Preset Control]. 4) Insert a storage media into the USB port of the system, select the [Copy to Media] option under the “Copy” item, and select the data you want to copy. Then, press the [->] button and the following message is displayed and the data is copied to the storage media. 5) Repeat Step 4 for all data items you want to back up. 3 - 15

[Page 124] 9 Restore the data from “Preset Control” You can restore items of each preset data or each library individually. For detailed operations, refer to the Instruction Manual. 3) When the preset selection list screen appears on the monitor, select [Preset Control]. 4) Insert a storage media into the USB port of the system. Select the [Copy from Media] button. Select the data you want to copy from list on the left pane, and select the data you want to overwrite from list on the right pane. And then press the [->] button and the following message “In Progress. Please wait” is displayed and the data is copied to the system. 5) Repeat Step 4 for all data items you want to restore. 9 Backup/Restore the data from maintenance menu For detailed operations, see Section “3-6 Maintenance Menu” If you use this function to back up data, all items are saved simultaneously. 3 - 16

[Page 125] 3-4-3 Checking the modified preset items Press the "Ctrl" and "T" keys simultaneously on the preset screen, and your changes from the factory defaults are displayed with highlighted text. 3 - 17

[Page 126] 3-4-4 System Preset The System Preset function is only used to set up the system for only service engineers. This function is not released to users. 3-4-4-1 How to use the System Preset function When the preset selection list screen appears on the monitor, select the [Common Preset] button to show the “Common1” screen. 3) On the common preset screen, press the "Ctrl" and "O" keys on the full-keyboard simultaneously. The "System" item is added to the tree at the left of the screen as follows. 3-4-4-2 System • Focus Mark: Turn the "Focus Mark" of the screen on or off. • Display Probe: Turn the "Probe model name display" of the screen on or off. • Beam Processing (Flow): Set the "Beam Processing" method to Single or Multiple in the Color Flow mode. • Image Enhance: NOT USED in this system. • Significant Figure: Set the "Significant Figure" (that is, the number of digits of measurement value display) to the Standard or Extended display. • DICOM Planar Configuration: Set the pixels and plane of Planar Configuration of the DICOM file (if the Photometric Interpretation is RGB or YBR_FULL_422). 3 - 18

[Page 127] 3-5 System Reset This section explains how to reset the whole system settings (reset to the factory defaults). z CAUTION z If you reset the system, not only the system preset data but also the patient information and stored images may be deleted from the system. If you have deleted the important data erroneously, it cannot be recovered. Before you reset the system, make sure that you agree to delete the patient data using this operation. Note that the optional software, which has been installed from the “Package Software”, is NOT initialized even if the system is reset. 3-5-1 Type of System Reset function The system has three types of system reset functions that you can select to delete certain data. You can operate each special function by simultaneously pressing the “CTRL” and “R” keys of the full keyboard at the preset set-up window, and then selecting them at the displayed user data initialization selection window. Selection Patient database Items All User Data Preset & Stored Images Preset data Deleted Deleted Kept (including annotations and body marks) DICOM printer settings Deleted Deleted Kept (Default list display) Patient database (Patient information, Measurement Deleted Kept Deleted results) Stored images on HDD Deleted Kept Deleted (including CD-R buffer) Maintenance remainder settings Deleted Kept Kept (on the maintenance function) Log and probe usage information Kept Kept Kept (on the maintenance function) All print jobs on the print spooler Deleted Kept Kept Optional software Kept Kept Kept (Software Package) The restart and The restart and Restart only Remarks initial configuration initial configuration setup are required. setup are required. For details about each function, see the items in the following sections. 3 - 19

[Page 128] 3-5-2 Reset function - All User Data All stored user data in internal hard disk will be erased and be back to factory defaults. The message below will be displayed when you enter this command from full-keyboard. Select “All User Data”, and then click “OK” button. The all user data are erased and the system restarts automatically. When the system restarts, the following screen appears. Make sure that the current settings are correct, and then click the [Exit] button. The system restarts again. 9 Default setting (For export NTSC, USA) OB Measurement America Language English Keyboard English 9 Default setting (For export PAL, China) OB Measurement Germany Language English Keyboard English * The “OB Measurement” settings may vary depending on the user configuration. When the system has restarted, make sure that all user data are reset to factory defaults. 3 - 20

[Page 129] 3-5-3 Reset function – Preset All stored Preset data in internal hard disk will be erased and be back to factory defaults. The message below will be displayed when you enter this command from full-keyboard. Select “Preset”, and then click “OK” button. The preset data are erased and the system restarts automatically. When the system restarts, the following screen appears. Make sure that the current settings are correct, and then click the [Exit] button. The system restarts again. 9 Default setting (For export NTSC, USA) OB Measurement America Language English Keyboard English 9 Default setting (For export PAL, China) OB Measurement Germany Language English Keyboard English * The “OB Measurement” settings may vary depending on the user configuration. When the system has restarted, make sure that the preset data is reset to factory defaults. 3 - 21

[Page 130] 3-5-4 Reset function – Patient database & Stored Images All stored Patient data (Patient database and stored images) in internal hard disk will be erased. The message below will be displayed when you enter this command from full-keyboard. Select “Patient database & Stored Images”, and then click “OK” button. The patient data are erased and the system restarts automatically. When the system has restarted, make sure that the patient data is deleted from the system. 3 - 22

[Page 131] 3-6 Maintenance Menu The system has the Maintenance Menu to support service engineers to inspect and repair system and to allow them to install and upgrade the system software. This function is not released to users. z CAUTION z You need to turn off the power to disable the maintenance function. After you have used the maintenance functions, always restart the system by turning the power supply off and on again. 3-6-1 How to use the Maintenance menu 2) Press the "Ctrl" and "S" keys on the full-keyboard simultaneously. Set-Up screen 3 - 23

[Page 132] 3-6-2 Maintenance Menu function - Set-Up This screen shows the system serial number and the machine ID (unique system number). • Model: Indicates the system model. • Serial No.: Indicates the system serial number. You can edit this number on this screen although you cannot edit (or change) the system serial number on the conventional systems. If you have replaced the built-in hard disk, you need to enter the correct serial number on this screen. • Machine ID: Indicates a machine ID which is unique to the system. You cannot edit this number. If you have replaced the built-in hard disk, its number is assigned automatically based on the hardware configuration. You do not need to enter the machine ID manually. • Checker’s Name: Enter the name of the technician or engineer who checked the system. You can change this name at anytime. 3 - 24

[Page 133] 3-6-3 Maintenance Menu function - UP GRADE The UP GRADE function allows you to save and restore the user data, update software, enable optional software (called the activation), and install the software driver of the PC printer (connected via USB interface). • Back-Up Data Save (User’s Data Back-up): Back up the following data onto an external storage media (such as a USB memory stick) at a time. 9 All Preset settings The network settings including system IP address and preset for analysis software are excluded. 9 All patient and measurement data 9 All image data The data stored on the CD-R buffer and the local HD2 are excluded. 9 Other data stored in internal hard disk • Back-Up Data Restore (User’s Data Back-up): Restore the data stored by “Back-Up Data Save” function from an external storage media. z CAUTION z When you restore the user data using the “User's Data Back-up” function, the system version must be the same between the recovery source and destination equipment. If you restore the backup data from different software version, an error message is displayed after restoring the data, and then the system fails to start up. • Version Up: Upgrades the software version. For the software upgrading procedure, refer to the related Instruction Manual. The preset settings and activated optional software settings are kept after software update. 3 - 25

