Sanyo LCD Projector Uses Three TFT Panels

The Pro-X PLC-5500N represents Sanyoís lightest, brightest and smallest true SVGA LCD projector to date. It sells for an SRP under $10,000.

The unit weighs 16 pounds and measures 11.7' x 5.7' x 18', facilitating transport and storage. The PLC-5500N utilizes a specially designed dichroic mirror and three 1.3' thin film transistor (TFT) LCD panels of 519,168 pixels each. From a direct S-Video input, it produces 550 TV lines of horizontal resolution.

A 250-watt metal halide lamp projects a 500 lumen picture from 20 to 640 diagonal inches with a throw distance of 3.6 to 75.6 feet. The projector works with most Macintosh and IBM-compatible computers, VCRs, videodisc players and satellite TV tuners.

All input and output jacks are located on the right-side panel, within easy reach. An infrared remote with a track pad controls power, mode, volume, mute, menu, zoom, focus and freeze; the track pad lets presenters move an onscreen cursor and execute commands.

At the flip of a switch, the Pro-X PLC-5500N reverses images for rear-screen projection. Sanyo, Chatsworth, CA, (818) 998-7322.

Write 302 on Inquiry Card

This article originally appeared in the 05/01/1997 issue of THE Journal.

Comments

Add your Comment

Your Name:(optional)
Your Email:(optional)
Your Location:(optional)
Comment:
Please type the letters/numbers you see above

White Papers:

  • Desktop Virtualization in K-12 Schools: Reducing Costs, Saving Time And Delivering Anytime, Anywhere Access for Students and Staff PDF screen shot

    This paper will show how desktop virtualization can positively position educational institutions for the future, enabling them to reduce expenses through hard dollar savings and time efficiencies while delivering the experience that students, faculty and staff need and desire. Through the experiences of Babylon School District, as well as Manchester Essex Regional School District in Massachusetts and Rockford Public Schools in Michigan, we’ll paint a picture of how desktop virtualization can revolutionize education’s approach to delivering technology — an approach schools can actually afford. Read more...