PC900V SHARP | Alldatasheet
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PREPARED BY: DATE: SPEC. No. SA-88049D SHARP ISSUE March 25, 1996 PAGE 15 Pages APPROVED BY: DATE: ELECTRONIC COMPONE,NTS GROUP SHARP CORPORATION REPRESENTATIVE DMSION 7 35h / .J- niMj.;? Tf6 SPECIFICATION OPTO-ELECTRONIC DEVICES DIV. f DEVICE SPECIFICATION FOR PHOTOCOUPLER MODEL No. PCSOOV Business dealing name I 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. 2. When using this product, please observe the absolute maximum ratings and the instructions for use outlined in these specification sheets. as well as the precautions mentioned below. Sharp assumes no responsibility for any damage resulting from use of the product which does not comply with the absolute maximum ratings and the instructions included in these specification sheets, and the precautions mentioned below. (Precautions) (1) This product is designed for use ln the following application areas : * OA equipment * Audio visual equipment * Home appliances * Telecommunication equipment (Terminal) * Measuring equipment * Tooling machines . Computers 1 If the use of the product in the above application areas is for equipment listed in paragraphs (2) or (3). please be sure to observe the precautions given in those respective paragraphs. (2) Appropriate measures, such as tbil-safe design and redundant design considering the safety design of the overall system and equipment, should be taken to ensure reliability and safety when this product is used for equipment which demands high reliability and safety in function and precision, such as ; * Transportation control and safety equipment (aircraft, train, automobile etc.) * Traffic signals * Gas leakage sensor breakers . Rescue and security equipment * Other safety equipment 1 (3) Please do not use this product for equipment which require extremely high reliability and safety in function and precision, such as : * Space equipment * Telecommunication equipment (for trunk lines) * Nuclear power control equipment . Medical equipment 1 (4) Please contact and consult with a Sharp sales representative lf there are any questions regarding interpretation of the above three paragraphs. 3. Please contact and consult with a Sharp sales representative for any questions about this product. CUSTOMER’S APPROVAL DATE PRESENTED BY DATE BY T. Matsumura. Department General Manager of Engineering Dept.,11 Opto-Electronic Devices Div. ELECOM Group SHARP CORPORATION I
SHARP CORPORATION SA-88049D 1 March25, 1996 MODEL No. PAGE PCSOOV l/9 i 1. Application This specification applies to the outline and characteristics of photocopier Model No. PCSOOV. 2. Outline Refer to the attached drawing No. CY544OKO2. 3. Ratings and characteristics Refer to the attached sheet, page 3 to 5. 4. Reliability Refer to the attached sheet, page 8. 5. Incoming inspection Refer to the attached sheet, page 9. 6. Supplement 6.1 Isolation voltage shall be measured in the following method. ( 1) Short among pins 1 to 3 on the primary side and among pins 4 to 6 on the secondary side. (2) The dielectric whhstand tester with zero-cross circuit shall be used. (3) The wave form of applied voltage shall be a sine wave. (It is recommended that the isolation voltage be measured in insulation oil.)
6.2 Business dealing name
(” 0” mark indicates business dealing name of ordered product) Product Business dealing name Remarks G PCSOOV PC9OOVY Applied to products as a option (Attached sheets -2-l to 2-4.)
6.3 This Model is approved by UL. Approved Model No. : PCSOOV UL file No. : E64380
6.4 Theory of operation
(1) When the forward current of above the “H-L” threshold input current (I,) is applied to the input side, the output will go “Low level”. (21 When the forward current on the input side goes below the “L-H” threshold input current (I,1 the output will go “High level”. 6.5 This product is not designed against irradiation. This product is assembled with electrical input and output. This product incorporates non-coherent light emitting diode. 7. Notes Refer to the attached sheet-l-l, 2.
