Product Catalog PRODUCTS OFFER BY MICRO COMMERCIAL COMPONENTS ARE NOT INTENDED FOR USE IN MEDICAL, AEROSPACE AND MILITARY APPLICATION.

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3 M Micro ommercial omponents TM Product atalog ustomer Inquiries: Technical Support: ustomer Awareness ounterfeiting of semiconductor parts is a growing problem in the industry. Micro ommercial omponents (M) is taking strong measures to protect ourselves and our customers from the proliferation of counterfeit parts. M strongly encourages customers to purchase M parts either directly from M or from Authorized M Distributors who are listed by country on our web page cited above. Products customers buy either from M directly or from Authorized M Distributors are genuine parts, have full traceability, meet M's quality standards for handling and storage. M will not provide any warranty coverage or other assistance for parts bought from Unauthorized Sources. M is committed to combat this global problem and encourage our customers to do their part in stopping this practice by buying direct or from authorized distributors. DISLAIMER OF LIABILITY PRODUTS OFFER BY MIRO OMMERIAL OMPONENTS ARE NOT INTENDED FOR USE IN MEDIAL, AEROSPAE AND MILITARY APPLIATION. The technical data disclosed herein has been diligently prepared and is believed to be accurate. Micro ommercial omponents does not assume any liability whatsoever for any inadvertent inaccuracies disclosed herein, nor does it warrant that the devices described herein will meet any specific requirements or expectations regarding the compatibility thereof with any specific product. The data herein is not intended to establish any superior technical expertise. Micro ommercial omponents reserves the right to make changes in any device, without notice, and for any reason whatsoever, including enhanced reliability, device function, performance and/or design. Micro ommercial omponents and its customers shall be only bound by express warranties set forth in written documents signed by each party Micro ommercial omponents orp. All Rights Reserved

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5 M Micro ommercial omponents TM TABLE OF ONTENTS I) ORDERING INFORMATION Y II) ELETRIAL SPEIFIATIONS 1 DIODES 1 GERMANIUM DIODES 1 SILION BIDIRETIONAL DIA 1 SUPERFAST REOVERY RETIFIERS 2 ULTRAFAST REOVERY RETIFIERS 4 HIGH EFFIIENT RETIFIERS... 7 FAST REOVERY RETIFIERS 10 STANDARD REOVERY RETIFIERS 15 SWITHING DIODES 24 SMALL SIGNAL SHOTTKY DIODES 28 SHOTTKY RETIFIERS 33 BRIDGE RETIFIERS 42 ZENER DIODES 52 TRANSIENT SUPPRESSORS 83 REGULATORS 111 SMALL SIGNAL&POWER TRANSISTORS 112 DIGITAL TRANSISTORS 122 ESD PROTETION DEVIES 124 MOSFET 125 HIGH AURAY NT THERMISTORS 126 III) PAKAGE OUTLINES A-1 IV) SUGGESTED PAD LAYOUT B-1 V) PAKAGING SPEIFIATIONS -1 THROUGH HOLE -1 SURFAE MOUNT -2

6 Ordering Information M Micro ommercial omponents TM RoHS ompliant Products A part number suffix P is used to designate RoHS ompliant products. eg. 1N4001-TP is a RoHS compliant part on Tape pack Halogen Free Products A part number suffix HF is used to distinguish halogen free products from traditional halogen containing products. eg. 1N4001-TP-HF is a RoHS compliant and Halogen free part on Tape pack Y

7 M Micro ommercial omponents TM GERMANIUM DIODES M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage Junction apacitance f = 1MHz, V R = 1V V RWM I T L I FSM I R I FM V FM J V ma A µa ma V pf Package 50MILLIAMPERE GERMANIUM DIODE 1N34A DO-7 SILION BIDIRETIONAL DIA M Part Number Breakover voltage Repetitive Peak On- State f=100hz Output Voltage Breakover urrent Breakover Voltage Symmetry Rise Time V BO I T P V O I BO(max) +V BO - -V BO T r V A us V µa V µs Package SILION BIDIRETIONAL DIA DB ± D ± DB ± DO-35G SILION BIDIRETIONAL DIA LLDB ± MiniMELF 1

