PC121 SHARP | Alldatasheet
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SHARP PC120 Series/PC121 Series NN PC120 Series Photocouplers ns TYPO Photocoupler PC121 Series % Lead forming type (I type) and taping reel type (P type) are also available. (PC120/PC1201/PC1211/PC120A, PC120P/PC1206P/PC121P/PC121FP) (Page 656) +8 DIN-VDB0884 approved type is also available as an option. I Features Approved by SEMKO (No. 9216212) 1. Conforms to European Safety Standards Approved by DEMKO (No. 108025) 2. Long creepage distance type Approved by EI (No. 155030-01) (Creepage distance : 6mm or more) LJ Applications . 3. Internal isolation distance : 0.4mm or more _ 1. Switching power supplies 4. Compact dual-in-line package 2. OA equipment 5. High collector-emitter voltage 3. TVs (Vevo : 70V for PC121 series) Bi Model Line-up pprove YY . : No. ‘Approved by BSI (BS415 : No. 7087, DIP ype [ eeze [etzee | Reset [revi BS7002 : No. 7409) on Pe Il Outline Dimensions ad forming type (Unit : mm) PC120/PC121 PC120F/PC121F ° Ade at ; _Arode.mars u / Internal connection Ei Internal connection 2 Sel o “ft diagram 8g @ | dara i file oO oO} cd + 0 ® i 1 3 et ot Bee hy Model No. 3 eS PC120/pc121 estes | 458205 Peiz0/pci2i_“|,_6.5*°5 S gggt0s A 7623 ee fle 62208 Pe @ Anode a ee 3] © Anode 1 3 Pai ER B| D Arata 1 3 @ Cathode 35| [a al Some = Kh lla al Sem, | I ist” @ Collector & i i i \\ TS 5 Ja! Us. _ att ozetoit e Mosttos opto @=0 to 13° 10.16*°5 pornePeratl poton/resain, mark 28 / intemal connection F Internal conection =|Sl @, i ® die a oD © diagram: TiS | eee dt a) alo @ 8 Model No. H aly 2 je Model No. 34S 714 REF O| je PC120/% 65*05 a) seems peizo/pciai “|. 65#°5 | IS spss 3 62203 Sf "] © Anode 7e2*8_ 5 | Anode % | ag @ Cathode 3 § Sila al Senter lpg) oeme 079 a ae 8 12.0MAX. 8) M@! 6180798 0011591 469 me 287 data books, etc, Contact SHARP in order to obtain the latest version of the device specification sheets before using any SHARP’s device.”
SHARP PC120 Series/PC121 Series pa Nail seated I Absolute Maximum Ratings (Ta=25) Parameter | Sebel paras pT | Unit PC120 Series : [_ Forward current [te [| 50 mA PC120/PC1201/ Input [YPeak forward current | tw [1A PC120F/PC120FI | Reverse voltage | Ve | 6 | Vga Series : | Power dissipation | P| 70 mW 404/pc1211/ Vv PCI21F/PC121F Output |_Emitter-coltector voltage [" Veco [ 6 | PM [[Goltector current [te [50 | mA Collector power dissipation mW Total power dissipation | Pox | 200 | mW “Isolation voltage Veme Operating temperature c Storage temperature c Soldering temperature [Ta [260 #1 Pulse width 100 ys, Duty ratio=0.001 #2 40 to 60%RH, AC for 1 minute
43 For 10 seconds
lf Electro-optical Characteristics (Ta=25) Parameter Unit [Forward voltage [Vr le=20mA | a TV Input [Reverse voltage |e [We=4V_ |= te | Terminal capacitance [Cr [V=0, f= 1kHz | = | 30 | 250 [oF [Collector dark current | Iwo [Voe=20V, r=0 | = [| = [uo [A Output. | Colector-emitter [PC120 eof |.) /Io=0.1mA, Ps [| = | - J y PO | breakdown voltage POI2T wine |? [tp=0 | 7 [ = [= | | Britter-collctor breakdown voltage | BVeco [Is=10¥A,=0 | 6 | = | = | Vv |Current transfer ratio | CTR |Ir=5mA, Vee=5V_ | 50 [| = | 400 | % [Callector-eniter saturation volage | Vorww [Ir=20mA, Ic=ImA | - | 01 | 02 | V Tranfer [1s0lation resistance __ | Rso_|DCS00V, 40 to 6O%RH| 5x20" | yor | — [To charac- | Floating capacitance [Cr [V=0, f=IMHz__ | | 06 [1.0 oF satis Voe=SV, Io=2mA, Ri=1000 ea ee | Reonse ine | sponse ti rs a a us nse time Ri-1000 ee 288 M@™® 4180798 0011592 77S a
