HI-VISION--Avius

[Page 1] Ultrasound Diagnostic Scanner Model: HI VISION Avius TECHNICAL GUIDE --- Principle of Operation --- Tokyo, Japan L1E-EA0389-3 CONFIDENTIALITY: This material including drawings contains proprietary information of Hitachi Medical Corporation and it shall not be disclosed to the third party or reproduced without the prior written permission of Hitachi Medical Corporation. Copyright © Hitachi Medical Corporation. 2009-2010. All rights reserved.

[Page 2] Section 1 Introduction 1.1 Product Overview Overview Model HI VISION Avius is a multi-functional ultrasound diagnostic scanner in which Doppler, ColorFlow Mapping, etc. are provided and all circuits related to image quality are fully digitalized. As not only linear and convex scan type probes, but also phased array scan type probe can be operated with HI VISION Avius, it is possible to use it for any field of application. Furthermore, High-definition dTHI(HdTHI) mode (Hitachi unique technology) are provided in standard function. This mode provide “Clear image” to reduce artifact such as vibration echo, and to improve spatial resolution and contrast resolution. HI Com function, HI REZ+ function, Trapezoidal display function, Oblique B-mode image function, real-time Doppler trace, cine memory, patient data management function, and Real-time Archiving function can be used on the standard model. Wide view software, Stress echo software, Software specified Contrast Agents, cardiac measurement software, Real-time Tissue Elastography, Omni-directional M (ODM) mode, Remotecontrol unit, picture in Picture software can be used optional function. It is convenience for user to adopt Ergonomic design and 17-inch digital LCD Monitor and more improved High-definition screen-displayed format Features (1) True Digital Architecture Due to beamformer which is decisively concerned to the image quality and all image processing are digitalized, high spatial resolution, wide dynamic range and high contrast resolution are realized. Ultrasound transmit circuit is improved by high performance transmit amplifier, and ultrasound receiving circuit is improved by high performance pre-amplifier. Frame rate is improved much more faster comparing with conventional system. High quality image is digital image processing application. This architecture that is achieved high quality image is good for new generation. (2) Quick response Mode changing, image condition settings, probe changing and application selection can be performed quickly so that operator can pay attention to the patients. (3) Usable for wide field of application Linear, convex and phased array scan type probe are usable. It is possible to cover from abdominal and obstetric to cardiovascular fields. (4) 17-inch digital LCD Monitor It is adopted 17-inch digital LCD Monitor.LCD Monitor provides high quality image. (5) High-definition screen-displayed format The resolution of the monitor is increased and the layout of the screen is displayed to the high-definition. The inspection efficiency is improved by additional information and the operation assistance on the screen. • Design The screen design which looks big ultrasound image. • Tab menus 1 - 1 L1E-EA0389

[Page 3] It is easy to use the tab menus to switch applications, perform measurements, activate annotations. Because it is positioned out of diagnosis area. • Brightness Setting It is adjustable character and background brightness level on the screen depends on setting condition. • Image size change function The image size can be changed under certain conditions. (6) Ergonomic design • Design Design is adopted to focus on user’s “easiness to use”, like front layout of probe connector, based on ergonomics. • Easily operable keyboard As key arrangement is taken in consideration of frequency of use and operational has improved. An optional alphanumeric keyboard that is adopted backlight keyboard improves key response and visibility. • Excellent mobility with four swivel casters As all the four casters are of swivel type, it is easy to move in narrow space. Due to reduced friction force to floor it is easy to move from ward to ward. (7) User interface Workflow is improved because of new GUI. It is a few procedures for many functions to use screen buttons. (8) Online Manual It is applicable to browse instruction manual on your HI VISION Avius. (9) Various B-mode scan • HI Com function Compound function provides high spatial resolution, wide dynamic range and high contrast resolution. • Trapezoidal display function Trapezoidal display is applicable for linear probe. It is improved diagnosis area for linear probe. • Oblique B-mode image function This function enables you to use oblique function not only CFI/CFA mode but B mode. (10) High quality image technique • High-definition dynamic tissue harmonic imaging （ HdTHI ） Mode High-definition dynamic tissue harmonic imaging (Hitachi unique technology) provide “Clear image” to reduce artifact such as vibration echo, and to improve spatial resolution and contrast resolution. • Adaptive Imaging (HI REZ) Adaptive imaging is the technique to generate optimum image with changing filter characteristic depending on input signal. This technique, which installed this ultrasound diagnostic scanner, reduces speckle noise on B-mode images and provides uniformly and high contrast images. 1 - 2 L1E-EA0389

[Page 4] • Fine Flow function It is the function to display high frame rate and fine high-definition color doppler image. It is possible to display small vessel less blooming than original system. • Automatic image optimization(HI Support) It is the function to adjust TGC and B mode gain, base line, PRF and Doppler gain etc. so that it may become the optimal image automatically, and leads to shortening of inspection time. (11) Real time Doppler measurement function Automatic tracing function and measuring function in Doppler-mode have been allowed to apply only to frozen images, but with this function it is possible to perform it to real time images which contributes to shorten the time for examination. It is displayed position of Doppler waveform and Vp, Vd values of Doppler waveform in real time. Any past measurement result and measurement location mark can indicate to operate cine memory frame review after Freeze. (12) Filing function • Examination data management Examination data (images measurement results and other data) can manage and operate together, so it is easy to refer data before an examination and after an examination. • Multiple functions to save data No image degradation because of digital image recording. This filing function can record still images and multi images not only HDD include system) but also DVD-RAM, DVD-R,USB memory and USB HDD. • Easy-to-use filing function In the Filing window, you can view examination data. It is consideration for easy-to-use in the routine examination by filtering Patient ID or Patient name or keyword search. Thumbnail view provides easy access to destination image. Review images can display 1/4/9/16 screen depend on choosing images. • Patient data management You can select the patient in the list view who had examination once. (13) Omni-Directional M mode (ODM) function Usually the normal M-mode image is controlled by the beam direction. With this function, it is possible to display the M-mode image on an optional line on the B-mode image, so it enables to perform more accurate left ventricle volume measurement. (14) Real-time Tissue Elastography This function can visualize the amount of strain in tissue (hardness of tissue) during compression and retraction. (15) Digital video archiving function It is the function to record a B-mode and a color mode image as a digital movie file on real time. The operational of the monitoring of contrast agents and recording of digital motion picture is improved by this function. 1 - 3 L1E-EA0389

[Page 5] It is possible to use Clip capture mode that is suitable for clip analyses and Long time recording mode. (16) Contrast harmonic imaging function With this function enabling to produce images further effectively from signal coming out of the contrast agent it is possible to improve to diagnose the existence of tumor with ease. Two or more ROIs can be set up to the video recorded by contrast echo inspection, the Time-Average (Time-Intensity) value in ROI can be indicated by graph, and quantitative analysis is possible. (17) DICOM function This software can transfer ultrasound images and measurement reports to a storage server. It has a Storage Commitment function. This software can output and read ultrasound images in DICOM file format. This software has a function to obtain WorkLists from the MWM server. It has a function to send examination start and completion notifications for ultrasound images to the MPPS server. And it can be sent Ultrasound images to grayscale or color DICOM printers. (18) 4D function 3D ultrasound images can be viewed in almost real-time. As the scanning part of the probe swings automatically in a fan-like fashion, it sends signals to the three-dimensional display unit, which rapidly builds a 3D image based on the probe’s signal. (19) STIC function Multiple 3D images representing a single heartbeat can be displayed by automatically swinging the scanning part of the probe in a fan-like fashion and estimating the cardiac cycle from the obtained images. (20) 3D function The software is able to collect sequential 2D image data by using a probe to scan at a steady rate and then display the collected data as 3D images. (21) Advanced Measurement function • %WT measurement Measurement useful to heartbeat diagnosis of thickness change of heart muscle etc. is enabled by tracing automatically the movement toward a heart tissue in arbitrary positions. • Color tissue tracking measurement The changes of myocardium thickness are automatically tracked and their strain amount is displayed as colored movies on the screen. The graph of the changes of myocardium, caliper on the graphs, movie outputs, tracking data outputs can be possible. Bull's eye can be created by loading the tracking data which three cross-sectional surface of APICAL, MID and BASAL. • LA tracking measurement The motion of left atrium wall is automatically tracked so that the volume of left atrium and other parameters against time are measured. • IMT measurement IMT (Intima-Media Thickness) measurement is enabled by detecting the position of intima and adventitia of carotid artery. 1 - 4 L1E-EA0389

[Page 6] (22) Remote control function Freeze, REF, mode and etc. keys of the operation panel can be switched by remote control. 1.2 System Specification Refer to the Instruction Manual, “Ultrasound Diagnostic Scanner / Model HI VISION Avius /Preparation/INSTRUCTION MANUAL” – “Chapter 11 Specifications” for details 1.3 Environmental Requirements Observe the following environmental conditions for safe and correct operation of the equipment. (1) Environmental conditions in operation ・ Ambient temperature : +10° C ~ +35° C ・ Relative humidity : 30 ~ 85% (subject to no condensation) ・ Atmospheric pressure : 700 ~ 1060hPa (2) Daily storage conditions ・ Ambient temperature : -10°C ~ +40°C ・ Relative humidity : 10 ~ 90% (subject to no condensation) ・ Atmospheric pressure : 700 ~ 1060hPa (3) Environmental conditions for transportation (in packing) ・ Ambient temperature : -10°C ~ +60°C ・ Relative humidity : 10 ~ 95% (subject to no condensation) ・ Atmospheric pressure : 500 ~ 1060hPa 1 - 5 L1E-EA0389

[Page 7] 1.4 System Organization Basic System Ｍａｉｎ Ｕｎｉｔ ・HI VISION Avius Option Units and Peripherals Alphanumeric Remote Ｍｏｎｉｔｏｒ Ｍｏｎｉｔｏｒ PROBEs Control EZU-MT29-S1 EZU-MT30-S1 Keyboard ・EUP-XXX EZU-AK1N Interface Unit /E/F EZU-RiF5 High Neck Network Interface Jelly Wa r me r Unit Unit Unit ・EZU-HN1 ・EZU-NW1 ・EZU-JW1 Peripheral Digital Capture Analog Capture Interface Card Unit Card Unit Unit ・EZU-DCP1 ・EZU-ACP2 ・EZU-ViF2 BIO Unit CW 4DUnit ・ EZU-EK28 Unit (Realtime) ・EZU-ST8 ・EZU-4D7 Microphone of Phonocardiac USB BW Printer Color Printer PRINTER NOTE: 1) ECG cable and electrodes are included in the BIO unit EZU-EK28. 2) Secure the peripheral devices to the main body. If using equipment without securing the peripheral devices, they may drop down due to vibration or inclination when moving equipment. For securing the peripheral devices, see TECHNICAL GUIDE (Installation). 1 - 6 L1E-EA0 389

