DOWNLOAD Sharp PG-B10S Service Manual ↓ Size: 979.35 KB | Pages: 49 in PDF or view online for FREE

Model
PG-B10S
Pages
49
Size
979.35 KB
Type
PDF
Document
Handy Guide
Brand
Device
Projector / Version 1.5
File
pg-b10s.pdf
Date

Sharp PG-B10S Handy Guide ▷ View online

Support Signals (Resolution and
Video)
Version 1.4
Issue 04/2006
25
SHARP ELECTRONICS (UK) LTD
PROJECTOR TECHNICAL SUPPORT
TECHNICAL SERVICES GROUP
Computer Compatibility Chart
Note
• 
This projector may not be able to display images from notebook computers in simultaneous (CRT/LCD) mode.
Should this occur, turn off the LCD display on the notebook computer and output the display data in “CRT only”
mode. Details on how to change display modes can be found in your notebook computer’s operation manual.
• 
When this projector receives 640 × 350 VESA format VGA signals, “640 × 400” appears on the screen.
• 
Multiple signal support
• 
Horizontal Frequency: 15–70 kHz, Vertical Frequency: 43–85 Hz, Pixel Clock: 12–108 MHz
• 
Compatible with sync on green signal
• 
SXGA+, SXGA and XGA compatible in intelligent compression
• 
Intelligent Compression and Expansion System resizing technology
VGA
SVGA
XGA
WXGA
SXGA
SXGA+
UXGA
MAC 13”
MAC 16”
MAC 19”
MAC 21”
9
Native 
9
8
9
9
8
9
9
9
9
“Plug and Play” function (when connecting to a 15-pin
terminal)
• 
This projector is compatible with VESA-standard DDC 1/DDC 2B. The projector and a VESA DDC compatible
computer will communicate their setting requirements, allowing for quick and easy set-up.
• 
Before using the “Plug and Play” function, be sure to turn on the projector first and the connected computer last.
Note
• 
The DDC “Plug and Play” function of this projector operates only when used in conjunction with a VESA DDC
compatible computer.
Video Signal Support
Signal
Horizontal Frequency (kHz)
Vertical Frequency (Hz)
Supported
PAL
-
-
9
PAL-60
-
-
9
SECAM
-
-
9
NTSC
-
-
9
480I
15.7
60
9
480P
31.5
60
9
540P
33.8
60
9
580I
15.6
50
9
580P
31.3
50
9
720P
45.0
60
9
1035I
33.8
60
9
1035I
28.1
50
9
1080I
33.8
60
9
1080I
28.1
50
9
Pin Assignments
Version 1.4
Issue 04/2006
26
SHARP ELECTRONICS (UK) LTD
PROJECTOR TECHNICAL SUPPORT
TECHNICAL SERVICES GROUP
Connecting Pin Assignments
INPUT 1/2 RGB and OUTPUT Signal Terminal: 15-pin Mini D-sub female connector
RGB Input
Component Input
1. Video input (red)
1. PR (CR)
2. Video input (green/sync on green)
2. Y
3. Video input (blue)
3. PB (CB)
4. Reserve input 1
4. Not connected
5. Not connected
5. Not connected
6. Earth (red)
6. Earth (PR)
7. Earth (green/sync on green)
7. Earth (Y)
8. Earth (blue)
8. Earth (PB)
9. Not connected
9. Not connected
10. GND
10. Not connected
11. GND
11. Not connected
12. Bi-directional data
12. Not connected
13. Horizontal sync (Composite sync)
13. Not connected
14. Vertical sync signal
14. Not connected
15. Data clock
15. Not connected
RS-232C Terminal: 9-pin Mini DIN female connector
Pin No.
Signal
Name
I/O
Reference
1
Output
Not connected
2
RD
Receive Data
Input
Connected to internal circuit
SD 
Send Data 
Output
Connected to internal circuit
Input 
Not connected
SG 
Signal Ground 
Connected to internal circuit
Input 
Not connected
Output 
Not connected
Input 
Not connected
Output 
Not connected
 
9-pin D-sub male connector of the DIN-D-sub RS-232C adapter
Pin No. 
Signal 
Name 
I/O 
Reference
CD 
Not connected
RD 
Receive Data 
Input
Connected to internal circuit
SD 
Send Data 
Output
Connected to internal circuit
ER 
Not connected
SG 
Signal Ground 
Connected to internal circuit
Not connected
Not connected
Not connected
CI 
Not connected
Pin Assignments
Version 1.4
Issue 04/2006
27
SHARP ELECTRONICS (UK) LTD
PROJECTOR TECHNICAL SUPPORT
TECHNICAL SERVICES GROUP
RS-232C Cable recommended connection: 9-pin D-sub female connector
Note
• 
Depending on the controlling device used, it may be necessary to connect Pin 4 and Pin
6 on the controlling device (e.g. PC).
RS-232 Command
Version 1.4
Issue 04/2006
28
SHARP ELECTRONICS (UK) LTD
PROJECTOR TECHNICAL SUPPORT
TECHNICAL SERVICES GROUP
(RS-232C) Specifications and Command
Settings
PC control
A computer can be used to control the projector by connecting an RS-232C serial control cable (cross
type, sold separately) to the projector.
Communication conditions
Set the serial port settings of the computer to match that of the table.
Signal format: Conforms to RS-232C standard. 
Parity bit: None
Baud rate: 9,600 bps 
Stop bit: 1 bit
Data length: 8 bits 
Flow control: None
Basic format
Commands from the computer are sent in the following order: command, parameter, and return code.
After the projector processes the command from the computer, it sends a response code to the
computer.
Command format
Command 4-digit 
Parameter 4-digit
Response code format
Normal response 
Problem response (communication error or incorrect command)
Note
• 
When more than one code is being sent, send each command only after the response code for the
previous command from the projector is verified.
• 
When using the computer control function of the projector, the adjustment values cannot be read by
the computer. Therefore, confirm the values by transmitting the display commands (e.g. “RARE_ _
_0”) for each adjustment menu and checking the values with the on-screen display. If the projector
receives adjustment/setting commands other than menu display commands, it will execute the
commands without displaying the on-screen display.
• 
If an underbar (_) appears in the parameter column, enter a space. If an asterisk (*)
appears, enter a value in the range indicated in brackets under CONTROL CONTENTS.
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