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MATCHBOX DEMO Datasheet

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Contents

1. Pricing Inventory Delivery amp Lifecycle Information Osram Opto Semiconductor MATCHBOX DEMO
2. S upper Thresh ALS Reading 160 10 20 37 _ 4 tes O a 140 d Proximity Sensor Channels 120 cL LED LED Prox Mode Triggered all data 100 oO gi H Average short dist Average long dist E Short Dist Prox Long Dist Prox 40 10 x E Slide Rotary 30 x du Lamp Wave Average wave 20 5x KT 0 LED 1 current Prox 1 Thresh Prox1 Reading Prox Thresh Id LED current I d 38977 50mA xf 1430 9 50 200 mA vi Measurement LED 2 current Prox 2 Thresh Prox 2 Reading OS RAM K anal soma xf 2430 0 fo s i V 06 2013 LED 3 current Prox 3 Thresh Prox 3 Reading Prox Integration d pio Semiconductors 50mA v 1430 0 1500 us V Part ID 97 gt un oO G amp G co vo 5 Graphical User Interface Top Level Application Using Events File Edit Operate Tools Window Help Register Functions Data Retrievall save Data Current Sample File Path ALS 467 T c data ALS xls cera Run Mode Screen values StartRun Sample Limit File Path Prox1 alibration rit Screen input Save Settings n Board 50000 4 c data Prox1 xls Write to board Save Settings 4 c data Settings xls Abort Run Display Data Create new Files File Path Prox 2 Store to EEPROM 7 4 c h data Prox xis oa See did ED FilePath Prox3 _ Write to Board _ Load Settings hc data Settings xls Exit Exit after Run D
3. WWW OSram 0s Com Matchbox Demo User Manual Intelligent Proximity Sensing Rolf Weber August 2013 Opto Semiconductors Matchbox Demo Manual Page 1 Demo Kit Contents 03 2 Getting Started 04 3 Modes 05 4 Software Installation 06 5 Graphical User Interface 12 6 PCB 14 0 Semiconductors 1 Demo Kit Contents Sensor demo Battery pack with with Micro USB Micro USB jack connector 3x AAA USB cable batteries 3 OSRAM Opto Semiconductors 2 Getting Started Use the battery pack or USB cable to power the demo 1a Battery Pack 2 Operating the demo LEDs indicate where to position e Insert AAA batteries in the Tap here to change mode the hand or finger for each mode battery pack e Connect the battery pack to the demo Micro USB connection Mode display e Switch on battery pack Indicator LED layouts and 1b USB Cable respective e Connect the USB cable to hand motions demo and a computer e See 4 Software Installation Vai and 5 Graphical User Interface Opto Semiconductors 3 Modes Proximity sensing e E e Touch 1 4 amp 6 Proximity Proximity Proximity Tap indicator LED to Sensor Sensor Sensor Place hand over turn on off Hold finger indicator LED at respective distance for on Remove hand for off Slide Slide finger across the two indicator LEDs for on Slide finger across in the opposite direction for off Rotary Rotate fing
4. a Settings xls Customer TST Preset Values default Store to EEPROM aa Store to EEPROM Application Mode Read EEPROM Read EEPROM ALS M ie Triggered all data Write to board taht Sensor ALS lower Thresh ALS upper Thresh ALS Reading H M 9 V rj 10 rj 20 3 2 LED 3 S 1 Prox Mode Triggered all data l LED 2 oO Average short dist 10x i Proximity Sensor Channels Average long dist 30 x lt i Average wawe Short Dist Prox Slide Lamp Long Dist Prox Rotary Wave LED current l d 200 mA LED 1 current 50 mA LED 2 current 50 mA Prox Thresh l d Prox 1 Thresh CA 50 4 2430 9 w Prox 2 Thresh f W 0 o 30 LED 3 current Prox 3 Thresh 50 mA 30 0 Prox 1 Reading Prox 2 Reading Prox 3 Reading Prox Integration d 1500 us Exit Exit after Run OSRAM 3 ni Pa r psi Were Opto Semiconductors ps2 R Part ID 97 gt h K Current Sample File Path ALS Data Retrieva Save Data ee 467 lb c data ALS xls Sart Run Sample Limit File Path Prox1 Writes to Board first 50000 data Prox xs _Abort Run Display Data Create new Files File Path Prox 2 f c data Prox2 xls dd File Path Prox 3 4 c data Prox3 xls 535 Ambient light sensor parameters e ALS lower threshold e ALS upper threshold Actual ALS readings in counts e Display mode 0 shows all events shows events above u