[Page 8] Table 1.4-1 Peripheral Devices Peripheral device Manufacturer Manufacturer’s model, type NTSC (EIA)* PAL (CCIR)** Black & white printer SONY UP-D897 UP-897MD MITSUBISHI P93DW P93E/W Color printer SONY UP-D23MD UP-D25MD MITSUBISHI CP30DW DVD Video Recorder SONY DVO-1000MD PC printer HP HP Photosmart D5460 *** HP OFFICEJET 6000*** Wireless LAN CISCO Aironet 1130AG *** adapter * For the scanner unit of NTSC (EIA) TV display system ** For the scanner unit of PAL (CCIR) TV display system *** These devices meet IEC60950 compliance. ＜ WARNING ＞ 1) Other than the devices listed in Table 1-1 are not allowed to use. 2) Use peripheral devices as fixed with the scanner unit. Using the peripheral devices without fixing with the scanner unit may cause dropping the peripheral device due to vibration or inclination of the mobile cart during carrying around the system. 3) Install peripheral devices according to “HI VISION Avius Technical Guide 1 - 7 L1E-EA0389

[Page 9] Section 2 Safety 2.1 Classification of Equipment Classification of this ultrasound scanner by IEC60601-1 and UL2601-1 is as follows: • Classification by type of protection against electric shock :Class I equipment • Classification by grade of protection against electric shock :Type B and BF equipment (General requirements of medical equipment safety by IEC and UL) 2.2 Cautions in Operating Equipment (1) For maintenance inspection, refer to Chapter 8 Maintenance and Checkup of the HI VISION Avius Instruction Manual -Preparation- (Q1E-EA1221). (2) In moving the equipment, refer to Chapter 7 Movement of the HI VISION Avius Instruction Manual -Preparation- (Q1E-EA1221). (3) For starting up and shutting down the system, refer to Chapter 5 Operation Procedures of the HI VISION Avius Instruction Manual -Preparation- (Q1E-EA1221). 2.3 Cautions in Maintaining Equipment (1) Do not use fuses other than rated. Refer to Table2.3-1 about ratings. (2) For rating of fuses, refer to labels and marks around the fuse holder. (3) When removing PCB or connector, turn off ON/STANDBY key and the breaker switch and wait more than 30 seconds before entering into the work. (4) When this equipment is transported, installed, and maintained, read the Service stuff precaution of Technical Guide -Installation- (L2E-EA0388) beforehand. (5) When you install or detach the monitor display, Read the 1.2.1 Notes when the monitor display is installed of Technical Guide -Installation- (L2E-EA0388) beforehand. (6) Read the 3.3.3 Usage notes on the option tray of Technical Guide -Installation- (L2E-EA0388) for installing peripherals beforehand. Table 2.3-1 Ratings of fuse Voltage of power supply 4A/AC250V 100V , 120V For AC outlet 2A/AC250V 230V 2 - 1 L1E-EA0389

[Page 10] 2.4 Symbols IEC60601-1 establishes symbols to be used for the equipment. The following symbols are used outside and inside the equipment. Protective earth (ground) Equipotentiality Off (power disconnection from the mains) On (power connection to the mains) TYPE B EQUIPMENT TYPE BF EQUIPMENT Defibrillator-roof TYPE BF EQUIPMENT Dangerous voltage Possibility of destruction by static discharge Pinch Date of Manufacture Manufacture Company Name and Address Serial Number Model Name KEEP AWAY FROM SUNLIGHT KEEP DRY Operating instructions Refer to instruction manual/booklet NOTE On ME EQUIPMENT “Follow instructions for use” 2 - 2 L1E-EA0389

[Page 11] Section 3 Operation 3.1 General Operation Refer to the Instruction Manual. 3.2 Special Operation for Service Personnel NOTE: Operations described below are special ones exclusive for the service personnel. Be sure not to open to the users. 3.2.1 Initialization of system environment (1) Press [Ctrl and Alt] then [S] keys to display the “Special Function” dialog. When a alpha-numeric keyboard is not connected, execute Screen Keyboard and push in order of [Ctrl], [Alt], and [S] by pointer. (2) Select “Service Tools” from the Select item. (3) After entering “SERVICETOOL” for Password, select the “OK” button to start “Service Tools”. <Caution> You cannot start Service Tools while the dialog is displayed. First close the dialog, and then restart Service Tools. You cannot start Service Tools immediately after displaying the examination information normally. In this case, clicking once somewhere outside of the examination information area enables Service Tools to be started. Input the password by the capital letter (with the orange lamp for the Caps Lock key on). Be sure to backup your data before initializing the system environment. （３） 3 - 1 L1E-EA0389

[Page 12] (4) Select the “Reset” button in “Service Tools”. （４） (5-A) If selecting “Yes” from “Reset Menu” and clicking the “OK” button, all the setup data is reset to those when shipped from the factory and the system is rebooted. NOTE: Time data is retained. ( 5-A ) 3 - 2 L1E-EA0389

[Page 13] (5-B) If clicking “Cancel” or “Close button” （ ） in “Reset Menu”, “Reset Menu” ends and the process returns to “Service Tools”. ） NOTE: Don’t click “OK” button with “NO” selected. ( 5-B ) 3 - 3 L1E-EA0389

[Page 14] 3.2.2 Contents of backup data The contents of the user setting data saved by the copy of Backup Data are shown below. <Caution> When upgrading the software version, the following user setting data is restored to the factory default settings. Be sure to backup your data before upgrading the software. （1） （2） （3） （4） （5） （6） （7） （8） （16） （9） （17） （10） （18） （11） （12） （13） （14） （15） Setup Tab Tool Tab 3 - 4 L1E-EA0389

[Page 15] （19） （20） (1) System Various settings for the system (2) Application Set application data. (3) Region Data Setting Settings for each region data (4) Measure Settings for measurement methods and measurement target items (5) Filing Set Filing data. (6) REC Key/Foot SW Settings for the functions assigned to the keys from REC1 to REC5 and footswitch (optional) (7) Recorder Various settings for the black-and-white printer, color printer, DVD and video output (8) Comp. Window Setting for the position (Left or Right) to display the comparison window (9) Screen Button Settings for screen buttons displayed when the user menu button is pressed (10) Color Map Preset settings for the color map used in CFI mode and CFA mode (11) Biopsy Guide Settings for biopsy guidelines and the mark to be used in the seed implant grid (12) Annotation Settings for annotations (13) Body Mark Preset settings for body marks (14) Stress Settings for stress echo (For details, see the separate INSTRUCTION MANUAL Stress Echo Software .) 3 - 5 L1E-EA0389

[Page 16] (15) Remote Use Settings for two types of Remote user keys (For details, see the separate INSTRUCTION MANUAL Remote Control Unit .) (16) Cine Memory Settings for cine memory (17) Display Settings for reverse video mode (negative or positive) and background brightness level (18) Account Menu Settings for Logon Management software (For details, see the separate INSTRUCTION MANUAL Logon Management Software .) (19) Guide Line Settings for display data for needle guidelines (20) WIDE VIEW Settings for the wide view function (For details, see the separate INSTRUCTION MANUAL Wide View Software .) <Hint> If DICOM software (Query/Retrieve) is installed, settings for DICOM software (Query/Retrieve) are also saved. (For details, see the separate INSTRUCTION MANUAL DICOM Software (Query/Retrieve) .) If Advanced Measurement software is installed, settings for Advanced Measurement software are also saved. (For details, see the separate INSTRUCTION MANUAL HI VISION Avius - Measurement .) Patient list on Patient Information dialog is also saved. If you want to restore the saved patient list, please execute Eub-us¥Tools¥Filing¥PD_Restore.exe and select the IDMDB folder in a backup data folder. Database version will be compared and if it has no problem then restore process should be done. Attention that a current patient list item on Patient Information dialog within a system will be deleted in these operations. 3 - 6 L1E-EA0389

[Page 17] 3.2.3 Saving backup data If backup data is saved periodically, when user setting information has disappeared, it can be restored by reading backup data. (1) Select “Backup data” in “Setup” of “Main Menu”. (2) Select “Save” in “Backup Data”. (3) When the message as shown in the figure below appears, insert a DVD into the DVD MULTI drive, and then from the Select list, select CD/DVD . Press the OK button to start saving the backup data. After a while, the message The save of backup data was completed is displayed in the dialog. Press the OK button to return to the Data backup dialog. The backup data is created in the DVD with a folder named as USBackUpData_ yyyymmddhhmmss ( yyyymmddhhmmss : date and time when the backup data is saved). Selecting the Save Network Settings check box saves the network settings, which have been set by selecting the tab menu, Setup , and then System . （３） NOTE: It is possible to use a USB memory to back up a data. If a USB memory is connected to the system, the Drive: Select display the volume name of the USB memory. < Error message when saving the backup data > Displayed when the DVD disk is not prepared due to any of the following reasons: • The DVD disk is not set to the DVD (CD) drive. • The DVD disk is write-protected. • The DVD disk has no sufficient free space. * Pressing the “OK” button returns to the “Backup data” menu. 3 - 7 L1E-EA0389

[Page 18] 3.2.4 Loading backup data NOTE: This operation deletes the backup data saved in the system. (1) Select “Data Backup” in “Setup” of “Tab Menu”. (2) Select “Load” in “Data backup”. (3) The following message appears. If the backup data is to be loaded, select the “Yes” button. (3) (4) When the message as shown in the figure below appears, insert the DVD that contains the backup data into the DVD MULTI drive. From the Select list, select CD/DVD , and then click the Read button. When the backup data stored in the disk is displayed in a list, select the backup data to be loaded. If the network settings are saved, in the Network Settings column, the appropriate check box is selected. To load the data without loading its network settings, clear the check box. Press the OK button to start loading the backup data. （４） 3 - 8 L1E-EA0389

[Page 19] NOTE: It is possible to use a USB memory to back up a data. If a USB memory, USB HDD is connected to the system, the Drive: Select display the volume name of the USB memory, USB HDD. (5) After a while, when the message as shown in the figure below appears, click the OK button. The equipment restarts. The equipment startup processing completes in about six minutes. This is the end of the backup data loading. <Caution> The time required for equipment startup might slightly vary depending on the backup data. When backup data is loaded during software version upgrade, it takes from 10 to 30 minutes for the equipment to start up. （５） 3.2.5 Displaying software and hardware versions (1) Start “Service Tools”. Refer to 3.2.1 (1), (2) and (3). (2) Select the “Version” button in “Service Tools”. 3 - 9 L1E-EA0389

[Page 20] (3) Versions are displayed as shown below: OS Version Software Version Hardware Version Soft Option Version <Caution> “Not connected” in the hardware version indicates no board installed in equipment. <Caution> “Not Available” in the Soft Option version indicates that the software option protection is not released. <Caution> The OS version of the PC is displayed for “Windows XP Embedded”, and the OS version of the CELL is displayed as “CF”: for “CELL”. 3 - 10 L1E-EA0389