8 M Micro ommercial omponents TM SUPERFAST REOVERY RETIFIERS M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns Package 1.0 AMPERE SUPER FAST SF SF SF SF SF SF SF DO AMPERE SUPER FAST SF SF SF SF SF SF SF21G SF22G SF23G SF24G SF25G SF26G G suffix signifies a glass passivated die 2.0 AMPERE SUPER FAST SF31 SF32 SF33 SF34 SF35 SF36 SF38 SF31G SF32G SF34G SF35G SF36G SF38G ER300 ER301 ER301A ER302 ER303 ER304 ER DO-15 DO-201AD 2

9 M Part Number Working Peak Reverse Voltage Average Forward Half- Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns TM Package 4.0 ~6.0AMPERE SUPER FAST SF41G SF42G SF44G SF45G SF46G SF48G SF SF SF SF SF SF SF SF51G SF52G SF54G SF55G SF56G SF58G SF61 SF62 SF63 SF64 SF65 SF G suffix signifies a glass passivated die 1.0 AMPERE SUPER FAST SFM11PL SFM12PL SFM13PL SFM14PL SFM15PL SFM16PL SFM17PL SFM18PL DO-201AD POWERLITE AMPERE SUPER FAST ER3AB ER3BB ER3B ER3DB ER3GB ER3JB SMB 3.0 AMPERE SUPER FAST ER3A ER3B ER ER3D ER3G ER3J SM

10 M Part Number M Micro ommercial omponents TM ULTRAFAST REOVERY RETIFIERS Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns Package 1.0 AMPERE ULTRA FAST UF UF UF UF UF UF UF UF4001GP UF4002GP UF4003GP UF4004GP UF4005GP UF4006GP UF4007GP MUR MUR MUR MUR MUR MUR MUR MUR MUR105GP MUR110GP MUR115GP MUR120GP MUR140GP MUR160GP G suffix signifies a glass passivated die 3.0~4.0 AMPERE ULTRAFAST UF UF UF UF UF UF UF UF5400GP UF5401GP UF5402GP UF5404GP UF5406GP UF5407GP UF5408GP MUR MUR MUR MUR MUR MUR MUR MUR DO-41 DO-201AD 4

11 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns Package 1.0 AMPERE ULTRAFAST UFM11PL UFM12PL UFM13PL UFM14PL UFM15PL Powerlite AMPERE ULTRA FAST ES1A ES1B ES1D ES1G ES1J ES1K ES1M *Note: Also can be made for Lead Frame Packages. HSMA* 1.0 AMPERE ULTRAFAST US1A US1B US1D US1G US1J US1K US1M SMA 1.0 AMPERE ULTRAFAST ES1AE ES1BE ES1E ES1DE ES1GE ES1JE ES1KE ES1ME SMAE 1.0 AMPERE ULTRAFAST ER1A ER1B ER1D ER1G ER1J ER1K ER1M *Note: Also can be made for Lead Frame Packages. 5 HSMB*

12 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents TM Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns Package 1.0 AMPERE ULTRAFAST UF1A UF1B UF1D UF1G UF1J UF1K SMB 2.0 AMPERE ULTRAFAST US2A US2B US2D US2G US2J US2K US2M SMB 2.0 AMPERE ULTRAFAST ES2A ES2B ES2D ES2G HSMA* ES2J ES2K ES2M *Note: Also can be made for Lead Frame Packages. 2.0 AMPERE ULTRAFAST ER2A ER2B ER ER2D ER2G ER2J ER2K ER2M *Note: Also can be made for Lead Frame Packages. HSMB* 6

13 M Micro ommercial omponents HIGH EFFIIENT RETIFIERS TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns Package 1.0 AMPERE HIGH EFFIIENT RETIFIERS HER101S HER102S HER103S HER104S HER105S HER106S HER107S HER108S A AMPERE HIGH EFFIIENT RETIFIERS HER HER HER HER HER HER HER HER DO HER101G HER102G HER103G HER104G HER105G HER106G HER107G HER108G G suffix signifies a glass passivated die 1.0 AMPERE HIGH EFFIIENT RETIFIERS 1H H H H H H H H1G H2G H3G H4G H5G H6G H7G G suffix signifies a glass passivated die R-1 7

