PC219 SHARP | Alldatasheet
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SHARP ELEK/ MELEC DIV 15E D J 4180798 oooza13 af Photocoupler PC219 | — PC21 9 Mini-Flat Package, Bi-Directional Linear Out- put Type Photocoupler T-41-83 @ Features @ Outline Dimensions (Unit : mm) 1, Bi-directional linear output 4 . 2. High output reverse voltage 191.9 i Internal connection (Vox: MIN. 120V) fit ‘ss o 3. Low collector dark current Pc2i9 . (Id : MAX. 10nA) snarp | > 4. Mini-flat package type e Be @ A (1 Hl 202 @ © pplications 04 1, Programmable controllers Anode mark 3 2. Analog switches 5.0%? 5.2 Sy 3. Audio equipment such as VCRs, radio- Fy [| EF cassette tape recorders and stereo compo- ry yy nents, etc. ~ bs:83 LN 4. Signal transmission between circuits of iE differential potentials and impedances 3 DAnode — @ Source F @®Cathode @ May not be ° - externally connected. i @ Drain @ Absolute Maximum Ratings (Ta=25'C) Parameter Unit [_Forward current | S| 50 | mA Input [Peak Forward current [Tm [TA |_Reverse voltage | Vk | 6 SV | “Power dissipation [P| 70 | mw ’ ~~ [ Output current | oma . Output |“Reverse voltage | Van [20 : [ “Power dissipation | P2 | 100 mw | Total power dissipation | Pw | _(120.—~«| ~—s mW. *Jsolation voltage | Vso | 2,000 | Vrms. Operating temperature *c Storage temperature c *Soldering temperature [To | 260 | C *1~ Pulse width= 1004s, Duty ratio= 0.001 *2 RH=40~60%, AC for 1 minute *3 For 10 seconds s P 239
SHARP ELEK/ MELEC DIV 15€ 0 f 4180798 ooozeLy Tf Photocoupler PC219 LT T-41-83 — ™@ Electro-optical Characteristics (Ta=25'C) Parameter [ symbol [Conditions | MIN. [ TYP. | MAX. | Unit T=16mA | — | a2 [ia Tv Input |" Reverse current |e [Ve=6V | = | (ft | OA . V=0, f= 1kHiz | = [60 [250 | “pF Vis=0, f= MHz ee re ee Output | “Reverse voltage | Von __| Tnu= 100A, 1r=0 | zo [ — | = Tv miput' Collector dark current_| _Iy | Vss=100V, 1,=0 [= | — [10 [na | “Off-state resistance | Rore | Vos=100V, Ip=0 { i0* | = | Jo | *Onsstate resistance | Row _| Ir=16mA, 1s5= 100A | = [| = | 200 | “a ‘Transfer |__Isolation resistance |“ Riso | DCS00V, RH=40~60% _|sxi0°| 10" | — | a charac: V=0, f=IMHz ee ee ee terstcs [Turon time | ten 17 = gma, Vas=5V, R,=s0n |__| =| 50 [xs | Tum-off time | tay | OS = i ss *4 Applies to forward and reverse directions between terminals 3 and 5. (Note) Measurement of each characteristics shall be carried out in opaque condition. i : Fig. 1 Forward Current vs. Fig. 2 Output Power Dissipation vs. . Ambient Temperature Ambient Temperature | 70, 100; | | {| fy g Z EEE br si TINTT] § 3 fs z pa | | IN I ge 3 oo Patt | AT i || PE : 8 £ 10} é Pf tT yy 8 5 0 3 50 cy 100 125 ~ 0 3 30 % 1000 125 Ambient temperature Ta (‘C) Ambient temperature Ta (‘C) =: SHARP 240
SHARP ELEK/ MELEC DIV Se 0 f§ a1aoz98 oon282s if Photocoupler Pc219 Duty Ratio Forward Voltage
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S soo HHP Paper ia 2 es oe ie i seta eee altel : tif} ++ 2 sooffH LLM PR Hl p ff eat a Sa) ee Sr E EHH Ea g Fy —— 0 es ne cee ME a | ae) aa Fat Se eet iii SSS SS Ge ere 005 10°15 20 25 30 3.5 Duty ratio . Forward voltage V, (V) Fig. 5 Output Current vs. Output Voltage Fig. 6 Relative On-state Resistance vs. Forward Current [T] |] [ra=25 ] s." Ty=100uA 2 or =| 2 E06 [| umad a \\ Sot | pom = 0m 2 oma Pet tt g i “ iy An g oj} | | wt 2 2 of LAI TT g BERET $3} —— Set 2 EEE] F -wEEET | TT TT] 10 —200 100 0 100 200 1 10 100 1000 Output voltage Vas (mV) Forward current Ip (mA) Fig. 7 Relative On-state Resistance vs. Fig. 8 Relative Collector Dark Current vs. Ambient Temperature Ambient Temperature PSS] ST.) Ea we 7 # : ——— a oo Eo a pe Fe _—- # - FL | Pt rt i Z| 2 — — 3 100) \\7 a a a) L : - 0 cy 50 cy 100 0 Ey 50 5 100 Ambient temperature Ta (‘C) Ambient temperature Ta (‘C) TOOT SRP