OPERATION MANUAL BEDIENUNGSANLEITUNG MODE DEMPLOI
PC LINK SYSTEM FOR EL-9900 PC-LINK-SYSTEM FR EL-9900 SYSTME PC LINK POUR EL-9900 For WINDOWS Fr WINDOWS Pour WINDOWS
ENGLISH. Page 1 DEUTSCH.. Seite 22 FRANAIS. Page 43

CE-LK2

CE-LK1P_EG_cover(E)

02.3.24, 6:07 PM

ENGLISH
PC LINK SYSTEM FOR EL-9900 OPERATION MANUAL
IBM is a registered trademark of International Business Machines Corporation. Windows and Microsoft Word are registered trademarks of Microsoft Corporation. All company and/or product names are trademarks and/or registered trademarks of their respective holders. Copyright 2002 SHARP CORPORATION, Japan

< INTRODUCTION >

Thank you for your purchase. This product is supplied to customers who agree to the following items; please read them before using this product. We shall determine that youve approved them at setting up this products software.

Terms of Use

Sharp Corporation (hereinafter called our Company) shall grant a nonexclusive right of this product CE-LK2 upon the following terms to you. You shall agree to the following terms at setting up this products software. You shall use the software of this product on one Personal Computer. (hereinafter called PC) You may make only one copy of the software on a storage medium for backup purposes only. You shall not use or copy part or all of the operation manual without permission. Our Company shall not be held liable to anyone for failure arising out of improper use of this product and accessories, or during use of them, nor for any damages suffered from other malfunctions or use of this product. This product, including its accessories, are subject to change without notice for product improvement. Note Some of the models described in this manual may not be available in some countries. Illustrations and icons in this manual may differ from the actual ones. "EL-96xx" refers to EL-9600/9600c/9650.

CONTENTS

GETTING STARTED.... 4 What is PC LINK?.... 4 Checking the Accessories... 4 System Requirements... 5 Setting Up PC LINK.... 5 Connecting the EL-9900 to the PC... 6 USING PC LINK.... 7 Files PC LINK can Handle... 7 Starting and Exiting PC LINK... 8 Creating and Saving a New Program.. 8 Sending, Receiving, and Backup Programs and Various Data. 9 Opening a Saved File... 11 Using Edit Functions... 12 Saving and Printing the Contents of the Edit Screen.. 15 Screen Capture.... 16 Screen Capture on Microsoft Word Sheet.. 17 (EL-9900 Screen Capture Tool) Group/Ungroup.... 18 Converting a File.... 19 APPENDIX.... 20 Table for Converting Special Symbols into TXT Letters.. 20 How to Proceed in the Event of Abnormal Conditions.. 21

GETTING STARTED

What is PC LINK?
Creates and edits EL-9900 programs on a PC. Receives and saves programs and various data from EL-9900 Makes a backup of all the contents of memory of EL-9900. Sends programs and various data to EL-9900. Loads image data of EL-9900. Screen capture on Microsoft Word sheet Converts programs and various data files into a text file. Converts program text files into a program file. Prints out programs and various data files.

This manual is intended for users who already understand how to use the EL-9900 and how to operate a PC. Also refer to the PC manual with this book.

Checking the Accessories

Please check that all the following accessories are included upon purchase. CD-ROM for IBM PC compatible computer Communication cable Operation manual (this book) 1

System Requirements

100% IBM Compatible PC Microsoft Windows 98/98 Second Edition/2000 Professional/Me/XP Pentium 150MHz or higher for Microsoft Windows 98/98 Second Edition Pentium 200MHz or higher for Microsoft Windows 2000 Professional/Me Pentium/Celeron Family 300MHz or higher for Microsoft Windows XP 30MB Available Hard Disk Space 64MB RAM for Microsoft Windows 98/98 Second Edition/2000 Professional/Me 128MB RAM for Microsoft Windows XP CD-ROM drive 1 Available Serial Port Mouse or Compatible Pointing Device Microsoft Word 2000/XP on your PC for installing the "EL-9900 Screen Capture Tool for Microsoft Word 2000/XP"

Setting Up PC LINK

1 Installing the PC LINK Software
1. 2. 3. 4. Start Windows. Insert the supplied CD-ROM into your CD-ROM drive. Click the Start button, and then select Run. Enter Setup followed by the path name of the location where the setup program is saved. For example, type D:\setup. 5. Click on the OK button. The Setup screen appears, then follow the screen instructions for setup. When you do not use the Microsoft Word: At the Select Components stage, deselect the check box for "EL-9900 Screen Capture Tool". In case the function needs to be installed later, reinstall CE-LK2 at the time of installation. After completing the setup, the SHARP PC-LINK for EL-9900 folder is added in the Program folder of the Start menu.
NOTE: When uninstalling the software, quit Microsoft Word application beforehand.
Connecting the EL-9900 to the PC
Connect the EL-9900 to the PC with the supplied communication cable.
NOTE: Push in all connectors firmly and make sure they cannot be removed by pulling them lightly. Also tighten the fixing screws.
1. Turn off the EL-9900 and the PC. 2. Connect on side of the supplied communication cable to the peripheral connecting terminal (communication port) on the bottom of the EL-9900; the other side to the serial port of your PC.
Peripheral connecting terminal
communication cable(supplied)

9 pin To PC serial port

USING PC LINK

Files PC LINK can Handle

PC LINK can handle the following files listed below. Contents of File
Backup Group Graph Equation backup Set arbitrarily. (Initial value: Group) y1 to y9, y0 / x1t to x6t / y1t to y6t / r1 to r6 / u / v / w for EL-96xx/9900 only Solver Equation Picture List Matrix Program Slide Show Table Setup Window Setup Data variable Zoom Text Tagged Image Format Bitmap Match it with the file name on the calculator. pict1 to pict9, pict0 I1 to I6 mat_a to mat_j Set arbitrarily. Match it with the file name on the calculator. tblsetup winsetup variable zoom Set arbitrarily. Set arbitrarily. Set arbitrarily. g4e g4i g4l g4n g4m g4p g4s g4t g4w g4v g4z txt tif bmp g3i g3l g3n g3p g3t g3w g3v g3z g5i g5l g5n g5p g5s g5t g5w g5v g5z g2e g2i g2l g2n g2m g2p g2s g2t g2w g2v g2z

File Name on PC

Extension
EL-9900 EL-9400 EL-9450 EL-96xx g4b g4g g4d g4y g3b g3g g3d g3y g5b g5g g5d g5y g2b g2g g2d g2y
Graph Database (GDB) g_data1 to g_data9, g_data0
List Database (List DB) I_data1 to I_data9, I_data0
NOTE: Attention should be required when assigning variables in integral calculations, because EL-9400/9450/9600 handles variables differently from EL-9900. (Tolerance will not be assigned for EL-9400/9450/9600; the number of divisions will be assigned instead.)
Starting and Exiting PC LINK

1 Starting the PC LINK

Select Start Programs SHARP PC-LINK for EL-9900 SHARP CE-LK2 to start the PC LINK. The menu bar and the icons are displayed on the top of the window.