[Page 21] 3.2.6 Other functions of “Service Tools” Functions of (1) ~ (12) of “Service Tools” shown in the figure below: (1) “Guide Line” : Refer to the TECHNICAL GUIDE (Installation) titled “Ultrasound Scanner Probe HI VISION Avius Registration of Needle Guide Line” (2) “Diagnostic Test” : Starts the check program (See 3.2.6.2). (3) “Event Viewer” : Displays the event viewer of Windows XP (See 3.2.6.1). (4) “Error Log Manager” : Displays Error Log Manager Dialog (See 3.2.6.6). (5) “Ctrl + Alt + Del” : Enables “Ctrl + Alt + Del”. (6) “WIDE VIEW” : Refer to the TECHNICAL GUIDE (Installation) “Wide View Image Display Software” section. (7) “Option” : Unusable (8) “DICOM log file” : Refer to the TECHNICAL GUIDE (Installation) “DICOM Software” section. (9) “Exchange Mode Key” : The position of the Mode key is exchanged (10) “Correct Backlash” : Refer to the TECHNICAL GUIDE (Installation) titled “Ultrasound Scanner Probe HI VISION Avius Correct backlash” (11) “Temperature Regulation” : Unusable (12) “Exam Information” : Unusable (13) “Probe Test Protection” : Unusable （1） （2） （3） （4） （5） （6） （7） （8） （9） （10） （11） （12） （13） 3 - 11 L1E-EA0389

[Page 22] 3.2.6.1 Displaying Event Viewer (1) Start “Service Tools”. --- See 3.2.1 (1), (2) and (3). (2) Select “Event Viewer” button from “Service Tools”. (3) Select “Log” of the menu bar and select “Application” from the pull-down menu displayed. (4) Select “Application” from the Event Log displayed. (5) The application log appears as shown below: 3 - 12 L1E-EA0389

[Page 23] (6) Types of application log displayed are shown below: 1 Information EUB-US system boot start. 2 Information EUB setup data start check. 5 Information EUB system boot ended, so EUB-US start. 6 Information EUB system BackUpDB setup start. 7 Information EUB system ApplicationDB setup start. 8 Information EUB system ApplicationResourceDB setup start. 9 Information EUB system BodyMarkDB setup start. 10 Information EUB system AnnotationDB setup start. 11 Information EUB system FilingDB setup start. 12 Information EUB system MeasurementDB setup start. 13 Information EUB system ProbeDB setup start. 14 Information RegionDB setup start. 15 Information PrinterList setup start. 16 Information WideView setup start. 17 Information PatientMenu setup start. 19 Information EUB system PresetOperationDB setup start. 20 Information EUB system MultiStepTriggerDB setup start. 21 Information BiopsyGuidelineDB setup start. 22 Error Device/Service start up timeout 23 Warning Device/Service start up delayed 24 Warning Most memory are used. 25 Warning The amount of GUI resource is large. 26 Information EUB system LogOnAccount DB setup start. 27 Information EUB system ColorMapDB setup start. 28 Information EUB system HiResoToolBarDB setup start. 29 Error System error occued. Drive Letter Incorrect. 30 Warning DB conversion area is shortage. 31 Information mdb file format is Access2000. 32 Information mdb file conversion successed. 37 Information ES52E probe information 43 Error Update error of tab menu 46 Information Booted Windows in X mode. 47 Information Shut down Windows in X mode. 50 Information Time port access : OK. 51 Information Time port access : NG. 52 Error The end processing of EUB is failure. 512 Information Beginning transfer of SetDate File. 513 Information Finishing transfer of SetDate File correctry. 514 Information Beginning transfer of BEP File. 515 Information Finishing transfer of BEP File correctry. 516 Error Source file not is found. 517 Error Data Transfer error is occured. 518 Error Server Response error is occured. 519 Information Beginning time port access. 520 Information Finishing time port access correctry. 521 Error Timeout time port access. 768 Information Color information on Measurement is incorrect. 769 Information Brightness Information on Measurement is incorrect. 770 Information RTD data cannot be retrieved from CELL. 4097 Information EUB setup data start backup, to last known data. 4098 Information EUB setup data ended backup. 12289 Error Dus file not fount for selected probe. 12297 Warning Probe not supported is selected. 12298 Error Probe ID not found. 12299 Information Touch key system is detected. 16385 Error Can't open the SBUS driver. Entering debug mode. 16386 Error Can't access SBUS. 16387 Information BIO PCB found. 3 - 13 L1E-EA0389

[Page 24] 16388 Information CW PCB found. 16389 Information MTDRV PCB found. 16390 Information TVIF PCB found. 16391 Error USB micom not functioning. 16392 Error CW PCB config error. 16393 Error DBF PCB config error. 16394 Error DBF PCB not found. 16395 Error MTDRV PCB config error. 16396 Error PRB PCB config error. 16397 Error PRB PCB not found. 16398 Error RX PCB not found. 16399 Error TVIF PCB config error. 16400 Error TX PCB not found. 16401 Error TPRB PCB config error. 16402 Error TPRB PCB not found. 16403 Error RDBF PCB config error. 16404 Error RDBF PCB not found. 16405 Information TVIF-B PCB found. 16406 Error TVIF-B PCB config error. 16407 Error Hardware detected model is mismatched with the installed software. 16408 Error CONT(-B) PCB FPGA1 config error 16409 Error CONT(-B) PCB FPGA2 config error 16416 Error +6LV power fail (POWER UNIT). 16417 Error -6LV power fail (POWER UNIT). 16418 Error +12LV power fail (POWER UNIT). 16419 Error -12LV power fail (POWER UNIT). 16420 Error +12HV power fail (POWER UNIT). 16421 Error -12HV power fail (POWER UNIT). 16422 Error +75HV power fail (POWER UNIT). 16423 Error -75HV power fail (POWER UNIT). 16424 Error +100HV power fail (POWER UNIT). 16425 Error -100HV power fail (POWER UNIT). 16426 Error +200HV power fail (POWER UNIT). 16427 Error -200HV power fail (POWER UNIT). 16428 Error +12VC1 power fail (DC/DC UNIT). 16429 Error +12VC2 power fail (DC/DC UNIT). 16430 Error +5VS1 power fail (DC/DC UNIT). 16431 Error +5VS2 power fail (DC/DC UNIT). 16432 Error +3.3V power fail (DC/DC UNIT). 16433 Error +5V power fail (DC/DC UNIT). 16434 Error +12V power fail (DC/DC UNIT). 16435 Error -12V power fail (DC/DC UNIT). 16436 Error Power error. 16437 Information Power UNIT status is good. 16438 Information DC/DC UNIT status is good. 16448 Error CELL PCB GO_CELL* error. 16449 Error CELL PCB FIRM error. 16450 Error CELL PCB HW error. 16451 Error CELL PCB TEMP error. 16452 Error CELL PCB VOL error. 16453 Error CELL PCB DIMM error. 16454 Error CELL PCB FAN error. 16455 Error CELL PCB Hardware error. 16456 Information CELL PCB status is good. 16457 Information System temperature status is (%1). 16464 Warning System temperature is high (%1) 16465 Error System temperature exceed (%1). 16466 Error CELL XDR memory error 3 - 14 L1E-EA0389

[Page 25] 20489 Error Can't read SYSTEM-ID correctly. 20491 Error Config error. 20493 Error Probe ID failure. 20495 Error MPTEE interface failure. 20496 Error GND value and ST4V value are same. 20497 Error MINI A/D value at D/A 00 and FF are same. 20498 Error CALIB_MINI_0V < 0. 20499 Error CALIB_MINI_5V > 255. 20500 Error ATGC A/D value at D/A 00 and FF are same. 20501 Error CALIB_TGC_0V < 0. 20502 Error CALIB_TGC_5V > 255. 20503 Error ATT A/D value at D/A 50 and FF are same. 20504 Error CALIB_ATT_0V < 0. 20505 Error CALIB_ATT_4V > 255. 20523 Error Wrong USSYNC RAM Data 20524 Error Abnormal transmition power excess has been detected. 36865 Error RVS MagSensor init error. 36866 Error RVS MagSensor final error. 36867 Error Failed to get information of network adapter for CELL. 36868 Error Failed to get information of network adapter for External. 61440 Error Software error occured. 61441 Error Hardware error occured. 61442 Error CELL error occured. 61443 Error Shutdown error occured. (7) Follow the steps shown below to save the log displayed in the file. 1) Select “Action” of the menu bar and select “Save Log File As …” from the pull-down menu displayed. 2) Determine the file name, file type and location to save the file, and then select the “Save” button. At this time, if the file type is event log file (*.EVT), contents of the file can only be checked from the event viewer. 3 - 15 L1E-EA0389

[Page 26] 3.2.6.2 Starting check program (1) Start “Service Tools” program. See 3.2.1 (1), (2) and (3). (2) Select the “Diagnostic Tests” button from “Service Tools”. (3) The check program includes the following functions: 1 ） Auto Diagnostic Tests The function to check hardware automatically. See 3.2.6.3. 2 ） Loop Memory Test The function to iterate the Memory Test of the Auto Diagnostic Tests. See 3.2.6.4. 3 ） Loop Signal Test The function to iterate the Signal Test of the Auto Diagnostic Tests. See 3.2.6.4. 4 ） Channel Test Channel test checks analog circuits of transmission and reception respectively by channel. See 3.2.6.5. １） ２） ３） ４） NOTE: While the RVS mode is used, do not execute the check program. Before executing the check program, exit the RVS mode first by pressing the “RVS” button among the screen buttons. The screen buttons can be displayed by c pressing the “F1” key or “F2” key to which the RVS mode is assigned, or d pressing the “F2” key to which the options menu is assigned. 3 - 16 L1E-EA0389

[Page 27] 3.2.6.3 Auto Diagnostic Tests (1) Start “Service Tools” program. See 3.2.1 (1), (2) and (3). (2) Select the “Diagnostic Tests” button from “Service Tools”. (3) Select the “Auto Diagnostic Tests” button from “Diagnostic Tests”. (4) Because reboot is required after tests, confirmation dialog is displayed. Press “OK” button. （４） Wait finishing the tests. NOTE: The screen might be blinking strongly. Do not stare at the screen. 3 - 17 L1E-EA0389

[Page 28] (5) After test end, “Auto Diagnostic Tests Result” dialog appears, and it shows the test result. Result tree list is displayed on upper part of the dialog. When you select one of the item in the tree, detailed information of the test item appears on lower part of the dialog. Result tree list Detailed information Saving result Reboot To save the result, select “Save and show Error Log Manager” button. After storing the result, Error Log Manager dialog appears. With Error Log Manager dialog, you can watch logs or store logs to external media. See 3.2.6.4. 3 - 18 L1E-EA0389

[Page 29] (6) To finish viewing the test result, press “Reboot” button. In the case some error is found and the result is not stored, and in other case, different dialog appears. Press “OK” button, then the equipment will be rebooted, and you can use the equipment normally. （６） The dialog when error is found （６） The dialog in other case 3 - 19 L1E-EA0389

