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beneq Lumineq ELT160.60.100-07NC, Operation Manual

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beneq Lumineq ELT160.60.100-07NC Operation Manual Download Page 4

 

 

Product Specifications and 

Operations Manual 

ELT160.60.100-07NC 

Transparent Matrix Display

 

 

Beneq Oy 

 

 

Olarinluoma 9

 

Tel. +358 9 7599 530

 

VAT ID FI25115461

 

FI-02200 Espoo

 

Fax +358 9 7599 5310

 

www.beneq.com

 

Finland

 

[email protected]

 

www.lumineq.com

 

 

 

 

Date: October 7, 2019

 

Document number: ED001129C

 

Page | 4 

 

1

 

ELT160.60.100-07NC display 

The  ELT160.60.100-07NC  from  Lumineq

®

  Displays  is  a  transparent  thin  film 

electroluminescent  TASEL®  display  without  cover  glass  (=NC)  for  transparent  TFEL 
technology  with  a  substrate  thickness  of  0.7  mm.  The  display  is  primarily  for  in-glass 
laminated applications.  
 
The display consists of a TFEL glass panel and control electronics that are connected to TFEL 
glass with a flexible flat cable (aka. flexible printed circuit, FPC).  
 
The display has 160 x 60 = 9,600 pixels. Each of the 9,600 pixels is individually addressable 
to clearly display high information content graphics and text. The display is equivalent to a 7 
(rows)  x  26  (columns)  character  display  in  text  mode  (assuming  5  (pixel  width)  x  7  (pixel 
height) characters with one pixel separation in row and col direction).

  

 

Product name:  

ELT160.60.100-07NC 

Product number:  

EL00045100 

Document number:  

ED001129C 

1.1

 

Features and benefits 

•

 

Wide viewing angle, ~180 deg from the two viewing sides  

•

 

Very good photopic transparency  

•

 

Rapid display response < 1 ms 

•

 

SPI (“serial peripheral interface”) interface, protocol FPGA programmable at display 

controller electronics 

•

 

Dimming capability (for the whole display area, not for separate pixels)  

•

 

Dark Row Skipping feature enabling increased brightness  

•

 

MTBF: when properly laminated, 50,000 h based on historical references 

  

1.2

 

Parts included 

The display consists of a  

 

•

 

Transparent TFEL (TASEL) glass panel  

•

 

Control electronics connected to TFEL glass (PCB) 

•

 

Flexible flat cable(s) (flexible printed circuit, FPC) connecting the control electronics 

and display panel (connector at control electronics end, fixed to the glass panel end). 
There are four FPCs in the display, two for segment electrodes and two for row 
electrodes.  

 

1.3

 

Note 

All TBD items are to be specified later by Beneq Oy. 

  

 

 

Summary of Contents for Lumineq ELT160.60.100-07NC

Page 1: ...ns Manual Rev D Beneq Oy Olarinluoma 9 Tel 358 9 7599 530 VAT ID FI25115461 FI 02200 Espoo Fax 358 9 7599 5310 www beneq com Finland lumineq beneq com www lumineq com Date October 7 2019 Document number ED001129C Page 1 ELT160 60 100 07NC Transparent Matrix Display Operations Manual ...

Page 2: ...ectors 8 3 3 1 Standard data and power connector 8 3 4 Interface information and Protocol 9 3 4 1 Video Input signals 9 3 4 2 Initial Power up 10 3 5 SPI protocol 11 3 5 1 Commands 11 3 5 2 Write complete display data 11 3 5 3 Write display block multiple rows 12 3 5 4 Write one row 12 3 5 5 Clear screen full black 12 3 5 6 All pixels ON full yellow 12 3 5 7 Invert display image 12 3 5 8 Write fra...