2 Exiting the PC LINK

Select the Exit from the File menu, or double-click on the CLOSE box at the uppermost-left corner on the screen.
Note: If a communication will not be available, check the settings of the communication (COM) port and the cable connection. If these procedures will not solve the problem, set the Power Management and the screen saver to OFF. (See Readme.txt for details.)
Creating and Saving a New Program

1 Creating a New Program

NOTE: Only programs can be created.
1. Select the New from the File menu. The Newly-Edited screen is displayed. 2. Enter a program name in Title: 3. Enter a program. (For details on entering a program, refer to Using Edit Functions on page 12.)
2 Saving a Created Program

1. Select the Save As. from the File menu. The Save As screen is displayed. 2. Specify the drive and folder, and then enter the file name and extension. The extension is different depending on your calculator. 3. Click on the OK button. The created program is saved as a new program file with the contents specified in 2.
* Alphanumeric characters can be used for file names. If a program file stored with a file name that consists of non-alphanumeric characters is sent to the EL-9900, the file name may change.
Sending, Receiving, and Backup Programs and Various Data
(1) Programs and various data can be received from the EL-9900 in order to save them in a file. The contents saved in the file can also be sent to the EL-9900. (2) Back up all data of the EL-9900 to the file. Also, restore the backup data to the EL-9900.
1 Setting a Communication Port
Set a communication port. Set the communication port where the communication cable for the PC is connected. 1. Select the Communication Port from the Link menu. A list of communication ports is displayed. 2. Click on the port to be used or Auto Setting.
2 Sending and Receiving Programs and Various Data
Programs and various data can be received from the EL-9900 and saved in a file. Also, the file can be sent to the EL-9900.
(1) Receiving Programs and Various Data from the EL-9900 to be Saved in a File
1. Turn on the EL-9900. 2. Select the Receive. from the Link menu. The Receive Files screen is displayed. 3. Specify the kind of drive, folder, and file, then select the file to be received from the file list, and click on the Select button. The selected file is displayed on the File Selected column. 4. Click on the OK button. The Receiving screen is displayed on the PC screen to start receiving. 5. After the completion of receiving, the initial screen returns.
* * If a file stored with a file name that consists of non-alphanumeric characters (Solver equation, Program, Slide show) is received by a PC, the file name may change. If multiple Solver equation and Program files are saved on the EL-9900 with the same file name, only the initial saved file can be received. To receive all the files, save each file on the EL-9900 with a different file name.

(2) Sending a File to the EL-9900
NOTE: Group files, Text files, TIFF files, and Bitmap files cannot be sent to the EL-9900.
1. Turn on the EL-9900. 2. Select the Send. from the Link menu. The Send Files screen is displayed. 3. Specify the kind of drive, folder, and file, then select the file to be sent from the file list, and click on the Select button. The selected file is displayed on the File Selected column. 4. Click on the OK button. The Sending screen is displayed on the PC screen to start sending. 5. After the completion of sending, the initial screen returns.

3 Making a Backup

All data of the EL-9900 can be backed up to the disk, and the backed up data can be restored to the EL-9900.
(1) Making a Backup of All Data
1. Turn on the EL-9900. 2. Select the Receive. from the Link menu. The Receive Files screen is displayed. 3. Specify the kind of drive, folder, then select backup.g4b from the file list, and click on the Select button. The selected backup.g4b is displayed on the File Selected column. 4. Click on the OK button. The receiving screen is displayed on the PC screen to start receiving, and then all data of the EL-9900 will be backed up.
(2) Sending Backup Data to the EL-9900
NOTE: All the contents saved in the EL-9900 immediately before this are erased.
Perform the same procedure of (2) Sending a file to the EL-9900 on this page to send the back-up file (backup.g4b) to the EL-9900.

Opening a Saved File

First, display (open) the contents of a file in order to print and edit the contents of the saved file.
1 Displaying the Contents of a File
NOTE: The contents of Backup files, Group files, GDB files, Graph equation files, Solver equation files, and TIFF files cannot be displayed. (The files cannot be opened.)
1. Select the Open. from the File menu. The Open File screen is displayed. 2. Specify the kind of drive, folder, and file, then select the file whose contents are to be displayed from the file list. 3. Click on the OK button. The selected file is opened with its contents displayed.

2 Printing a File

NOTE: The contents of Backup files, Group files, GDB files, Graph equation files, Solver equation files, and TIFF files cannot be printed.
1. Display the contents of a file on the screen. 2. Select the Print. from the File menu. The Print Setting screen is displayed. 3. If necessary, specify items such as the range and the number of copies. 4. Click on the OK button. The Print Run screen is displayed, and then the contents displayed on the screen are printed.