[Page 30] (7) Tests are described below. Power Test Communication 1 Communication Test (1-999) Preirus/Avius POWER UNIT +6LV 100 Power supply output -6LV 101 Power supply output +12LV 102 Power supply output -12LV 103 Power supply output +12HV 104 Power supply output -12HV 105 Power supply output +75HV 106 Power supply output -75HV 107 Power supply output +100HV 108 Power supply output -100HV 109 Power supply output +200HV 110 Power supply output -200HV 111 Power supply output Preirus/Avius DC/DC(2) +12VC1 200 Power supply output UNIT +12VC2 201 Power supply output +5VS1 202 Power supply output +5VS2 203 Power supply output +3.3V 204 Power supply output +5V 205 Power supply output +12V 206 Power supply output -12V 207 Power supply output Memory CONT Basic Confirmation 10000 Board existence, FPGA Test configuration (10000～ (10000～ USRAM 10001 Memory test (USRAM) 19999) 10999) GainRAM 10002 Memory test (GainRAM) SSRAM 10003 Memory test (SSRAM) Avius RDBF Basic Confirmation 12000 Board existence, FPGA configuration (12000～ ASIC0 ASIC Data Line Test 12100 ASIC register data line test 12999) ASIC Bulk Read/Write Test 12101 ASIC register high-load test RAM Address Line Test 12102 ASIC-SRAM address line test RAM Data Line Test 12103 ASIC-SRAM data line test RAM Bulk Read/Write Test 12104 ASIC-SRAM high-load test ASIC1 ASIC Data Line Test 12110 ASIC register data line test ASIC Bulk Read/Write Test 12111 ASIC register high-load test RAM Address Line Test 12112 ASIC-SRAM address line test RAM Data Line Test 12113 ASIC-SRAM data line test RAM Bulk Read/Write Test 12114 ASIC-SRAM high-load test 3 - 20 L1E-EA0389

[Page 31] Memory Avius RDBF ASIC2 ASIC Data Line Test 12120 ASIC register data line test Test ASIC Bulk Read/Write Test 12121 ASIC register high-load test RAM Address Line Test 12122 ASIC-SRAM address line test RAM Data Line Test 12123 ASIC-SRAM data line test RAM Bulk Read/Write Test 12124 ASIC-SRAM high-load test ASIC3 ASIC Data Line Test 12130 ASIC register data line test ASIC Bulk Read/Write Test 12131 ASIC register high-load test RAM Address Line Test 12132 ASIC-SRAM address line test RAM Data Line Test 12133 ASIC-SRAM data line test RAM Bulk Read/Write Test 12134 ASIC-SRAM high-load test Serial Bus Avius TPRB Basic Information 16010 Board existence, FPGA configuration (16000～ Port Read/Write Test 16011 Register high-load test 16999) CW/CWA Basic Information 16020 Board existence, FPGA configuration Port Read/Write Test 16021 Register high-load test MTDRV Basic Information 16030 Board existence, FPGA configuration Port Read/Write Test 16031 Register high-load test TVIF(-B) Basic Information 16040 Board existence, FPGA configuration Port Read/Write Test 16041 Register high-load test BIO Port Read/Write Test 16050 Register high-load test DVIF Port Read/Write Test 16060 Register high-load test CELL Basic Information 17000 Confirmation of basic information (17000～ XDR Memory Test 17010 XDR memory high-load 17999) test DIMM0 Test 17011 DIMM0 high-load test CF Card Test 17013 CF card read test Signal Test ADC-ASIC- Avius ADC -> Ch0 20100 Outputs test pattern from FPGA ASIC -> RDBF-ADC, selects FPGA (RDBF) channel by ASIC, and checks by RDBF-FPGA. (20000～ Ch1 20101 29999) : : Ch(N) 20100+N DBF-CONT Avius RDBF -> CONT 20801 Outputs test pattern from RDBF-FPGA, and checks by CONT-RFP. 3 - 21 L1E-EA0389

[Page 32] Signal Test DBF-CONT CONT -> CELL 20900 Outputs test pattern from CONT-BEIF, and checks by CELL input module. CONT RF Processing 20901 Outputs test pattern from the top of CONT-RFP, does normal signal processing, and checks by CELL input module. CONT -> DVIF 20902 Generates test image by CONT-BEIF's image-memory filling function, and checks by DVIF's dot capturing function. CELL -> CONT 20903 Generates test image by CELL with background level, and checks by DVIF's dot capturing function. BIO -> CONT 20905 Outputs test pattern from BIO, and checks by CELL's ECG CINE buffer. 3 - 22 L1E-EA0389

[Page 33] (8) Location of Signal Test are described below. USB USB USB USB Key board Key board Key board Key board Console Console Console Console KBIF KBIF KBIF KBIF Remote Remote Remote Remote control control control control 17” LCD 17” LCD 17” LCD 17” LCD 1280x1024@60Hz 1280x1024@60Hz 1280x1024@60Hz 1280x1024@60Hz RGB RGB RGB RGB OUT OUT OUT OUT Y/C Y/C Y/C Y/C OUT OUT OUT OUT PS/2 (KB) PS/2 (KB) PS/2 (KB) PS/2 (KB) PS/2 (Mouse) PS/2 (Mouse) PS/2 (Mouse) PS/2 (Mouse) Serial 1 Serial 1 Serial 1 Serial 1 PinP PinP PinP PinP Y/C Y/C Y/C Y/C IN IN IN IN PCI PCI PCI PCI TVIF-B TVIF-B TVIF-B TVIF-B Analog Analog Analog Analog Capture Capture Capture Capture Board Board Board Board VGA VGA VGA VGA Speaker Speaker Speaker Speaker BW-Printer OUT BW-Printer OUT BW-Printer OUT BW-Printer OUT (or C-VIDEO OUT) (or C-VIDEO OUT) (or C-VIDEO OUT) (or C-VIDEO OUT) BW-Printer Remote BW-Printer Remote BW-Printer Remote BW-Printer Remote Audio OUT Audio OUT Audio OUT Audio OUT Audio IN Audio IN Audio IN Audio IN DVI DVI DVI DVI PCI PCI PCI PCI ） ） ） ） PCI PCI PCI PCI DVI DVI DVI DVI Digital Digital Digital Digital Board Board Board Board ） ） ） ） Capture Capture Capture Capture Panorama Panorama Panorama Panorama （ （ （ （ PCIe PCIe PCIe PCIe (x4) (x4) (x4) (x4) USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB LAN LAN LAN LAN DVI DVI DVI DVI PCIe PCIe PCIe PCIe (x16) (x16) (x16) (x16) Rear Panel Rear Panel Rear Panel Rear Panel DVI DVI DVI DVI Screen image Screen image Screen image Screen image data data data data Control Control Control Control DOP Sound DOP Sound DOP Sound DOP Sound Display Data Display Data Display Data Display Data Display Data (Capture Display Data (Capture Display Data (Capture Display Data (Capture or US image data or US image data or US image data or US image data With Capture Trigger With Capture Trigger With Capture Trigger With Capture Trigger DVI DVI DVI DVI CPU CPU CPU CPU Dual Monitor Dual Monitor Dual Monitor Dual Monitor Output Output Output Output Memory Memory Memory Memory DVI DVI DVI DVI Internal Graphic Internal Graphic Internal Graphic Internal Graphic DVI DVI DVI DVI PCIe(ADD2+) PCIe(ADD2+) PCIe(ADD2+) PCIe(ADD2+) USB Connector USB Connector USB Connector USB Connector PCMB PCMB PCMB PCMB Overlay output Overlay output Overlay output Overlay output Through US image output Through US image output Through US image output Through US image output DVI DVI DVI DVI DVIF DVIF DVIF DVIF ・ ・ ・ ・ US image and Screen image US image and Screen image US image and Screen image US image and Screen image ・ ・ ・ ・ GbE GbE GbE GbE GbE GbE GbE GbE Line out Line out Line out Line out PWRSW PWRSW PWRSW PWRSW US US US US control, control, control, control, Data Data Data Data US image, US image, US image, US image, Capture trigger, Capture trigger, Capture trigger, Capture trigger, Control Control Control Control 20903 20903 SATA SATA SATA SATA SATA SATA SATA SATA 20905 20905 CELL CELL CELL CELL Control Control Control Control HDD HDD HDD HDD DVD DVD DVD DVD US Image DAta US Image DAta US Image DAta US Image DAta → → → → Sound Sound Sound Sound GbE GbE GbE GbE → → → → DVI DVI DVI DVI USB USB USB USB PCIe (x4) PCIe (x4) PCIe (x4) PCIe (x4) DAC DAC DAC DAC SEL SEL SEL SEL Cell Cell Cell Cell B.E B.E B.E B.E PCIe (x4) PCIe (x4) PCIe (x4) PCIe (x4) FPGA FPGA ← ← ← ← US Data US Data US Data US Data Board Unit Power Unit Board Unit Power Unit CELL CELL CELL CELL ← ← ← ← ECG Data ECG Data ECG Data ECG Data 20904 20904 CONT CONT BEIF-FPGA BEIF-FPGA RFP-FPGA RFP-FPGA POWER Board DC/DC Unit POWER Board DC/DC Unit CXO CXO CONT CONT BIO Data BIO Data BIO Data BIO Data US Data US Data US Data US Data 20902 20902 CW Data CW Data CW Data CW Data ADC ADC ADC ADC FPGA FPGA FPGA FPGA ASIC ASIC ASIC ASIC FPGA FPGA FPGA FPGA +TGC +TGC +TGC +TGC +TGC +TGC +TGC PreAMP PreAMP PreAMP PreAMP PreAMP PreAMP PreAMP ADC ADC ADC ADC (16ch/1pcs) (16ch/1pcs) (16ch/1pcs) (16ch/1pcs) ADC ADC ADC ADC ADC ADC ADC ADC Div Div Div Div MTDRV MTDRV MTDRV MTDRV T/R T/R T/R T/R Post- Post- Post- Post- AMP AMP AMP AMP Trans Trans Trans Trans Buff Buff Buff Buff CW CW CW CW Trans Trans Trans Trans Buff Buff Buff Buff BIO BIO BIO BIO CW CW CW CW RDBF RDBF RDBF RDBF -B -B -B -B 20801 20801 JMP JMP JMP JMP CW CW CW CW Trans Trans Trans Trans AMP AMP AMP AMP Trans Trans Trans Trans 20900 20900 20901 20901 HV HV HV HV SW SW SW SW Relay Relay Relay Relay 201xx 201xx ECG ECG ECG ECG PCG PCG PCG PCG EXT-ECG EXT-ECG EXT-ECG EXT-ECG Pencil CW Probe Pencil CW Probe Pencil CW Probe Pencil CW Probe MB MB MB MB TPRB TPRB TPRB TPRB PROBE1 PROBE1 PROBE1 PROBE1 PROBE2 PROBE2 PROBE2 PROBE2 PROBE3 PROBE3 PROBE3 PROBE3 USB USB USB USB USB USB USB USB Front Panel Front Panel Front Panel Front Panel Location of Signal Test (HI VISION Avius) 3 - 23 L1E-EA0389