Page 3: ...30 VAT ID FI25115461 FI 02200 Espoo Fax 358 9 7599 5310 www beneq com Finland lumineq beneq com www lumineq com Date October 7 2019 Document number ED001129C Page 3 4 1 4 Dark areas in active area 20 4 1 5 Bright spots in active area 21 4 1 6 Thin film defects 21 5 Description of warranty 21 6 Ordering information 21 7 RoHS II 21 ...

Page 4: ... a 7 rows x 26 columns character display in text mode assuming 5 pixel width x 7 pixel height characters with one pixel separation in row and col direction Product name ELT160 60 100 07NC Product number EL00045100 Document number ED001129C 1 1 Features and benefits Wide viewing angle 180 deg from the two viewing sides Very good photopic transparency Rapid display response 1 ms SPI serial periphera...

Page 5: ...g stresses high impact or excessive loads Avoid bending the display Stresses are often introduced when a display is mounted into a product improper mounting could cause the glass to break Avoid causing stress to the display flex cable connection Extensive stress to the cable connection could damage the cable connection Avoid bending sharp edges to the display flex cable as this could break the FPC...

Page 6: ...ger cables may cause data transfer problems between the data transmitted and the display input connector Excessive cable lengths can pick up unwanted EMI 2 4 Glass Handling For important safety information and tips in handling of the display glass please consult www beneq com glasshandling 2 5 Avoiding latent image As with all light emitting displays displaying fixed patterns on the screen for ext...

Page 7: ...tness control capability 3 2 Power The power consumption of the display and display electronics will depend on the overall brightness target Estimated typical power consumption of the display device is 20 W The supply voltages are shown in Table 1 All internal high voltages are generated from the display supply voltage VH The minimum and maximum specifications in this manual should be met without ...

Page 8: ...rements Description Symbol Min Max Units SPI logic high voltage VIH 2 3 6 V SPI logic low voltage VIL 0 0 8 V SPI logic input current IIL 10 10 µA Data signal inputs are equipped with series resistors 3 3 Connectors 3 3 1 Standard data and power connector The EL160 60 100 07NC uses the 10 pin connector of type SAMTEC EHT 105 01 L D SM The mating connector is the Samtec TCSD family of cable strips ...

Page 9: ...erface that is similar to many LCD modules This SPI video interface provides a low cost flexible method for controlling display brightness and power consumption Designers should select the chip set or embedded board that best suits their particular architecture 3 4 1 Video Input signals The SPI is driven with the rising edge of SCLK A falling edge on SS signal indicates the beginning of an access ...

Page 10: ...Date October 7 2019 Document number ED001129C Page 10 Figure 1 Video input timing diagram Table 4 Timing restrictions Description Symbol Minimum value ns SCLK high time TCH 100 SCLK low time TCL 100 SS SCLK setup time TSS 100 SCLK SS hold time TSH 100 SS disabled between cycles TSW 100 Data setup time TDS 100 Data hold time TDH 100 3 4 2 Initial Power up The display enters a self test mode when tu...

Page 11: ...ear screen full black 11h 0 0 0 1 0 0 0 1 All pixels ON full yellow 12h 0 0 0 1 0 0 1 0 Invert display image 13h 0 0 0 1 0 0 1 1 Write frame frequency 100 luminance 1 81h 1 0 0 0 0 0 0 1 Write frame frequency 75 luminance 82h 1 0 0 0 0 0 1 0 Write frame frequency 50 luminance 83h 1 0 0 0 0 0 1 1 Write frame frequency 30 luminance 84h 1 0 0 0 0 1 0 0 Note 1 Default luminance 3 5 2 Write complete di...

Page 12: ...ow Last bits of last row 02h 8 bits 8 bits 8 bits 8 bits 8 bits 3 5 4 Write one row Command Row number First bits of row Last bits of row 03h 8 bits 8 bits 8 bits 8 bits 3 5 5 Clear screen full black Command 11h Fill the display frame memory with 0 3 5 6 All pixels ON full yellow Command 12h Fill the display frame memory with 1 3 5 7 Invert display image Invert command only inverts visible display...

