UCQS20A045

2 

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IG BE FR<br>FORWARD CURRENT VS. VOLTAGE<br>**----- End of picture text -----**<br>


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50 prYEAS 20A045 (per Arm)<br>B BERR REE REE RE RRR RES ERS S ES eee eee eee<br>B20 ee<br>i xWa PEERse aau cnsuarnssaanasvensaeEEE EERE ee<br>ew © 7 COE ercee ccananceoseaates<br>ze 6¢ ES=ssssaassSSs2aa=72==22<br>Ww Sats eae Re Sea eS Se SY OeSS 22S ee2S2SSSS=2=S==eee ee<br>ait«= [e)& § seS=S555>SPee S555ce ey eeSSSeS a eeSSSoe at Do Pe MS<br>it SSS SS SS SSS SS SSS SS SS SSS SSS<br>= =_________________--<br>(A) re oo ose 7A= -=------_-_-___-__=---===ts tS<br>=] ‘fast TS Pees rod OS ines BS eee See a eS eee<br>AS 2 BENEaENS eeeeeBeeoe Ba eaePo ot Po oeoe. ho.eetop ft bono te tl<br>” BE RRR SERRE EP SERVERS ABBR SSeS SSP SE SRR<br>= BEER SERA SRE eee See eee ee ees eee<br>- ERERM ERR D ARORA PENA ERHRAPEROARRRR<br>g LLLLLIET TTI<br>0 0.2 0.4 0.6 0.8<br>INSTANTANEOUS FORWARD VOLTAGE (V)<br>me I BE (Vv)<br>o 180" FH Mm BA RAR KK<br>PT AVERAGE FORWARD POWER DISSIPATION<br>CONDUCTION ANG.<br>16 ee. UCQS20A045 (Total<br>S008 SO<br>= S000 2008<br>Bo = 14 FORES008 BOS Pe ee Recr 180}Coole<br>S BEER EEEEEE EERE EEE Eee rere eee eee ea HAHA<br>9 -<x DENSES000 8 ROR AS000 8 SeCEE Oe Oeee ee IE WAVE, PA<br>a yy SSee<br>mB REEEEEREE EERE EEE Pope<br>m3 or i<br>Q EEEEEEEEEEEEE EEE Cae<br>x 10 CEE EEE EEE CECE EEE EEE EEE EEEEEE eee E+ 4<br>mG S000 20888 2 2 2 a 4<br>= FEEEEEEEEEEEEEEE<br>re) 20008 2S ee 2.<br>q © Re S008 20008es Se ee ae2 4<br>Q BEEEEE EEE EEE EEE EEE EE EEE EE EEEEE<br>x S008 2008 Ss a<br>< yO ee<br>BSx 6 REESE EEE EEE eeeEEEoe ee<br>= R008 20008 Oe ee ee eee<br>fe) EERE EEE EEE EEE EEE EERE EEE EEE EEEEE<br>u 4 SSS 08 SSS 8 BE 7 2 ee<br>Wy S008 OS eS Aen ee ee ee ee<br>(W) SFE© 2eeSECC EEE EEE EEEEEE EEE EEE EEE EEE EE<br>CM TggS SaaS acs Sa aaS DaEEEEETEG SEES GEESESEEETESESSOSSEEEEETT<br>> USGGR OD? 4 SRE g ES CREE SRS eS cee eee<br><x SRSS> — 2008 SO<br>fa) er Be fel oe Pe ee LeeLee eld Pie ei<br>0 4 8 12 16 20 24<br>AVERAGE FORWARD CURRENT (A)<br>FH IR B FF (A)<br>**----- End of picture text -----**<br>


