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ACKERMANN 15-1723, Operation Instructions Manual

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Ackermann Instrumente GmbH 

•

 Eisenbahnstr 65-67 

•

 78604 Weilheim Germany 

Tel. : +49-7461-96617-0 

•

 Fax. : +49-7461-96617-70 

•

 email.: info@ackermanninstrumente .de

 

 

Side 23of 33 

 

 
 

5.4

  Optical Specifications 

 

Optical characteristics are determined after the unit has been ‘ON’ and stable for approximately 30 minutes in a dark 
environment at 25℃. The values specified are at an approximate distance 50cm from the LCD surface at a viewing 
angle of 

Φ

 and 

θ

 equal to 0

°

. 

Appendix A presents additional information concerening the speciffied charateristics. 

 

Table 2  OPTICAL CHARACTERISTICS 

 
 

Parameter 

Symbol 

Values 

Units 

Notes 

 

 

Min. 

Typ. 

Max. 

 

 

 
Contrast Ratio 
 
Surface Brightness, white 
 
Brightness Variation 
 
Response Time 
                  Rise Time 
                  Decay Time 
 
CIE Color Coordinates 
                      Red 
 
                      Green 
 
                      Blue 
 
                      White 
 
 
Viewing Angle 
         x axis, right (Φ=0º) 
         x axis, left(Φ=180º) 
         y axis, up(Φ=90º) 
         y axis, down (Φ=270º) 

 

CR 

 

SB

WH 

 

SB

V 

 

Tr 

Tr

R 

Tr

D 

 

 

x

R 

y

R 

x

G 

y

G 

x

B 

y

B 

x

W 

y

W 

 
 

θ 
θ 
θ 
θ 

 

180 

 
 
 

- 

 
 

- 
- 

 
 

0.573 
0.314 
0.283 
0.521 
0.110 
0.106 
0.292 
0.326 

 
 

70 
70 
70 
70 

 

200 

 

200(TB
D) 

 

    - 

 

50 
20 
30 

 
 

0.603 
0.344 
0.313 
0.551 
0.140 
0.136 
0.322 
0.356 

 
 

- 
- 
- 
- 

 

-  

 

- 

 

30 

 

70 
30 
40 

 
 

0.633 
0.374 
0.343 
0.581 
0.170 
0.166 
0.352 
0.386 

 
 

- 
- 
- 
- 

 
 
 

cd/m

2 

 

% 

 

msec 

 
 
 
 
 
 
 
 
 
 
 
 
 

degree, ° 

 

1 

 

2 

 

3 

 

4 

 
 
 
 
 
 
 
 
 
 
 
 
 

5 

 

 

 

 
Notes  1. Contrast Ratio (CR) is defined mathematically as:  

                                     (Surface Brightness with all white pixels) 
                                     (Surface Brightness with all black pixels) 

       2. Surface brightness is the average of 5 measurement across the LCD surface  
       50cm from the surface with all pixels displaying white.  
       3. The variation in surface brightness, SB

V

 is determined by measuring B

ON

 at  

       each test position 0 through 12, and then dividing the maximum B

ON 

 - minimum B

ON

 by the  

       average B

ON

. 

                   Maximum (B

ON0

, B

ON1

, ....B

ON12

) -  Minimum (B

ON0

, B

ON1

, ....B

ON12

) 

                             Average (B

ON0

, B

ON1

, ....B

ON12

) 

       4. Response time is the time required for the display to transition from white 
       to black(Rise Time, Tr

R

) and from black to white (Decay Time, Tr

D

). For 

       additional information see Appendix A. 
       5. Viewing angle is the angle at which the contrast ratio is greater than 10. The 
       angles are determined for the horizontal or x axis and the vertical or y axis with 
       respect to the z axis which is normal to the LCD surface.  

 

Summary of Contents for 15-1723

Page 1: ...1 96617 0 Fax 49 7461 96617 70 email info ackermanninstrumente de Side 1of 33 Operation Instructions 15 1723 18 1 Medical TFT Display Ackermann Instrumente GmbH Eisenbahnstr 65 67 D 78604 Weilheim Germany Tel 49 7461 96617 0 Fax 49 7461 96617 70 email info ackermanninstrumente de ...

Page 2: ...m Configuration 7 4 4 Electrical Specifications 8 4 5 Operational Setup 9 4 6 Input Connectors 18 4 7 Output connectors 19 5 18 1 SXGA TFT DISPLAY MODULE 5 1 General Description 21 5 2 Maximum Rating 22 5 3 Electrical Specifications 22 5 4 Optical Specifications 23 5 5 Interface Connections 24 5 6 Signal Timing Specifications 25 5 7 Signal Timing Wave forms 26 5 8 Color Input Data Reference 27 5 9...

