Toshiba TLP780U TLP781U Displaying PIP Sub-pictures, Press PIP, Sub-picture is displayed

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Displaying PIP Sub-pictures

CONTENTS

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Remote control

INPUTON/STANDBY

 

LASER

 

KEYSTONE

AUTO

SET

 

L-CLICKR-CLICK

VOLUME/ADJUST

MENU ENTER EXIT

Video or S-video images can be displayed as small images within the computer’s image. (Referred to as “sub-pictures” in this manual.)

PIP

Press PIP.

 

 

A sub-picture is displayed.

 

Press the PIP button again to turn off the sub-picture.

Notes

•The PIP function cannot be used when a source other than an RGB input source is selected.

•The PIP function cannot be used without signals supplied from an RGB signal source.

•The sub-picture turns off if any other operation is performed.

•The signal source, size, display position and audio input source to display sub-pictures can be changed from the menu screen. 53

Operations

PIP

PIP FREEZE

RESIZE

CALL MUTE

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Contents TLP780U Safety Precautions Important Precautions Important Safety Instructions Important Safety Instructions HeatObject and Liquid Entry Damage Requiring Service Do not carry by the camera arm Strong light may cause damage to your eyes or sightPower supply cord selection Contents Explanation here is only for the model without the document Names of each part on the main unitRefer to Top side Names of each part on the main unitMenu button Input button Right side Names of each part on the remote control Install the batteries Loading batteriesOpen the cover Attach the coverFront side Remote control operationRear side Floor-mounted projector placement ViewerTop view Determine the screen size projected on the screenSide view Connect the power cord Light Orange Power cord SuppliedTake off the lens cover Insert the other end into a wall outletProjector placement angle adjustment Foot adjuster Foot adjuster release buttonLift up Lower Turn clockwise to lift up Turn counterclockwise to lowerCeiling-mounted projector placement Viewer Translucent screenConnecting a computer Computer in 1 connector Connecting a computer Computer in 2 connector Connecting video equipment Connectionsand Projector operation control by a computer ComputerHow to use the output connector Press ON/STANDBY Projection on the screenLamp lights and the start up display appears Turn on the connected equipment and put it in playback mode Press Enter to confirmLanguage Dialog box to find and designate this fileSelect the input source by pressing Input repeatedly Press Input and hold for two secondsPress Enter Input source selection menu appearsAdjust the picture size by turning Focusing ringStill picture is recommended for focusing Zooming leverPress VOL/ADJ +/- to adjust volume About the LCD PanelPress ON/STANDBY after using the projector Turning the power offPress ON/STANDBY again Adjusting the picture automatically Input full screen video signals from the inputSource computer and project the image Press Auto SETPress Keystone Correcting the keystone distortionConfirm the keystone distortion Keystone adjustment finishes After confirming that V-keystone is selected on the menuIcon appears in the mute mode Cutting off the picture and sound temporarilyPress Mute Sound and picture are cut off temporarilyIcon appears in the freeze mode Freezing the picturePress Freeze Picture freezesEnlarging the picture size Icon appears in the resize modePress Resize Press PIP Displaying PIP Sub-picturesSub-picture is displayed Displaying Information Press CallOperating a computer by the remote control Operating the menu screen Press MenuPress Menu once again Select the item with the selection ButtonsAdjust with VOL/ADJ + Select the item with selection buttonsEnter Press Enter Press EnterGuide Menu adjustments and settings ShutterFull Menu adjustments and settings Picture Full Menu adjustments Position Full Menu adjustments Color Full Menu adjustments and settings Audio Full Menu adjustments and settings Display Settings AdjustmentsFull Menu settings Default setting Full Menu settings Reset Reset allPIP menu setting ImagingDocument camera Preparation of the document imaging camera Set a document to be projected Press ARM LightCamera head over them Press Camera to select the camera input mode Move the camera head to adjust the size of the pictureWhen finished, turn off the light and close it Press Camera Gain +/- to improve view of aCamera subject which is too dark or vivid Put back the armOverlaying projection Balance Press W.BALANCE to turn the Lock indicator Locking the white balanceProject a white paper and enlarge it to fill ScreenCorrecting illuminated defects With the document camera operating, fullyCover the camera lens with a piece of black Paper or clothTrouble indications Main unit sideAir filter cleaning Unplug the power cord Take off the air filter coverClean the air filter Detach the air filterMount the air filter cover Assemble the air filterAir filter Air filter cover Lens and main unit cleaning Cleaning the lensCleaning the main unit Replacing the intake, exhaust fans and air filterLamp replacement Unplug the power cord Wait until the lamp gets cool enoughTake off the lamp cover on the bottom panel Pull out the lampReset the lamp timer Load a new lampAttach the lamp cover Slide the cover into place and tighten the two screwsBefore calling service personal Symptom Cause CorrectionBefore calling service personal Mini D-sub 15pin Connector Do not connect anythingApplicable signal Applicable computer signalSignal Timing Horizontal Signal Timing Vertical Timing chartCompatible Video and S-Video signal Applicable signalCompatible components video signal Y/PB/PR Signal assignment of RS-232C Interface format Controlling the projector by using RS-232CCommand list Controlling the projector by using RS-232C VCL MO0 MS0 PIP Specifications Main unitLiquid crystal display Projection lensSpecifications AccessoriesReplacement lamp Sold separatelyStep-by-step procedure how to obtain warranty service Limited two 2 Years Warranty of Parts and LaborYour Responsibility Limited Warranty

TLP780U TLP781U specifications

The Toshiba TLP780U and TLP781U are opto-isolators designed to provide excellent performance in various applications, ensuring high levels of electrical isolation between input and output circuits. These devices are part of Toshiba's extensive portfolio of opto-couplers, which leverage advanced technologies to meet the demands of modern electronic systems.

One of the most notable features of the TLP780U and TLP781U is their high isolation voltage, which is rated up to 5000Vrms. This is particularly important in applications where safety and protection of sensitive components from high voltages are crucial. By providing robust electrical isolation, these opto-isolators help in preventing damage from voltage spikes and interference.

Both the TLP780U and TLP781U utilize a high-speed GaAlAs infrared LED as the light source, coupled with a phototransistor on the output side. This configuration enables rapid data transmission, making these devices suitable for high-speed applications. The TLP780U boasts a high-speed variant, while the TLP781U is designed for lower-speed requirements, offering flexibility depending on the application's needs.

In terms of package design, the TLP780U and TLP781U come in a compact and reliable DIP (Dual In-line Package) configuration. This allows for easy integration into printed circuit boards (PCBs), while also ensuring stable performance in various operational environments. Their compact size is particularly beneficial in space-constrained applications.

Another important characteristic of these devices is their wide operating temperature range, from -40°C to 100°C. This wide range ensures reliable operation in diverse environments, making them suitable for industrial, automotive, and consumer applications. This reliability is further enhanced by the devices' long operational lifespan, reducing the need for frequent replacements.

In summary, the Toshiba TLP780U and TLP781U opto-isolators deliver essential electrical isolation, high-speed performance, and versatile operational capabilities. Their combination of advanced technologies and robust features positions them as ideal solutions for interfacing circuits, signal isolation, and data transmission in various industries. Whether for safety-critical systems or general signal processing, these opto-isolators provide the performance and reliability needed in today's electronic designs.
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