Using Edit Functions

NOTE: The files that can be edited with the Edit functions are: List files, List DB files, Matrix files, Program files, Table setup files, Window setup files, Data variable files and Zoom files.
The Edit functions are used for creating EL-9900 programs and editing the contents that have already been saved as files.
1 Entering Commands, Strings, and Values on the Edit Screen
On the Edit screen, the following three ways can be used to enter commands, strings, and values. Keyboard layout Func Table PC keyboard
(1) Entering from the Keyboard Layout
Display the Keyboard layout of the calculator on the Edit screen, and then enter necessary items such as commands. 1. Select the Key Board from the View menu. The Keyboard layout of the calculator is displayed. 2. Move the cursor to the key on the Keyboard layout you want to enter, and then click on it. The item is entered in the cursor position on the Edit screen.
* For some items such as STAT PLOT, ZOOM, and CALC, the subcategory and minor category are displayed. In this case, select the item in the left row (the subcategory) to display the right row (the minor category), and then move the cursor to the item in the right row that you want to enter, for double-click.
(2) Entering from the Func Table
The Func Table is used to select necessary items from the list containing items such as functions, and enter them. 1. Select the item from the major category of the Func Table menu. Selecting the Key Pad displays the subcategory. Selecting other than the Key Pad displays the subcategory and minor category, respectively. 2. Perform either of the following operations, and then enter an item in the cursor position on the Edit screen. When only the subcategory is displayed, move the cursor to the item that you want to enter, for double-click. When the subcategory and minor category are displayed, select the item in the left row (the subcategory) to display the right row (the minor category), and then move the cursor to the item in the right row that you want to enter, for double-click.

(3) Entering from the PC Keyboard
Enter necessary items such as functions from the PC keyboard.

2 Editing

(1)Cutting a string
1. Select the string to be cut. 2. Select the Cut from the Edit menu. The selected string is cut on the Edit screen and moved to the clipboard.

(2)Copying a string

1. Select the string to be copied. 2. Select the Copy from the Edit menu. The selected string is copied to the clipboard.

(3)Deleting a string

1. Select the string to be deleted. 2. Select the Delete from the Edit menu, or press the DEL on the PC keyboard. The selected string is deleted.
Selecting Select All from the Edit menu selects all strings on the Edit screen.
(4)Pasting the contents of a clipboard to the Edit Screen
The contents moved to the clipboard by Cutting a string and Copying a string can be pasted at the cursor position on the Edit screen.
* Selecting the Paste from the Edit menu pastes the contents of the clipboard at the cursor position on the Edit screen.

(5)Finding a string

1. Select the Find. from the Edit menu. The Find screen is displayed. 2. Enter the string to be searched for. If necessary, specify the option to differentiate between uppercase and lowercase. 3. Click on the Find Next button. The cursor moves to the found string.

(6)Replacing a string

1. Select the Replace. from the Edit menu. The Replace screen is displayed. 2. Enter the string to be searched for, and then the string after replacement. If necessary, specify the option to differentiate between uppercase and lowercase. 3. Click on the Find Next button. The cursor moves to the found string. 4. Perform either of the following: Click the Find Next button to find the next string without replacing the string. Click the Replace button to find the next string after replacing the found string. Click the Replace All button to replace all found strings without checking.
* To return to the state immediately before making an operation (such as after making an input error), select the Undo from the Edit menu.

Saving and Printing the Contents of the Edit Screen

1 Overwriting

NOTE: Program files can be overwritten. After completing edition, select the Save from the File menu. The file is saved in the same file.

2 Save As

NOTES: List files, List DB files, Matrix files, Table setup files, Window setup files, Data variable files, and Zoom files which are edited with the Edit functions, can be saved only as text files. When a file is saved as a text file, letters are included in @s for special symbols. (For details on special symbols, see the Table for Converting Special Symbols into TXT Letters on page 20.) Alphanumeric characters can be used for file names. If a program file stored with a file name that consists of non-alphanumeric characters is sent to the EL9900, the file name may change.
1. After completing editing, select the Save As. from the File menu. The Save As screen is displayed. 2. Specify the drive and folder, and then enter the file name and suitable extension. 3. Click on the OK button. The file is saved with the contents specified in step 2.

3 Printing

Perform the same procedure as in step 2 or from 2 Printing a File on page 11, and then print the contents displayed on the screen.

Screen Capture

The screen capture function loads image data displayed on the EL-9900 on the PC.
Perform the same procedure as in step 1 or from 1 Setting a Communication Port on page 9, and then set the communication port.

2 Loading Image Data

Load image data displayed on the EL-9900. 1. Display the contents to be loaded on the EL-9900 display. 2. Select the Screen Capture from the Link menu. The Load screen is displayed to load image data. 3. After the completion of loading, the loaded image data is displayed with the Screen Image screen.
3 Saving and Printing Image Data
Image data can be saved in a file and printed by a printer connected to the PC.

(1) Saving

1. Load the image data. 2. Select the Save As. from the File menu. The Save As screen is displayed. 3. Specify the drive and folder, and then enter the file name and tif or bmp extension. 4. Click on the OK button.

(2) Printing

1. Open or load the image data. 2. If necessary, specify the Print image percentage for printing. 3. Select the Print. from the File menu. The Print Setting screen is displayed. 4. If necessary, specify items such as the range and the number of copies. 5. Click on the OK button. The Print Run screen is displayed, and then the contents displayed on the screen are printed.

Screen Capture on Microsoft Word Sheet
Installing the "EL-9900 Screen Capture Tool" enables you to directly capture and insert the image from the EL-9900 to the Microsoft Word document.
1 Setting the Communication Port
1. Make sure that your PC and EL-9900 are connected with the supplied communication cable. 2. Start Microsoft Word, and select Communication Port from EL-9900 menu on the menu bar. Communication Port Setting Dialog will open. 3. Select the port you wish to use or select Auto and click OK.
2 Screen Capture on Microsoft Word Sheet
1. Open Microsoft Word document. 2. Move the cursor pointer to the location you wish to insert the captured image. 3. Click the Screen Capture icon in the Tool menu bar or select Screen Capture from EL-9900 menu on the menu bar. The captured image (bmp) will be inserted into the cursor location.

Screen Capture icon

Group/Ungroup
1 Group (Combine individual files into a group file)
It is possible to create a group file either by combining unrelated individual files or by combining only related files. 1. Select the Group Files. from the Tools menu. The file selection screen to choose which files to combine into a group file is displayed. 2. Specify drive, directory and the file type. Select the file to group from the file list and then click the Select button. The selected file is displayed in the File Selected column. Continue this file selection process for each file to group. 3. After selecting all the files for file grouping, click the OK button. The Save As screen is displayed. 4. Perform the same procedure as in step 2 or from 2 Save As on page 15, and save as a group file.
2 Ungroup (Ungroup a group file)
1. Select the Ungroup Files. item from the Tools menu. The group file selection screen to choose which group file to ungroup is displayed. 2. Specify the kind of drive, folder, and file. Select a group file to ungroup from the file list and then click the OK button. The folder and drive selection screen to select where to save the individual files after ungrouping is displayed. 3. Specify the folder and drive and then click the OK button. The group file selected in step 2 is ungrouped and the individual files are saved as specified in step 3.