Page 3: ...ay that is specially designed for the use in the minimally invasive surgery Automatic features and image quality allows the user the convenience of operating the unit with a minimum of effort Produced after DIN EN ISO 9001 under consideration of the DIN EN 46001 the MPG and the guideline 93 42 EUROPEAN ECONOMIC COMMUNITY Please read this operation instruction manual before use of TFT Display Pleas...

Page 4: ...Operating instructions Remove the device from packaging Before starting connect all cables and assemble the unit Connect the Y C and or FBAS cable into correspondingly marked ports of the backside and connect to the camera The use of the Y C port increases the picture quality Connect the cable with suitable ground Plug power cable into the unit Use the power cable supplied Turn on the Display and ...

Page 5: ...CDs This board supports to XGA resolutions at vertical refresh rate up to 85Hz Lower resolution modes can be expanded to full screen or centered through the On Screen Menu user interface The user interface includes Phase Brightness Contrast Horizontal and Vertical Position adjustment etc via on screen programming ANALOG RGB AND VIDEO INTERFACE CONTROLLER FOR TFT LCD INTERFACE CONTENTS OF SPECIFICA...

Page 6: ...ture In Picture supports at RGB and Video dual sources Provides up to 1600k Colors Flicker free sharp image text data Refresh rates up to 85Hz without external video memory Full screen image expansion or centered mode display for lower resolutions User friendly On Screen Display Menu to control image Auto Adjust Brightness Contrast RGB Control Clock Phase Geometry Screen Zooming Input Type Select ...

Page 7: ...7461 96617 0 Fax 49 7461 96617 70 email info ackermanninstrumente de Side 7of 33 4 3 System Configuration Figure 1 System Block Diagram PW165 AD9883 TMDS J102 J701 J501 J603 J602 J2 SAA7114 O S D INVER TER DC 12V RGB Signal J702 VIDEO S VHS TMDS panel TTL I F Panel J1 J401 TTL ...

Page 8: ...40x400 70Hz 720x400 70Hz 640x480 56 85Hz 800x600 56 85Hz 1024x768 56 85Hz Sync H V Separate Sync On Green Interlace Video RGB Analog 750 Ohm 0 7Vp p Composite Video NTSC or PAL S video Option Electrical Characteristics Item Symbol Condition MIN TYP MAX Unit Supply Voltage 11 4 12 0 12 6 Vdc Absolute Max Rating 12 0 13 0 Vdc Board Only 0 4 0 5 0 55 A Current Consumption With LM151X04 1 8 2 4 A Note...

Page 9: ...h to control the screen on OSD PCB board And the functions are as follows Table 1 Function of each OSD key No Button name Switch Function 1 Menu 1 First click Appears the OSD Main Menu 2 Second click Change the value of OSD sub menu to be able to control toggle key 2 Select 1 Move between main menu 2 Move between sub menu inside main menu 3 Power 1 put on a power put off a power 4 Up 1 The adjustm...

Page 10: ... on or power off Up and Down key is used for changing value increase or decrease Table 2 shows OSD menu for analog RGB and Composite Video respectively Table 2 Structure of On screen Menu for analog RGB MAIN MENU SUB MENU RANGE OF CONTROL Brightness 0 100 Contrast 0 100 h position 0 100 v position 0 100 Phase 0 31 Frequency 1550 1650 Picture Scaling fill all fill aspect ratio one to one Sharpness ...

Page 11: ...ess UP to select Utilities Source Analog Video S Video Table 3 Structure of On screen menu for Composite Video MAIN MENU SUB MENU RANGE OF CONTROL brightness 0 100 contrast 0 100 h position 0 100 v position 0 100 color 0 31 tint 1550 1650 sharpness 0 100 Picture scaling Fill aspect ratio normal wide zoom zoom2 anamorphic sharpness 1 5 gamma linear crt color temp 5000 7300 9300 user user red 0 100 ...

Page 12: ... and operation method Analog RGB 1 Main Menu Screen Description Figure 5 1 shows the main menu and sub menu for each main menu Left side menu bar shows main menu and right menu is sub menu for selected main menu Figure 5 1 Main Menu for analog RGB mode 2 Structure of sub menu Figure 5 1 shows sub menu of picture Each sub menu can be selected by menu key To select next sub menu brightness contrast ...

Page 13: ...n of main menu just one time push the menu key button To select next sub menu sharpness gamma color temp push the select key of OSD PCB To control them push the Up and or Down key Figure 5 3 Sub Menu of advanced 4 Sub Menu of options Figure 5 4 shows sub menu of options menu To select next sub menu OSD position language push the select key of OSD PCB And to control them push the Up and Down key Fi...

Page 14: ...7461 96617 70 email info ackermanninstrumente de Side 14of 33 5 Sub Menu of Utilities Figure 5 5 shows sub menu of Utilities To select next sub menu osd timeout osd background factory reset push the select of OSD PCB And to adjust the value push the Up and Down key Figure 5 5 Sub Menu of Utilities ...