[Page 134] • Package Software: You can activate the optional software and trial it for a certain period. Also, you can check the availability of optional software. <Indication > • Opened: available • Locked: not available • YYYY/MM/DD: trialing until “YYYY/MM/DD” Product Key: Activation of optional software You can use optional software in the following steps. First, access the license server (ALOKA Licensing Center, called the ALC, https://infoshare.hitachi-aloka.co.jp/alc/ ). Second, on this web site, type in both the machine information (where you install the optional software) and the optional software information (that you have purchased), and then receive the license key or the license key file. Finally, type in this license key or load this license key file on the machine. For the detailed activation procedure, refer to the SOP-F37-xx Installation Manual. z CAUTION z You need to have a user account for accessing to the Licensing server because of the security reason. If you didn’t have an account yet, please contact the responsible person in the International Marketing & Sales Department. Trial: Trial function of optional software The Trial function allows the user to trial an optional software product for a certain period by typing in both function number and password. 9 Affected Optional Software You can use this trial function for all SOP-F37-xx except SOP-F37-48 (McAfee Embedded Control). 9 Trial Period The period of trial use is one month after turning this function on. For example, when st st you start trial use on 2012-January-1 , it expires on 2012-Febrary-1 . In this case, the nd software function is disabled when you turn the machine on 2012-February-2 and later. Please note that there is no message displayed and the software function(s) is automatically disabled when the trial period expires. In addition, you can reactivate the trial use during the trial period (See the chart below) , and you can use maximum three consecutive months trial. The 3 times trial is permitted to each optional software. 3 - 26

[Page 135] Trial start Trial end Trial start Trial end (1st time) (2nd time) (3rd time) (3rd time) Two consecutive months A month Trial start Before trial expired, After the 3rd trial ends, (2nd time) you CAN start next trial. you can NOT use trial function anymore. 9 Trial Procedure Please follow the instruction below to use trial function. (1) Enter the function number in “Option No” box (In this example, it is 002 : SOP-F37-7, Flow profile) and the password in “Password” box on the Package Software screen and then, click on the [OK] button. Please ask the responsible person in the International Marketing & Sales Department of Hitachi ALOKA for the password information. Function number (2) Click on the [OK] button when the following window appears. In the above photo, this is an example to start the trial function for the software option SOP-F37-7 (Flow Profile) . (3) Following message will appear as a confirmation. Make sure that the message indicates ”Success!” then, click on the [OK] button. 3 - 27

[Page 136] (4) The status of the software function is changed to ”Opening” right after starting the trial use, at this point, the trial use is ready but not activated yet. It will be available after rebooting the machine. The above is an example of software option SOP-F75-7 (Flow Profile) . (5) When you want to start the trial use for other software function(s), repeat the instructions at step (1) ~ (4). (6) Click on the [Exit] button at lower right of screen. The message shown at right appears and the machine is automatically restarted. (7) After booting-up and the ultrasound image is displayed on LCD monitor, Press [PRESET] switch on the operation panel. Then, press CTRL key and S key on the full-keyboard. (8) By using trackball and [ENTER] switch, select [UP GRADE] on the tree-display. Then, click on the [Package Software] button on right pane. (9) Confirm the status of the software function(s) that are changed to the expiration date of ”YYYY/MM/DD” . In the photo below, this is 2012/03/16 that indicates the expiration date is 2012-March-16 . 3 - 28

[Page 137] • Printer Installation: Use this option to install the software driver of the connected external PC printer. Copy the printer driver files to a USB memory stick, and follow the on-screen instructions of the Windows printer driver installation wizard. To check the printer operations, refer to the printer's instruction manual. z CAUTION z This function does not guarantee the operation of all PC printers. Some PC printers may not operate correctly. When you install the software driver, be sure to check whole PC printer operations by yourself. Also, you cannot install the printer driver successfully if the printer configuration file (***.inf) is not found on connetced USB memory stick. If the driver files are compressed by .exe, .zip or .lzh format, you will need to decompress them and copy them to the USB memory stick in advance. The following gives an example where you install the Canon's PIXUS iP4500 printer driver in the system. Although the screen display may vary slightly due to the printer driver you install, follow these steps as a reference when you install another printer driver. Preparation 9 Getting the latest version of printer driver software Use the CD-ROM disk of the printer or download the driver software from the Web site of the printer manufacturer. Decompress the file if compressed, and copy the required files in the USB memory stick. Make sure that the "***.inf" printer setup file is contained. 9 PC printer Follow the on-screen instruction for the USB cable connection and power operation of printer. Do not turn on the PC printer power switch until it is instructed. 3 - 29

[Page 138] Printer driver installation procedure (1) Click the [Printer Installation] button. When the following message appears, connect the PC printer to the USB port (except J301, J302 and J303) of the peripheral I/O. Then, turn on the power switch of the PC printer. (2) Wait for a while, and the [Found New Hardware Wizard] screen appears. Install the driver software by following the on-screen instructions. In the following screen, select "No, not this time" and click the [Next >] button. (3) When the following screen appears, select "Install from a list or specific location (Advanced)" and click the [Next >] button. (4) When the following screen appears, check the "Include this location in the search" box. Then, click the [Browse] button, select the folder where the "***.inf" printer setup file exists, and click the [Next >] button. 3 - 30

[Page 139] (5) After all required files are copied, the following screen appears. Make sure that "Completing the Found New Hardware Wizard" is displayed, and click the [Finish] button. (6) Select the Printer Property function from the Maintenance menu - [OTHER] page. Set the advanced properties such as paper size and others of the connected PC printer. z CAUTION z We recommend that you suppress the paper end and other miscellaneous message display function by printer driver setup. (7) Finally, check the overall printer operations. 3 - 31

[Page 140] 3-6-4 Maintenance Menu function - MAINTENANCE - SYSTEM1 This screen displays the system information and the probe connection information. The screen also displays the connection and installation status of hardware and software options and the setting information for each destination. • Machine basic information: (A) Indicates basic information of the machine, such as the serial number. 9 System Version: The system version of the whole machine is indicated. The software version is usually indicated as the system version. This is version "00-1.1.3" in this example. 9 Serial No. Indicates the system serial number. This number is 20234271 in this example. 9 MAC Address Indicates the MAC address of this system. (The MAC address is the physical address arbitrarily assigned to configured network device hardware to identify each node on the network.) On this system, this value will be changed after the Backend unit has been replaced. This address is "00-30-64-0c-ee-bb" in this example. • Software : (B) Indicates the software version (excluding the System Version) installed in the system. The software having following certain functions are grouped, and the system version of each group is indicated. 9 OS: The version of Operating System (OS) containing software drivers and components is 3 - 32