Converting a File

1 Converting a Program and Various Data Files into a Text File

NOTE: The following files can be converted to text files: List files, List DB files, Matrix files, Program files, Table setup files, Window setup files, Data variable files, and Zoom files. For conversion to a text file, letters are included in @s for special symbols. (For details on special symbols, see the Table for Converting Special Symbols into TXT Letters on page 20.)
1. Open or display the contents of the file to be converted to a text file on the screen. 2. Perform the same procedure as in step 1 or from 2 Save As on page 15; however, enter txt as the extension.
2 Converting a Program Text File into a Program File
Program text files can be converted into program files that can be sent to the EL-9900. 1. Open or display the contents of the program text file to be converted into a program file. 2. Perform the same procedure as in step 1 or from 2 Save As on page 15; however, as the extension, enter g4p for the EL-9900.

APPENDIX

Table for Converting Special Symbols into TXT Letters
Upon conversion to TXT, the letter is included in @s. (@. @) Letter

a b c d e r R

i T p _ x _ y
TXT conversion a b c d e r R grad n EE deg rad i complex_angle theta T pi p_hat x_mean y_mean not_= is bold.

Letter P C

N F +.
TXT conversion >= <= x frac Per Com ^2 ^-1 ^3 sto root 10 SIGMA integral N sigma chi stat_F box cross dot -> ^4 ^b unit intdiv

The letter in the part

How to Proceed in the Event of Abnormal Conditions
If this product is exposed to a powerful external electric field or shock during use, an abnormal condition may seldom occur in which all of the keys, including the ON key on the calculator connected, do not function. In the event of such a situation operate the machine from the start again, or reset the calculator by the following procedure before reoperation. Refer to the EL-9900 Operation manual.

How to reset

1. Pull down the notch to open the battery cover located on the back of the calculator. 2. Place the battery cover back until the notch is snapped on. 3. Press ON. The verification window will appear on the screen.

Graphing Calculator

EL-9900

OPERATION GUIDE

For Advanced Levels

For Basic Levels

Introduction
Around the world, there's a growing need for graphing calculators that can be used as educational tools. More and more schools are starting to introduce calculators in the lower grades. Despite this trend, though, current graphing calculators are often designed with too many functions allotted to a limited number of keys. They take too long to get used to operating, and are too complex to be used for their main purpose as learning support tools. That's why SHARP developed the EL-9900, with the world's first reversible keyboard. This unique keyboard has functions used in lower grades on one side and those for higher grades on the other, along with different function select menus for both basic and advanced keyboards. The 2-in-1 EL-9900 helps students learn not only basic operations such as fractions, pie charts and easy statistics but also high-level functions and complex statistics. It's a simple case of just reversing the keyboard. And, as well as being easy to use, it's economical; there's no need for a student to buy a new calculator when he begins studying more advanced functions. The EL-9900 features the latest useful functions from our current models. The Equation Editor, for example, displays equations as they would appear in a textbook, while the Slide Show function displays inputted equations, tables, or graphs in a slide-show style. Our intention with this Operation Guide is to introduce the main features of the EL-9900, using operation examples, so that teachers can use this calculator more easily. Note) The Reversible Keyboard is an original SHARP technology, patent pending. For more information on the EL-9900, please visit this web page: http://sharp-world.com/products/calculator/product/graphing/9900.html

Contents

Sales points Basic operation Equation editor Features Slide show Graphing procedure System options PC-link system Set to set communication OHP system List of Menu/Sub-menu Items Specifications
P1 P2 P4 P6 P8 P 10 P 11 P 12 P 13 P 31

Changing the keyboard

Using the reversible keyboard of this calculator changes not only its appearance, but also its internal functions and configurations. To change the keyboard: 1. Press to turn off the calculators power. 2. Open the battery compartment cover. Hold the calculator as illustrated. 3. Slide the keyboard eject tab (KEYBOARD EJECT) down. The keyboard will be ejected. Be careful not to drop the keyboard on the floor, as this may damage it. 4. Turn the keyboard over, and place it back in the calculator as illustrated. Secure by gently pressing the keyboard until you hear the notch click. Clean the edges and contact points of the keyboard and the keyboard tap before reattaching the keyboard to the main unit. DO NOT touch the pad portion in the keyboard tap. 5. Replace the battery compartment cover. 6. Press. 7. Make sure that the message shown on the right appears.

8. Press

Basic operation
Names of parts & main keys
Display screen Graphing keys Calculation mode key Power supply ON/OFF key Secondary function specification key Alphabet specification key MATH key STAT key PRGM key Reversible Keyboard ALL RESET switch (in the battery cover on the back) Calculation execute key Communication port for peripheral devices Cursor movement keys Clear/Quit key

Power on Power off Erase equation and answer Cancel previous function Enter calculation mode Display function menu Enter statistics mode Enter programming mode
Equation entry mode Draw graph View table of function values Graph size setting mode Adjust viewing mode Trace graph mode Calculation execute key

Guide to key use

Press yellow). Press Example: To select x 2: To select x :

SET UP menu

to use secondary functions (in to use the alphabet keys (in violet).
There may be differences in the results of calculations and in displayed content, as this calculator has detailed set up menus involving options such as angle units and display formats. The set up menu screen will appear upon pressing. Confirm the current settings or change the settings using the cursor keys.

Displayed as follows:

To select F:
Adjusting screen contrast
The contrast adjust screen will appear when pressing.

Reset function

1) When trouble occurs Press to enter the reset mode.

Press Press

to darken contrast. to lighten contrast.
Use this function ( or ) to return all settings to the default value or to delete all data. 2) All RESET operation If trouble still occurs, proceed as follows: 1. Press to turn the calculator off. 2. Open the battery cover. 3. Press the RESET switch in the battery compartment. 4. Place the battery cover back on. 5. Press. Returns to the initial display.

CAUTION

If you press in step 5, it will delete all data stored in the calculator.