Page 15: ... main menu 2 Structure of sub menu Each sub menu can be selected by menu key To select next sub menu brightness contrast color tint sharpness scaling push the select key of OSD PCB And to adjust the selected menu push Up and or Down key Figure 5 6 Main Menu and sub menu of picture for Video mode 3 Sub Menu of advanced Figure 5 7 shows sub menu of advanced To return of main menu just one time push ...

Page 16: ...b Menu of video Figure 5 8 shows sub menu of options menu To select next sub menu video format video type push the select key of OSD PCB And to control them push the Up and Down key Figure 5 8 Sub Menu of video 5 Sub Menu of options Figure 5 9 shows sub menu of options menu To select next sub menu OSD position language push the select key of OSD PCB And to control them push the Up and Down key ...

Page 17: ...info ackermanninstrumente de Side 17of 33 Figure 5 9 Sub Menu of options 6 Sub Menu of Utilities Figure 5 10 shows sub menu of Utilities To select next sub menu osd timeout osd background factory reset source push the select of OSD PCB And to adjust the value push the Up and Down key Figure 5 10 Sub Menu of Utilities ...

Page 18: ...d 4 ID2 Reserved 12 SDA DDC Serial Data 5 GND Digital GND 13 HSYNC Horizontal Sync 6 RGND Red Return 14 VSYNC Vertical Sync 7 GGND Green Return 15 SCL DDC Data Clock 8 BGND Blue Return CVBS input connector for Composite Video J701 Pin No Symbol Description 1 CVBS Composite video signal 2 GND GND S Video input connector J702 OSD LED Interface Connector J603 Connector 53015 1010 made by Molex Pin No...

Page 19: ...3 GND 24 G3 4 D CLOCK 25 G4 5 GND 26 G5 6 VSYNC 27 G6 7 HSYNC 28 G7 8 DE 29 GND 9 GND 30 B0 10 R0 31 B1 11 R1 32 GND 12 GND 33 B2 13 R2 34 B3 14 R3 35 B4 15 R4 36 B5 16 R5 37 B6 17 R6 38 B7 18 R7 39 5 0V 19 GND 40 5 0V 20 G0 21 G1 7 2 TMDS Interface J2 Used cnt F1 WEB21S HF JAE Mating Cnt F1 SEB20P HF Pin No Description Pin No Description 1 GND 11 TX2 2 TXC 12 TX2 3 TXC 13 NC 4 GND 14 GND 5 TX0 15...

Page 20: ...7461 96617 0 Fax 49 7461 96617 70 email info ackermanninstrumente de Side 20of 33 Backlight Power Connector J1 Connector 53015 0710 made by Molex Pin No Symbol Description 1 GND Ground 2 GND 3 GND 4 Vbr 0 0 3 5Vdc 5 On Off 0 5Vdc High Active 6 Vin 12Vdc Input 7 Vin 12Vdc Input ...

Page 21: ...D Link must be used as a LVDS Low Voltage Differential Signaling chip TheLM181E1LCDisintendedtosupportapplicationswherehighbrightness wideviewinganglearecriticalfactorsandgraphicdisplays areimportant Incombinationwiththeverticalarrangementofthesub pixels theLM181E1characteristicsprovideanexcellentflatpanel displayforofficeautomationproductssuchasmonitors CN1 21pin LVDS pair 1 LVDS pair 2 LVDS 1 LV...

Page 22: ...erter is an external unit to the LCD Table 2 ELECTRICAL CHARACTERISTICS Parameter Symbol Values Units Notes Min Typ Max MODULE Power Supply Input Voltage Power Supply Input Current Ripple Noise Logic Input Level High Logic Input Level Low Power Consumption BACK LIGHT Back light Input voltage Backlight Current Lamp Kick Off Voltage Operating Frequency Power Consumption IVAA IIVAA VIH VIL Pc VBL IBL...

Page 23: ...1 0 110 0 106 0 292 0 326 70 70 70 70 200 200 TB D 50 20 30 0 603 0 344 0 313 0 551 0 140 0 136 0 322 0 356 30 70 30 40 0 633 0 374 0 343 0 581 0 170 0 166 0 352 0 386 cd m2 msec degree 1 2 3 4 5 Notes 1 Contrast Ratio CR is defined mathematically as Surface Brightness with all white pixels Surface Brightness with all black pixels 2 Surface brightness is the average of 5 measurement across the LCD...