[Page 141] indicated. The version number may vary depending on the CPU board, even if the system version is identical. This is version "00-1.2.3( 4Apr)" in this example. 9 Database: The software version of the connectable probe parameters is indicated. This is version "00-1.1.0(30Nov)" in this example. 9 pcpf: The software version of the PC Platform (that is, the application of this system) is indicated. This is version "00-1.1.0( 5Jan)" in this example. z IMPORTANT z When you contact the technical support, please inform not only the system version but all software version, or send us the System Information file explained later so that we can understand the system status and decide the appropriate action to take. • Probe : (C) The connector number, probe type, and the probe code of the connected probe and connected probe are displayed. When you change the probe on this screen, It’s connection status is not undated automatically. Press the [Up Date] button (F) at the button of screen to update and display the information. The connector numbers of the probe and their Connector 1 assignment are shown in the figure on the right. This example shows that UST-5413 (probe code 2000031) is plugged into Connector 1. And UST-9123 (probe code 2000065) is plugged into Connector 2 Connector 4 Connector 2. Note that No.4 is for the independent probe. Connector 3 • Option : (D) Information about the hardware option connected to the system is shown. If a unit is connected to the system, the "Connected" message is displayed. If a units is not connected, the "N.C." (Not connected) message is displayed. Indication on screen Model name Description PEU-F37 PEU-F37 Physiological signal display unit EU-9151 EU-9151 Function Addition unit z CAUTION z The connection information of the following hardware options is not display on the maintenance screen. 9 EU-9145, Independent CW probe connection kit. 3 - 33

[Page 142] • Option : (E) This shows the information about software options already installed in the system. If the software is able to be used, it is shown as "O". If it is not able to be used, it is shown as "L". Indication on Product Product description Notes screen name FAM SOP-F37-5 Free Angular M-mode Flow Profile SOP-F37-7 Flow Profile %Normal - (For the Japanese market Never able to be only) used ("L" is shown). TEI Index SOP-F37-8 IMP (Index of Myocardial Performance) DICOM Network SOP-F37-10 DICOM Communication ID Card Reader - (For the Japanese market Never able to be only) used ("L" is shown). Spatial Compound SOP-F37-22 Spatial Compound SR SOP-F37-21 DICOM SR AIP SOP-F37-24 AIP Auto IMT SOP-F37-38 Automated IMT Measurement Auto NT SOP-F37-42 Automated NT Measurement This screen shows the availability as "O" for both the optional software if its product version is installed and the optional software if it is used for trial purposes. You can check the functions if it is the product version or trial version (although they are indicated with an "O") from the maintenance screen – UPGRADE - Package Software page. Also, you can check it from the System Information file. z IMPORTANT z The installation status information of optional software is NOT stored on the built-in HDD of the system. When you replace the HDD, you do not need to reinstall (or activate) the optional software. Simply type in the serial number on the maintenance menu and re-configure the Initial Configuration settings. 3 - 34

[Page 143] • Option : (F) This shows the settings applied to the system which is shipped to each destination. You cannot change the items displayed in the REGIONAL SETTING field. However, you can modify the items displayed in the INITIAL CONFIGURATION field after system initialization or after the preset Initialization. The following is a list of factory defaults. 9 Japanese market Regional Setting Initial Configuration MI/TI Display On OB Measurement Japan Tokyo UNIV Power Limit Except US Language English Probe Group Japan Keyboard English Cardiac Normal Range On 9 NTSC system Regional Setting Initial Configuration MI/TI Display On OB Measurement US Power Limit Except US Language English Probe Group Other Keyboard English Cardiac Normal Range Off 9 PAL system and Chinese market Regional Setting Initial Configuration MI/TI Display On OB Measurement Germany Power Limit Except US Language English Probe Group Other Keyboard English Cardiac Normal Range Off 9 USA market Regional Setting Initial Configuration MI/TI Display On OB Measurement US Power Limit US Language English Probe Group US Keyboard English Cardiac Normal Range Off 3 - 35

[Page 144] • Button : (F) Provides the functions to output the system information to USB devices and to update the display information. 9 USB: The system information file is output to an external storage media (such as a USB memory stick) being connected to the USB port on the operation panel. When the file is output, the following two files are stored on the external storage media. The "xml" format file is the system information file. (The file name of "F37SysInfo_serial-number_saving-date.xml" is assigned.) This file is located in the same folder hierarchy as "xsl" format files. You can open this file using a Web browser such as Internet Explorer and check the following file contents. 3 - 36

[Page 145] 3 - 37

[Page 146] z IMPORTANT z If the system status changes during installation or hardware/software updating, make a backup of the system information file and keep it in your office for managemnet of system status and quick system recovery. 9 Up Date: The displayed items are updated to the current status. 3 - 38

[Page 147] 3-6-5 Maintenance Menu function - MAINTENANCE - SYSTEM2 This screen displays both the information about system hardware installed on the machine and the connected probe. • PCB LIST 1 : Information about the PC board model and revision are shown. PC board Description PCB model The correct board model names are not displayed for the power supply board and backplane (mother) board. Therefore, refer to the history information for the correct model name before preparing parts for repairs and so on. 3 - 39

[Page 148] • Status: Information related to hardware and software are shown. 9 CPU Health Information: CPU Temperature: Displays the CPU internal temperature. z IMPORTANT z The temperature displayed on the screen above is for reference only. 9 CPU VCORE: 3.3V VOLTAGE STATUS: Displays the 3.3V voltage value of the CPU interior. +5VA VOLTAGE STATUS: Displays the 5.0V voltage value of the CPU interior. 12VA VOLTAGE STATUS: Displays the 12.0V voltage value of the CPU interior. z IMPORTANT z Use the voltages displayed on this screen as a reference only. Be sure to accurately measure voltages at the checking terminal of power supply board. 9 CPU Board Information: Serial No.: Displays the serial number of the COM Express module. Hard Revision: Displays the hardware revision of the COM Express module. BC Firmware Revision: Displays the firmware revision of the COM Express module. System BIOS Revision: Displays the revision of the System BIOS. 9 Lib Information: AIDI Lib Version: Displays the revision of the AIDI library of the COM Express module. AIDI Driver Version: Displays the version of the AIDI driver of the COM Express module. 9 Monitor Information: Boot Counter: Displays the number of starts of the COM Express module. 3 - 40

[Page 149] Running Time Meter: Displays the running time of the COM Express module. (Unit: hours) 9 HDD Information: Free Space: Displays the free space of the user data area on the hard disk. 9 Power Supply Health Information: FAN Sensor (AC Board): Displays the status of the cooling fan located in the bottom of the machine. If conditions are normal, “OK” is displayed. If the fan is stopped, “Exchange” is displayed. • Status2: Information related to hardware and software are shown. 9 API: Displays the firmware version related to API. 9 Firmware: Displays the firmware version related to each module. 9 Display: Startup Splash: Displays the version of the startup screen information. Shutdown: Displays the version of the shutdown screen information. 9 Panel: PNL-F37: ID ** Displays the identification information of the operation panel. EP536700BB: PHW ** Displays the hardware revision of the operation panel. PSW ** Displays the software revision of the operation panel. EP563800AA: CON * Displays the connection information of the EXT I/F PCB. 3 - 41

[Page 150] • PROBE USE The history of the probe connected to the system is displayed. If the probe serial number is identifiable, the probes are displayed according to the probe type and serial number. If not, the total transmission time is displayed for each probe type. Model name Probe code *1 Probe S/N *2 Total transmission time *3 <Hidden menu> Displayed by pressing the "Ctrl" and "C" keys simultaneously on this screen. • Select All: Select all data • Clear: Delete selected data • Import: Restore the data from USB media • Export: Backup the data to USB media *1) If a probe has a parallel probe code system, the low-order two digits are the probe code. For example, the UST-9123 is identified as "0x02000065" and its probe code is " 65 ". *2) The serial number is displayed only when the probe has serial probe code system. *3) The total transmission time of the probe connected to the system is displayed. The time during the frozen image is excluded. 3 - 42