Equation editor

<Advanced calculation mode>

Key Operation Display

The equation editor allows equations to be viewed just as they are written in textbooks. This aids student comprehension and allows mistakes to be found quickly. Example
Input the equation and see how it can be easily viewed with the equation editor.
<Basic calculation mode>

Clear the display.

Select CALC and (Integral function)
Enter the range of the integral.

Complete equation input.

Calculate the expression.
The mark in the upper right corner will blink for approximately 10 seconds, indicating that the expression is being calculated.

Key Operation

Display
See page 1 and switch the calculator to Basic calculation mode.

Enter the equation.

Slide show

Example

Utilizing the calculator's graphing capabilities, the slide show function helps students understand a range of mathematical concepts. With this function, the calculator's screen images can be captured, organized and stored.
Use the slide show function to create an original slide show.
Before carrying out the following operation, press the reset switch in the battery compartment and press the keys (caution: previously entered equations and memory will be erased).

Display Notes

Enter the slide show creation mode and input a title.
Create the first screen and press to register it. The message STORESCREEN 01 will appear momentarily to show that registration is completed.
Enter the graph equations 0.5X2-5 and -X+2 at Y1 and Y2 respectively. Registers as the second screen.
Shows the table. Registers as the fourth screen. Displays the graph. Registers as the third screen.
The graph and table are shown simultaneously. Registers as the fifth screen.
Sets the slide show to the playback mode.
to recall the first screen. Press is displayed in the top The symbol right corner of the screen.
Press the screen. The symbol screen.
key to recall the second is displayed on the
Press the key repeatedly to view the screens in the order that they were created. The last screen is shown at left. This is the end of the playback.

Graphing procedures

Rectangular coordinates Polar coordinates Parameters Sequences
With the EL-9900, graphs can be drawn in one of 4 modes: by rectangular coordinates, by polar coordinates, by parameters, or by sequences. (Note: Graphs in polar coordinate, parameter, and sequence modes cannot be drawn using the Basic keyboard.)

Graphing Steps

Example: Draw a rectangular graph.
Key Operation Display Notes

Draw the graph.

Adjust the viewing window.

(Amend the range size.)

Extra Options
The EL-9900 has detailed settings, as shown below, so that graphs can be displayed in various formats.
(Displays in bold outline are the default settings.) B EXPRESS Choose this setting to display the written form of equations on the graph screen.

EXPRESS ON EXPRESS OFF

The numeric derivative (dx/dy) can be displayed on the graph screen.

Y' ON Y' OFF

D AXIS
The graph axes can be made invisible with this menu item.

AXIS ON AXIS OFF

E GRID
An X-Y grid can be displayed in the background.

GRID ON

GRID OFF
Using the DRAW function, you can also add lines, circles and dots to the graph screen, and change the settings for line appearance and for shading. Below are two examples.

D LINE

Sets the line appearance of each graph to solid line, dotted line, bold line, locus or dots.
Normal Line appearance changed

G SHADE

Use this function to illustrate inequalities, intersections and complements of multiple graphs.

Normal Shaded

PC-LINK

CE-LK2(PC-link system)

CE-LK2 Main Unit
Connect the EL-9900 with a PC to expand the possibilities of data exchange using PCLink Software.

PC-Link Software

Link Cable IBM PC

What is PC LINK?

Creates and edits EL-9900 programs on a PC. Receives and saves programs and various data from EL-9900. Makes a backup of all the contents of EL-9900. Sends programs and various data to EL-9900. Loads image data of EL-9900. Converts programs and various data files into a Text File. Converts program text files into a Program File. Prints out programs and various data files.

Procedure

Turn off the EL-9900.
Connect the EL-9900 to the PC by using the PC-Link Cable (see above diagram). Open PC-Link Software.
4 * It is essential to use the same port for both the PC and the PC-Link Software. 5
Operate according to the instructions on the screen.

Switch on EL-9900.

Set to set communication
Transfer data between two EL-9900 calculators using the communication cable (CE-451L).
CE-451L (Communication cable)

CE-451L

Communication cable

Communication Procedure

Plug the cable into both calculators.

Select SEND/ALL.

List of sendable data will appear on screen.

Turn power on.

Receiver
Specified LINK. Select LI, YI

( or )

Select LINK/RECEIVE.

Sender

Execute Sending function.
List of the SEND menu ( or )

Specified LINK.

A SELECT.. Sends files individually as described below. 01 ALL.. Selects and displays all files. 02 List.. Selects and displays all list files. 03 Matrix. Selects and displays all matrix files. 04 Graph Eqn. Selects and displays all graph equations. 05 Solver Eqn.. Selects and displays all solver equations. 06 Program. Selects and displays all program files. 07 G_Data.. Selects and displays all graph data files. 08 L_Data.. Selects and displays all list data files. 09 Picture.. Selects and displays all picture data files. 10 Slide. Selects and displays all self-made slide shows. 11 A~Z, . Selects and displays all fixed memory of A to Z, and B BACKUP.. Menu to send all file data. Use this feature to send the entire content.

Select LINK/SEND.

* mark desired data to be sent.

OHP System

EL-99T (OHP system)

Controller

Use the EL-9900 OHP system with the overhead projector to make classroom presentations convenient for the whole class to see.
AC Adapter (optional) for Display Panel
See-Through Display Panel
Switch off the Controller.
Plug the cable connector of the See-Through Display Panel straight into the connection terminal of the Controller. (The optional AC adaptor is recommended for extended use of the See-Through Display Panel.)
Switch on the Controller.
Operating the Controller.
The displays of the See-Through Display Panel and the Controller are synchronized. Place the SeeThrough Display Panel on top of the overhead projector to project images onto the screen.

Turn on the power to the overhead projector.
List of Menu/Sub-menu Items
CATALOG function lets you access almost all the functions and commands. Square brackets indicate that the value or variable is optional.