SHARP PC120 Series/PC121 Series Fig. 1 Forward Current vs. Ambient Fig. 2 Collector Power Dissipation vs. ‘Temperature Ambient Temperature 60 200 50 g ~ 2 150 P Es £ 2 2 100 5 a z 4 i 20 2 8 5 50 10 g —30 0 25 50 5 100-125 ay 0 5 50 15 100125 Ambient temperature Ty (C) Ambient temperature T, (‘C) Fig. 3 Peak Forward Current vs. Duty Ratio Fig. 4 Forward Current vs. Forward Voltage ow HUET CM ETT 7° ES = soo FH SS —— Eon LC So a) Ss 200 =a = co MCCS Fo g =o TITLE & joer 8 20 2 Duty ratio Forward voltage Vp (V) Fig. 5-2 Current Transfer Ratio vs. Fig. 5-b Current Transfer Ratio vs. Forward Current Forward Current (PC120 Series) (PC121 Series) Bao | AN 5 gf | So{ | ZT \\ | ty es es wt Z| | rs 4 a oe” i ee ee | O1 1 10 100 ol 1 10 100 Forward current Ip (mA) Forward current Ip (mA) ME 8180798 0012593 63) mm 289
| SHARP PC120 Series/PC121 Series SHARP PCI Series /PC121 Series Fla, Ga emitter Voltage “ ° Fig. @-b emitter Voltage “ . (PC120 Series) (PC121 Series) =| FEED a "TTA ETL € * Cia OCCT 8 aan | ee a, 2 i Hae Be cosccces El Ge eeusne i PSS Pc =o Paigcpeers) dere Ai aan et Lt
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, "collector emitter vloge van * ° Collector-emitter voltage Vce (V) Fig. 7-a Relative Current Transfer Ratio vs. Fig. 7-b Relative Current Transfer Ratio vs. Ambient Temperature Ambient Temperature . (PC120 Series) 150 (PC121 Series) i a A | a FECREEEH toe | 2 FERRE ae
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ieeeeeeene eee EERE] 30 0 20 40 60 80 100 30 0 20 40 60 80 100 Ambient temperature T, (C) Ambient temperature T, (C) v Fig. 8-2 Collector-emitter Saturation Voltage Fig. 8-b Collector -emitter Saturation Voltage 016 ve Ambient Mosrrs Series) 036 coo Series) LTTE one PTO PO LGGGGeeeae e SCOTT 6 “COCO £ 0.10) tors = 010 pa. ce oo Le Soot LETT % 008 Let % owe i Ler ge TTT 0.06 f= — Eo fe COLL fe JLT rf ne ene 3B a Ss 002 oe TTT TET} "LITT TTT TT ~ Anbient remperstare Ta (C) Ambient temperature T, (C) 290 @™® 4180798 0011594 575
SHARP PC120 Series/PC12'1 Series a Fig. 9-a Collector Dark Current vs. Fig. 9-b Collector Dark Current vs. Ambient Temperature Ambient Temperature ws (PC120 Series) wot {PC121 Series) ‘EEE Ee | 6 EEE ve=av | ea) DEE eyo EE SESE Swe) aS SSSeeeeeeee, a 2, EER ee 2 ee es Soe B CERES EESS EEE ===—==—=5255— i) a 2 8 os See
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3 er oe § ee ho © po Zee © 9 A oe eo aoe 4 2 eee EEE 2 yw A A a Sw ee ee a ee io nn A oo yo-u A A 19-1 A” —30 0 20 40 60 80-100 30 0 20 40 60 80-100 Ambient temperature T, (C) Ambient temperature T, (C) Fig.10-a Response Time vs. Load Resistance Fig.10-b Response Time vs. Load Resistance (PC120 Series) (PC121 Series) CO ee 0 es ee | a Co ee ry A a = Mea 0 ce # FAs te # Co tr Poe Fy atl oe Hy LU eg tr TT § & shel be 2 3 Sete est ee Fat eee eee nse CO) | oa LE TET PT or UT TT PTT = 01 1 10 O01 1 10 Load resistance Ry (kQ) Load resistance Ry, (kQ) Fig.11-a Frequency Response Fig. 11-b Frequency Response {(PC120 Series) (PC121 Series) Ooo renee Voa=5v Petje ama Tama CO [28 An Ll 288 . Cr occ = SU
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cc Ae “ts NUNN | a TTA ET \\ Corer Fa -20 Mi \\I A 1 10 100 02 05 1 2 5 1 WM SO 10 200 50 100 Frequency f (kHz) Frequency f (kHz) mH 8180798 0032595 404 ml 291
SHARP PC120 Series/PC121 Series SS Fig.12-a Collector-emitter Saturation Fig.12-b Collector-emitter Saturation Voltage vs. Forward Current Voltage vs. Forward Current {PC120 Series) {PC121 Series) of TOOL | (MOM = | 2B asleep cool | TT 2 ysfHete Plies | TT Alt Scere BST eciee TTT g SUH ebe COC § OTR Een] PSUR OC BSTICD Besa pet OO SST Bert a SOC coc be STE fe SIE 2) SEE Cece oO SECEICC ere a2 SHU 32 SACO SSS Les ——— "2 4 6 8 1 MG 1 ‘7 2 4 6 8 MG 8 20 Forward current Ip (mA) Forward current Ip (mA) @ Please refer to the chapter “Precautions for Use” . (Page 78 to 93)