[Page 151] 3-6-6 Maintenance Menu function - MAINTENANCE - CHECK This screen provides the function for the field service engineers. • Panel Test If this button is pressed, the following window appears. At this window, you can run LED lighting tests on the operation panel. Each time the "Push" button is pressed, the LED lighting on the operation panel changes in the following order: white, orange, off. Note that the LED of the power switch stays the color white. If the "Exit" button is pressed, the previous screen returns. • PCPF Auto Run Default: ON This function is a hidden function. Press the “Ctrl” and “B” keys simultaneously on the screen above to display it. Specify whether to start the ultrasound application when the power switched on. When restarting the machine after switching this setting to “OFF”, the ultrasound application does not start. At this time, this function is used only when running the operation panel diagnostic tool or the self-diagnostic program “BeHITS”. For details, see “VOLUME 1: Chapter 5, Troubleshooting”. z IMPORTANT z When this setting is changed to “OFF” in error and the turn the machine off, the machine no longer starts normally. In such cases, see “VOLUME 1: Chapter 5, Troubleshooting”, and then run the self-diagnostic program “BeHITS”. 3 - 43

[Page 152] 3-6-7 Maintenance Menu function - MAINTENANCE - LOG This screen provides the function to output log files (stored on the system) to an external storage media. • Log OutPut 1 (PNL) Default: ON Select On or Off for the setting to collect a log about the system hardware. ("On" is selected in this example.) The following log files can be collected. Type Name Contents of Log file PNL P********.LOG Communication log of the operation panel Any change on this screen is validated after the system is restarted. • Log OutPut 2 (DSS, IHE, ADLIB) Default: ON Select On or Off for the setting to collect a log about the DICOM communication. ("On" is selected in this example.) Type Name Contents of Log file DSS DsLog.LOG Software module log for "DICOM image storage and DICOM Print" IHE I********.LOG Software module log for "MPPS/Storage Commitment/DICOM SR" ADLIB ADLib**.log Data transmission log of software module ADLib for "DICOM function" ADLib.sck DICOM communication log (socket) for Worklist/MPPS, DICOM image storage/Print/SR and Storage commitment (N-ACTION) ADLIBR ADLib**.log Data reception log of software module ADLib for "DICOM function" ADLib.sck DICOM communication log (socket) for message reception (N-EVENT-REPORT) during DICOM printing and storage commitment (N-EVENT-REPORT) Any change on this screen is validated after the system is restarted. 3 - 44

[Page 153] • Log OutPut 3 (SOP) Default: ON Select On or Off for the setting to collect a log about installation (activation) and other operations for software option. ("On" is selected in this example.) Type Name Contents of Log file SOP SOP.LOG Software option (SOP) activation and trial use log Any change on this screen is validated after the system is restarted. Note that the following information is always logged regardless of the on/off setting of the above "Log Output 1 to 3" functions. Type Name Contents of Log file ERR Excep********-**.log Software error message log VOLT V********.log Voltage monitoring error log • Preservation period Default: 7 days Set a storage period of log files in the system. It can be one (1) day to seven (7) days. When this period expires, the log files are deleted as follows. Type File name Explanation PNL P********.LOG When the system is restarted, the files whose preservation period has passed are deleted regardless of the "Log OutPut" settings. DSS DsLog.LOG This file is deleted each time the system is started. IHE I********.LOG If the "Log OutPut 2" is On, the files whose preservation period has passed are deleted when the system is started. ADLIB ADLib**.log The files are not deleted. As each file has a creation date in its name, the existing file is overwritten if you have created file on the same day of another month. ADLib.sck The files are not deleted. If the file size is 512MB or more, the file is cleared and the log data is written in this file. If the size is less than 512MB, the log data is added to the file. ADLIBR ADLib**.log The files are not deleted. As each file has a creation date in its name, the existing file is overwritten if you have created file on the same day of another month. ADLib.sck The files are not deleted. If the file size is 512MB or more, the file is cleared and the log data is written in this file. If the size is less than 512MB, the log data is added to the file. SOP SOP.LOG The files are not deleted. ERR Excep********-**.log When the system is restarted, the files whose preservation period has passed are deleted regardless of the "Log OutPut" settings. VOLT V********.log When the system is restarted, the files whose preservation period has passed are deleted regardless of the "Log OutPut" settings. 3 - 45

[Page 154] • Copy to Media You can select the following options for the collected log files. 9 Select All: Selects all log files on the list. 9 Unselect All: Unselects all log files on the list. 9 Delete: Deletes the selected log files on the list. 9 Total: Indicates the total file size (in KB) of selected log files on the list. 9 USB: Copies the selected log files on the list to an external storage media being connected to the USB port at the side of the operation panel. z IMPORTANT z The log files listed on this screen may be required for troubleshooting if error message are rarely appeared. If an error message is displayed, Contact our Technical Support with system information file, preset setting and the log files. 3 - 46

[Page 155] 3-6-8 Maintenance Menu function - MAINTENANCE - OTHER This screen provides the other maintenance functions. • Test Pattern 9 Gray Scale Display On: If this button is pressed, the black and white test pattern is displayed for the configured time. 9 Color Scale Display On: If this button is pressed, the color test pattern is displayed for the configured time. • Monitor SetUp Default: IPF-1507 Specifies the connected monitor. Select “IPF-1507” to allow monitor adjustment (Brightness/Contrast, etc.) from presets and the operation panel. If “Disable” is selected, the monitor cannot be adjusted. • Printer Property This provides the software driver property screen of digital printers (including the PC printer) already installed in the system. You can access the properties screen when you want to change the printer paper size and image quality. Select the desired printer from the list and press the [Open] button, and the property screen of the selected printer driver appears. • Message Check Tool This is a function for R/D purpose only. Do not change this setting. 3 - 47

[Page 156] 3-6-9 Maintenance Menu function - MAINTENANCE - Auto Test This screen provides the functions for R/D purpose only. Do not change these settings. 3 - 48

[Page 157] 3-6-10 Maintenance Menu function - MAINTENANCE - DVD This screen provides the functions to set up the DVD recorder connected to the system. • DVO-1000MD When you use the SONY's DVD recorder DVO-1000MD, check this recorder setting using the following steps and set the required items. 9 Checking the DVO-1000MD settings (1) Change the system to the [EXT] screen. (2) Turn the DVO-1000MD power switch on, and press the "Menu" and " Å " (Left arrow) keys simultaneously. (3) The "MAINTENANCE MENU" appears on the system monitor. (4) From the menu, select “OTHERS” – “SOFTWARE VERSION” in this order. 3 - 49

[Page 158] (5) Check the "DPR VERSION" on the screen. (This example in the figure on the right shows the DPR version 1.60.) (6) When you have checked it, turn the DVO-1000MD power switch off. 9 Changing the DVO-1000MD settings If the DPR version is 1.52 or later, change the DVO-1000MD settings as follows. (1) Change the system to the [EXT] screen. (2) Turn the DVO-1000MD power switch on, and press the "Menu" and " Å " (Left arrow) keys simultaneously. (3) The "MAINTENANCE MENU" appears on the system monitor. (4) From the menu, select “PLAY DURING RECPAUSE”. (5) Set the “PLAY DURING RECPAUSE” option to “ON”. (6) When you have changed it, turn the DVO-1000MD power switch off. 9 Changing the system settings After you have checked or changed the DVO-1000MD settings, set the system settings as follows. DVO-1000MD maintenance screen on the machine PLAY ROM Play Remarks DPR DURING Version During Version RECPAUSE (DPR) REC Pause ~Ver.1.42 Inoperable 1.4x or earlier Off When the screen is switched to the [EXT] screen during REC Pause, the Title is closed. Ver.1.52 ON 1.5x On If the system power supply is turned off during REC Pause, the last patient ID is not displayed in the Title list. Ver.1.62~ ON 1.6x or later On The last patient ID can be displayed in the Title list even if the system power supply is turned off during REC Pause. 3 - 50