14 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents TM Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns Package 1.5 ~ 2.0 AMPERE HIGH EFFIIENT RETIFIERS HER HER HER HER HER HER HER HER HER HER HER HER HER HER HER HER HER201G HER202G HER203G HER204G HER205G HER206G HER207G HER208G DO ~ 5.0 AMPERE HIGH EFFIIENT RETIFIERS HER HER HER HER HER HER HER HER HER301G HER302G HER303G HER304G HER305G HER306G HER307G HER308G HER HER HER HER HER HER HER HER DO-201AD 8

15 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns TM Package 6.0 AMPERE HIGH EFFIIENT RETIFIERS HER HER HER HER HER HER HER HER R-6 9

16 M Micro ommercial omponents TM FAST REOVERY RETIFIERS M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns Package 0.2 AMPERE FAST R2500F 2500 R3000F 3000 R4000F 4000 R5000F DO ~1.0 AMPERE FAST R1200F R1500F R1800F R2000F FR FR FR FR FR FR FR FR101GP FR102GP FR103GP FR104GP FR105GP FR106GP FR107GP N N N N N N4933GP N4934GP N4935GP N4936GP N4937GP N N N N N N4942GP N4944GP N4946GP N4947GP N4948GP GP suffix signifies a glass passivated die DO-41 10

17 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns TM Package 1.0 AMPERE FAST 1F F F F F F F ~ 2.0 AMPERE FAST FR FR FR FR FR FR FR FR151GP FR152GP FR153GP FR154GP FR155GP FR156GP FR157GP FR FR FR FR FR FR FR FR201GP FR202GP FR203GP FR204GP FR205GP FR206GP FR207GP GP suffix signifies a glass passivated die R-1 DO-15 11

18 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents TM Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns Package 3.0 ~ 5.0 AMPERE FAST FR FR FR FR FR FR FR FR301GP FR302GP FR303GP FR304GP FR305GP FR306GP FR307GP FR FR FR FR FR FR FR DO-201AD 6.0 AMPERE FAST FR FR FR FR FR FR FR FR601GP FR602GP FR603GP FR604GP FR605GP FR606GP FR607GP GP suffix signifies a glass passivated die R AMPERE FAST FRA801G FRA802G FRA803G FRA804G FRA805G FRA806G FRA807G TO-220A 12

19 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns Package 25 AMPERE FAST FRB D2-PAK 1.0 AMPERE FAST FSM11PL FSM 12PL FSM 13PL FSM 14PL FSM 15PL FSM 16PL Powerlite AMPERE FAST FS1A FS1B FS1D FS1G FS1J FS1K FS1M HSMA* *Note: Also can be made for Lead Frame Package 1.0 AMPERE FAST FS1AE FS1BE FS1DE FS1GE FS1JE FS1KE FS1ME SMAE 1.0 AMPERE FAST FR1A FR1B FR1D FR1G FR1J FR1K FR1M *Note: Also can be made for Lead Frame Package HSMB* 13

20 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents TM Maximum Forward Voltage Maximum Reverse Recovery Time V RWM I T L I FSM I R I FM V FM t rr V A A µa A V ns Package 2.0 AMPERE FAST FS2A FS2B FS2D FS2G FS2J FS2K FS2M *Note: Also can be made for Lead Frame Package HSMA* 2.0 AMPERE FAST FR2A FR2B FR2D FR2G FR2J FR2K FR2M *Note: Also can be made for Lead Frame Package HSMB* 3.0 AMPERE FAST FR3AB FR3BB FR3DB FR3GB FR3JB FR3KB FR3MB SMB 3.0 AMPERE FAST FR3A FR3B FR3D FR3G FR3J FR3K FR3M SM 14

21 M Micro ommercial omponents STANDARD REOVERY RETIFIERS TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 0.2 AMPERE STANDARD R R R R DO ~ 1.0 AMPERE STANDARD R R R R N N N N N N N N4001GP N4002GP N4003GP N4004GP N4005GP N4006GP N4007GP GP suffix signifies a glass passivated die DO AMPERE STANDARD RL RL RL RL RL RL RL RL101GP RL102GP RL103GP RL104GP RL105GP RL106GP RL107GP GP suffix signifies a glass passivated die A

22 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents TM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 1.0 AMPERE STANDARD 1A A A A A A A R ~ 2.0 AMPERE STANDARD 1N N N N N N N N N N5391GP N5392GP N5393GP N5394GP N5395GP N5396GP N5397GP N5398GP N5399GP RL RL RL RL RL RL RL RL201GP RL202GP RL203GP RL204GP RL205GP RL206GP RL207GP GP suffix signifies a glass passivated die DO-15 16