Page 13: ...y material is soda lime glass with thin films of the display DSD stack and its electrical structure ITO traces ITO thickness is 600 nm 3 8 Optical The Display emits a yellow light with peak emission at approximately 582 nm The luminance figures below relate to measurements in darkness no ambient light Table 5 Optical characteristics Luminance Lon areal 120 cd m screen center estimate with a maximu...

Page 14: ...ming by sinking a maximum of 250 μA for maximum dimming from LUMA to GND on the input connector Open circuit voltage of the LUMA pin is 4 V nominal 3 10 Environmental Table 6 Environmental characteristics Operating Non operating Temperature Standard 60 C to 85 C 60 C to 105 C Humidity 40C 93 RH complies with IEC60068 2 78 standard In order to meet these values with the complete system design inclu...

Page 15: ...o Fax 358 9 7599 5310 www beneq com Finland lumineq beneq com www lumineq com Date October 7 2019 Document number ED001129C Page 15 Display active area millimeters width 159 8 mm height 59 8 mm Contact area millimeters height 4 mm Misc 32 1 mm wide row contact area at both sides of the active area needed for row electrode signal feed from the bottom of the display ...

Page 16: ...rent Matrix Display Beneq Oy Olarinluoma 9 Tel 358 9 7599 530 VAT ID FI25115461 FI 02200 Espoo Fax 358 9 7599 5310 www beneq com Finland lumineq beneq com www lumineq com Date October 7 2019 Document number ED001129C Page 16 Figure 4 Overview figure of the 160 60 100 07NC ...

Page 17: ...larinluoma 9 Tel 358 9 7599 530 VAT ID FI25115461 FI 02200 Espoo Fax 358 9 7599 5310 www beneq com Finland lumineq beneq com www lumineq com Date October 7 2019 Document number ED001129C Page 17 Figure 5a Display Panel Sizes Note that the display is viewed from the thin film side as explained in Fig 5b ...

Page 18: ...7 2019 Document number ED001129C Page 18 Figure 5b The display is viewed from the thin film side 3 11 2 Flexible Printed Circuit FPC Flex Driver FPCs look as in Figs 6a row drivers and 6b column drivers There are two column driver FPCs and two row driver FPCs For row drivers one is a mirror image of the other NOTE All FPCs are bonded to the display glass in a fixed manner and they cannot be detach...

Page 19: ...beneq com Finland lumineq beneq com www lumineq com Date October 7 2019 Document number ED001129C Page 19 Figure 6b Column Driver FPC 3 11 3 ECA Board electronics board PCB Dimensions of the ECA are 148 12mm x 114 72mm Max height of the board is approximately 18mm from the bottom of the lowest component on the backside to the top of the highest component on the topside Figure 7 ECA layout ...

Page 20: ... scratches allowed For transversal scratches see criteria for narrow electrodes 4 1 2 Glass surface defects Following applies to all surfaces of the glass panel s Scratches in glass surface depending on width Width 100 m not allowed Width 50 100 m max scratch length 15 mm 50 mm min distance between scratches 6 scratches max per glass Width 50 m allowed Glass fractures not allowed Cavities in glass...

Page 21: ...POSE 6 Ordering information Product Part number Description ELT160 60 100 07NC EL00045100 Transparent TFEL display of matrix type 160 x 60 pixels no cover glass intended for in glass lamination 4 FPCs and driving electronics 7 RoHS II Beneq Oy is committed to continuous improvement As part of this process we are fully in support of EU directive 2011 65 EU the Restriction of Hazardous Substances co...

Page 22: ...umineq com Date October 7 2019 Document number ED001129C Page 22 publications without the prior consent of Beneq Unless otherwise stated all trademarks are protected under trademark laws especially the Beneq trademarks logos emblems and nameplates The patents and trademarks presented in this document are the intellectual property of Beneq Oy Beneq and Lumineq are registered trademarks of Beneq Oy ...

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