SHARP
`
`OPTO-ELECTRONIC DEVICES DIVISION
`ELECTRONIC COMPONENTS GROUP
`SHARP CORPORATION
`
`SPECIFICATION
`
`
`GP1UV700Sseries
`
`DEVICE SPECIFICATION FOR
`
`MODELNo.
`
`Infrared Detecting unit for Remote Control
`
`Specified for
`
`Enclosed please find copies ofthe Specifications which consists of 12 pages including cover.
`Adter confirmation ofthe contents, please be sure to send back [] copies ofthe Specifications
`with approving signature on each.
`
`CUSTOMER'S APPROVAL
`
`PRESENTED
`
`DATE
`
`BY
`
`DATE
`
`|
`
`By
`
`lO
`
`H. Ogura,
`Department General Manager of
`Engineering Dept,I
`Opto-Electronic Devices Div.
`ELECOM Group
`SHARP CORPORATION
`
`Roku EX1010
`U.S. Patent No. 9,911,325
`
`Roku EX1010
`U.S. Patent No. 9,911,325
`
`i
`
`

`

`W/11 Productname:
`
`_ Infrared Detecting unit for Remote Control
`
`Model No. : GP1UV700Sseries
`
`
` 1. These specification sheets include materials protected under copyright of Sharp Corporation ("Sharp").
`
`Please do not reproduce or cause anyone to reproduce them without Sharp's consent.
`
`
`
`
`
`
`
` (Precautions)
`
`
`(1) This productis designed for use in the following application areas ;
`]
`* Telecommunicationequipment(Terminal)
`*OA equipment
`°* Audio visual equipment
`+ Home appliances
`
`
`Ifthe use ofthe product in the above application areas is for equipmentlisted in paragraphs
`(2) or (3), please be sure to observe the precautions grven in those respective paragraphs.
`
`
`
`(2) Appropriate measures, such as fail-safe design and redundant design considering
`
`the safety design ofthe overall system and equipment, should be taken to ensure reliability
`
`
`and safety when this productis used for equipment which demands high reliability and
`safety in function and precision, such as ;
`* Transportation control andsafety equipment(aircraft, train, automobileetc.)
`: Traffic signals
`* Gas leakage sensor breakers
`* Rescue and security equipment
`* Other safety equipment
`etc.
`
`2. When usingthis product, please observe the absolute maximum ratings andthe instructions for use outlined
`in these specification sheets, as well as the precautions mentioned below,
`Sharp assumes no responsibility
`for any damageresulting from useofthe product which does not comply with the absolute maximum ratings
`and the instructions included in these specification sheets, and the precautions mentioned below.
`
`
`
`
`
`
`
`
`(3) Please do notusethis product for equipment which require extremely high reliability
`and safety in fimction and precision, such as ;
`
`
`* Space equipment
`* Telecommunication equipment(fortrunk lines)
`* Nuclear power control equipment
`* Medical equipment
`etc.
`
`(4) Please contact and consult with a Sharp sales representativeifthere are any questions
`
`regarding interpretation ofthe above three paragraphs.
`
`
`3. Please contact and consult with a Sharp sales representative for any questions aboutthis product.
`
`
`

`

`
`This specifications applies to the model marked "CO"in the following modelsofinfrared detecting unit fotremige
`
`2/11
`BP022444 GPLUV70QOSseries
`Recember 27, 2002
`
`1.
`
`Application
`
`The modellist of GP1UV70QSseries
`
`
`
`TLaiuvnes|e
`[eriuvie09s[36aed
`ee0
`[__[erruvanas
`
`
`
`
`
`Main application: TV set, VCR, Radio cassette recorder, Stereo
`
`ie)
`
`Outline
`
`Refer to the attached sheet, Page 8.
`
`Ratings and characteristics©Refer to the attached sheet, Page 4 to 7.
`
`Reliability
`
`Refer to the attached sheet, Page 9.
`
`Outgoing inspection
`
`Refer to the attached sheet, Page 10.
`
`2)
`3)
`4)
`
`Supplement
`This infrared detecting unit for remote controlsatisfies each performance requirements in para. 3.5,
`1)
`in the standard optical system in Fig.2.
`This productis built-m photodiode.
`Product mass: Approx. 0.7g
`This productshall not contain the following materials.
`Also,the following materials shall not be used in the production processfor this product.
`Materials for ODS: CFCs, Halon, Carbontetrachloride, 1.1.1-Trichloroethane (Methyl chloroform)
`Brominated flameretardants
`Specific brominated flameretardants such as the PBBOg and PBBsare notused in this device atall.
`Packing specification:
`Refer to the attached sheet, Page 11.
`Country oforig: Philippine, Indonesia
`
`5)
`
`6)
`1)
`
`7. Notes
`
`1) Transmitting code
`When this infrared remote control detecting umit shall be adopted for wireless remote control, please useit with the signal format
`oftransmitter, whichtotal dutyratio Dt (Emitting time 2 ty/Transmitting time for 1 block T) is 40% orless. ON signaltime
`Ton (Pulse width ofthe presence ofmodulated IR) should be 250 4s ormore,
`In casethatthe signal formatoftotal duty
`and ON signal timeis out ofabove conditions, there is a case that reception distance is much reduced or outputis not appeared.
`
`Transmitting
`
`time for 1 block : T
`
`n
`D.= SeerT) 100
`N=1
`
`