[Page 34] (9) Location of Memory Test are described below. USB USB USB USB Key board Key board Key board Key board 16041 16041 Console Console Console Console KBIF KBIF KBIF KBIF 16060 16060 Remote Remote Remote Remote control control control control 17” LCD 17” LCD 17” LCD 17” LCD 1280x1024@60Hz 1280x1024@60Hz 1280x1024@60Hz 1280x1024@60Hz RGB RGB RGB RGB OUT OUT OUT OUT Y/C Y/C Y/C Y/C OUT OUT OUT OUT PS/2 (KB) PS/2 (KB) PS/2 (KB) PS/2 (KB) PS/2 (Mouse) PS/2 (Mouse) PS/2 (Mouse) PS/2 (Mouse) Serial 1 Serial 1 Serial 1 Serial 1 PinP PinP PinP PinP Y/C Y/C Y/C Y/C IN IN IN IN PCI PCI PCI PCI TVIF-B TVIF-B TVIF-B TVIF-B Analog Analog Analog Analog Capture Capture Capture Capture Board Board Board Board VGA VGA VGA VGA Speaker Speaker Speaker Speaker BW-Printer OUT BW-Printer OUT BW-Printer OUT BW-Printer OUT (or C-VIDEO OUT) (or C-VIDEO OUT) (or C-VIDEO OUT) (or C-VIDEO OUT) BW-Printer Remote BW-Printer Remote BW-Printer Remote BW-Printer Remote Audio OUT Audio OUT Audio OUT Audio OUT Audio IN Audio IN Audio IN Audio IN DVI DVI DVI DVI PCI PCI PCI PCI ） ） ） ） PCI PCI PCI PCI DVI DVI DVI DVI Digital Digital Digital Digital Board Board Board Board ） ） ） ） Capture Capture Capture Capture Panorama Panorama Panorama Panorama （ （ （ （ PCIe PCIe PCIe PCIe (x4) (x4) (x4) (x4) USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB LAN LAN LAN LAN DVI DVI DVI DVI PCIe PCIe PCIe PCIe (x16) (x16) (x16) (x16) Rear Panel Rear Panel Rear Panel Rear Panel DVI DVI DVI DVI Screen image Screen image Screen image Screen image data data data data Control Control Control Control DOP Sound DOP Sound DOP Sound DOP Sound Display Data Display Data Display Data Display Data Display Data (Capture Display Data (Capture Display Data (Capture Display Data (Capture or US image data or US image data or US image data or US image data With Capture Trigger With Capture Trigger With Capture Trigger With Capture Trigger DVI DVI DVI DVI CPU CPU CPU CPU Dual Monitor Dual Monitor Dual Monitor Dual Monitor Output Output Output Output Memory Memory Memory Memory DVI DVI DVI DVI Internal Graphic Internal Graphic Internal Graphic Internal Graphic DVI DVI DVI DVI PCIe(ADD2+) PCIe(ADD2+) PCIe(ADD2+) PCIe(ADD2+) USB Connector USB Connector USB Connector USB Connector PCMB PCMB PCMB PCMB Overlay output Overlay output Overlay output Overlay output Through US image output Through US image output Through US image output Through US image output DVI DVI DVI DVI DVIF DVIF DVIF DVIF ・ ・ ・ ・ US image and Screen image US image and Screen image US image and Screen image US image and Screen image ・ ・ ・ ・ GbE GbE GbE GbE GbE GbE GbE GbE Line out Line out Line out Line out PWRSW PWRSW PWRSW PWRSW 17010, 17010, 17011 17011 US US US US control, control, control, control, Data Data Data Data US image, US image, US image, US image, Capture trigger, Capture trigger, Capture trigger, Capture trigger, Control Control Control Control SATA SATA SATA SATA SATA SATA SATA SATA CELL CELL CELL CELL Control Control Control Control HDD HDD HDD HDD DVD DVD DVD DVD US Image DAta US Image DAta US Image DAta US Image DAta → → → → Sound Sound Sound Sound 16050 16050 GbE GbE GbE GbE → → → → DVI DVI DVI DVI USB USB USB USB PCIe (x4) PCIe (x4) PCIe (x4) PCIe (x4) DAC DAC DAC DAC SEL SEL SEL SEL 16021 16021 Cell Cell Cell Cell B.E B.E B.E B.E PCIe (x4) PCIe (x4) PCIe (x4) PCIe (x4) FPGA FPGA ← ← ← ← US Data US Data US Data US Data Board Unit Power Unit Board Unit Power Unit CELL CELL CELL CELL ← ← ← ← ECG Data ECG Data ECG Data ECG Data CONT CONT BEIF-FPGA BEIF-FPGA RFP-FPGA RFP-FPGA POWER Board DC/DC Unit POWER Board DC/DC Unit CXO CXO CONT CONT BIO Data BIO Data BIO Data BIO Data US Data US Data US Data US Data ～ ～ CW Data CW Data CW Data CW Data ADC ADC ADC ADC 10003 10003 Control Register Control Register FPGA FPGA FPGA FPGA 10001 10001 Memory Memory ASIC ASIC ASIC ASIC FPGA FPGA FPGA FPGA +TGC +TGC +TGC +TGC +TGC +TGC +TGC PreAMP PreAMP PreAMP PreAMP PreAMP PreAMP PreAMP ADC ADC ADC ADC (16ch/1pcs) (16ch/1pcs) (16ch/1pcs) (16ch/1pcs) ADC ADC ADC ADC ADC ADC ADC ADC Div Div Div Div MTDRV MTDRV MTDRV MTDRV T/R T/R T/R T/R Post- Post- Post- Post- AMP AMP AMP AMP Trans Trans Trans Trans Buff Buff Buff Buff CW CW CW CW Trans Trans Trans Trans Buff Buff Buff Buff BIO BIO BIO BIO CW CW CW CW RDBF RDBF RDBF RDBF -B -B -B -B JMP JMP JMP JMP CW CW CW CW Trans Trans Trans Trans AMP AMP AMP AMP Trans Trans Trans Trans 16031 16031 HV HV HV HV SW SW SW SW 121x0, 121x0, 121x1 121x1 ～ ～ Relay Relay Relay Relay 121x4 121x4 ECG ECG ECG ECG PCG PCG PCG PCG EXT-ECG EXT-ECG EXT-ECG EXT-ECG Pencil CW Probe Pencil CW Probe Pencil CW Probe Pencil CW Probe MB MB MB MB TPRB TPRB TPRB TPRB 121x2 121x2 PROBE1 PROBE1 PROBE1 PROBE1 PROBE2 PROBE2 PROBE2 PROBE2 PROBE3 PROBE3 PROBE3 PROBE3 USB USB USB USB USB USB USB USB Front Panel Front Panel Front Panel Front Panel 16011 16011 Location of Memory Test (HI VISION Avius) 3 - 24 L1E-EA0389

[Page 35] 3.2.6.4 Loop Memory Test and Loop Signal Test (1) Start “Service Tools” program. See 3.2.1 (1), (2) and (3). (2) Select the “Diagnostic Tests” button from “Service Tools”. (3) Select the “Loop Memory Test” or “Loop Signal Test” button from “Diagnostic Tests”. (4) Because reboot is required after tests, confirmation dialog is displayed. Press “OK” button. （４） (5) Testing is done iteratively, select “Finish” button after appropriate time passed. Also failure iteration exceed 10 times, test is forced to finish. （５） NOTE: The screen might be blinking strongly. Do not stare at the screen. 3 - 25 L1E-EA0389

[Page 36] (6) After test end, “Auto Diagnostic Tests Result” dialog appears, and it shows the test result. Result tree list is displayed on upper part of the dialog. It differs from “2.3.6.3 Auto Diagnostic Tests”, only failed iteration are displayed. See 2.3.6.3 (5) for dialog usage. 3 - 26 L1E-EA0389

[Page 37] 3.2.6.5 Channel Test (1) Start “Service Tools” program. See 3.2.1 (1), (2) and (3). (2) Select the “Diagnostic Tests” button from “Service Tools”. (3) Select the “Channel Test” button from “Diagnostic Tests”. Select the center 1ch for transmission to allow the B image to be depicted with aperture 1ch. Since transmission aperture is 1ch, if the transmission circuit is defected by even 1ch, it can be observed as a black stripe of the B image as it is. Further in the M image, it is depicted using a specific 1ch, the missing channel can be identified. For receiving wave, any missing channel can be checked as well. How to use ① Connect the probe with no defective channel and select the B/M real mode. ② Select “Channel Test” from “Diagnostic Tests”. Display “CH-NUKE” to check missing channels by operating the upper slide bar at the upper part of dialog with transmission wave or reception wave set to 1ch. At this time, if the M image shows a black stripe, there is a missing channel. Note that, however, the probe itself may have a defective element. ③ After completing check, close the dialog and select the “Close” button from “Service Tools”. The message dialog appears. To return to the normal image mode, Freeze needs to be made ON/OFF. NOTE: To check both of transmission and reception waves, perform check with transmission or reception wave once, and then exit “Service Tools” and make Freeze ON/OFF and display “Channel Test” from “Service Tools” again to check missing channels for transmission or reception wave. 3 - 27 L1E-EA0389

[Page 38] The following describes display and operation. (1) CH slide bar (2) Status display (3) Transmission wave 1ch button (4) Reception wave 1ch button (5) Get M Line button (6) Close button Item Description (1) CH slide bar Selects element number to be checked. Selected element number is displayed as the Elem. item of (2) Status display. 0~191. (2) Status display 1st item (Elem.): Displays the element number for check selected by the CH slide bar. 2nd item (ch): Displays CH number in RDBF. 3rd item: None/Not check item, T 1ch/Transmission wave check mode, R 1ch/Reception wave check mode, T&R 1ch/transmission & reception check mode (3) Transmission wave 1ch Sets transmission wave to 1ch. The last item of (2) Status display button changes to “T 1ch” or “T&R 1ch”. Pressing this button allows any missing transmission channel to be checked. (4) Reception wave 1ch Sets reception wave to 1ch. The last item of (2) Status display button changes to “R 1ch” or “T&R 1ch”. Pressing this button allows any missing reception channel to be checked. (5) Get M line button Not used (6) Close button Closes this dialog 3 - 28 L1E-EA0389

[Page 39] 3.2.6.6 Error Log Manager Function In order to cope with fault quickly, this system has a function to collect the fault information automatically and also has management function for the fault information. The following information is collected to the following timing. When software has been stopped caused by software error. When "Make Log" button is pushed from Error Log Manager Dialog. When hardware error caused by config error occurs. At start next time of system when turning off power with breaker Timing to collect switch. information When data transmission between the EUB software and the BEP software is not possible At normal shut down. (*1) (*2) When the auto diagnostic tests results is stored.(See 3.2.6.3) System Information The image at the time of collection (*3) Key history Event Log Information to collect Backup Data ・ CELL Log Crash dump (*4) Filing Log DICOM Log OS System Error Log (*1) The log at normal shut down is generated to get a image or procedure when US image is broken by some cause. (*2) When amount of whole log are large and new log are to generated, old logs are deleted. In that case, other important log are not deleted by shutdown log. (*3) For minimize privacy information, patient name or other information on the log image will be masked in most case. (*4) When a software error occurs, a full crash dump is created. The file size is large (from several 10 MB to several 100 MB), and therefore it might require a few to 20 seconds to acquire the log. 3 - 29 L1E-EA0389