[Page 159] 3-6-11 Maintenance Menu function - Time Server This screen sets the time server to be synchronized with the system, and the maintenance message display function. • Time Server [Click the [Settings] button, and the “Date and Time Properties” screen appears. Select the “Internet Time” tab, and check the “Automatically synchronize with an Internet time server” box. Then, type in the time server name to synchronize with the system in the “Server:” field Finally, click the [Apply] and [OK] buttons in this order and the screen is closed. 3 - 51

[Page 160] • Maintenance Reminder Displays a message to the user when the system is started on the predetermined day. The following reminder screen is displayed by default during system startup. When you confirm it by pressing the [ENTER] key on the operation panel, the startup process continues and the system starts up normally. To configure the setting, select the date on which you want to display the message in the “Maintenance Reminder” area. The date can also be set from a calendar. Next, select the message display condition from the following items. 9 Off: Do not display the reminder message. 9 One Time: Display a message when the system first starts on the specified date or after. After the first start, this setting automatically changes to “OFF”, and the message is not displayed. 9 Every time after machine starts: Display a message when the machine starts on the specified date or after. Note that a message is displayed every time the machine starts. To stop the message from being displayed, you must change the setting to “Off” at this screen. 3 - 52

[Page 161] 3-6-12 Maintenance Menu function - Security This screen provides the confirmation the setting status of SOP-F37-48 (McAfee Embedded Security). • Version Information Displays the version information of SOP-F37-48 (McAfee Embedded Security). If “McAfee Solidifier Not Installed” is displayed in the field as shown in the following diagram, PM-F37-S001 is not installed. Before activating SOP-F37-48, you must install this software. For details, see “SOP-F37-xx installation instruction sheet”. ▲ PM-F37-S001 is not installed • status 3 - 53

[Page 162] Displays the operation status of SOP-F37-48 (McAfee Embedded Security). If “Disabled” is displayed in the “McAfee Solidifier” or “McAfee Solidifier on reboot” field as shown below, PM-F37-S001 is installed but SOP-F37-48 is not installed (activated). ▲ SOP-F37-48 is not installed(activated) • solidified files With this function, you can export a list of files registered to a white list, status information, and logs to USB media. 3 - 54

[Page 163] Chapter 4 ADJUSTMENT APPENDIX

[Page 164]

[Page 165] 4-1 Introduction These is no part requires to be adjusted at the filed, when the machine is not equipped with the PEU-F37 physio signal unit and the DC IN is not used. When the DC IN is used, use the following procedure to adjust the input signal when necessary. 4-2 Attention To prevent new problems caused by the operations described in this adjustment procedure, the person performing this adjustment must attend training approved by Hitachi Aloka and have advanced skills and knowledge. Furthermore, when attempting to eliminate problems through adjustments, always investigate whether the issue occurred due to faulty adjustment or due to a malfunction of circuits beforehand. It is important to note that unnecessary adjustments may hinder the performance capabilities of the machine. Observe the following points when actually performing adjustments. 1) After switching on the power of the machine, ensure that the machine has sufficiently warmed up before starting the work. 2) When adjusting variable resistance, do not apply excessive force to the PCB. 3) Due to the advancement of surface mount technology, some variable resistance items are smaller than they have been in the past. When you make adjustments, use a screwdriver compatible with this variable resistance. 4) Never touch other variable resistance not mentioned in this document, variable coils, and so on. Doing so may put the machine in an unrecoverable state. 4-3 Tools and Measuring Instruments The following tools and measuring instruments are required as standard for adjustments. 1) Multi-meter Class : 0.5 class Mode : ACV, DCV, DCA, Ω 2) Probes : UST-9123 or UST-5299 3) Screwdriver : Various types of screwdrivers for adjustment 4 - 1

[Page 166] 4-4 Physio AMP adjustment procedure 4-4-1 DC IN specifications Specifications of the DC IN on the PEU-F37 physio-signal display unit are listed below. z Maximum input range: -5 to +5 V z CAUTION z Do not input voltages outside the range above. Doing so may damage the machine. z Input offset voltage: 0 Vdc Note that adjustment is possible on the physio-amplifier board even if the signal input has an offset up to +/-2.5 V. z Gain adjustment range: 0 to 20 dB Default setting on the board is 0 dB. 4-4-2 Connecting the DC IN cable The specifications of the DC IN cable are as follows. Prepare a cable that is compatible with the external device to be connected. Specifications of the DC IN connector pin arrangement on the PEU-F37 physio-signal display unit are listed below. z Pin 4: Signal z Pins 5 and 9: GND z Pin 8: DCIN EXCH Pin to determine whether DC IN is connected. To perform operation by DC IN, connect to GND. PEU-F37 (Front view) Pin arrangement 5 4 Pin NO Name 9 8 4 Signal 5 GND 8 DCIN EXCH 9 GND 4 - 2

[Page 167] 4-4-3 Adjusting the DC IN signal Depending on the amplitude and offset value of the analog signal output from the external device to be connected, the DC IN signal may need to be adjusted. In such cases, use the following procedure to perform adjustments on the physio-amplifier board. 1) Remove the cover of the PEU-F37 physio-signal unit, and create an environment in which you can use a multi-meter to measure the signal at the physio-amplifier board (EP555601**). EP555601BC VR106 VR107 SW501 TP103 2) Switch on the power of the external device and ultrasound machine. 3) Use the DC IN cable to connect the external device and physio-signal unit. 4) Use the multi-meter to check the voltage of check terminal TP103 on the physio-amplifier board (EP555601**). If the voltage value is within 5.85V +/-0.2V, no adjustment is required. If the value is outside this specification, use the following procedure to perform an adjustment. RV107 SW501 TP103 a) Change the setting of switch SW501 to the side with the “ z ” mark (Pin 1 side). b) Use a multi-meter to measure the voltage value of check terminal TP103. c) Adjust the variable resistance RV107 so that the voltage value is 5.85 V +/-0.2 V. 4 - 3

[Page 168] 5) Next, adjust the signal level. Use the external device to input the physio-signal of the person performing the adjustment 6) On the function menu, set "ECG Display" to "On" to show the physio-signal on the machine. If the signal was input to the ECG DC IN, the signal is displayed on the screen. 7) Adjust the displayed physio-signal using “ECG Sens” or “ECG Posi” in the function menu. If the amplitude or display position of the signal is adequate, no adjustment is required. (The adjustment procedure is complete.) If sufficient adjustment is not possible here, perform the following procedure. RV106 RV107 SW501 TP103 a) Change the setting of switch SW501 to the side with the “ z ” mark (Pin 1 side). b) Adjust variable resistance RV106 so that the amplitude of the physio-signal displayed by the machine is adequate. Note that while adjustment of this variable resistance moves the position of the displayed physio-signal up and down, you do not need to be concerned about that this time as an adjustment will be performed again later. c) Use a multi-meter to measure the voltage value of check terminal TP103. d) Adjust the variable resistance RV107 so that the voltage value is 5.85 V +/-0.2 V. 4 - 4