1. MATH menus

Functions Commands Syntax Keystrokes Advanced mode Basic mode

M CALC

log2 2X fmin( fmax( d/dx( log2 value 2 value fmin(equation, lower limit of x, upper limit of x) fmax(equation, lower limit of x, upper limit of x) d/dx(equation, value of x [, tolerance])
A01 A02 A03 A04 A05 A06 A07
equation, lower limit, upper limit [, tolerance] dx equation, lower limit, upper limit [, tolerance] dx
sec csc cot sec1 csc1 cot1 sinh cosh tanh sinh1 cosh1 tanh1 sin cos tan log 10x
(expression, initial value, end value [, increment]) A 0 8
sec value csc value cot value sec1 value csc1 value cot1 value sinh value cosh value tanh value sinh1 value cosh1 value tanh1 value sin value cos value tan value log value 10 value
A09 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A1 A2 A3 A4 A5

Functions Commands

Syntax
Keystrokes Advanced mode Basic mode
abs( round( ipart fpart int min( max( lcm( gcd( remain abs(value) round(value [, digit number of decimals]) ipart value fpart value int value min(value A, value B) or min(list) max(value A, value B) or max(list) lcm(natural number, natural number) gcd(natural number, natural number)
B1 B2 B3 B4 B5 B6 B7 B8 B9 B1 B2 B3 B4 B5 B6 B7 B8 B9 B0
natural number remain natural number

M PROB

random rndInt( rndCoin rndDice nPr nCr ! random [(number of trial)]
C1 C1 C2 C3 C4 C3 C4 C5 C5 C6 C7
rndInt(minimum value, maximum value [, number of C2 trial]) rndCoin [(number of trial)] rndDice [(number of trial)]
value A nPr value B value A nCr value B value ! value deg value dms
xyr(x-coordinate, y-coordinate) xy(x-coordinate, y-coordinate) rx(r-coordinate, -coordinate) ry(r-coordinate, -coordinate)

M CONV

deg dms xyr( xy( rx( ry( " r

D1 D2 D3 D4 D5 D6 D1 D2

M ANGLE
value [value value "] value value [value "] value value value " Print "character strings["] value r

E1 E2 E3 E4 E1 E2 E3 E4

Functions Commands g

Keystrokes Advanced mode

Basic mode

value g

M INEQ

= > <

value A = value B value A value B value A > value B value A value B value A < value B value A value B

F1 F2 F3 F4 F5 F6

M LOGIC

and or not xor xnor

value A and value B value A or value B

not value

G1 G2 G3 G4 G5

value A xor value B value A xnor value B

M COMPLEX

conj( real( image( abs( arg( conj(complex number) real(complex number) image(complex number) abs(complex number) arg(complex number)

H1 H2 H3 H4 H5

M (in the N-base calculation mode) LOGIC

and or not neg xor xnor

not value neg value

A1 A2 A3 A4 A5 A6

2. LIST menus

@ l OPE/NAME

L1 No arguments
Functions Commands L2 L3 L4 L5 L6 sortA( sortD( dim( ll( seq( cumul df_list augment( listmat( matlist( No arguments No arguments No arguments No arguments No arguments
A2 A3 A4 A5 A6 A1 A2 A3 A4 A5 A6 A7 A8 A9 B6 B7 B1 B2 B3 B4 B5
sortA(list name [, subordinate list name1,. , subordinate list name n]) sortD(list name [, subordinate list name1,. , subordinate list name n]) dim(list) ll(value, list) seq(equation, start value, end value [, increment]) cumul list df_list list augment(list 1, list 2) listmat(list 1,. , list n, matrix name)
matlist(matrix name, list name1,. , list name n) A0 matlist(matrix name, column number, list name)

@ l MATH

min( max( mean( median( sum( prod( stdDv( varian( min(value A, value B) or min(list) max(value A, value B) or max(list) mean(list [, frequency list]) median(list [, frequency list]) sum(list [, start number, end number]) prod(list [, start number, end number]) stdDv(list [, frequency list]) varian(list [, frequency list])
B1 B2 B3 B4 B5 B6 B7 B8 C6 C7 C1 C2 C3 C4 C5

@ l L_DATA

StoLD RclLD StoLD natural number RclLD natural number

C1 C2 D1 D2

* list in the above table means a list or a list name.
{ } No arguments No arguments

3. STAT menus

S EDIT/OPE
EDIT sortA( sortD( SetList ClrList No arguments sortA(list [, subordinate list 1,. , subordinate list n]) sortD(list [, subordinate list 1,. , subordinate list n]) SetList [list name 1, list name 2, list name 3,. ] ClrList list name1 [, list name 2,. ]
AE B1 B2 B3 B4 AE B1 B2 B3 B4

S CALC

1_Stats 2_Stats ANOVA( 1_Stats [x list name [, frequency list]] 2_Stats [x list name, y list name [, frequency list]] ANOVA(list name 1, list name 2 [,. ])

C1 C2 C3 C1 C2

Med_Med Rg_ax+b Rg_a+bx Rg_x2 Rg_x3 Rg_x4 Rg_ln Rg_log Med_Med (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_ax+b (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_a+bx (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_x2 (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_x3 (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_x4 (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_ln (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_log (list name for x, list name for y [, frequency list] [, equation name to store])

D01 D1 D02 D2 D03 D04 D3 D05 D06 D07 D08
Functions Commands Rg_abx Rg_aebx Rg_x-1 Rg_axb Rg_logistic
Syntax Rg_abx (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_aebx (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_x-1 (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_axb (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_logistic (list name for x, list name for y [, frequency list] [, equation name to store]) Rg_sin ([iterations,] list name for x, list name for y [, frequency list] [, period] [, equation name to store])
D09 D4 D10 D11 D5 D12 D13

Rg_sin x' y'

D14 D15 D6 D16 D7
value or list x' value or list y'

S TEST

2 test Ftest2samp Ttest1samp Ttest2samp TtestLinreg Tint1samp Tint2samp Ztest1samp Ztest2samp Ztest1prop Ztest2prop Zint1samp Zint2samp Zint1prop Zint2prop InputList InputStats No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments
E01 E02 E03 E04 E05 E06 E07 E08 E09 E10 E11 E12 E13 E14 E15 E16 E17