[Page 40] In order to use the Error Log Dialog, follow as below. (1) Invoke “Service Tools” --- Refer 3.2.1 (1), (2), (3) (2) Push “Error Log Manager” button in the Service Tools dialog Error Log Manager dialog box The following table describes the relationship between folder names and error logs: folder name error log nnnn_yyyymmdd_hhmmss_SoftError The log made when software error occurred nnnn_yyyymmdd_hhmmss_UserLog The log made when “Make Log” button is pushed from Error Log Manager Dialog nnnn_yyyymmdd_hhmmss_HardError The log made when hardware error occurred nnnn_yyyymmdd_hhmmss_ShutError The log made when turning off power with breaker switch nnnn_yyyymmdd_hhmmss_CellError The log made when data transmission between the EUB software and the BEP software is not possible nnnn_yyyymmdd_hhmmss_ShutLog Normal shut down nnnn_yyyymmdd_hhmmss_DiagLog The log made when the auto diagnostic tests are successed nnnn_yyyymmdd_hhmmss_DiagError The log made when an auto diagnostic test is error nnnn :sequence number, yyyymmdd_hhmmss : Date and time when error logs are made The function of each button is shown below. Buttons Function Open When a folder is selected, displays the folder contents list. When text or image file is selected, display the contents. To Folder Return to error log folder list. Show ShutLog Switch to display or not ShutLog. Button label will be changed accordingly. (*5) (Hide ShutLog) Browse&Copy Browse destination, and copy selected folder or file. (*6)(*7) Copy Crash When you select a folder with an asterisk (*) in the Crash Dump column, copy Dump the crash dump that was created at the same time with the folder to media. (*6)(*8) 3 - 30 L1E-EA0389

[Page 41] Delete Delete the selected folder or file, as well as the associated crash dump, if any. When you click the button, the dialog below appears. Click OK to delete the selected items. Make Log Make error log. Available only in folder list mode. When pushed, the dialog below displayed. Then logs are collected. In this case, the folder whose end is "_User Log" is created. Close Close this dialog. Show Cursor When checked, small dialog appears to show cursor location. The dialog Position continues to display after closing error log manager. (*5) When “Error Log manager” dialog appears, Shut Log (log at shut down) is not displayed in the list. In the case to survey broken US image, it might be needed to confirm whether or not relating US image is stored. (*6) Since all error log data is deleted during full installation of the software, create backup data before installation as necessary. (*7) The following dialogs are displayed, in case picture files are included in the copying files. This is because patient information may be included in the collected picture. Masking function of patient information is not perfect. By confirmation the image, get permission from a user if needed. (*8) Crash dump files are managed in a different folder from the Error Log folder where other logs are stored. Such files are linked to the logs collected at the same time and displayed with an asterisk (*) in the “Crash Dump” column in “Folder List”. 3 - 31 L1E-EA0389

[Page 42] The following information is recorded as a file at the time of error information collection. File Name Information Contents 1-SystemInformation.txt System Information Time Equipment name Software version OS version Manual version Time stamp of EUB-US.exe Software Language OS Language NTSC/PAL Option list Hardware version ( only from Error Log Manager dialog) 2-ScreenCapture.bmp Screen Capture When software error, the image includes error dialog. Not includes US image. When from Error log dialog, US image at that time. 3-Key history.txt Key history User key history (about 1000 items) (*9) 4-SystemEventLog.txt System event log System event log of event viewer 5-ApplicationEventLog.txt Application event Application event log of event viewer log 6-DrWatson.txt Dr.Watson log OS generates, when application error occurs. 7-SupplementLog.txt Supplement log Supplement for application event log. The detailed result of automatic adjustment etc. is described. 8-BackUpData.cab Backup data Compressed file for Backup data by CAB format. Common decompression software can be used. 9- Cell_Log.txt CELL log Log related to types and setting values of transmission parameters between the EUB software and BEP software (about 1,000 items) A-KeyHistoryLong.cab Key history Compressed file for User key history (about 10,000 items) by CAB format. Common decompression software can be used. B-CellLog.cab CELL log Compressed file for log related to types and setting values of transmission parameters between the EUB software and BEP software, by CAB format. Common decompression software can be used. C-FillingLog.txt FillingLog Log related to data management D-DICOMLog.cab DICOM Log Compressed file for Merge Log and files related to it , by CAB format. (*10) Common decompression software can be used. E-SystemErrorMini.cab OS System Error Compressed file for OS Sytem Errlr Log by CAB Log format.This is recorded running state of OS System. Common decompression software can be used. If a software error occurs, the information in the following table is logged as a file in the Crash Dump folder located just under the root directory of the C drive. FolderName File Name Information Contents CrashDump nnnn_yyyymmdd_hhmmss_FullCrashDu CrashDump File that recorded mp.dmp running state of 3 - 32 L1E-EA0389

[Page 43] software. (*11) (*9) Alphanumeric character key operation in a dialog is recorded as '*' because of privacy. The key name recorded is not based on the language of an operation panel, It is recorded in English always. (*10) "merge.log", "Merge.ini", "Mergecom.app", "Mergecom.pro", and "Mergecom.srv" are preserved. (*11) Serial numbers and dates are the same as in the log acquired at the same time as the crash dump. 3 - 33 L1E-EA0389

[Page 44] 3.2.6.7 Exchange function of Mode key This function is possible for exchange of Doppler Mode key, CFM mode key and M-Mode key. (1) Start “Service Tools” program. See 3.2.1 (1), (2) and (3). (2) Select the “Exchange Mode Keys” button from “Service Tools”. (3) Please select setting in dialog. (4) When the OK button is pushed, the setting is reflected. Default is Set1. Please exchange the mode cap after it changes. 3 - 34 L1E-EA0389

[Page 45] 3.2.7 Taking out images The information of various image parameters is necessary to investigate an image with a problem such as defective image quality. Please take out image data from the system according to the following operations to include the information of image parameters in the data. (*1) NOTE (*1): Image data saved in DICOM image format is out of this operation. (1) Prepare an empty media. (*2) (2) Press READ key READ in freeze mode and “Filing window” is displayed. (3) Choose the target images and save the image data without personal information to the media. (*3) (4) Choose the destination media to save from “Location List” on “Filing window”, and then select “Show All” button and confirm that the target images are saved to the media. NOTE (*2): DVD-R is recommended as media to save image data. In case of saving to USB memory device, prepare a new one. NOTE (*3): To save the data without personal information, operate on Create Data-Disc window in case of DVD-R and operate on File Convert window in case of the other media. Refer to the instruction manual (Operation) for detail the manner of operation. The images and the information of various image parameters taken out are included in the “PDFiles” folder made in the media. When you request to investigate the images, please send the entire “PDFiles” folder. 3 - 35 L1E-EA0389

[Page 46] 3.2.8 Backup battery Refer to 5.1 Replacing the backup battery in [HI VISION Avius TECHNICAL GUIDE –Installation-] of separate volume. 3 - 36 L1E-EA0389

[Page 47] 3.3 Troubleshooting 3.3.1 Temporary Image file Although availability is in a transferring place, when the message of Fig.3.3.1-1 comes out at the time of image transferring, the temporary file for transferring may remain in the following folder. Fig. 3.3.1-1 Perform the following procedure to delete unnecessary files: (1) Check the drive letter of the drive to be used for transfer. Double-click C:¥Eub-us¥Tools¥diskmgmt.msc by using the Enter key to open the Disk Management dialog box. In Disk 0, check the drive letter of the fifth partition. Fig. 3.3.1-2 (2) Delete unnecessary data. Delete all data contained in fifth-drive-letter :¥PDTemp. After deleting unnecessary data, start the equipment, and then confirm that no messages appear. 3 - 37 L1E-EA0389

[Page 48] 3.3.2 Start and exit procedure of “BIOS Setup Utility” The explanation of the operations below assumes the use of an optional alphanumeric keyboard. If an alphanumeric keyboard is not used, see Appendix 2 in the separate Technical Guide (Installation) for information regarding the required key operations. 3.3.2.1 Start “BIOS Setup Utility” When the equipment starts up, the BIOS image shown below appears (Fig 3.3.2-1 (a)). While the BIOS startup window is open, press and then release the Ctrl + Alt + Shift keys (or the alternate key described in Appendix 2.3 in the separate TECHNICAL GUIDE (Installation) ), and then press the 2 key (or the screen button control key (2) described in Appendix 2 in the separate TECHNICAL GUIDE (Installation) ) to start up Setup Utility (Fig. 3.3.2-2). By using Setup Utility , you can check the availability of hard disk recognition and the BIOS version. NOTE : The time of BIOS Image is very short. When the system is starting, it shut down by using “ON/STANDBY” Key. Don’t compulsorily turn the "Breaker switch" off, because the ultrasound scanner may not operate normally. ２ Key alphanumeric keyboard （ Option ） Fig. 3.3.2-1 (a) (b) System Time : [ ] System Date : [ ] Legacy Diskette A : [ ] The hard disk information is displayed. SATA Port0 : [320G SATA0] * The display size might be different. SATA Port1 : [ ] SATA Port2 : [ ] SATA Port3 : [ ] SATA Port4 : [ ] ATA Configuration System Memory : 617KB Extended Memory : 1038336KB The BIOS version is displayed. BIOS Revision : HU : 1.02 Fig. 3.3.2-2 3 - 38 L1E-EA0389

[Page 49] 3.3.2.2 “Load Setup Defaults“ (1) Using the keys “ ↑ , ↓ , ← and → ”, select “Load Setup Defaults“ from the list of “Exit” and press “Enter” key to execute the program Exit Saving Changes Exit Discarding Changes Load Setup Defaults Discard Changes Save Changes Fig. 3.3.2-3 (2) The following message (Fig.3.3.2-4) is displayed. Select “Yes”, Press “Enter” key. Setup Confirmation Load default configuration now? [Yes] [No] Fig. 3.3.2-4 (3) The screen returns to BIOS Setup Utility window. (Fig.3.3.2-5) Using the keys “ ↑ , ↓ , ← and → ”, select “Exit Saving changes“ from the list of “Exit” and press “Enter” key. Exit Saving Changes Exit Discarding Changes Load Setup Defaults Discard Changes Save Changes Fig. 3.3.2-5 3 - 39 L1E-EA0389