`

`3/11 2) Tenant
`
`characteristics and operating condition ofthelight emitting element andthe characteristics ofthis light desextinesunit.
`3) Detector face and cleaning
`Ifthe surface ofdetector is smeared with dustordirt, it may cause faulty operation. Caution shall be taken to avoid this.
`And do not touch the detector surface.
`Ifthe surface was smeared, wipeit clean with soft cloth.
`Ifany solvent is needed, Methylalcohol, Ethyl alcohol, or Isopropyl alcohol should be used.
`Please don't carry out washing. Because, after washing the remainder in solventorflux in this device cause malfimction.
`Marking onthis device is defaced by washing,
`4) Mounting this product
`* The shield case shall be grounded on the PCB pattem.
`(There are two cases that shield case and GND pin are connected in the shield case, or are not connectedin it.)
`* It shall not be applied the terminal and case with unnecessary stress.
`* Please don't push the detecting side (photodiode) from extemal.
`* In order to preventelectrostatic dischargeofintegrated circuit, human body andsolderingiron,etc. shall be grounded.
`* The holes andtheslits on the infrared detecting unit shall not be used as the other purpose to maintain tts performance.
`+ When mounting, please mountthe external circuit below. (CR filter)
`(External parts should be mounted as close as possible to the sensor.)
`
`Ci=47 1 F
`
`(Circuit fixed number)
`R1=47 0 =5%
`
`It is difference from mounting equipment. Please select it by your mounting equipment.
`Thecircuit constant isa example,
`This device has a transistor as protection element between Vcc and GND to improveanti-static electricity proof.
`Please be carefully not to apply exceeding the absolute maximum ratings of applying voltage and continuous high voltage
`spike noise because there is cases thattransistor will be short by secondary breakdown generally.
`In order to do difficultly, Please add CR filter (47 (1/10W), 10 2 F or more) such as extemal circuit example above near Vcc.
`5) Characteristics ofthis product
`+ There is a possibility that noise on output may be caused by environmental condition etc.
`even ifthere is no input transmission signal.
`* Please shall confirm operation or your actual mache. Because the output pulse width ofthis product is fluctuated
`by environmental conditions such as signal format, temperature, distance from transmitter, and so on.
`Soldering
`* Incasethat this product is kept in high humidity condition, it may be hardto solder, please be careful enough
`about storage method. Depend on theflux youselect, there are different solderabilities, so please selecta suitable flux and useit
`* Please don’t do soldering this product by reflow.
`+ Please make sure in case ofhand soldering that you use the solder iron with less than 45W power and the solder iron point (edge)
`temperatureis less than 320°C within 3 seconds, andalso don't add any force to lead framedirectly.
`* Please makesure also you check the mountability priorto the process since the solder portion between the case andthe lead frame
`may be detached due to the heat when soldering.
`
`6)
`
`

`

`4/il
`2444 GP1IUV70Q8series
`
`7) Use condition
`Please use this device away from the dew drop. Be aware that the dew drop rusts shield case and others,
`may affect the electric characteristics.
`8) Output circuit
`In case output ofVout (Voltage ofVohin thebelow chart) decreases due to influence from the extemal cireut,
`please adjust the circuit constants so that Voh Is kept more than 2.8V.
`
`
`
`Ex.) When addingtransistors to output circuit, they shall be added
`as R1, R2 shown on the right chart & their value
`shall be adjusted so thatVohbecomes 2.8V ormore.
`(RL=about100k £2)
`9) Outlook ofdevice
`Thelead flame may be deformed since the device is packed im vinyl bag.
`
`
`
`

