D30JCT120V SHINDENGEN | Alldatasheet
Document overview
- Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
- PDF pages: 4
Technical content
外形図については新電元 Webサイトをご参照下さい。捺印表示については 捺印仕様をご確認下さい。 Fordetailsoftheoutlinedimensions,refertoourwebsite.Asforthe marking,refertothespecification"Marking,TerminalConnection". www.shindengen.co.jp/product/semi/（J534-p〈2014.02〉） Package：JC（5pin） Unit：mm ■外観図 OUTLINE SIP D30JCT120V 1200V30A 単位 Unit 規格値 Ratings 条 件 Conditions 記号 Symbol 項 目 Item ℃－40～150Tstg保存温度 StorageTemperature ℃150Tj接合部温度 OperatingJunctionTemperature V1200VRM せん頭逆電圧 MaximumReverseVoltage A 30５０Hz正弦波，抵抗負荷，フィン付き T c＝116℃ 50Hzsinewave,Resistanceload,withheatsinkTc=116˚C Io出力電流 AverageRectifiedForwardCurrent 4.5５０Hz正弦波，抵抗負荷，フィン無し T a＝25℃ 50Hzsinewave,Resistanceload,withoutheatsinkTa=25˚C A 300 50Hz正弦波，非繰り返し 1サイクルせん頭値， 1素子当たりの規格値 Tj＝25℃ 50Hzsinewave,Non-repetitive1cyclepeakvalue, RatingofperdiodeTj=25˚C IFSMせん頭サージ順電流 PeakSurgeForwardCurrent 945tp＝1ms,Tj＝25℃，非繰り返し，一素子当たりの規格値 tp=1ms,Tj=25˚C,Non-repetitive,RatingofperdiodeIFSM1 A2s4501ms≦t＜10ms，一素子当たりの規格値 1ms≦t＜10ms,RatingofperdiodeI2t電流二乗時間積 CurrentSquaredTime kV2.5 一括端子・ケース間，AC1分間印加 モールド部上面（端子と平行面）は除く Terminalstocase,AC1minute. Excepttop(oppositesideoftheterminalside)ofthemoldcase. Vdis絶縁耐圧 DielectricStrength (Recommendedtorque:1.2N・m)TOR締め付けトルク MountingTorque ■定格表 RATINGS
- 絶対最大定格 AbsoluteMaximumRatings（指定のない場合は Tc＝25℃/unlessotherwisespecified）
- 電気的・熱的特性 ElectricalCharacteristics（指定のない場合は Tc＝25℃/unlessotherwisespecified） VMAX1.05パルス測定，一素子当たりの規格値 Pulsemeasurement,RatingofperdiodeIF＝10A,VF 順電圧 ForwardVoltage μAMAX 10パルス測定，一素子当たりの規格値 Pulsemeasurement,RatingofperdiodeVR＝1200V,IR 逆電流 ReverseCurrent ℃/W MAX 0.5接合部・ケース間 ,フィン付き Junctiontocase,withheatsinkθjc熱抵抗 ThermalResistance MAX 16接合部・周囲間 ,フィン無し Junctiontoambient,withoutheatsinkθja ʴ ʙʙʵ ᶃ ᶄᶅᶆ ᶇ ʙ ᶃ ᶄᶅᶆ ᶇ 1PMBSJUZ %BUF DPEF ʢྫʣ $POUSPM /P ʢྫʣ 5ZQF /P 30JCT120 0000 SHINDE NGEN ʙ ʙʙ ʵ BridgeDiode 特長 煙薄型SIP 煙ULE１４２４２２ Feature 煙CompactSIP 煙ULE142422
