User manual SHARP XV-730H OPERATION MANUAL

[. . . ] See page 54. To analog RGB output terminal DVD player or DTV* decoder Connecting to RGB Video Equipment Using a 5 RCA RGB Cable (INPUT 1 or 2) Use a 5 RCA RGB cable when connecting the RGB video equipment such as DVD players and DTV* decoders to INPUT 1 or 2 terminal. Connect the projector to the RGB video equipment using the 5 RCA RGB cable. Note · When connecting the projector to the video equipment in this way, select "RGB" for "Signal Type" in the "Options" menu, or select the RGB mode by pressing on the remote control. · The (HD/C sync) and (VD) terminals may be used depending on the specifications of the DTV decoder connected to this projector. Please refer to the operation manual of the DTV decoder for details. -18 5 RCA RGB cable (Commercially available) Connecting to Component Video Equipment Using a 3 RCA to 15-pin D-Sub Cable and the DVI to 15-pin D-Sub adaptor (INPUT 5) Use a 3 RCA to 15-pin D-Sub cable and the DVI to 15-pin D-Sub adaptor when connecting to the INPUT 5 terminal, component video equipment such as DVD players and DTV* decoders. [. . . ] -18 5 RCA RGB cable (Commercially available) Connecting to Component Video Equipment Using a 3 RCA to 15-pin D-Sub Cable and the DVI to 15-pin D-Sub adaptor (INPUT 5) Use a 3 RCA to 15-pin D-Sub cable and the DVI to 15-pin D-Sub adaptor when connecting to the INPUT 5 terminal, component video equipment such as DVD players and DTV* decoders. *DTV is the umbrella term used to describe the new digital television system in the United States. Supplied accessory DVI to 15-pin D-sub adaptor Optional accessory 3 RCA to 15-pin D-sub cable Type: AN-C3CP (3. 0 m) Connections and Setup DVI to 15-pin D-sub adaptor To analog component output terminal Connect the projector to the video equipment using a 3 RCA to 15-pin D-Sub cable and the DVI to 15-pin D-Sub adaptor. Note · Select the input signal type of the video equipment. See page 65. 3 RCA to 15-pin D-sub cable (sold separately) DVD player or DTV* decoder -19 Connecting the Projector to Other Devices Connecting to Video Equipment with the DVI Output Terminal Using the DVI Cable Use the DVI cable when connecting to the INPUT 5 terminal, video equipment with the DVI output terminal such as DVD players and DTV* decoders. *DTV is the umbrella term used to describe the new digital television system in the United States. Optional accessory DVI cable Type:AN-C3DV (3. 0m) DVD player or DTV* decoder DVI cable (sold separately) Connect the projector to the video equipment using the DVI cable. Note · Select the input signal type of the video equipment. See page 65. -20 Connecting the Projector to a Computer Connecting to a Computer Using the DVI to 15-pin D-sub Adaptor and the RGB Cable Connect the projector to the computer using the DVI to 15-pin D-sub adaptor and the RGB cable. · Secure the connectors by tightening the thumbscrews. Supplied accessory DVI to 15-pin D-sub adaptor DVI to 15-pin D-sub adaptor Notebook computer Connections and Setup To RGB output terminal Note · See page 84 "Computer Compatibility Chart" for a list of computer signals compatible with the projector. Use with computer signals other than those listed may cause some of the functions not to work. · When connecting the projector to a computer in this way, select "A. RGB" for "Signal Type" in the "Options" menu, or select on the rethe "A. RGB" by pressing mote control. · A Macintosh adaptor may be required for use with some Macintosh computers. Contact your nearest Sharp Authorised Projector Dealer or Service Centre. · Depending on the computer you are using, an image may not be projected unless the signal output setting of the computer is switched to the external output. If the horizontal line passing through the lens centre is not perpendicular to the screen, the image will be distorted, making viewing difficult. · For optimal image, position the screen so that it is not in direct sunlight or room light. Light falling directly on the screen washes out the colours, making viewing difficult. Close the