23 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V TM Package 2.5 AMPERE STANDARD RL RL RL RL RL RL RL RL251GP RL252GP RL253GP RL254GP RL255GP RL256GP RL257GP GP suffix signifies a glass passivated die R ~ 6.0 AMPERE STANDARD 1N N N N N N N N5400GP N5401GP N5402GP N5404GP N5406GP N5407GP N5408GP S05 60S1 60S2 60S4 60S6 60S8 60S GP suffix signifies a glass passivated die DO-201AD 17

24 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 6.0 AMPERE STANDARD 6A A A A A A A A05G A1G A2G A4G A6G A8G A10G DR DR DR DR DR DR DR DR G suffix signifies a glass passivated die R AMPERE STANDARD GPA801DT GPA802DT GPA803DT GPA804DT GPA805DT GPA806DT GPA807DT D2-PAK 8.0 AMPERE STANDARD GPA GPA GPA GPA GPA GPA GPA TO-220A 18

25 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 10 AMPERE STANDARD 10A A A A A A A R-6 12 ~16 AMPERE STANDARD MGR MGR MGR MGR MGR MGR MGR MGR MGR MGR MGR MGR MGR MGR TO-220A 25 ~ 50 AMPERE STANDARD PF PF PF PF PF PF PF PF PF PF PF PF PF PF PF PRESSFIT *Note: for positive terminal part number is as shown. 19

26 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 1.0 AMPERE STANDARD SM4001PL SM4002PL SM4003PL SM4004PL SM4005PL SM4006PL SM4007PL POWERLITE AMPERE STANDARD GS1AE GS1BE GS1DE GS1GE GS1JE GS1KE GS1ME SMAE 1.0 AMPERE STANDARD GS1A GS1B GS1D GS1G GS1J GS1K GS1M *Note: Also can be made for Lead Frame Package HSMA* 1.0 AMPERE STANDARD S1A S1B S1D S1G S1J S1K S1M *Note: Also can be made for Lead Frame Package HSMB* 20

27 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 2.0 AMPERE STANDARD GS2A GS2B GS2D GS2G GS2J GS2K GS2M HSMA* 2.0 AMPERE STANDARD S2A S2B S2D S2G S2J S2K S2M *Note: Also can be made for Lead Frame Package 3.0~6.0 AMPERE STANDARD S3A S3B S3D S3G S3J S3K S3M S5AL S5BL S5DL S5GL S5JL S5KL S5ML SMLJ60S SMLJ60S SMLJ60S SMLJ60S SMLJ60S SMLJ60S SMLJ60S HSMB* SM DO-214AB 21

28 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 10 AMPERE STANDARD S10A S10B S10D S10G S10J S10K S10M HSM 25 ~ 50 AMPERE STANDARD RA RA RA RA RA RA RA RA251GP RA252GP RA253GP RA254GP RA255GP RA256GP RA257GP RA RA RA RA RA RA RA RA351GP RA352GP RA353GP RA354GP RA355GP RA356GP RA357GP RA RA RA RA RA RA RA RA501GP RA502GP RA503GP RA504GP RA505GP RA506GP RA507GP GP suffix signifies a glass passivated die 22 RA BUTTON

29 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 25 ~ 50 AMPERE STANDARD SRA SRA SRA SRA SRA SRA SRA SRA251GP SRA252GP SRA253GP SRA254GP SRA255GP SRA256GP SRA257GP SRA SRA SRA SRA SRA SRA SRA SRA351GP SRA352GP SRA353GP SRA354GP SRA355GP SRA356GP SRA357GP SRA SRA SRA SRA SRA SRA SRA SRA501GP SRA502GP SRA503GP SRA504GP SRA505GP SRA506GP SRA507GP GP suffix signifies a glass passivated die SRA BUTTON 23

