Hughes Jvc 200 Projector Service Manual
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Chapter 1---Introduction 1.0 Introduction This Service Manual is designed to be used with the Model 200 User’s Guide. This service manual provides information on the: — Projector functional description; — Service adjustments, removal and replacement of subassemblies; and — Troubleshooting. The user’s guide covers the projector’s installation, operation, setup adjustments, and specifications. Together the service manual and user’s guide provide a qualified service person with information...
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Chapter 1---Introduction Balldriver, 8mm Ballpoint L-Wrench Set, 1.5-5mm Delrin .100 Hex Alignment Tool Gloves, ANSI/ASTM 10,000 volt rated, Safety Goggles, Safety, x3(covers on) and x5(covers off) Hex Ballpoint Driver, 3mm Hex Ballpoint Driver, 5mm Nutdriver, 10mm Nutdriver, 11mm (or 7/16”) Nutdriver, 5mm Nutdriver, 7mm Nutdriver, 8mm Screwdriver, Phillips, #1 Screwdriver, Phillips, #2 Screwdriver, Pozidrive, #1 Screwdriver, Pozidrive, #2 Screwdriver, Slot ¼” Screwdriver, Slot, ½”...
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Chapter 1---Introduction PLUGE Picture Line-Up Generating Equipment RAM Random Access Memory RGB Red, Green and Blue RGBHV Red, Green, Blue, Horizontal, Vertical ROM Read Only Memory RTG Raster Timing Generator SCB System Controller Board SECAM Sequential couleur a memoire (sequencial color with memory SRB Scan Reversal Board SYNC Synchronization TTL Transistor-Transistor Logic UL Underwriter Laboratories UV Ultraviolet VAB Video Amplifier Board VCO Voltage Controlled...
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Chapter 2---System Description 2.0 System Description Contents 2.1 Introduction........................................................................\ ......2-1 2.2 Optical System........................................................................\ .2-2 2.2.1 Image Path...................................................................2-2 2.2.2 Arc Lamp Light Path....................................................2-4 2.3 Electronics...
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Chapter 2---System Description • The Power Supply Section is located at the right front area of the projector below and to the rear of the Arc Lamp. It contains the Low Voltage Power Supply, the High Voltage Power Supply, and the Arc Lamp Power Supply. • The Projector Electronics Section is located mainly in the back half of the projector. It consists of the Electronics Module that houses 6 of the electronics printed circuit boards used in the projector, and their associated cabling. It also...
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Chapter 2---System Description primary light source. The light output to the screen is the function of the Arc Lamp. The purpose of the CRTs is to generate an image and to control the amount of modulation the ILA® assemblies introduce on the light coming from the Arc Lamp. The Red, Green, and Blue image signals are routed to the CRTs from the Video Amplifier Board through the CRT socket connectors. Relay Lens: The relay lens picks up the image from the face of the CRT and focuses the image to the...
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Chapter 2---System Description Combining (4P) Prism: The combining prism consists of separate prisms that polarize each of the three high intensity signals and direct them toward the projection lens. Projection Lens: The Projection Lens picks up the high intensity image from the Combining Prism and transmits it to the projector screen. 2.2.2 Arc Lamp Light Path The Arc Lamp assembly produces the high intensity light used to transmit bright images to the screen. It consists of a Xenon Arc Lamp...
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Chapter 2---System Description light into its Red, Green and Blue components. The first mirror in the Dichroic Mirror Assembly reflects blue light to the blue ILA® assembly, the second mirror reflects green light to the green ILA® assembly, and the third reflects red light to the red ILA® assembly. Thus, each ILA® is sent only one color of light. Prepolarizers and Polarizing Prisms: Each individual light beam is polarized (directed) toward its own Polarizing Prism where it is directed toward the...
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Chapter 2---System Description Figure 2-1. Optical Sy stem Block Diagram 2-6 Model 200 Service Manual