[Page 50] (4) The following message appears. （ Fig.3.3.2-6 ） Select “Yes”, Press “Enter” key and the system reboot. Setup Confirmation Save configuration changes and exit now? [Yes] [No] Fig. 3.3.2-6 (5) A restart occurs. After the startup processing is complete, use the ON/STANDBY switch to shut down the system, and then turn off the breaker switch. 3.3.2.3 Exit “Setup Utility” To exit “Setup Utility” without changes, it becomes the following procedure. Using the keys “ ↑ , ↓ , ← and → ”, select “Exit Discarding Changes“ from the list of “Exit” and press “Enter” key. The system reboots. （ To save changes and exit “BIOS Setup Utility”, select “Exit Saving changes”. ） Exit Saving Changes Exit Discarding Changes Load Setup Defaults Discard Changes Save Changes Fig. 3.3.2-7 3 - 40 L1E-EA0389

[Page 51] Section 4 Principle of Operation 4.1 System Block of HI VISION Avius Fig. 4.1.1 shows the system block diagram of HI VISION Avius. HI VISION Avius uses many hardware parts configurable (programmable) by the configuration data (program data) such as FPGA and DSP on each PCB. These configuration data (program data) is not stored in ROM but flash memory or RAM mounted on PCB, and FPGA or DSP is configured (programmed) during reset period after booting the system. 4.2 Basic Composition of HI VISION Avius 4.2.1 General and board description Composition : PCBs and units composing the basic part of HI VISION Avius are listed below: 1. PC unit 2. TPRB 3. RDBF 4. CONT 5. CELL 6. ＫＢ ＆ ＫＢＩＦ 7. DVIF 8. TVIF(Option) Overview of units and PCBs : 1. PC unit With “Windows NT/XP” as OS, the PC unit runs a variety of application software to control the ultrasound scanner as well as interfaces with various media. A standard PC structure is added with the following two PCI bus add-in boards in HI VISION Avius. Ｄｉｇｉｔａｌ Capture Card (Option ： EZU-DCP1) ： Used to capture ultrasound image data to PC. It needs software specified for Contrast Agents, and digital Video Archiving Software, stress echo software Analog Capture Card ( Option ： EZU-ACP2 ) ： Analog video input is converted digital data, it captures PC via the PCI bus. It needs peripheral device interface unit, picture in picture software. 4 - 1 L1E-EA0389

[Page 52] 2. TPRB 1. These are interfaces with the probe. It has three probe connector and one dummy probe. It is composed high voltage SW that the transmitted pulse transfer destination transducer and obtained received signal and relay to which probe is changed. 2. Transmitted signal generation The transmitted signal generated with RDBF is amplified. It has the two signal generations CW and PW. 3. RDBF 1. Generates transmitted signals (analog signal) based on ultrasound transmitted focusing data is output to the TPRB circuit board. Received signal is A/D converted and focused, and generated complex signal data I and Q. 2. Received signal amplification Received signal from TPRB is amplified and it is converted digital signal by the AD converter. It is composed of PreAMP and variable gain amp that control amplification rate according to the depth and ADC with resolution of 12bit. 4. CONT CONT circuit board has the following several function. 1. Microcomputer ・ others Generation of power supply, Temperature watch of device, Watch of power supply etc 2. CONT FPGA peripheral Control of 4D function and control of the circuit board by serial communications such as I2C SPI. 3. Signal processing system The data input from the DBF circuit board is variously processed. 4. Audio system Output DOP sound etc 5. C ＥＬＬ CELL circuit board has following several functions. 1. BW module Perform the BW image processing and the scan conversion. 2. CF module Perform the color operation and the scan conversion. 3. PW (CW) module Perform The FFT operation and the scan conversion. 4. Real-time Tissue Elastography module Perform the distortion calculation and the scan conversion. 6. ＫＢ ＆ ＫＢＩＦ The entire keyboard unit is controlled, it communicates with the main body (RS232C, PS/2, keyboard, and PS/2 and mouse), and processing corresponding to each command is done. 4 - 2 L1E-EA0389

[Page 53] 7. ＤＶＩＦ Two input images are overlaid, and output it to the LCD monitor and the capture board. 8. T ＶＩＦ（ Option ） The digital image signal input from the DVIF circuit board via DVI-D terminal is converted into the analog image signal of NTSC or PAL. Connected External peripheral device such as DVD video recorder and printers, etc. 4 - 3 L1E-EA0389

[Page 54] USB USB Key board Key board Console Console KBIF KBIF Remote Remote control control 17” LCD 17” LCD 1280x1024@60Hz 1280x1024@60Hz RGB RGB OUT OUT Y/C Y/C OUT OUT Serial 1 Serial 1 PS/2 (KB) PS/2 (KB) PS/2 (Mouse) PS/2 (Mouse) PinP PinP Y/C Y/C IN IN PCI PCI TVIF-B TVIF-B Analog Analog Capture Capture Board Board VGA VGA Speaker Speaker BW-Printer OUT BW-Printer OUT (or C-VIDEO OUT) (or C-VIDEO OUT) BW-Printer Remote BW-Printer Remote Audio OUT Audio OUT Audio IN Audio IN DVI DVI PCI PCI ） ） PCI PCI DVI DVI Digital Digital Board Board ） ） Capture Capture Panorama Panorama （ （ PCIe PCIe (x4) (x4) USB USB USB USB USB USB USB USB LAN LAN DVI DVI PCIe PCIe (x16) (x16) Rear Panel Rear Panel DVI DVI Screen image Screen image data data Control Control DOP Sound DOP Sound Display Data Display Data Display Data (Capture Display Data (Capture or US image data or US image data With Capture Trigger With Capture Trigger DVI DVI CPU CPU Dual Monitor Dual Monitor Output Output Memory Memory DVI DVI Internal Graphic Internal Graphic DVI DVI PCIe(ADD2+) PCIe(ADD2+) USB Connector USB Connector PCMB PCMB Overlay output Overlay output Through US image output Through US image output DVI DVI DVIF DVIF ・ ・ US image and Screen image US image and Screen image ・ ・ GbE GbE GbE GbE Line out Line out PWRSW PWRSW US US control, control, Data Data US image, US image, Capture trigger, Capture trigger, Control Control SATA SATA SATA SATA CELL CELL Control Control HDD HDD DVD DVD US Image DAta US Image DAta → → Sound Sound → → HI VISION Avius BLOCK DIAGRAM GbE GbE DVI DVI USB USB PCIe (x4) PCIe (x4) DAC DAC SEL SEL Cell Cell B.E B.E PCIe (x4) PCIe (x4) ← ← US Data US Data FPGA FPGA Board Unit Board Unit CELL CELL ← ← ECG Data ECG Data Fig. 4.1.1 POWER Board POWER Board CXO CXO CONT CONT BIO Data BIO Data US Data US Data CW Data CW Data ADC ADC FPGA FPGA ASIC ASIC FPGA FPGA +TGC +TGC +TGC PreAMP PreAMP PreAMP ADC ADC (16ch/1pcs) (16ch/1pcs) ADC ADC ADC ADC Div Div MTDRV MTDRV T/R T/R Post- Post- AMP AMP Trans Trans Buff Buff CW CW Trans Trans Buff Buff BIO BIO CW CW RDBF RDBF -B -B JMP JMP CW CW Trans Trans AMP AMP Trans Trans HV HV SW SW Relay Relay ECG ECG PCG PCG EXT-ECG EXT-ECG Pencil CW Probe Pencil CW Probe MB MB TPRB TPRB PROBE1 PROBE1 PROBE2 PROBE2 PROBE3 PROBE3 USB USB USB USB Front Panel Front Panel 4 - 4 L1E-EA0389

[Page 55] Section 5 Power Unit 5.1 General and Circuit Description Composition : HI VISION Avius power is composed of the following units. 1. HM-824A ： Main power unit of the system, which is a multi-output switching regulator built in with an isolating transformer and power-factor improvement circuit. It mainly supplies AC for the service outlet and DC for the analog high voltage system and analog low voltage system. When all DC voltages are outputted normally from main power unit, POWER LED(upper LED) on the front side of main power unit lights. 2. HM-824K2 ： DC/DC converter unit provided at the secondary side of main power unit HM-824A. Its input is the DC output of the power unit. It supplies DC mainly for the SELV system to the DSC and PC units. (SELV : Safety Extra-Low Voltage) When all DC voltages are outputted normally from DC/DC converter unit, DC/DC LED(lower LED) on the front side of main power unit lights. Power unit circuit description : 1. POWER TRANSFORMER Isolation transformer for the service outlet, which isolates the primary circuit from the secondary circuit. A temperature fuse is built in power transformer. (136°C) 2. PFC CIRCUIT PFC circuit suppresses harmonics as well as improves distortion of voltage waveform and current wave height value to realize power-factor improvement. The protection circuit shuts off input by a signal from the over voltage protection circuit. 3. PS CIRCUIT The switching conversion system converts power to AC and supplies it to each DC converter via the transformer to isolate the primary and secondary circuits 4. OVER CURRENT PROTECTION CIRCUIT When the load is short-circuited or over current occurs, this circuit protects the load. 5. OVER VOLTAGE PROTECTION CIRCUIT When output voltage exceeds over the rating, this circuit protects power unit. 6. FILTER BORAD Removes noise from input. 7. CHOPPER CIRCUIT The chopper type circuit stabilizes DC output and reduces output ripples. 8. VOLTAGE MONITORING Communicates with CONT PCB through serial communication, and monitors all output voltages. 5 - 1 L1E-EA0389

[Page 56] DC Output HM-824K2 Circuit Circuit Chopper Circuit Over current protection Over voltage protection Voltage Monitoring To Front End To Front End For CELL For PC Unit and US Unit CONT PCB AC Output Voltage Monitoring HM-824A Rectification Circuit Rectification Circuit DC/DC Converter DC/DC Converter Trans. Trans. Trans. Trans. Isolation Isolation Isolation Isolation Rectification Circuit POWER UNIT Block Diagram Power Transformer Fig. 5.1.1 Trans. Isolation PS2 PS1 Circuit Circuit For the analog For the analog （ low voltage system （ high voltage system Analog D/D1 Unit Analog D/D２ Unit Sub Power unit PFC Circuit Circuit Breaker Filter Board Line Intput 5 - 2 L1E-EA0389

[Page 57] 5.2 Power Unit Connectors HM-824A ： CN1 ： DC output connector for the analog high voltage. CN2 ： DC output connector for the analog low voltage. CN3 ： Connector for the serial communication. CN4 ： DC output connector for the digital system. CN5 ： AC output connector for the outlet. HM-824K2 ： Edge connector ： 20VDC input (Digital system DC output of HM-824A). Edge connector ： Digital system DC output. Specifications of connector connection: HM-824A No A1 +12HV +12V Outputs to TPRB PCB. A2 +75HV +75V Outputs to TPRB PCB. A3 AGND A4 +100HV +100V Outputs to TPRB PCB. A5 AGND A6 NC A7 NC A8 NC CN1 B1 AGND B2 -12HV -12V Outputs to TPRB PCB. B3 -75HV -75V Outputs to TPRB PCB. B4 AGND B5 -100HV -100V Outputs to TPRB PCB. B6 NC B7 NC B8 NC No A1 -12LV -12V Output to RDBF, CW and CONT PCB. A2 +12LV +12V Output to RDBF, CW and CONT PCB. A3 -6LV -6V Output to RDBF and CW PCB. A4 -6LV -6V Output to RDBF and CW PCB. A5 +6LV +6V Output to RDBF and CW PCB. A6 +6LV +6V Output to RDBF and CW PCB. CN2 B1 AGND B2 AGND B3 AGND B4 AGND B5 AGND B6 AGND 5 - 3 L1E-EA0389