[Page 169] Chapter 5 PARTS LIST APPENDIX

[Page 170]

[Page 171] 5-1 Outline of Parts List This Parts List shows many parts which are selected for the technical support and maintenance, and made with the “Illustration” and “List”. These parts are selected based on the guidelines below, ‹ For the surface of the equipment such as Cover and Connector ‹ Machinery and things to be broken without difficulty. ‹ Operation panel including the Knob and Switch. ‹ Cables Excluding one soldered to the other part directly ‹ PCB Please refer to the History which has been issued separately, because almost of the PCBs have the revisions. ‹ The things to be replaced frequently such as the variable resistor for the panel ‹ Things to be needed additionally for the technical support. 5-2 Appliance of Parts List This Parts List consists of the parts for technical service and maintenance. Therefore, the parts model name (PARTS No.) is only valid to the technical support. When you order the parts shown in the List, please apply to our technical support section. You are supposed to understand well that it is not valid to refer any of the description in this document for other purpose than maintenance. 5-3 Attention z Don’t use previous versions of Parts List The part number may be changed between previous and current version even with the same parts. You therefore need to use the current one. z Refer to the “History” information for ordering of PCB. This Parts List does not show the PCB version (or not follow the each revision). Therefore, when you order the PCBs, please see the “History” issued separately. z Any part that is not described in this parts list will not be provided. 5 - 1

[Page 172] 5-4 Explanation of Parts List This Parts List is divided by some blocks (INDEX), and each block consists of the illustration, list and the overall view. The overall view shows that what part of machine is displayed in the illustration. Moreover, there are two type of format of parts list depending on the paper size. Index number linked to drawin g Ran g e of serial number to apply Index label Description of Index Model name of Index Illustration Overall View List Part description for each item Part number for each item Part Code(currently not used) Range of serial numbers to apply Item number linked to drawing Specification for each item 5 - 2

[Page 173] Illustration List Overall View z Explanation of each part in Title INDEX The number represents individual Parts List (illustrations and Lists) that is divided into several parts that corresponded to the blocks in the illustration for whole equipment at the beginning. DESCRIPTION The name of this block (or unit) corresponding to this INDEX . UNIT The name of this block (or unit) indicated by INDEX . If the same block or unit will be revised, it will be distinguished with this and next S/N . S/N If the same block or unit will be revised, it will be distinguished with UNIT , and this shows the beginning of production change. z Explanation of each part in List Item Relation numbers between illustration and List. If the item number were in brackets ” () ” , this may not be available. Instead, please choose the substitution shown with same item number. Code Code number applied to each parts. However, it is not in use. Part number This is the parts number Description The name of Parts Serial Number Applicable serial numbers. If it shows “ xxxxx~ “, the part is available to serial number or after. On the other side, “ ~xxxxx ” means that is valid to the serial number and before. No description means it is serial number independent. Specification The specification, some differences on shipment, and the other remarks are shown. 5 - 3

[Page 174] 5-5 Parts List Parts are separately shown as each portion of equipment. When you find the part, firstly choose the portion the part belonged, then open the page suggested with ”INDEX”. MONITOR SEE INDEX 06 OPERATION PANEL SEE INDEX 02 MAIN BODY SEE INDEX 01 PHYSIOLOGICAL SIGNAL UNIT SEE INDEX 05 USM-38-1* UNIT SEE INDEX 04 POWER SUPPLY UNIT AC OUTLET S EE INDEX 0 3 LABEL SEE INDEX 07 5 - 4

[Page 175] Index 01 MAIN BODY ※ キャスタ交換時は必ずこのスパナを使うこと。なお、このスパナは使い捨てです。 It is always necessary when caster is exchanged. It is disposable. 1 A201556 DC125BT5/W529U CASTER 2 A140370 DC125_COVERS CASTER : COVERS 3 A400018 WN-41 WRENCH 5 - 5

[Page 176] 4 ※ プローブフック（ item#5 ）を含む Including Probe Hook (item#5) Probe Hook ×3 4 A120489 SAP-F37-01-04 Arrange Label(USA), See COVER : FRONT Index08 for detail 5 A120490 MP-CV-F37-1(21) PROBE HOOK 13 A120497 MP-CV-F37-1(4R) COVER : RIGHT 14 A120498 MP-CV-F37-1(5) TRAY (RIGHT) 15 A399256 Pla-Point(No.2)M4×8 DECORATIVE SCREW 5 - 6

[Page 177] ※ ケーブルクリップ、ケーブルカバー、 電源ケーブルフック、生体カバー （ item#8 、 #9 、 #10 、 #11 ）を含む Including Cable Clip, Cable Cover, Power Cable Hock and PEU Cover (item#8, #9, #10, #11) 8 17 6 A120491 MP-CV-F37-1(2) COVER : TOP 7 A120492 MP-CV-F37-1(3) Arrange Label(Japan, COVER : REAR USA), See Index08 for 8 A120493 MP-CV-F37-1(6) CABLE CLIP 9 A120494 MP-CV-F37-1(8) CABLE COVER 10 A120495 MP-CV-F37-1(18) CABLE HOOK : POWER CABLE 11 A100505 MP-CV-F37-1(17) BLIND COVER 12 A120496 MP-CV-F37-1(4L) COVER : LEFT 16 A120499 MP-CV-F37-1(7) DUST FILTER 17 A100506 PSC-148-1-1(5) COVER : AC INLET 5 - 7

[Page 178] ※ ペダル（ item#18 ）を含む Including Pedal (item#18) 18 A120500 SAP-F37-01-18 PEDAL 19 A201932 SAP-F37-01-19 LOCKING ASSEMBLY 20 A120501 SAP-F37-01-20 COVER : FRONT BASE 21 A625072 SAP-F37-01-21 FAN ASSEMBLY 40 A120513 PSC-148-1-1(46) Pedal Protector 5 - 8

[Page 179] ※ ロックボタン（ item#26 ）を含む 24 Including Lock button (item#26) 22 A201933 PSC-148-3 TILT ASSEMBLY 23 A120502 MP-CV-F37-1(22) COVER : TILT 24 A120503 MP-CV-F37-1(42) COVER : MONITOR ARM (FRONT) 25 A120504 SAP-F37-01-25 COVER : MONITOR ARM (REAR) 26 A120505 MP-CV-F37-1(44) LOCKING BUTTON 5 - 9

[Page 180] ※ケーブルルートカバー、ケーブルハンガー、 前ケーブルフック、フック用カラー、 グリップ（ item#28 、 #29 、 #30 、 #31 、 36 #32 ）を含む I Including Cable Clip, Cable Cover, PEU Cover and Power Cable Hock （ item#28, #29, #30, #31, #32 ） 32 35 30 30 27 A201934 PSC-148-2-2 Arrange Label(USA), See PANEL BASE Index08 for detail 28 A100507 PSC-148-2-2(41) COVER : PANEL BASE 29 A120506 SAP-F37-01-29 CABLE HANGER 30 A120507 PSC-148-2-2(36) CABLE HOOK 31 A120461 PSC-146-3(60) CABLE HOOK SPACER 32 A120508 PSC-148-2-2(5) HANDGRIP 33 A120509 MP-PH-F37-1(1) HOOK-TYPE HOLDER (FRONT) 34 A120510 MP-PH-F37-1(2) HOOK-TYPE HOLDER (RIGHT) 35 A120511 MP-PH-F37-1(3) JELLY HOLDER(RIGHT) 36 A624018 SAP-F37-01-36 SPEAKER 5 - 10