Page 24: ...hannel 0 LVDS Minus Signal of Odd Channel 0 LVDS Plus Signal of Even Channel 3 LVDS Minus Signal of Even Channel 3 LVDS Plus Signal of Even Clock Channel LVDS Minus Signal of Even Clock Channel LVDS Plus Signal of Even Channel 2 LVDS Minus Signal of Even Channel 2 LVDS Plus Signal of Even Channel 1 LVDS Minus Signal of Even Channel 1 LVDS Plus Signal of Even Channel 0 LVDS Minus Signal of Even Cha...

Page 25: ... Rise Time Fall Time tSD tHD tDr tDf 5 0 5 0 4 5 2 1 ns ns ns ns for fCLK for fCLK CL 15pF CL 15pF Hsync Period Pulse Width Rise Fall Time tHP tWH tHr tHf 12 6 680 8 15 63 844 56 5 clock clock ns Vsync Period Pulse Width Rise Fall Time tVP tWV tVr tVr 1032 2 16 661 1066 3 10 msec lines lines ns Data Enable Set up duration Hold duration Horizontal Back Porch Horizontal Active Horizontal Front porch...

Page 26: ...f tDf 0 9VDD 0 9VDD 0 7VDD 0 9VDD 0 9VDD 0 5VDD 0 5VDD 0 2VDD 0 2VDD 0 1VDD 0 1VDD 0 1VDD 0 1VDD 0 1VDD Hsync Vsync Data Data Enable Main Clock Data FR SR FG SG FB SB Data Enable Hsync Vsync Hsync Data Enable Vsync Data Enable tCLK tWCH tWCL tfCLK trCLK tHD tSD tHI tSI tHV tWH tHP tHFP tHBP tVP tWV tWV tVBP tVFP 0 7VDD 0 2VDD 0 2VDD 0 2VDD 0 2VDD 0 7VDD 0 2VDD 0 2VDD 0 2VDD 0 2VDD 0 2VDD 0 7VDD 0 ...

Page 27: ...1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 0 0 0 1 1 1 0 1 Red Red 000 Dark Red 001 Red 002 Red 253 Red 254 Red 255 Bright 0 0 0 1 1 1 0 0 0 1 1 1 0 0 0 1 1 1 0 0 0 1 1 1 0 0 0 1 1 1 0 0 0 1 1 1 0 0 1 0 1 1 0 1 0 1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ...

Page 28: ...VAA t Here Vi t IVAA t indicate the transitive state of Vi IVAA when power supply is turned ON or OFF T1 T2 T5 T6 10 ns 20 ms T3 T4 100 ms 200 ms Notes 1 Please avoid floating state of interface signal at invalid period 2 When the interface signal is invalid be sure to pull down the power supply for LCD AVCC to 0V 3 BackLight Inverter power must be turn on after power supply for logic and interfac...

Page 29: ...oximate 3000 gram Max 5 11 Reliability No Test ITEM Conditions 1 High temperature storage test Ta 60 240h 2 Low temperature storage test Ta 20 240h 3 High temperature operation test Ta 50 240h 4 Low temperature operation test Ta 0 240h 5 Altitude Operating 12 000ft Storage 40 000ft 6 Drop tbd at Packing 7 Vibration test non operating 1 5G 10 200Hz Sine X Y Z 20min one time each direction 8 Shock t...

Page 30: ... not to scratch or press this surface with any hard object 4 When the LCD surface become dirty please wipe it off with a soft material ie cotton ball 5 Protect the module from the ESD as it may damage the electronic circuit C MOS Make certain that treatment person s body are grounded through wrist bend 6 Do not disassemble the module and be careful not to incur a mechanical shock that might occur ...

Page 31: ...96 192 512 672 576 pi xel 13 12 11 10 1 2 3 4 9 8 7 6 5 128 768 896 A 2 RESPONSE TIME The response time is defined as the following figure and shall be measured by switching the input signal for black and white TrR TrD 100 90 10 0 O pti cal Response w hi te bl ack w hi te A 3 Viewing angle Definition of viewing angle range φ 90 12 00 yu θ 0 z z yd θ φ φ 180 9 00 A φ 0 3 00 xr φ 270 6 00 T FT LC D ...

Page 32: ...n Max 45 W Frequency 60 50 Hz Active display area 18 1 inches 45 97cm diagonal Pixel pitch 0 2805 mm 0 2805 mm Pixel format 1280 horiz By 1024 vert pixels Color depth 8 bit 16 581 375 colors Display operating mode transmissive mode normally black Video input 1 x Y C S VHS 1 x FBAS VGA Weight 9 5 kg Dimensions 525 x 395 x 55 mm Standard cable 2 m Protection class I Classification BF without functio...

Page 33: ...ny Tel 49 7461 96617 0 Fax 49 7461 96617 70 email info ackermanninstrumente de Side 33of 33 7 Schematic drawing Video recorder Video printer and Monitor Y C Video IN Y C S Video IN S Video OUT S Video IN S Video OUT Video IN Video IN Video IN Video OUT Video OUT FBAS ...

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