N.C. Voltage regulator I Pin Nos. and internal connection diagram bode mark \\ Lot No. l l Factory identification mark l 2 L 7.6210.3 * 1) a-digit number shall be marked according to DIN standard. *2) Factory identification mark shall be or shall not be marked. UNIT: l/l mm Name Drawing No. PCSOOV Outline Dimensions (Business dealing name : PC9OOW CY5440K02
SHARP CORPORATION SA-88049D 1 March25. 1996 MODEL No. PAGE PCSOOV 4/9 3. Ratings and characteristics
3.1 Absolute maximum ratings
Ta=25C Parameter I *l Forward current P ~~ I 70 unit mA A V mW Supply voltage vcc 16 V High level output voltage VOH 16 V output Low level output current r, 50 m.A *l Power dissipation PO 150 mW * 1 Total power dissipation I Ptot I 170 I mW *3 Isolation voltage viso Operating temperature Topr *4 Storage temperature Tstg 5.0 -25 to +85 -40 to 125 kVrms *4 Soldering temperature I Tsol I 260 I ‘C *l The derating factors of absolute maximum ratings due to ambient temperature areshowninFig. 1, 2, 3. *2 Pulse widths 100 /1 s, Dutyratio : 0.001 l 3 AC for 1 min. 40 to 6O%RH *4 For 10s
3.2 Electra-optical characteristics
(Unspecified : Ta=O to 70°C) Parameter Symbol MIN. TYP. MAX. Unit Conditions 1.1 1.4 1,=4mA Forward voltage VF V 0.7 1.0 - 1,=0.3mA Reverse current IR 10 PA Ta=25”C, V,=3V Terminal capacitance ct - 30 250 pF Ta=25”C, V=O f=lkHz Operating supply voltage vcc 3 - 15 v range Low level output voltage VCL - 0.2 0.4 v y6&nA, vcc=sv 5 F s High level output voltage bH - - 100 PA vcc=vo= 15v IF=omA Low level supply current E CL - 2.5 5.0 mA Vcc=SV, 1,=4mA High level supply current & - 1.0 5.0 mA vcc=5v, IF=omA 1.1 2.0 Ta=25”C, Vcc=5V “H--L” threshold input b-u mA RL=280 ~2 current *l
4.0 Vcc=W, R,=280 Q
0.4 0.8 - Ta=25”C ,Vcc=SV 8 “L-I-I” threshold input kLH mA R,=280 Q si ‘c: current *2 0.3 - - B Vcc=SV, R,=280 R s 2 Hysteresis *3 Im/IFHL 0.5 0.7 0.9 Vcc=5V, R,=280 R i Isolation resistance RiSO 5XlO’O 10” - c-2 Ta=25C, DC500V 40 to 6O%RH 8-i + o, ‘I-I -+L” propagation time tPHL 1 3
8 Ta=25C
8 “L-H” propagation time tPLH 2 6 E jls vcc=5v, 1,=4mA a Falltime if 0.05 0.5 g Risetime R,=280 R tr 0.1 0.5
SHARP CORPORATION SA-88049D 1 March 25, 19% SA-88049D 1 March 25, 19% MODEL No. MODEL No. PAGE PAGE PCSOOV PCSOOV 6/9 6/9 *1 I,, *1 I,, represents forward current when output goes from “H” to “L”. represents forward current when output goes from “H” to “L”. *2 I, *2 I, represents forward current when output goes from “L” to “H”. represents forward current when output goes from “L” to “H”. *3 Hysteresis : IFLH/IFHL *3 Hysteresis : IFLH/IFHL l 4 Test circuit for response time shall be shown below. l 4 Test circuit for response time shall be shown below. t r=t f”o zo=502 Voltage regulator 4-k tP L tP II Test circuit diagram Timing chart
(Fig. 1) Forward current vs. (Fig. 2) Output power dissipation ambient temperature vs. ambient temperature -25 0 25 50 7585 100 Ambient temperature Ta ( “C ) (Fig. 3) Total power dissipation vs. ambient temperature E 200 E 170 $j 150 4 100 a 50 2 0 i: -25 0 25 50 7585 100 -25 0 25 50 7585 100 Ambient temperature Ta (“C ) Ambient temperature Ta (“C 1