[Page 181] 右ベース用加工図 : Processing figure for Right bases ※ケーブルを含まない Excluding Cable. 左ベース用加工図 : Processing figure for Left bases 37 A201935 PSC-148-2-1 PANEL ARM 38 A803192 EP473205** PCB : Foot SW PCB 39 A120512 PSC-148-1-1(45) Base Protector 5 - 11

[Page 182] (Blank Page) 5 - 12

[Page 183] Index 02 STC Knob 1 OPERATION PANEL ×8 Knob 5 ×5 Knob ×2 Dial 6 B-Gain Key Top 7 Freeze Knob 2 ×1 2 5 1 A803193 PNL-F37 OPERATION PANEL 2 A510071 SP-4133 KNOB(S) 3 A510084 SP-4135B STC KNOB 4 A510073 SP-4147 KNOB(M) 5 A510083 SP-4148 KNOB(S) 6 A201916 MA47640B DIAL( Φ 25) 7 A201936 MA64901 KEY-TOP ：Φ 25 5 - 13

[Page 184] Key Cap 8 ×18 ENTER B Key Cap ×2 Trackball 8 A201918 MA60517 KEY-CAP ：Φ 18 9 A201919 MA60518 KEY-CAP ：Φ 25 10 A400019 MA60519 KEY-CAP REMOVAL TOOL 11 A618044 L-TB-17* TRACK-BALL 5 - 14

[Page 185] “ Panel Case ” configuration Panel Case IF PCB Rubber Sheet Set FFC Main PCB 12 A803194 EP563700BB PCB : PANEL MAIN 13 A803195 EP563800AA PCB : PANEL I/F 14 A803196 L-CABLE-880 CABLE : PANEL 15 A201937 SAP-F37-02-15 PANEL CASE ASSEMBLY 16 A201938 SAP-F37-02-16 RUBBER KEY SHEET SET 5 - 15

[Page 186] 17 A600373 PNL-F37(14) KEY TOP SHEET SET 5 - 16

[Page 187] Index 03 03 POWER SUPPLY UNIT/ AC OUTLET EU-6052*/ JB-290* POWER SUPPLY UNIT View: A 1 A030116 EU-6052* POWER SUPPLY UNIT 2 A621109 21506.3XP FUSE FOR 100V 2 A621110 2153.15XP FUSE FOR 200V 3 A030117 CP-121 FOR 100V, Arrange Label SUB POWER SUPPLY CABLE (USA), See Index08 for detail 3 A030101 CP-117 SUB POWER SUPPLY CABLE FOR 200V 4 A510086 SP-5242B LOCK FITTINGS FOR 100V 4 A510087 SP-5239B LOCK FITTINGS FOR 200V 6 A201939 MP-FX-A6-14 CONNECTOR FIXTURE FOR 100V, EU-6052B~ 6 A201911 MP-FX-A6-11 CONNECTOR FIXTURE FOR 200V, EU-6052B~ 5 - 17

[Page 188] 03 POWER SUPPLY UNIT/ AC OUTLET EU-6052*/ JB-290* 5 A030118 JB-290* AC OUTLET 5 - 18

[Page 189] Index 04 04 USM-38 UNIT USM-38* USM-38* UNIT 4 2 1 9 1 A803197 EP557300** PCB : Psel 2 A803198 EP557400** PCB : TxRx 3 A803199 EP557500** PCB : RXBF 4 A040586 EU-9142* Backend UNIT 4 A040587 EU-9143-1* Backend UNIT OPTION: EU-9143* 5 A897042 WD3200BUDT-63DPZY0 HDD 6 A803200 EP563600** PCB : Power Supply 9 A803202 EP566200** PCB : Servo OPTION: EU-9151* 5 - 19

[Page 190] 04 USM-38 UNIT USM-38* 7 A803201 EP559600** PCB : Mother 8 A100508 SAP-F37-04-08 I/O connector cover 5 - 20

[Page 191] Index 05 05 PHYSIOLOGICAL SIGNAL UNIT PEU-F37* PHYSIOLOGICAL SIGNAL UNIT 2 1 Label 1 A803203 EP555601** PCB : Physio. Amp OPTION 2 A803139 CO-PEU-920-A CABLE710 OPTION 3 A803204 L-CABLE-902-C-A DC IN CABLE OPTION 4 A600374 PEU-F37(2) LABEL : INDICATION OPTION 5 - 21

[Page 192] (Blank Page) 5 - 22

[Page 193] Index 06 06 MONITOR IPF-1507* MONITOR 1 A120514 IPF-1507-A01-A0 COVER : FRONT 2 A120515 SAP-F37-06-02 COVER : LARGE REAR 3 A120516 IPF-1507-A03-A0 COVER : SMALL REAR 4 A616067 HL1568 MONITOR MODULE 5 - 23

[Page 194] (Blank Page) 5 - 24

[Page 195] Index 07 07 LABEL Labels for Spare Parts LABEL There are two type of label, “Common Label” and “Specific Label”. “Common Label” is common label regardless of specification, and already put the label on the spare parts. “Specific Label” is used for specific models depending on the specification, and NOT attached to the spare parts. Therefore, when you replace with spare parts included labels, you have to arrange necessary labels separately, and put the labels on spare parts with referring the instruction on this index. Moreover, when you may need to arrange the labels for cover and so on, Please refer to the description “Arrange Label, See Index08 for detail” in the “Specification” column. * Description example when you need to arrange the labels separately 8 A120424 SAP-F75-01-08 COVER : FRONT(LEFT) 9 A120425 SAP-F75-01-09 Arrange Label, See COVER : FRONT(RIGHT) Index08 for detail 10 A120426 SAP-F75-01-10 COVER : FRONT BASE SIDE (LEFT) The labels that described at the page “ NOT AVAILABLE” in this index are NOT available as the spare parts. 5 - 25

[Page 196] (a) (b) * put a label on each spare parts (c) 1 A600375 PSC-148-1-2(29) LABEL : PROBE 1-3, FOOT SW, Independent probe 2 A600376 PSC-148-1-1(47) LABEL : Indication, Lock Pedal 3 A600377 PNL-F37(12) LABEL : Indication, USB Connector 4 A600378 P-32-F37-1 TITLE LABEL 5 A600379 PSC-148-2-2(27) LABEL : Indication ， Lock Lever 5 - 26

[Page 197] Label ④ Label ③ Label ⑤ Label ① -(c) Label ① -(a) Label ② Label ① -(b) 5 - 27

[Page 198] (b) 8 * Only in case of this label, the labels are attached to the spare parts. Put an appropriate label on the part. 6 A600380 PSC-148-1-2(28) LABEL : Caution ， Monitor ， 7 A600343 P-42-AOS100-1 LABEL : Caution, Pinch 8 A600371 P-42109DV LABEL : for EU 8 A600381 P-42109EV LABEL : for EU 5 - 28

[Page 199] Label ⑥ Label ⑦ Label ⑧ 5 - 29

[Page 200] (d) 1 A600375 PSC-148-1-2(29) LABEL : PROBE 1-3, FOOT SW, Independent probe 5 - 30