www.shindengen.co.jp/product/semi/ （J534-p〈2014.02〉） ＊Sinewaveは50Hzで測定しています。 ＊ 50Hzsinewaveisusedformeasurements. D30JCT120V ■特性図 CHARACTERISTIC DIAGRAMS ̍DZDMF *'4. ̍ ̌NT ̍ ̌NT 4JOF XBWF /P OSFQFUJUJWF 5Kʹ̎̑ˆ QFS EJPEF $BTF 5FNQFSBUVSF 5Dʤˆʥ "WFSBHF 3FDUJpFE 'PSXBSE $VSSFOU * 0ʤ"ʥ "NCJFOU 5FNQFSBUVSF 5B ʤˆʥ "WFSBHF 3FDUJpFE 'PSXBSE $VSSFOU * 0ʤ"ʥ 1VMTF NFBTVSFNFOU QFS EJPEF 1VMTF NFBTVSFNFOU QFS EJPEF Forward Voltage ̍ ̌ ̌ ̍ ̌ 5Dʹ ̍ ̑ ̌ ˆ ʢ."9ʣ 5Dʹ ̍ ̑ ̌ ˆ ʢ5:1ʣ 5D ʹ̎ ̑ ˆ ʢ."9ʣ 5D ʹ̎ ̑ ˆ ʢ5:1ʣ 'PSXBSE $VSSFOU * 'ʤ"ʥ 'PSXBSE 7PMUBHF 7 'ʤ7ʥ 5Dʹ ̍ ̑ ̌ ˆ ʢ5:1ʣ 5Dʹ ̍ ̎ ̑ ˆ ʢ5:1ʣ 5Dʹ ̍ ̌ ̌ ˆ ʢ5:1ʣ 5Dʹ ̓ ̑ ˆ ʢ5:1ʣ 5Dʹ ̑ ̌ ˆ ʢ5:1ʣ 5Dʹ ̎ ̑ ˆ ʢ5:1ʣ Reverse Cu rrent ̌̌ ̍ ̌̌ ̌ ̍ ̍ ̌ ̌ ̌ ̍ ̌ ̌ ̍ ̌ 3FWFSTF $VSSFOU * 3ʤЖ"ʥ 3FWFSTF 7PMUBHF 7 3ʤ7ʥ 5Kʹ ̍ ˆ 4*/ ઢ Forwa rdPowe rDissipation ̐ ̌ ̑ ̌ ̒ ̌ ̓ ̌ ̏ ̌ ̎ ̌ ̍ ̌ "WFSBHF 3FDUJpFE 'PSXBSE $VSSFOU * 0ʤ"ʥ 'PSXBSE 1PXFS %JTTJQBUJPO 1 'ʤ8ʥ ̍ ̌ ̍ ̑ ̎ ̌ ̎ ̑ ̏ ̌ ̏ ̑ ̐ ̌ 4*/ 3SPBE XJUI IFBUTJOL σΟ ϨʔςΟ ϯάΧʔϒ De rating Curve 5DTFOTJOH QPJOU IFBU TJOL 4*/ 3SPBE GSFF JO BJS σΟ ϨʔςΟ ϯάΧʔϒ Derating Cu rve Peak Surge ForwardCa pability ̐ ̌ ̌ ̏ ̌ ̌ ̑ ̌ ̌ ̎ ̌ ̌ /VNCFS PG $ZDMFTʤDZDMFʥ 1FBL 4VSHF 'PSXBSE $VSSFOU * '4.ʤ"ʥ ̍ ̍ ̌ ̌ ̍ ̌ ̌ ̍ ̌ Peak Surge Forwa rd Ca pability ̒ ̌ ̌ ̐ ̌ ̌ ̔ ̌ ̌ ̍ ̎ ̌ ̌ ̍ ̌ ̌ ̌ ̎ ̌ ̌ 1VMTF 8JEUI UQ ʤNTʥ 1FBL 4VSHF 'PSXBSE $VSSFOU * '4 .ʤ"ʥ ̍ ̍ ̌ *'4. UQ 4JOF XBWF /P OSFQFUJUJWF 5Kʹ̎̑ˆ QFS EJPEF Peak Surge Forwa rdCu rrentDe rating vs Junction Tem perature ෦Թ ̍ ̌ ̌ +VODUJPO 5FNQFSBUVSF 5Kʤˆʥ 1FBL 4VSHF 'PSXBSE $VSSFOU %FSBUJOHʤˋʥ TransientTherma lImp edance ̌̌ ̍ ̌̌ ̌ ̍ ̍ ̌ 5SBOTJFOU 5IFSNBM *NQFEBODF ВKD ʤˆ8ʥ 5JNF U ʤTʥ
͝ҙ ͞ΕΔಛ ͷ ʲඪ४༻్ʳ ɺՈిɺ ʲಛผ༻్ʳ ɺҩྍ ʲಛఆ༻్ʳ ͷͨΊͷஔɺγεςϜ ࢭ Ͱ͖ΔΑ͏͝ ౼Լ͍͞ɻ ೝԼ͍͞ɻ ͍·ͤΜɻ ͏ͷ Ͱ͋Γ·ͤΜɻ ɺ༌ग़ʹಉ Մ͕ඞཁͰ͢ɻ
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ʲ4UBOEBSEBQQMJDBUJPOTʳ $PNQVUFST PGGJDF BVUPNBUJPO BOE PUIFS PGGJDF FRVJQNFOU DPNNVOJDBUJPO UFSNJOBMT UFTU BOE NFBTVSFNFOU FRVJQNFOU BVEJPWJTVBM FRVJQNFOU BNVTFNFOU FRVJQNFOU DPOTVNFS FMFDUSPOJDT NBDIJOFUPPMT QFSTPOBMFMFDUSPOJDFRVJQNFOU JOEVTUSJBMFRVJQNFOU FUD ʲ4QFDJBMBQQMJDBUJPOTʳ 5SBOTQPSUBUJPOFRVJQNFOU WFIJDMFT TIJQT FUD USVOLMJOFDP NNVOJDBUJPOFRVJQNFOU USBGGJDTJHOBM DPOUSPMTZTUFNT BOUJEJTBTUFSDSJNFTZTUFNT TBGFUZFRVJQNFOU NFEJDBMFRVJQNFOU FUD ʲ4QFDJGJDBQQMJDBUJPOTʳ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