S DISTRI

pdfnorm( pdfnorm(value [, mean, standard deviation])
Functions Commands cdfnorm( InvNorm( pdfT( cdfT( pdf2( cdf2( pdfF( cdfF( pdfbin( cdfbin( pdfpoi( cdfpoi( pdfgeo( cdfgeo(
Syntax cdfnorm(lower limit, upper limit [,mean, standard deviation]) InvNorm(probability [, mean, standard deviation]) pdfT(value, degree of freedom) cdfT(lower limit, upper limit, degree of freedom) pdf2(value, degree of freedom) cdf2(lower limit, upper limit, degree of freedom) pdfF(value, degree of freedom of numerator, degree of freedom of denominator) cdfF(lower limit, upper limit, degree of freedom of numerator, degree of freedom of denominator) pdfbin(number of trial, success probability [, success numbers]) cdfbin(number of trial, success probability [, success numbers]) pdfpoi(mean, value) cdfpoi(mean, value) pdfgeo(success probability, value) cdfgeo(success probability, value)
F02 F03 F04 F05 F06 F07 F08 F09 F10 F11 F12 F13 F14 F15

4. STAT PLOT menus

[ PLOT1/PLOT2/PLOT3/LIMIT/ON/OFF PLOT1 PLOT2 PLOT3 SET LimON LimOFF PlotON PlotOFF No arguments No arguments No arguments No arguments No arguments No arguments PlotON [number] PlotOFF [number]

AE BE CE D1 D2 D3 E1 E2 AE BE CE D1 D2 D3 E1 E2
[ (in STAT PLOT mode) HIST/B.L./N.P./N.D./BOX/PIE/S.D./XYLINE Hist Broken No arguments No arguments

A1 B1 A1 B1

Functions Commands Broken + Broken Norm _X Norm+_X Norm _X Norm _Y Norm+_Y Norm _Y NormDis Box MBox MBox+ MBox Pie Pie% Scattr Scattr+ Scattr xyLine xyLine+ xyLine No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments
B2 B3 C1 C2 C3 C4 C5 C6 D1 E1 E2 E3 E4 F1 F2 G1 G2 G3 H1 H2 H3

5. DRAW menus

@ d DRAW
ClrDraw Line( H_line V_line T_line( No arguments Line(x-coordinate of start point, y-coordinate of start point, x-coordinate of end point, y-coordinate of end point [,0]) H_line y-value V_line x-value T_line(equation, x-value)
A1 A2 A3 A4 A5 A1 A2 A3 A4 A5
Functions Commands Draw Shade( DrawInv Circle( Text( Draw equation

A6 A7 A8 A9 A0

Shade(equation 1, equation 2 [, begin, end]) DrawInv equation Circle(x-coordinate of center, y-coordinate of center, radius) Text(column, row, "character strings")

@ d POINT

PntON( PntOFF( PntCHG( PxlON( PxlOFF( PxlCHG( PxlTST( PntON(x-coordinate, y-coordinate) PntOFF(x-coordinate, y-coordinate) PntCHG(x-coordinate, y-coordinate) PxlON(column, row) PxlOFF(column, row) PxlCHG(column, row) PxlTST(column, row)
B1 B2 B3 B4 B5 B6 B7 B1 B2 B3 B4 B5 B6 B7
@ d ON/OFF/LINE/G_DATA/PICT/SHADE
DrawON DrawOFF LINE StoGD RclGD StoPict RclPict SET INITIAL DrawON [equation number 1, equation number 2, ] DrawOFF [equation number 1, equation number 2, ] No arguments StoGD number RclGD number StoPict number RclPict number No arguments No arguments
C1 C2 DE E1 E2 F1 F2 G1 G2 C1 C2 DE E1 E2 F1 F2 G1 G2

6. ZOOM menus

Z ZOOM
Auto Zm_Auto Box Zm_Box No arguments No arguments

A1 A2 A1 A2

Functions Commands In Zm_In Out Zm_Out Default Zm_Default Square Zm_Square Dec Zm_Dec Int Zm_Int Stat Zm_Stat No arguments No arguments No arguments No arguments No arguments No arguments No arguments

A3 A4 A5 A6 A7 A8 A9

Z FACTOR/POWER
FACTOR x2 _ Zm_x2 x-1 Zm_x-1 No arguments No arguments No arguments No arguments

BE C1 C2 C3 BE C1 C2 C3

10x Zm_10x ex Zm_ex log x Zm_log ln x Zm_ln No arguments No arguments No arguments No arguments

D1 D2 D3 D4 D2 D1

Z TRIG
sin x Zm_sin cos x Zm_cos tan x Zm_tan No arguments No arguments No arguments

E1 E2 E3 E1 E2 E3

Functions Commands sin-1 x Zm_sin-1 cos-1 x Zm_cos-1 tan-1 x Zm_tan-1 No arguments No arguments No arguments

E4 E5 E6

Z HYP/STO/RCL
sinh x Zm_sinh cosh x Zm_cosh tanh x Zm_tanh sinh-1 x Zm_sinh-1 cosh-1 x Zm_cosh-1 tanh-1 x Zm_tanh-1 StoWin RclWin PreWin No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments
F1 F2 F3 F4 F5 F6 G1 H1 H2 F1 G1 G2

7. CALC menus

@ k CALC
Value Intsct Minimum Maximum X_Incpt Y_Incpt Inec Value x No arguments No arguments No arguments No arguments No arguments No arguments
A1 A2 A3 A4 A5 A6 A7 A1 A2 A3 A4 A5 A6

8. SLIDE SHOW menus

] CURR/PLAY/NEW/SELECT/EDIT CURR PLAY NEW SELECT MOVE DEL RENAME No arguments No arguments No arguments No arguments No arguments No arguments No arguments
AE B CE D E1 E2 E3 AE B CE D E1 E2 E3

9. PRGM menus

EXEC EDIT NEW No arguments No arguments No arguments

A B CE A

P (in the Prgramming mode) PRGM
Print " Input Wait Rem End Key Print variable Print "character strings ["] "characters ["] Input ["prompt strings", ] variable Wait [natural number] Rem comments No arguments Key variable

A1 A2 A3 A4 A5 A6 A7

P (in the Prgramming mode) BRNCH
Label Goto If Then Else EndIf Label label name Goto label name If conditional statements Then commands [Else commands] EndIf

B01 B02 B03 B04 B05 B06

Functions Commands For Next While WEnd Gosub Return
Syntax For variable, start value, end value [, increment] commands Next While conditional statements commands WEnd Gosub label name No arguments