- Reliability The reliability of products shall be satisfied with items listed below. Confidence level : 90% LTPD: 10%/20% SHHRP CORPORflTION SA-88049D 1 March 25, 1996 MODEL No. PAGE PCSOOV B/9 Test Items Test Conditions Failure Judgement Samples (n, *1 Criteria Defective(C: Solderability *2 Soldering heat Terminal strength (Tension) Terminal strength (Bending) *3 Mechanical shock Variable frequency vibration Temperature cycling 230-C, 5 s n=ll, C=O 26O”C, 10s v,>ux 1.2 n=ll, C=O Weight : 5N I*>UX2 n=ll, C=O 5 s/each terminal v,>ux1.2 Weight : 2.5N n=ll, C=O 2 times/each terminal roH>UX1.2 15000m/s2, 0.5ms &,>ux1.2 n=ll, C=O 3 times/ +X, *Y, &Z direction &+ >ux1.2 100 to 2000 to 1ooHz/4min 200m/s2 IFHL >ux 1.3 n=ll, C=O 4 times/ X, Y, 2 direction I, <LXO.8 1 cycle -40 C to t 125°C n=22,C=O (3Omil-l) (3Omin) I,, /I=#LXO.8 20 cycles test -ux 1.2 High temp. and high +6O’C, 9O%RH, lOOOh n=22 ,C=O humidity storage U : Upper specification High temp. storage +125-C, lOOOh limit n=22,C=O Low temp. storage Operation life -40-C, lOOOh I,=lOmA, vcc=15v Io,=16mA, Ta=25%, lOOOh L : Lower specification limit n=22,C=O n=22,C=O *l Test method, conforms to JIS C 7021. *2 Solder shall adhere at the area of 95% or more of immersed portion of lead and pin hole or other holes shall not be concentrated on one portion. *3 Terminal bending direction is shown below.
SHflRP CORPORflTION SA-88049D 1 March 25. 1996 MODEL No. PAGE PCSOOV 9/9 5. Incoming inspection
5.1 Inspection items
( 1) Electrical characteris tics v,, I,, v OL’ IOH, ‘CCL* ‘CCH* ‘FHL, ‘FLHv Rise, visa (2) Appearance
5.2 Sampling method and Inspection level
A single sampling plan, normal inspection level II based on IS0 2859 is applied. The AQL according to the inspection items are shown below. Defect Inspection item Major Electrical characteristics defect Unreadable marking AQL (%) 0.1 Minor I I Appearance defect except defect the above mentioned.
Precautions for Photocouplers 1. For cleaning (1) Solvent cleaning : Solvent temperature 45°C or less Immersion for 3 mln or less (21 Ultrasonic cleaning : The affect to device by ultrasonic cleaning is different by cleaning bath size, ultrasonic power output, cleaning time, PWB size or device mounting condition etc. Please test it in actual using condition and confirm that doesn’t occur any defect before starting the ultrasonic cleaning. (31 Applicable solvent : Ethyl alcohol, Methyl alcohol Freon TE . TF, Diflon-solvent S3-E Please refrain form using Chloro Fluoro Carbon type solvent to clean devise as much as possible since it is internationally restricted to protect the ozonosphere. Before you use alternative solvent you are requested to contirm that it does not attack package resin. 2. Please use the same as normal integration circuit about static electricity in order that this device is OPIC photocopier. 3. In order to stabilize power supply line, we recommend to connect a by-pass capacitor of 0.0 1 p F or more between Vcc and GND near the device. 4. The LED used in the Photocoupler generally decreases the light emission power by operation. In case of long operation time, please design the circuit with considering the decreases of the light emission power of the LED. (50%/5yearsl Please decide the input current which become 2 times of MAX. I,.
- Precautions for Soldering Photocouplers (1) In case of soldering to lead 260 “C 10 s or less Device temperature (“Cl ix!! IGiJ 110 100 -10 An example of device temperature SA-88049D 1 March 25, 1996 MODEL No. 1 PAGE E I iFi=+- - Solder -- “0 2 1 ti 8 10 12 l-1 16 18 :I! Soldering time (s) (2) If solder reflow : It is recommended that only one soldering be done at the temperature and the time within the temperature profile as shown in the figure. 230t 25r L t 1 min (3) Other precautions An infrared lamp used to heat up for soldering may cause a localized temperature rise in the resin. So keep the package temperature within that specified in Item (2). Also avoid immersing the resin part in the solder.