5. d 4 inch Prox ALS lower Thresh ALS upper Thresh ALS Reading e 6 inch Prox A 10 S 20 137 i i e Slide LED 3 Proximity Sensor Channels d Rotary LED LED Prox Mode Triggered all data i 9 a Touch function e Wave detection Average short dist Average long dist Short Dist Prox Long Dist Prox er i Slide Rotary 0x i Lamp Wave Average wave 5x oo 0 LED 1 current Prox 1 Thresh Prox 1 Reading Prox Thresh l d LED current l d 38977 50mA SE 9 SE 200 mA v Measurement LED 2 current prov 2 Thresh Prox2 Reading O S R AM sal gt 50mA a 30 0 V 06 i 06 2013 Opto Semiconductors vee e ALS LED 3 current Prox 3 Thresh Prox 3 Reading Prox Integration d 50mA v 1430 0 150 S Part ID 97 6 PCB Top view Externally switched SFH 4059S LED for long range SFH 7743 SFH 7770 E6 for application selection 3 prox channels and ALS RSH Q4V 0 0 lt i n x SFH 4059 LEDs 13 OSRAM Opto Semiconductors 6 PCB Side view Display SCDQ 5544 Q for application mode display La OSRAM Opto Semiconductors 6 PCB Bottom view LF U li gt ali Ti 90040 G0 RO Microcontroller Microchip PIC18F46J50 for ISC and USB communication USB Micro connector OSRAM Opto Semiconductors 13 WWW OSram 0s Com Thank You OSRAM Opto Semiconductors Mouser Electronics Authorized Distributor Click to View
6. e Path ALS Data Retrieval Save Data oeiia ann e 467 h c data ALS xls Start R Start Run _ o Sample Limit File Path Prox1 Writes to Board first 50000 4 c data Prox1 xls Display Data Create new Files File Path Prox a 4 c data Prox2 xls File Path Prox 3 aeea ded h c data Prox3 xls 244 Run Mode Preset Takes values stored on demo board e Screen Values Takes values from GUI Settings e Saves GUI values in excel file e Reads GUI values from excel file kak k PS Output 0 38977 Measurement OSRAM e V 06 2013 Opto Semiconductors L Pat ID 97 3ndjno SY 5 Graphical User Interface Top Level Application Using Events kd File Edit Operate Tools Window Help Register Functions Data Retrieval save Data Current Sample File Path ALS 467 4 c data ALS xls Run Mode Screen values v i di PEE File Patti Prox Calibration a s Screen input Save Settings Writes to Board first 50000 4 c data ProxL xls Write to board 4 c data Settings xls Display Data Create new Files File Path Prox 2 Store to EEPROM 4 c data Prox2 xls l E D gt epai Prox Load Settings c data Settings xls ENET E fan 4 c data Prox3 xls Customer Preset Values default Store to EEPROM hidden l Store to EEPROM poko Mon Application Mode Read EEPROM Read EEPROM Write to boat linh pres xl 6 1 inch Prox ALS Mode Triggered all data E l
7. eh ee whe Customer Storeto EEPROM i e Proximity sensor parameters a Store to EEPROM Read EEPROM Write to board Application Mode 1 inch Prox nay Active LED indicator e Display mode Read EEPROM 0000 ALS Mode Triggered all data Suini to o eee 1 e shows all events 000 ALS lower Thresh ALS upper Thresh ALS Ren ET Le 3 e shows events above threshold only 7 iF F si 4 15s La C 100 DeGximity Sensor Channels E 120 5 a LED LeD1 Prox Mode Triggered all data Z l 100 as x 80 Average short dist Average long dist 60 Short Dist Prox Long Dist Prox 40 i 10 x x Slide Rotary 30x zi Lamp Wave Average wave 20 i 5x Tr 0 3 70 LED1 current Prox 1 Thresh Prox1 Reading Prox Thresh Id LED current I d 38977 39177 Sp mA v 5430 9 rp 50 200mA v A LED 2 current Prox 2 Thresh Prox 2 Reading OS RAM m amizi Fo 0 7 V 06 2013 2013 Opto Semiconductors LED 3 current Prox 3 Thresh Prox 3 Reading Prox Integration d 50mA 1 2430 0 1500 us E ParttID 97 5 Graphical User Interface Top Level Application Using Events File Edit Operate Tools Window Help Register Functions Run Mode Screen values x Calibration Screen input Save Settings Write to board Save Settings 4 c data Settings xls Store to EEPROM Load Settings Write to Board Load Settings T c dat