CX KYOCERA 

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C—-7eER — E-DREERH<br>PEAK REVERSE CURRENT VS. PEAK REVERSE VOLTAGE<br>Tj= 150 °C<br>200 UCQS20A045 (per Arm<br>TOO<br>LTT TET<br>a ETTETTETE<br>1 ee RUPEEAATEREREROOUUDEREROODEROOERROScOUUDNNED<br>= poLULU eT<br>S00 FERRER EEE EEE EEE EEE EEE EE EEE ere EE Eee<br>meMig [sssascsvocescazazaseesssee-cctocetsacerststiara:] ss<br>A We ctacnnsasasananeasscrcvansneatatataranestanestants<br>@ Fogg Cee<br>eR” PEEEEREEEEE Eee EEE PSE eeEee<br>a FERRER ERR EEEEEREEERE EEE EEE EEE<br>©& ilto<br>(mA) rd se ssssecassessssocccisesssseisseraserseereerseras<br>SERRA ERR ES PERS SEER ARPS aR See weeeeae<br>petBORERtt eteeeeeee e eBHHERSTEEEE<br>SERB R BERRBeeeeees ee<br>Py SO<br>0 10 20 30 40 50<br>PEAK REVERSE VOLTAGE (V)<br>E- 9 # BE (Vv)<br>Fh # BARR<br>AVERAGE REVERSE POWER DISSIPATION<br>7 UCQS20A045 (Total<br>EERE EE EEEEEE<br>>= SERSPeePeeeEERE EEESeEEEEEEeeeeeeEEEEEE Reree100k EEE<br>SRO<br>gard = 7g SeR 8 BREEeeBe e ee e eeeeeeeeeee ee ee e<br>2: BEEREEE EEEEEEE EEE<br>#) BEBePe eeeeeeeeee eeeee<br>a Het HFA Peerrr<br>a 2g Seee ee ee ee ee eeeee<br>= BERR<br>pc “”Q SERSpittS OeBee ee e ee e ee eeee e.eeAe<br>a py eeeeeeH+} SINE WAVESqaeae<br>£ EEEEEEEEEEEEEEEEEEEEEEEE PEAH<br>s 4 SESRBES008 Oe2088 Bee2 Seee eeeeeeeeee4 Aeeee<br>4 a.2) PaEETaTleapfe fates]Tle<br>TT DGSGDhPw eeeee<br>7) a OP<br>5 =| i'd S E8000SSSSPSS BePe eeOe ee e eeeeeee e eeee ee<br>in 24eee See anes eee<br>se uixr BEESRE EEESeEEE OeEEEee EERE EEeee EEE EEEaeeeeEH<br>ui ppeee aun. EeeeD Ae ee eeeee<br>® PREF EEEEEEEEEEEEEEEREEEE EEEEEEHEH<br>(W) &<= 2SREBEPe eee P=eeeeeeF-EHEHHaneeee<br>w SBOESEESBeeeoe2 eeeeeeee eee<br>x BEER BEERSPeseeeeee ee ee eee<br>7 2 = ——E bessee =eee eeeeeeeeBeeeeBeeeeeeeeeeeeeeee<br>Oo 10 20 30 40 50<br>REVERSE VOLTAGE (V)<br>#<br>€ E (Vv)<br>**----- End of picture text -----**<br>


CX KYOCERA 

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age ey I Bit - 7 —- A mE FR<br>ane AVERAGE FORWARD CURRENT VS. CASE TEMPERATURE<br>CONDUCTION ANGL Vem=20V<br>24 UCQS20A045 (Total<br>Elmers] [TTT ETT TTT TT TTT | tt<br>= flsmeme lI TTT TTT TTT TIEN TTI<br>ae:» & ELT TTT TTT TTTTENT<br>oe ee ER<br>© ET SERREKNERE<br>® DV ELLTT TT TTT TTT TT ETT ETE NT<br>Be ELLIE<br>mm SE NO EERERRURRRRTRTERHRRRATn<br>aw» 2 EYE<br>we ELLE TTT TEE EE<br>oELITHE EEE EEA<br>0 ILL25 ET TITY50 75TT 100 125 150<br>CASE TEMPERATURE (°C)<br>4 — 2 @ HE (°C)<br>**----- End of picture text -----**<br>


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+ — > IR Bit ©<br>SURGE CURRENT RATINGS<br>f=50Hz,Sine Wave,Non-Repetitive,No Load<br>**----- End of picture text -----**<br>


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papee<br>= PS ae Se oe eee beso cee ce 0d<br>SSS SEES Egos ee eu og bs fo Seem eos eens coca test oe eee ese ete<br>| = Sess 8b <0 Forel re as a 6s eee eee seca | ee eee eee ee<br>eea ee ee<br>= -6 PEE EEE EEE PSSEettt<br>OG 80 FERRE CCEAEEREEEE<br>MON ad ears ee oe ee eee ee eee ed Sees Oe oe<br>2 02ee0.05 0.1 ee0.2 ee0.5 eee1 2<br>TIME (s)<br>fal (s)<br>**----- End of picture text -----**<br>


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#& & AB & F Tt<br>JUNCTION CAPACITANCE VS. REVERSE VOLTAGE<br>Tj=25°C ,Vm=20m Vrms, f=1 00kHz, Typical Value<br>2000 UCQS20A045 (per Arm)<br>Oe<br>HEHEHELETT<br>Te<br>1000 UU TVTiWGaatitiincammmmnqaneniiiit<br>ew& K=z SYSSSRePERE EEECEEEERSTEee oe eee ree oeEEEee tteeeee ee eeea<br>a = 8 500 SORE<br>o Sa SS Sess 2: Ss Ses seess treet am ee SS ess ee Eee Tee<br>S BE BS SS Es eeee2 2 eee ee ee ee eee<br>5 ee a<br>(pF) BREE EEE ECS<br>2 eT<br>3 200 OG<br>Pee<br>PETTY<br>PUTTTT<br>yoo LLLEp<br>0.5 1 2 5 10 20 50<br>REVERSE VOLTAGE (V)<br>wu B&B FE (Vv)<br>**----- End of picture text -----**<br>