[Page 58] Pin No. Signal name Remarks No 1 P-CONT2 Control signal which be used to power on or off CELL PCB. 2 GND 3 PWR_SIG_A Signals for the serial communication which be used to monitor CN3 4 PWR_SIG_B all output voltages of power unit. 5 GND Control signal indicating whether all output voltages of 6 PWR_LED HM-824K2 are normally. No A1 GND Output to HM-824K2. A2 +20V1 +20V (Used for the digital system except CELL PCB) Output to HM-824K2. A3 +20V1 +20V (Used for the digital system except CELL PCB) A4 GND Output to HM-824K2. A5 +20V2 +20V (Used for CELL PCB) Output to HM-824K2. A6 +20V2 +20V (Used for CELL PCB) Output to HM-824K2. A7 +20V2 +20V (Used for CELL PCB) A8 GND Output to PC unit, HM-824K2, CONT PCB and A9 +5VSB CELL PCB. +5VSB is a standby voltage. P-CONT is control signal which be used to power on or CN4 A10 P-CONT off all except CELL PCB. B1 GND Output to HM-824K2. B2 +20V1 +20V (Used for the digital system except CELL PCB) Output to HM-824K2. B3 +20V1 +20V (Used for the digital system except CELL PCB) B4 GND B5 GND Output to HM-824K2. B6 +20V2 +20V (Used for CELL PCB) Output to HM-824K2. B7 +20V2 +20V (Used for CELL PCB) B8 GND B9 GND PROTECT is signal which be used to protect circuits B10 PROTECT from overvoltage. 5 - 4 L1E-EA0389

[Page 59] No 1 N 0 Ｖ 2 100 ～ 120V CN5 3 L or AC output for the service outlet. 4 220 ～ 240V 5 GND HM-824K2 Edge Rated connector Signal name output Remarks No. No. voltage CN1 1～12 +20V2 +20V Input of HM-824K2. （ Used for CELL PCB ） 1～12 Input of HM-824K2. （ Used for PCB except CELL CN2 +20V1 +20V PCB ） CN3 1～12 +12VC2 +12V Output to CELL PCB. CN4 1～12 +12VC1 +12V Output to CELL PCB. +5VSB is a standby voltage that may be used to 41～45 +5VSB +5V circuits that require power input during power-down. 51 PWR_SIG_B PWR_SIG_A and PWR_SIG_B are signals for the serial communication which be used to monitor all output voltages of power unit. 56 PWR_SIG_A PWR_LED is control signal for DC/DC LED and indicates 66 PWR_LED whether all output voltages of HM-824K2 are normally. P-CONT2 is control signal which be used to power on or 55 P-CONT2 off CELL PCB. (Output signal to HM-824A) CN5 P-CONT1 is control signal which be used to power on or 65 P-CONT1 off CELL PCB. (Input signal from CONT PCB) P-CONT is control signal which be used to power on or 75 P-CONT off all except CELL PCB. PW_OK is a power good signal and indicates that 85 PW-OK the +5V and +3.3V outputs are above the voltage thresholds of HM-824K2. PROTECT is signal which be used to protect circuits 95 PROTECT from overvoltage. Output to PC unit, CONT PCB, MTDRV PCB and 106～115 -12V -12V BIO PCB. 36～55 +5VS2 +5V Output to RDBF PCB. CN6 91～110 +5VS1 +5V Output to CONT PCB and MTDRV PCB. 21～40 +5V +5V Output to PC unit, Keyboard panel and BIO PCB. CN7 76～95 +3.3V +3.3V Output to PC unit, Keyboard panel and TVIF PCB. Output to PC unit, LCD, CONT PCB, MTDRV PCB CN8 16～40 +12V +12V and BIO PCB. 5 - 5 L1E-EA0389

[Page 60] Section 6 Monitor Unit 6.1 Composition The HI VISION Avius monitor consists of the following unit. EZU-MT29-S1 EZU-MT30-S1 6.2 Specification (1) Power input : DC12V±10% (2) Power consumption : Max. 34VA (3) Environmental requirements : Temperature 0 ~ 35ºC Relative humidity 30 ~ 80% (No condensation) (4) Weight: : About 8kg (EZU-MT29-S1) About 13kg (EZU-MT30-S1) (5) Signal interface a) Connector : DVI-D b) Transmission method : TDMS c) Connections : See below. Pin Pin Pin Signal Name Signal Name Signal Name No. No. No. 1 TDMS Data2- 11 TMDS Data1/3 Shield 21 2 TDMS Data2+ 12 22 TMDS Clock Shield 3 TDMS Data2/4 Shield 13 23 TMDS Clock+ 4 14 +5V Power 24 TMDS Clock- 5 15 Ground 6 DDC Clock(SCL) 16 Hot Plug Detect 7 DDC Data(SDA) 17 TMDS Data0- 8 (Analog Vertical Sync) 18 TMDS Data0+ 9 TMDS Data1- 19 TMDS Data0/5 Shield 10 TMDS Data1+ 20 (6) Display Horizontal Vertical (mm) （ mm ） 1280×1024 (60Hz) 337 270 6 - 1 L1E-EA0389

[Page 61] (7) Input signal timing: See below. (Refer to Fig. 6.2.1) Item Equation 1280x1024 Unit a Display time 11.852 μ s b Blank time c+d+e 3.778 μ s c Front porch 0.444 μ s d Pulse width of 1.037 μ s horizontal sync signal e Back porch 2.296 μ s f Cycle of horizontal a+b 15.630 μ s sync signal g Frequency of 1/f 63.981 kHz horizontal sync signal h Display time 16.005 ms i Blank time j+k+l 0.656 ms j Front porch 0.016 ms k Pulse width of vertical 0.047 ms sync signal l Back porch 0.594 ms m Cycle of vertical sync h+i 16.661 ms signal n Frequency of vertical 1/m 60 Hz sync signal Scan system Non-interlaced — Horizontal Vertical Fig. 6.2.1 Input Signal Timing 6 - 2 L1E-EA0389

[Page 62] Section 7 Connector Arrangement 7.1 Connector Arrangement Fig. 7.1.1 shows external appearance of the Connector panel. Fig. 7.1.2 shows external appearance of the USB Rear panel. Fig. 7.2 shows connector arrangement of the overall system. USB B/W OUT 1 10 SYNC R1 R2 3 16 R3 B/W C-VIDEO 17 R4 4 AUDIO IN OUT Fig. 7.1.2 USB Rear panel F F R R Y/C 7 IN OUT 8 9 Fig. 7.1.1 Connector panel 7 - 1 L1E-EA0389

[Page 63] No. Name 1 B/W Printer Remote 2 Video OUT 3 Slide Switch (output select) Audio Input Audio Output 8 Y/C IN 9 Y/C OUT 10 SYNC OUT 12 RGB OUT USB 7.2 Termination of Video Signals In HI VISION Avius, video terminals for the monitor and printer are independent. Therefore, every terminal should be terminated when connecting the video device. 7 - 2 L1E-EA0389

[Page 64] L1E-EA0389 7 - 3 LAN LAN HD UNIT HD UNIT DRIVE UNIT DRIVE UNIT 92A 92A TOP FAN TOP FAN TOP FAN 65 65 R7 R7 38 38 R11 R11 BOTTON FAN BOTTON FAN BOTTON FAN PC FAN PC FAN PC FAN ＣＮ ＣＮ EXT-LCD EXT-LCD EXT-LCD REAR USB PANEL REAR USB PANEL USB-R1 USB-R1 USB-R2 USB-R2 USB-R3 USB-R3 USB-R4 USB-R4 ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ TRANS TRANS 92 92 ＣＮ ＣＮ 92 92 65 65 38 38 94 94 TVIF TVIF ＣＮ ＣＮ ＣＮ ＣＮ USB1 USB1 ＣＮ ＣＮ 19 19 20 20 ＣＮ ＣＮ USB-2 USB-2 USB-3 USB-3 OUTLET OUTLET OUTLET 76 76 USB1 USB1 ＣＮ ＣＮ ＣＮ ＣＮ 40 40 40 40 CNR7 CNR7 ＣＮ ＣＮ CNR11 CNR11 USMB USMB ＣＮ ＣＮ ＣＮ ＣＮ 31 31 PCMB PCMB ＣＮ ＣＮ MIC MIC 5 5 FRONT USB PANEL FRONT USB PANEL USB-F1 USB-F1 USB-F2 USB-F2 75 75 69 69 12 12 ＣＮ ＣＮ DVIF DVIF ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ 4 4 4 4 97 97 32 32 13 13 13 13 ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ 3 3 3 3 31 31 10 10 10 10 ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ 2 2 2 2 DIGITAL CAPTURE DIGITAL CAPTURE INPUT INPUT USB-F2 USB-F2 ANALOG CAPTURE ANALOG CAPTURE ＣＮ ＣＮ ＣＮ ＣＮ C4 C4 C4 C4 98 98 98 98 1 1 1 1 ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ USB-F1 USB-F1 30 30 C41 C41 C40 C40 ＣＮ ＣＮ Connector Arrangement ＣＮ ＣＮ ＣＮ ＣＮ 33 33 96 96 USB-P1 USB-P1 ＣＮ ＣＮ CELL CELL DC/DC DC/DC CONT CONT RDBF RDBF CW/MTDRV CW/MTDRV TPRB TPRB ＣＮ ＣＮ 30 30 POWER UNIT POWER UNIT ＣＮ ＣＮ Fig. 7.2 61 61 62 62 63 63 ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ 15 15 ＣＮ ＣＮ D6 D6 42 42 70 70 CN80 CN80 CNS1 CNS1 CNB1 CNB1 ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ CN16 CN16 CN34 CN34 USB-P1 USB-P1 S2 S2 S2 ＣＮ ＣＮ ＣＮ B1 B1 B1 82 82 61 61 62 62 63 63 80 80 81 81 81 81 ＣＮ ＣＮ ＣＮ J610 J610 J610 J613 J613 J613 J612 J612 J612 ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ ＣＮ SP-R SP-R SP-R S3 S3 S3 TB TB CW CW PANEL PANEL FOOT SW FOOT SW PANEL PANEL ＣＮ ＣＮ ＣＮ JELLY WARMER JELLY WARMER MONITOR MONITOR SUBKEY UNIT SUBKEY UNIT Ｌ Ｌ Ｌ BIO UNIT BIO UNIT BIO UNIT ECG ECG ECG PCG PCG PCG ECG ECG ECG 64 64 DC IN DC IN DC IN SP- SP- SP- T1 T1 FANC FANC KB UNIT KB UNIT ＣＮ ＣＮ