Texas Instruments 8200IW, 8200IC, 8100CB manual Dispose of this lamp properly

Page 36

Maintenance

3M™ Digital WallDisplay

9.Push down the metal lever on the left side of the lamp cartridge.

10.Reconnect black wires to the receptacle.

11.Close the lamp housing door and tighten the screw.

12.Align the slots and tabs of the right side of the facade and projection arm as shown, then snap firmly into place.

13. Align the slots and tabs of the left side of the facade and projection head as shown, then snap firmly into place.

Note: You must hear or feel a distinctive snap to ensure facade is securely attached.

Whenever the lamp is replaced, please reset the total lamp operating time. (Refer to next page.)

 

 

• To reduce the risk of cuts to fingers and/or decreased image quality by

 

 

touching the lens, do not insert hand into the empty lamp compartment.

 

 

• This lamp contains mercury. Consult your local hazardous waste regulations

 

 

and dispose of this lamp properly.

 

CAUTION

• A potential hazard may exist in the rare case of lamp rupture. Please have a

 

 

3M Digital WallDisplay dealer replace a ruptured lamp.

 

 

 

•The lamp is extremely hot during normal operation. Before replacing the lamp, wait at least 45 minutes after last operation.

•Do not loosen any screws except those mentioned in the lamp replacement instructions.

36

© 3 M 2003. All Rights Reserved.

Page 35 Page 37
Image 36
Page 35 Page 37
Contents Operator’s Guide This page intentionally left blank for printed version Contents Service Information Contents 3M Digital WallDisplayAppendix Safety Precautions IntroductionThank You for Choosing 3M Intended UseIntroduction 3M Digital WallDisplay Product Safety Label IntroductionTrademarks PatentsSoftware and Copyright License Agreement 3M Digital WallDisplay Technical SupportVideo Signal Cables FCC Statement-Class aEEC Statement-Class a Instructions to UsersModel Identification and Differences Identify ModelModel Differences Model Number Model NameOptional Accessories Part Identification 3M Digital Wall Display Features System Setup Connecting to Various EquipmentOperation StartupShutdown Operation 3M Digital WallDisplayRemote Control Unit FeaturesForward Keypad Rear Keypad Installing or Replacing Batteries Digital Markers and Eraser Assembling Digital MarkersAssembling Digital Eraser Digital Markers and Eraser 3M Digital WallDisplayMenu System Menu NavigationColorful-Bright Slider Menu KeypadVolume Slider Warm-Cool SliderMute Menu Function Reset All Menu Input Select MenuMenu System 3M Digital WallDisplay Image Adj Sub-Menu Tools Sub-Menu Copyboard Mode Whiteboard Mode 8200IC onlyProjection Mode 8200IC only Using Copyboard ModeUsing Whiteboard Mode Installing eBeam Software on Your ComputerMinimum Requirements Apple MacintoshInstalling the Software WallDisplay as a Copyboard or Digital WhiteboardUsing Projection Mode Maintenance General MaintenanceLamp Usage Onscreen Lamp MessagesLamp Replacement Maintenance 3M Digital WallDisplayMaintenance Dispose of this lamp properly 3M Digital WallDisplay dealer replace a ruptured lampResetting Lamp Hours Replacing ProjectionScreen Troubleshooting Common Problems and SolutionsOnscreen Messages Message MeaningEBeam Software EBeam Hardware Detection/UseProblem EBeam Try the following See Proxy Server SetupServer. See Proxy Server Setup MeetingDialog box see Setting Pen Colors/Line Thickness. It Writing Data/CaptureChoose eBeam Hardware Detect eBeam Hardware EBeam HardwareTroubleshooting EFI Meeting Applet Microsoft Internet ExplorerNetscape Clear Memory Cache and Clear Disk CacheBackground Images See Loading an Excel Spreadsheet as a Background ImageService Information Parts and AccessoriesOptional Accessories Ordering Parts or Getting Information3M Digital WallDisplay Specifications AppendixInput/Output Signal Specifications Resolution Refresh Rate Horizontal FrequencyComputer Compatibility Appendix Printer CompatibilitySection Head Important Notice

8200IW, 8100CB, 8200IC specifications

Texas Instruments (TI) has long been a leader in the semiconductor industry, developing a wide range of integrated circuits (ICs) that cater to various applications. Among these, the TI 8200IC, 8100CB, and 8200IW stand out for their innovative features and advanced technologies.

The Texas Instruments 8200IC is primarily designed for high-performance data processing applications. One of its standout features is its ability to operate at high speeds, making it ideal for demanding computing tasks. This IC supports a broad range of input voltages, ensuring compatibility with various systems. Its low power consumption is another critical advantage, as it allows for longer battery life in portable devices. Embedded within the 8200IC are advanced signal processing capabilities, which enable efficient handling of complex algorithms and data streams. This feature is essential in applications ranging from telecommunications to consumer electronics.

The TI 8100CB, on the other hand, focuses on microcontroller functionality, offering a versatile solution for embedded systems. This chip comes with an extensive selection of I/O ports, allowing seamless integration with other components in a system. Its built-in memory facilitates the execution of intricate control algorithms, making it suitable for automation and robotics applications. The 8100CB also supports multiple communication protocols, including Serial Peripheral Interface (SPI) and Inter-Integrated Circuit (I2C), enabling easy connectivity with sensors and peripherals. Moreover, its robust design ensures reliability in various operating conditions, making it a preferred choice for industrial and automotive applications.

Finally, the Texas Instruments 8200IW is designed with wireless communication in mind. This IC excels in providing reliable connectivity solutions, supporting multiple wireless protocols such as Bluetooth and Wi-Fi. Its compact design enables integration into space-constrained devices while maintaining high performance. The 8200IW features advanced security mechanisms to ensure data integrity during wireless transmission, which is critical in today’s connected world. Additionally, its energy-efficient architecture is tailored for IoT applications, allowing devices to operate efficiently in low-power modes.

In summary, the Texas Instruments 8200IC, 8100CB, and 8200IW showcase the company’s commitment to innovation in semiconductor technology. With features tailored for high-speed data processing, microcontroller applications, and wireless communication, these ICs offer versatile solutions for a wide array of uses, empowering designers to create cutting-edge products across different sectors.
Top Page Image Contents