SHARP CORPORRTION SA-88049D 1 March 25, 1996 MODEL No. PAGE PC9OOvY (Option) Attach sheets-2- 1 1. This specification shall be applied to photocopier, Model No. PCSOOV as an option. 2. Applicable Models (Business dealing name) PC9OOVY 3. The relevant models are the models Approved by T& Rheinland Japan according to DIN VDE0884/08.87. Approved Model No. : PCSOOV T& approved No. : R9 15 1577 (According to the specification DIN VDE0884/08.871 l Operating isolation voltage UIoRici : 7 1 OV (Peak) l Transient voltage U, : 6000V (Peak) l Pollution : 2 (According to VDEO 11 O/O 1.891 l Clearances distance (Between input and output) : 6mm (MIN.) l Creepage distance (Between input and output) : 6mm (MIN.1 l Isolation thickness between input and output : 0.15mm (MIN.] l Tracking-proof : CT1 225 (Material group IIIa : VDEO 110 / 0 1.89) l Safety limit values Current (Isi) : 120mA (Diode side) Power (Psi) : 240mW (Phototransistor side1 Temperature (Tsi) : 150 “C In order to keep safety electric isolation of photocopier, please set the protective circuit to keep within safety limit values when the actual application equipment troubled. . Indication of Tti approval prints “‘0884” on sleeve package. 4. Outline Refer to the attached drawing No. CY5 164K02.
- Isolation specification according to VDE 0884 SHARP CORPORATION SA-88049D 1 March 25, 1996 MODEL No. PAGE PCSOOVY (Option) Attach sheets-2-2 Parameter Class of environmental test Symbol Conditions Rating unit Remark DIN IEC68 25/85/21 - Pollution Maximum operating isolation voltage DINVDEOllO 2 U IORb 710 V PEAK Partial discharge test voltage (Between input and Refer to output) the Dia- graml.2 Diagram 1 W tp=60 s, qc<SpC 852 I vPEAK Diagram 2 tp=1 s, qc<5pC 1136 V PEAK Maximum over-voltage ua tm=1os 6000 vPEAK Safety maximum ratings 1) Case temperature . Tsi I,=O, Pc=O 150 “C Refer to 2) Input current Isi Pc=O 120 mA the Fig. 6, 7 3) Electric power (Output or Total power Psi 240 mW dissipation) Isolation resistance Ta=Tsi MIN. 10’ (Test voltage between R Iso Ta=Topr (MAX. 1 MIN. 10” R input and output ; DC500V) Ta=25”C Mm. lOI
PCSOOVY (Option) Attach sheets-Z-3 PCSOOV In B cd Lot No. +I / Anode mark \\ Factory identification mark l 2 \\ \\ VDE 0884 identification mark Anode Cathode N.C. - Voltage regulator i Pin Nos. and internal connection diagram 7. 6210.3 *1) a-digit number shall be marked according to DIN standard. *2) Factory identification mark shaI.I be or shall not be marked. SA-88049D I March 25. 1996 MODEL No. 1 PAGE e :o- 13” I ’ UNIT: l/l mm
SHARP CORPORRTION SA-88049D 1 March 25, 1996 MODEL No. PAGE PCSOOW (Option) Attach sheets-2-4 Method of Diagram 1 : Breakdown test (Apply to type test and sampling test) V * UIm, WW U, (852V) U low (71Ovl t1* 4 t*&-tial discharge measuring time) tb GNl Method of Diagram 2 : Non breakdown test (Apply to all device test) L U r(l136V) Fig. 6 Safety maximum power dissipation Fig. 7 Safety maximum forward current vs. ambient temperature vs. ambient temperature (When failed) (When failed) 250 300 240 200 100
01 I I I I I y
0 25 50 75 100 125 150 0 25 50 75 100 125 150 Ambient temperature Ta ( “C 1 Ambient temperature Ta ( “C 1 f* t 2, (Partial discharge measuring time) tb =l to 10s =l s =60 s =62 s =lO s =O.l s =l s =1.2 s