[Page 201] Label ① -(d) Section A-A 5 - 31

[Page 202] 07 LABEL JAPAN ONLY * Japanese market ONLY （日本国内向けのみ） 背面カバーを保守手配する場合は下記ラベルを別途手配し貼り付けて下さい。 9 A600333 P-3325B LABEL : EMC for Japan COVER: REAR 5 - 32

[Page 203] 07 LABEL JAPAN ONLY * Japanese market ONLY （日本国内向け） ラベル⑨ 5 - 33

[Page 204] 07 LABEL U.S.A. ONLY *U.S.A market only 10 11 12 14 15 U.S.A market only When you will arrange specified spare parts, please arrange the following label separately and put the label on the spare parts. 10 A600020 P-4246-UL LABEL : Caution, Probe COVER : FRONT 11 A600213 P-4232UB-UL LABEL : Caution, Probe Connection COVER : FRONT 12 A600113 P-4229B-UL LABEL : Danger, Explosion COVER: REAR 13 A600016 P-4231B-UL LABEL : Caution, Acoustic Exposure PANEL BASE 14 A600023 P-4237-UL LABEL : Warning, Fuse COVER: REAR 15 A600024 P-4238-UL LABEL : Caution, Electric Shock COVER: REAR 16 A600246 P-4239U-UL LABEL : Warning, Earth POWER SUPPLY CABLE 17 A600205 P-32-A.A.-UL LABEL : FDA (Address A.A.) COVER: REAR 5 - 34

[Page 205] 07 LABEL U.S.A. ONLY *U.S.A market only ⑫ ⑭ ⑮ Label Label Label Label Label ⑩ ⑪ Label Label Label 5 - 35

[Page 206] 07 LABEL NOT AVAILABLE Labels on this page are NOT available as spare parts P-12103 P-1210 P-127 P-32112 P-52-NRTL-TU P-3271B For China For U.S.A. P-12103 NOT AVAILABLE For Japan P-1210 For other than Japan and NOT AVAILABLE China P-127 NOT AVAILABLE For China P-52-NRTL-TU NOT AVAILABLE For U.S.A. P-32112 NOT AVAILABLE For China P-3271B NOT AVAILABLE 5 - 36

[Page 207] 07 LABEL NOT AVAILABLE Labels on this page are NOT available as spare parts Manufacture information Warning sign label for EU P-52-NRTL-TU NTRL label for USA EFUP label for China P-12103: Model name label for Japan P-1210: Model name label for general export P-127: Model name label for China Detail A 5 - 37

[Page 208] (Blank Page) 5 - 38

[Page 209] Index 08 08 MOUNTING RACK/FIXTURE MP-FX-F37-1 MOUNTING RACK/FIXTURE 3 B/W Printer UP-D897/P95D* 1 A100509 MP-FX-F37-1 (3) Mounting Plate 1 OPTION: MP-FX-F37-1 2 A100510 MP-FX-F37-1 (4) Mounting Plate 2 OPTION: MP-FX-F37-1 3 A100511 SAP-F37-08-03 Connector Cover for B/W printer OPTION: MP-FX-F37-1 4 A100512 MP-FX-F37-1 (16) B/W Cable Cover OPTION: MP-FX-F37-1 5 - 39

[Page 210] 08 MOUNTING RACK/FIXTURE MP-FX-F37-2/-3 Color Printer CP30D* Color Printer UP-D25MD 8 UP-D897 /P95D* 5 A100513 MP-FX-F37-2 (2) OPTION: Cover Plate MP-FX-F37-2/3/4/5 6 A100514 MP-FX-F37-2 (3) OPTION: Mounting Fixture 1 MP-FX-F37-2/3/4/5 7 A100515 MP-FX-F37-2 (4) OPTION: Mounting Fixture 2 MP-FX-F37-2/3/4/5 8 A100516 MP-FX-F37-2 (5) OPTION: Front Guard MP-FX-F37-2/3/4/5 9 A100517 SAP-F37-08-09 Connector Cover for Sony Color Printer OPTION: MP-FX-F37-2 10 A100518 MP-FX-F37-2 (16) Mounting Fixture for Sony Color Printer OPTION: MP-FX-F37-2 11 A100519 SAP-F37-08-11 Connector Cover for Mitsubishi Color Printer OPTION: MP-FX-F37-3 12 A100520 MP-FX-F37-3 (16) Mounting Fixture for Mitsubishi Color Printer OPTION: MP-FX-F37-3 5 - 40

[Page 211] 08 MOUNTING RACK/FIXTURE MP-FX-F37-4/-5 DVD recorder(Sony) DVO-1000MD DVD recorder(JVC) BD-X201M* /UP-D897 /P95D* 6 A100514 MP-FX-F37-2 (3) OPTION: Mounting Fixture 1 MP-FX-F37-2/3/4/5 7 A100515 MP-FX-F37-2 (4) OPTION: Mounting Fixture 2 MP-FX-F37-2/3/4/5 8 A100516 MP-FX-F37-2 (5) OPTION: Front Guard MP-FX-F37-2/3/4/5 13 A100521 MP-FX-F37-4 (8) OPTION: Mounting Fixture 3 MP-FX-F37-4/6/7 14 A100522 SAP-F37-08-14 Connector Cover for JVC DVD recorder OPTION: MP-FX-F37-4 16 A100524 MP-FX-F37-4 (16) Mounting Fixture for JVC DVD recorder OPTION: MP-FX-F37-4 17 A100525 SAP-F37-08-17 Connector Cover for Sony DVD recorder OPTION: MP-FX-F37-5 19 A100527 MP-FX-F37-5 (16) Mounting Fixture for Sony DVD recorder OPTION: MP-FX-F37-5 5 - 41

[Page 212] 08 MOUNTING RACK/FIXTURE MP-FX-F37-6/-7 DVD recorder(Sony) DVO-1000MD DVD recorder(JVC) BD-X201M* 22 23 UP-D897/P95D* Color Printer UP-D25MD/CP30D* 13 A100521 MP-FX-F37-4 (8) OPTION: Mounting Fixture 3 MP-FX-F37-4/6/7 15 A100523 MP-FX-F37-4 (15) Mounting Fixture 4 OPTION: MP-FX-F37-4 18 A100526 MP-FX-F37-5 (15) Mounting Fixture 5 OPTION: MP-FX-F37-5 20 A100528 MP-FX-F37-6 (1) Upper Mounting Rack for Sony Color Printer OPTION: MP-FX-F37-6 21 A100529 MP-FX-F37-6 (2) Rear Mounting Rack OPTION: MP-FX-F37-6/7 22 A100530 MP-FX-F37-6 (9) Mounting Fixture 6 OPTION: MP-FX-F37-6/7 23 A100531 MP-FX-F37-7 (1) Upper Mounting Rack for Mitsubishi Color Printer OPTION: MP-FX-F37-7 5 - 42

[Page 213] Revision History of the Service Manual APPENDIX

[Page 214]

[Page 215] F37 Service Manual VOLUME 2 Revision History 1 Introduction This is the revision history of this service manual. 2 Revision History of VOLUME 2 F37 Service Manual VOLUME 2 Revision History Revisions Rev. Date Note Contents Pages st 0 05-Dec.- 2012 1 issue 1 / 2

[Page 216] F37 Service Manual VOLUME 2 Revision History (Blank page) 2 / 2

[Page 217] F37 Service Manual Volume 2 Products R&D Depertment, Medical Systems Engineering Division 1 3-7-19 Imai, Ohme-shi, Tokyo 198-8577, Japan www.hitachi-aloka.com