`

`3. Ratmgs and characteristics
`
`3.1
`
`Schematic
`
`>
`
`Amp
`
`Limiter
`
`BP.F
`
`Demodulator
`
`Ry
`
`PoP
`
`Com-
`‘Integrator parator
`
`()
`
`CO)
`
`()
`
`GND Vec Vout
`
`3.2 Absolute maximum ratings
`
`
`
`Saba
`
`
`
`
`
`
`
`
`
`
`
`
`
`Sdtagenpeane|To
`31) No dew drop
`2) 1.6mm at mounting on single-sided PCB
`
`3.3 Recommended operating conditions
`
`=
`
`
`
`Supply voltage
`
`
`
`451055
`
`
`
`
`
`
`(Unspecified Ta=25°C, Vec=+5V)
`3.4 Electrical characteristics
`
`Symbol| MIN.[|Typ.|MAX|Unit|Remark
`
`
`
`GonsaiaionTe[09s|as||Ripert|
`
`
`[Highleveloutputvoliage|Vox|ve-oS|-|-|v|8|
`
`Low level output voltage lvoe|-|-|os|v|33 Ig=1.6mA
`
`
`[Highlevelpulsewidth|T,|600|
`
`
`
`tolelpusewas(tTaoet000|ns
`
`
`
`
`uipatpulbupresistance|R.|7|100|130|«2||
`
`z|O
`
`
`
`3X3) The burst wave as shown in the figure
`fo=X4 Duty 50%
`ontherightshallbetransmittedMmwh
`by the transmitter shown in Fig.1.
`Transmissive signal
`However, the carrier frequency
`oftransmitter is same as 344 kHz.
`
`
`Measuringshallbefromjust LpLyafter starting the transmission until 50 pulse. Outputsignal
`
`
`
`60028 10004s
`
`T2
`
`Tl
`
`

`

`6/11
`
`
`
`
`Model No.
`
`GRIUVIONS
`
`BPF. center frequency (TYP)
`
`
`
`
`GPIUV70008
`
`36
`
`kHz
`
`GP1UV701Q8
`38
`kHz
`
`GPIUV702Q8
`36.7
`kHz
`
`3.5 Performance
`‘The outputsignal ofthis infrared detecting unit shall satisfy the following requirements with the transmitter shown in Fig. 1 used
`in the standard optical system in Fig.2.
`
`3.5.1 Characteristics oflinear reception distance
`The output signal shall satisfy the electrical characteristic requirements in para. 3.4
`at L=0.2 to 8.5m, OX5) Ev<10lx, @=0°
`in Fig.2.
`
`3.5.2 Characteristics ofsensitivity angle reception distance
`
`The outputsignal shall satisfy the electrical characteristic requirements in para. 3.4
`at L=0.2 to 6.0m, (5) Ev<10lx, ¢ 30° in Fig.2.
`
`3.5.3 Characteristics of anti-outerperipheral light reception distance
`
`The outputsignal shall satisfy the electrical characteristic requirements in para. 3.4
`at L=0.2 to 4.0m, OX5, 346) EvS300k, $=0° in Fig.2.
`
`It refers to detectorface illummance.
`35)
`2X6) Outerperipheral light source : CIE standard light source A shall be used andplaced at45° from the perpendicular axis
`at the detector face center.
`
`

`

`TW
`ED-02244A4 GP1UV70QS series
`December27, 2002
`
`Transmitter (The GL521 is used)
`f=2X4
`Duty 50%
`
`
`
`Oscilloscope
`
`In the figure above,the transmitter shall be set as the outputVout (p-p) will be 40mV.
`Note that the PD49PIin this application is the one with short-circuit current
`Isc=2.6 A measured at Ev=100Ix.
`(Evis the ilhaminance by CIE standard light source A (tungsten lamp)).
`
`Fig. 1 Transmitter
`
`Detector face illuminance : Ev
`
`‘Transmitter
`
`Reception distance : L
`
`
`
`
`
`( @ ; indicates horizontal and vertical directions)
`
`Fig.2 Standard optical system
`
`

`

`December 27, 2002
`
`8/11
`ED-022444 GP1UV70QSseries
`_
`
`
`
`
`
`
`
`
`1291
`
`1291,
`
`
`Production place list
`
`
`Production place
`
`
`
`| L——— Week(1 to6)
`
`Month (1 to 9, X,Y,2)
`
`Year (2002: 2)
`
`*
`
`The " -" mark inside (> shows
`production place. (*3)
`Carved seal
`S
`
`Sharp mark
`
`
`
`
`
`
`
`
`
`
`
`
`Example of mounting drawing
`from solder side
`(Reference)
`Top of lens
`
`
`
`
`ae
`ae
`
`IR
`mna
`
`IS. dN
`NGMS
`
`a—
`
`
`
`
`
`
`
` *]:
`
`mooonnwRwWht
`
`Indicates root dimensions of connector
`Unspecified tolerance: —£0.3
`Case thickness: O.3TYP.
`Case material: Fe
`Case finish:
`Solder plating (Sn, Pb)
`Lead material: Fe (Agplating)
`Lead finish:
`Solder dip (Sn, Ag, Cu).
`Mold resin: Epoxy resin
`Product mass: Approx. 0.7g¢
`*2: Exclude sagged solder
`*3: The‘‘—” mark above lot number indicate production place.
`
`
`
`(Production country is referred to the production place list.)
`12. FZ: Theportion indicates soldering connection area
`|Scale|Name|Gvsine Dimensions
`
`
`between case andleads.
`3
`Qutline Dimensions
`_
`However, itnever short with other frame.
`
`
`
`13.
`portion may have somesolder balls by GND soldering.
`
`
`1=1/1mm
`
`Solder adhesives should be acceptable.
`
`
`
`
`
`
`RUD2903B
`
`0.
`1.
`
`