## **TO-263LP** 

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10.1 [] [0.3] 1.7 +- 0.10.15<br>8.6 [] [0.3]<br>5.5 [] [0.3] 0.5 +- 0.150.3 (3)<br>1 [] [0.3]<br>②<br>CL oh<br>(8.2)<br>ae aan<br>① ③<br>1.6 - 0.15+ 0.25 5 [] [0.2]<br>1.9<br>u u y 1 Ty<br>0.25<br> <br>0.3<br>(0.5)<br>(1)<br>0.3<br>0.4   (6.35)<br>  8.5<br>12.9<br>(2.15)<br>1<br>(平坦部)<br>0.4<br> <br>3.1<br>**----- End of picture text -----**<br>


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10.5<br>a<br>2.3<br>L_<br>9.2<br>9<br>3<br>**----- End of picture text -----**<br>


http://www.kyocera.co.jp/prdct/function/ 

August 2016  v02 

## **ご注意** 

1. 本資料の記載内容は、改良などにより予告なく変更することがあります。 

2. ご採⽤に際しては、別途仕様書をご請求の上、ご確認をお願いします。 

3. 本製品は，⼀般的な電気・電⼦機器（事務機器，計測機器，産業⽤ロボット，コンピュータ，パーソナル機器，家電機器など）にご使⽤されることを意図しています。 

4. 本製品を⾼い品質・信頼性が要求される装置（輸送機器，原⼦⼒制御機器，交通信号機器，防災・防犯機器，各種安全装置など）への使⽤をご検討の際には，必ず当社 販売窓⼝へご相談および仕様書の締結をお願いします。 

5. 本製品を極めて⾼い品質・信頼性が要求される装置（航空宇宙機器，原⼦⼒制御，⽣命維持のための医療機器など）には当社の⽂書による合意がない限り使⽤しないで下さ い。 

6. 本製品を⾼信頼性，⾼安全性が要求される市場にご使⽤の場合は，使⽤者の責任においてフェールセーフ（故障が⽣じた場合でも，その結果が安全側に動作する）設計およ び，エージング（⼗分に動作させ，安定化させる）等を⾏うなど，装置としての保証確認をして下さい。 

7. 当社は常に製品の品質、信頼性の維持向上に努めておりますが、⼀般に半導体製品では故障がある確率で起こることは避けられません。 当社半導体製品をご使⽤いただく場合は，半導体製品の誤作動や故障により，⽣命・⾝体・財産などが侵害されることのないように，使⽤者の責任において機器のシステム上で⼗ 分な安全設計および，確認を⾏ってください。 

8. 本資料に掲載されている製品は，耐放射線設計をしておりません。 

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11. 本資料の⼀部または全部を当社の許可なく、転載・複写することを堅くお断りします。 

## **Notes** 

1. The information contained herein is subject to change without notice. 

2. Please refer to the specifications before you adopt the Products. 

3. The Products listed herein are designed and intended for the use of its devices in general electrical and electronics equipments（i.e. office electronics equipment, measuring instrument, industrial robot, computer, personal digital assistance, home appliance, etc.). 

4. For use of the Products in applications of equipments requiring high quality and reliability（i.e. transportation equipment, atomic power control apparatus, traffic control signal system, disaster prevention equipment, security equipment and safety apparatus）, please contact to our sales representative for any consult and conclude agreements of the specifications. 

5. Do not use the Products listed herein in applications of equipments requiring extremely high quality and reliability（i.e. aerospace equipment, atomic power control apparatus, medical equipment for life support system, etc.）without any written consent from KYOCERA. 

6. In case of use of the Products listed herein in its particular applications of equipments requiring high reliability and high safety, users are requested to ensure the fail-safe design and aging at the usersʼ self-responsibility. 

7. Though KYOCERA works continually to maintain and improve Productʼs quality and reliability, generally Products can malfunction or fail. Users are requested to make adequate safety design and design validation for the equipment and systems at the usersʼ own risk in order to prevent any losses of human life, bodily injury and damage to property due to semiconductor device failure or malfunction. 

8. Products listed herein are not designed to be radiation tolerant. 

9. No responsibility is assumed by KYOCERA for any infringement of intellectual property rights or any third parties that may result from the use of Products, used of Products data, drawings, figures and other circuits described herein. 

10. Do not use the Products listed herein in to custom products which are strictly prohibited from selling, manufacturing by the laws and regulations in Japan and overseas. With reference to export restriction, the Products listed herein are subject to the export license under the related laws and regulations. 

11. This document and any information herein may not be reproduced or reprinted without prior written permission from KYOCERA. 

http://www.kyocera.co.jp/prdct/function/ 

August 2016  v02