B07 B08 B09 B10 B11 B12

P (in the Prgramming mode) SCRN
ClrT ClrG DispT DispG No arguments No arguments No arguments No arguments

C1 C2 C3 C4

P (in the Prgramming mode) I/O
Get Send Get variable Send variable
P (in the Prgramming mode) SETUP
Rect Param Polar Web Time uv uw vw Deg Rad Grad FloatPt Fix Sci Eng Tab No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments Tab integer

E01 E02 E03 E04 E05 E06 E07 E08 E09 E10 E11 E12 E13 E14 E15 E16
Functions Commands Decimal Mixed Improp x yi r No arguments No arguments No arguments No arguments No arguments

E17 E18 E19 E20 E21

P (in the Prgramming mode) FORMAT
RectCursor PolarCursor ExprON ExprOFF Y'ON Y'OFF AxisON AxisOFF GridON GridOFF Connect Dot Sequen Simul No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments
F01 F02 F03 F04 F05 F06 F07 F08 F09 F10 F11 F12 F13 F14
P (in the Prgramming mode) S_PLOT
Plt1( Plt2( Plt3( PlotON PlotOFF LimON LimOFF Plt1(graph type, X list name [, Y list name, frequency list]) Plt2(graph type, X list name [, Y list name, frequency list]) Plt3(graph type, X list name [, Y list name, frequency list]) PlotON [number] PlotOFF [number] No arguments No arguments

G1 G2 G3 G4 G5 G6 G7

P (in the Prgramming mode) COPY
StoLine RclLine No arguments No arguments

10. MATRIX menus

@ m NAME
mat A mat B mat C mat D mat E mat F mat G mat H mat I mat J No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments No arguments
A1 A2 A3 A4 A5 A6 A7 A8 A9 A0

@ m EDIT

B1 B2 B3 B4 B5 B6 B7 B8 B9 B0

@ m OPE

dim( ll( cumul dim(matrix name) ll(value, matrix name) cumul matrix name

C01 C02 C03

Functions Commands augment( identity rnd_mat( row_swap( row_plus( row_mult( row_m.p.( matlist( listmat(
Syntax augment(matrix name A, matrix name B) identity dimension value rnd_mat(number of row, number of column) row_swap(matrix name, row number, row number) row_plus(matrix name, row number, row number) row_mult(multiplied number, matrix name, row number) row_m.p.(multiplied number, matrix name, row number, row number)
C04 C05 C06 C07 C08 C09 C10
matlist(matrix name, list name 1, , list name n) C11 matlist(matrix name, column number, list name) listmat(list 1, , list n, matrix name)

@ m MATH/[ ]

det trans rowEF rrowEF [ ] det matrix name trans matrix name rowEF matrix name rrowEF matrix name No arguments No arguments

D1 D2 D3 D4 E1 E2

11. FINANCE menus

@ g SOLVER/CALC

SOLVER slv_pmt slv_I% slv_PV slv_N slv_FV Npv( (TVM SOLVER screen appears) slv_pmt [(N, I%, PV, FV, P/Y, C/Y)] slv_I% [(N, PV, PMT, FV, P/Y, C/Y)] slv_PV [(N, I%, PMT, FV, P/Y, C/Y)] slv_N [(I%, PV, PMT, FV, P/Y, C/Y)] slv_FV [(N, I%, PV, PMT, P/Y, C/Y)] Npv(interest rate, initial investment, list of following collected investment [, frequency list])

AE B01 B02 B03 B04 B05 B06

Functions Commands Irr(

Syntax Irr(initial investment, list of following collected investment [, frequency list] [, assumed revenue rate]) Bal(number of payments [, decimal place to round]) Prn(initial number of payments, end number of payments [, decimal place to round]) Int(initial number of payments, end number of payments [, decimal place to round]) Apr(effective interest rate, number of settlements) Eff(nominal interest rate, number of settlements) days(start month. day year, end month. day year) days(day month. year, day month. year)
Bal( Prn( Int( Apr( Eff( days(

B08 B09 B10 B11 B12 B13

@ g PERIOD
PmtEnd PmtBegin No arguments No arguments

@ g VARS

N I% PV PMT FV P/Y C/Y No arguments No arguments No arguments No arguments No arguments No arguments No arguments

D1 D2 D3 D4 D5 D6 D7

12. TOOL menus

@ V N BASE/SYSTEM/POLY

NBASE No arguments No arguments No arguments No arguments No arguments

AE B2 B3 B4 B5

Functions Commands 3 No arguments No arguments No arguments

B6 C2 C3

13. SOLVER menus
@ ' (in the Solver mode) METHOD/EQTN/SAVE/RENAME
Equation Newton Graphic EQTN SAVE RENAME No arguments No arguments No arguments No arguments No arguments No arguments

A1 A2 A3 B CE D

Specifications
Dimensions W x D x H (mm) Power Backup Battery Display Size (dot) Line x Characters Character Size (dot) Digits (mantissa + exponent) Memory Total Memory Size Constant Memory Accessory Protective hard case Standard Features Graphing Function graphing Parametric graphing Polar graphing Sequence graphing Split screen Graph style Zoom, Trace Table of function values Statistics Regression models 14 Up to 10 Up to 6 Up to 6 Up to 3 Graph-table/graph-equation 86 x 183 x 23 R03 (AAA) x 4 CR2032 x x x 22 5x+ KB 27 + last answer memory

(without hardcase)

Histogram, Broken line plot, Normal probability plot, Normal distribution plot, Box plot, Modified box plot, Pie chart, Scatter diagram, XY line Other Matrix List Programming Trigonometry functions (including sec, csc, cot) Solver Complex numbers Financial calculation Fraction/Decimal conversions Last entry recall (up to 160 steps) Last answer recall Features unique to Sharp Reversible keyboard, Equation editor, Slide show function, List grouping, calculation, Simultaneous equation, Fraction-learning function Unit-to-unit communications cable PC-Link (Print screen/Data storage) OHP system (includes controller) Up to 10 (Maximum size : 99 x 99) Up to 6 (Maximum length : 999)

Peripheral CE-451L CE-LK2 EL-99T
* Design and specifications are subject to change without notice. * Some peripheral products may not be available in some countries.

Distributed by:

SHARP CORPORATION OSAKA, JAPAN