`

`9/11
`
`ber 27, 2002
`
`The reliability ofproducts shall satisfy items listed below.
`
`Confidence level:
`LIPD : 10 or 20
`
`Failure Judgement|Samples (n)
`Criteria
`Defective(C)
`
`n=11,C=0
`
`Variable frequency
`vibration
`
`Frequencyrange : 10 to 55Hz/ sweep 1min
`Overall amplitude : 1.5mm X, Y, 7/2h each
`
`
`iVCE
`4, Reliability
`
`
`
`
`Weight: 5N,
`Terminal strength
`30s /each terminal
`
`Weight : 2.5N
`
` n=11, C0
`2 times/ each terminal
`,
`0°
`-90° -0°
`(Bending)
`
`
`
`Acceleration : 1000m/s*,
`6ms
`Shock
`3 directions /3 times
`o
`
`
`_
`t-240h
`
`
`
`0
`“an
`* High temp. and high
`Performance test
`90%RH,
`Ta=40°C,
`humidity storage
`inpara. 3.5
`
` should notbe satisfied.
`* High temp. storage
`Ta=70°C,
`t=240h
`
`* Low temp. storage
`Ta=20°C,
`t=240h
`
`
`loyele—-20°C to #70°C
`* Temperature cycling
`(30min}
`(@0min)
`20 cycles test
`
`
`* Operation life
`_ ane,
`
`
`
`MAX. 260C,
`5s
`(1.6mm at mounting on single-sided PCB)
`
`
`(ightemperature) Ta=70°C,9Veo=5V, t=240h
`
`Solderheat
`
`In the test *mark above, the sample to be tested shall be left at normal temperature and humidity for Zhours
`after it is taken out ofthe chamber. (No dew drop)
`
`Solderable —>
`
`

`

`
`
`5, Ontgoing inspection
`(1)
`Inspection let
`Inspection shall be carried out per each delivery lot.
`Inspection method
`A single sampling plan, normal inspection level II based on ISO 2859shall be applied.
`
`(2)
`
`BN.022444 GP1IUV70QSseries
`
`
`
`Classification ofDefects
`
`
`Inspection Items
`
`AQL (%)
`
`
`
`
`
`
`i
`Majordefect
`
`Minordefect
`
`Electrical characteristic defect ofVon, VoL, T) and T2 in para. 3.4.
`
`Distance between signal terminal and shield case (0.2mm or mare)
`(Except for GND
`maf)
`It should have no remarkable stains and cracks that give
`any influence ofelectrical characteristic on light detecting face.
`Deformation ofshield case
`(Satisfying outline dimensions ofitem 2)
`
`3
`
`1
`
`
`
`
`
`
`
`0.4
`
`
`
`Stamp, Carved seal
`2
`(It should be possible to read stamp and carved seal ofitem 2.
`
`
`Stamp and carved seal should be indicated at fixed position.)
`
`
`
`

`

`December 27, 2002
`
`11/11
`ED-022444 GP1UV70Q8series
`
`
`Product
`
`
`Antistatic electricity bag
`with device rolled
`with moltprain (4 rolls)
`
`
`Antistatic electricity bag
`
`(Polyethylene)
`Fig.1
`
`
`
`
`Fig.3.
`
`Packing case
`(Corrugated cardboard)
`
`
`
`
`
`
`
`
`Antistatic electricity bag with device (content 100pes.)
`
`Moltprain (urethane) 2 sheets
`
`
`
`(Fig. 1)
`. Put products of 100pes.in the antistatic electricitybag.
`2. 4rolls with 2 moltoprain based on 1 are packed in packing box.
`(Fig. 2)
`
`
`3.
`Seal the packing box , and print the model No., quantity and lot No.
`
`
`(400pes. /a packing box)
`(Fig. 3)
`
`+ Product mass at 400pes/package: Approximately 310g
`
`
`
`
`Packaging method
`
`|
`
`Name
`
`
`
`
`GP1UV70Q5series
`Packing specification
`
`RUDISOAA
`
`
`
`