8. er counter clockwise around the three indicator LEDs to increase brightness Rotate finger clockwise to reduce brightness down to increase decrease brightness Wave Wave hand left right left once for on Wave a second time for off Ambient Light Sensor Ambient light will increase brightness The reduction of ambient light will decrease brightness 4 Software Installation Go to http ledlight osram os com matchboxdemo 0 Semiconductors 5 Graphical User Interface Top Level Application Using Events File Edit Operate Tools Window Help Register Functions Data Retrieval Save Data Current Sample File Path ALS E E 467 c data ALS xls a Start R care Run Mode Screen values art Run J k P Sample Limit File Path Prox 1 Screen input Save Settings Writes to Board first 50000 4 c data Proxl xls Write to board Save Settings 4 c data Settings xls Abort Run Display Data Create new Files Fie Path Prox 2 Store to EEPROM l pom 4 c data Prox xls reer E _ a Se File Path Prox3 _ Write to boar Load Settings c data Settings xls Exit Exit after Run Bi data Prox xis Customer Preset Values default Store to EEPROM di 255 Store to EEPROM Application Mode 240 Read EEPROM l Read EEPROM_ Write to board 1 inch Prox da 220 r E 200 ALS Mode Triggered all data La Ambient Light Sensor 180 ALS lower Thresh AL
9. le Path Prox1 50000 4 c data Prox xls File Path Prox 2 ba 4 c data Prox2 xls ap File Path Prox 3 4 c data Prox3 xls Measurement E pm v 06 2013 A Part ID 97 65535 10000 1000 100 gt LA oO G 5 5 Graphical User Interface Top Level Application Using Events lad File Edit Operate Tools Window Help Kegrster Functions Run Mode Screen values x Calibration Screen input Save Settings Write to board Save Settings 4 c data Settings xls Store to EEPROM Load Settings 4 c data Settings xls Write to Board Store to EEPROM hidden Store to EEPROM Application Mode Read EEPROM Read EEPROM Oie ia bonni 1 inch Prox Ambient Light Sensor ALS Mode Triggered all data ALS lower Thresh ALS upper Thresh ALS Reading 10 20 37 a a LED 3 J LED1 Prox Mode Triggered all data x LED 2 Sensor Channels Proximi A hort dist A long dist verage short dist lt rt Dist Prox Lune DEL DIAL verage long di 10 x KS l Slide Rotary 30x ny Wave Average wave 5x f LED current I d LED 1 current Prox 1 Thresh Prox 1 Reading Prox Thresh I d somA v 750 9 Aso 200 mA LED 2 current Prox 2 Thresh Prox 2 Reading somA vi o 0 LED 3 current Prox 3 Thresh Prox 3 Reading Prox Integration d somA v Ho 0 1500 us Y Abort Run Exit Exit after Run Current Sample Fil
10. pper or below lower threshold only 5 Graphical User Interface Top Level Application Using Events x File Edit Operate Tools Window Help Register Functions Run Mode Screen values v Calibration Screen input SE Save Settings Write to board Save Settings 4 c data Settings xls Store to EEPROM Load Settings Write to Board Load Settings N c data Settings xls store te EEPROM Counter of measurements e Counter limit e Save data Active non active Read EEPROM Al e Display data Active non active Data saved in shown excel files Data in new file or appended e Display of measured prox and ALS values LED 3 LED2 LED1 Pr Average short dist ie aes marr Average long dist 10x 71 Slide Rotary 30x l Lamp Wave Average wave pen SE y LED 1 current Prox 1 Thresh Prox 1 Reading Prox Thresh Id LED current I d soma wf Ud 9 Aso 200 ma vi LED 2 current Prox 2 Thresh Prox 2 Reading 50mA vi 30 0 LED 3 current Prox 3 Thresh Prox 3 Reading Prox Integration d soma vi 13 0 1500 us Data Retrieval Sa Start Run A Writes to Board first gt Exit Exit after Run 5 240 220 200 180 160 L 140 O 120 L CL 100 80 OSRAM Opto Semiconductors Current Sample File Path ALS Display Data Create new Files 467 4 c data ALS xls Sample Limit Fi

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