curtains and dim the lights when setting up the screen in a sunny or bright room. · A polarizing screen cannot be used with this projector. Standard Setup (Front Projection) I Place the projector at the required distance from the screenaccording to the desired picture size. (See page 29. ) Screen size : 254cm (100 inches) Aspect ratio : 16:9 Example of Standard Setup Side View · The distance from the screen to the projector may vary depending on the size of the screen. P. 29 90° · The default setting can be used, when placing the Audience Top View projector in front of the screen. If the projected image is reversed or inverted, readjust the setting to "Front" for "PRJ Mode" in the "Options" menu. P. 69 · Place the projector so that an imaginary horizontal 90° line that passes through the centre of the lens is perpendicular to the screen. -28 Screen Size and Projection Distance x y z Connections and Setup When using a normal screen (4:3) In case of setting the 16:9 picture to the full horizontal width of the 4:3 screen. 4 Screen size (4:3) Diag. (x) 635 cm (250") 508 cm (200") 381 cm (150") 254 cm (100") 213 cm (84") 183 cm (72") 152 cm (60") Width 508 cm (200") 406 cm (160") 305 cm (120") 203 cm (80") 170 cm (67") 147 cm (58") 122 cm (48") Height 381 cm (150") 305 cm (120") 229 cm (90") 152 cm (60") 127 cm (50") 109 cm (43") 91 cm (36") Projection Distance (y) Maximum (y1) 12. 6 m (41'4") 10. 1 m (33') 7. 5 m (24'9") 5. 0 m (16'5") 4. 2 m (13'9") 3. 6 m (11'10") 3. 0 m (9'10") Minimum (y2) 9. 3 m (30'6") 7. 4 m (24'4") 5. 6 m (18'3") 3. 7 m (12'1") 3. 1 m (10'2") 2. 6 m (8'8") 2. 2 m (7'2") Distance from the lens centre to the lower edge of the image (z) Upper (z1) Lower (z2) 0 cm (0") ­286 cm (­12'6") 0 cm (0") ­229 cm (­10') 0 cm (0") ­171 cm (­7'6") 0 cm (0") ­114 cm (­5') 0 cm (0") ­96 cm (­4'2") 0 cm (0") ­82 cm (­3'7") 0 cm (0") ­69 cm (­3') 3 : Screen area : Picture area The formula for screen size and projection distance y1 (Max. ) = (0. 05058x ­ 0. 0447) × 3. 28 x : Screen size (diag. ) y2 (Min. ) = (0. 03734x ­ 0. 0447) × 3. 28 y : Projection distance z1 (Upper) = 0 z : Distance from the lens centre to the z2 (Lower) = ­0. 45x lower edge of the screen Note · There is an error of ±3% in the formula above. [. . . ] P. 69 · Place the projector so that an imaginary horizontal 90° line that passes through the centre of the lens is perpendicular to the screen. -28 Screen Size and Projection Distance x y z Connections and Setup When using a normal screen (4:3) In case of setting the 16:9 picture to the full horizontal width of the 4:3 screen. 4 Screen size (4:3) Diag. (x) 635 cm (250") 508 cm (200") 381 cm (150") 254 cm (100") 213 cm (84") 183 cm (72") 152 cm (60") Width 508 cm (200") 406 cm (160") 305 cm (120") 203 cm (80") 170 cm (67") 147 cm (58") 122 cm (48") Height 381 cm (150") 305 cm (120") 229 cm (90") 152 cm (60") 127 cm (50") 109 cm (43") 91 cm (36") Projection Distance (y) Maximum (y1) 12. 6 m (41'4") 10. 1 m (33') 7. 5 m (24'9") 5. 0 m (16'5") 4. 2 m (13'9") 3. 6 m (11'10") 3. 0 m (9'10") Minimum (y2) 9. 3 m (30'6") 7. 4 m (24'4") 5. 6 m (18'3") 3. 7 m (12'1") 3. 1 m (10'2") 2. 6 m (8'8") 2. 2 m (7'2") Distance from the lens centre to the lower edge of the image (z) Upper (z1) Lower (z2) 0 cm (0") ­286 cm (­12'6") 0 cm (0") ­229 cm (­10') 0 cm (0") ­171 cm (­7'6") 0 cm (0") ­114 cm (­5') 0 cm (0") ­96 cm (­4'2") 0 cm (0") ­82 cm (­3'7") 0 cm (0") ­69 cm (­3') 3 : Screen area : Picture area The formula for screen size and projection distance y1 (Max. ) = (0. 05058x ­ 0. 0447) × 3. 28 x : Screen size (diag. ) y2 (Min. ) = (0. 03734x ­ 0. 0447) × 3. 28 y : Projection distance z1 (Upper) = 0 z : Distance from the lens centre to the z2 (Lower) = ­0. 45x lower edge of the screen Note · There is an error of ±3% in the formula above. · Values with a minus (­) sign indicate the distance of the lens centre below the bottom of the screen. When using a wide Distance from the lens centre to Screen size (16:9) Projection Distance (y) the lower edge of the image (z) screen (16:9) In case of displaying the Diag. [. . . ]