30 M Micro ommercial omponents TM M Part Number Peak Reverse Voltage SWITHING DIODES Maximum Reverse 25 Maximum Forward Voltage Drop urrent Junction apacitance V R =4.0V, f=1mhz Reverse Recovery Time Maximum Power T A=25 PRV I V R V I F j Max. t rr Max. P D V µa V V ma pf ns mw 150mW-500mW SWITHING DIODE / DO-34 1SS SS SS N4148M mW-500mW SWITHING DIODE / DO-35 1N N N N N N SS mW SWITHING DIODE / DO-35 1N N914A N914B N N916A N916B mW~500mW SWITHING DIODE / MIRROMELF / SURFAE MOUNT BAV BAV BAV BAV ML ML mW SWITHING DIODE / GLASS MINIMELF / SURFAE MOUNT DL DL DL DL DL DL

31 M Micro ommercial omponents TM M Part Number Peak Reverse Voltage Maximum Reverse 25 Maximum Forward Voltage Drop urrent Junction apacitance V R =4.0V, f=1mhz Reverse Recovery Time Maximum Power T A=25 PRV I V R V I F j Max. t rr Max. P D V µa V V ma pf ns mw Marking ode 150mW - 350mW SWITHING DIODE / SOT-23 / SURFAE MOUNT 1SS181 2* A3 1SS184 3* B3 1SS193 1* F3 1SS226 4* BAS16 1* A6 BAS116 1* JV BAS19 1* JP BAS20 1* JR BSA21 1* JS BAS21A 2* JS2 BAS21 2* JS3 BAS21S 2* JS4 BAW56 2* A1/J BAV70 3* A4/JA BAV99 4* A7/JG BAW156 2* JZ BAV170 3* JX BAV199 4* JY MPSH-3 1* D95 MPSH-3A 2* DB1 MPSH-3 3* DB2 MPSH-3S 4* DA5 MMBD4148 1* KA2/A2 MMBD4148A 2* D6 MMBD4148 3* D5/KD5 MMBD4148SE 4* D4 MMBD4448 1* KA3 MMBD914 4* D 200mW 350mW SWITHING DIODE / SOT-323 / SURFAE MOUNT BAS16WT 1* A2/KA2 BAS19WT 1* KA8 BAS20WT 1* KT2 BAS21WT 1* KT3 BAW56WT 2* KJ BAV70WT 3* KJA BAV99WT 4* KJG MMBD4148WT 1* A2/KA2 MMBD4448WT 1* KA3 150mW SWITHING DIODE / SOT-523 / SURFAE MOUNT BAS16T 1* A2 BAS21T 1* T3 BAW56T 2* JD BAV70T 3* JJ BAV99T 4* JE DAN222 3* N DAP222 2* P *Pin onfiguration - Top View Figure 1 Figure 2 Figure 3 Figure 4 25

32 M Micro ommercial omponents TM M Part Number Peak Reverse Voltage Maximum Reverse 25 Maximum Forward Voltage Drop urrent Junction apacitance V R =4.0V, f=1mhz Reverse Recovery Time Maximum Power T A=25 PRV I V R V I F j Max. t rr Max. P D V µa V V ma pf ns mw Marking ode/pin Identity 200mW SWITHING DIODE / SOT-363 / SURFAE MOUNT BAS16TW KA2/Fig.1 BAW56DW KJ/Fig.2 BAV70DW KJA/Fig.2 BAV99DW KJG/Fig.3 MMBD4148TW KA2/Fig.1 MMBD4448DW KA3/Fig.4 MMBD4448HAQW KA5/Fig.5 MMBD4448HADW KA6/Fig.6 MMBD4448HDW KA7/Fig.2 MMBD4448HQW KA4/Fig.7 MMBD4448HSDW KA8/Fig.3 MMBD4448HTW KAA/Fig.1 150mW SWITHING DIODE / SOT-563 / SURFAE MOUNT BAS16V KAM/Fig.4 MMBD4448V KAL/Fig mW SWITHING DIODE / SOD-123 / SURFAE MOUNT 1N4148W T4/A2 1N4448W T5 BAS16W T6/A6 BAV19W A8 BAV20W T2/A80 BAV21W T3/A82 MMSD D Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Fig.7 26

33 M Micro ommercial omponents TM M Part Number Peak Reverse Voltage Maximum Reverse 25 Maximum Forward Voltage Drop urrent Junction apacitance V R =4.0V, f=1mhz Reverse Recovery Time Maximum Power T A=25 PRV I V R V I F j Max. t rr Max. P D V µa V V ma pf ns mw Marking ode/pin Identity 200mW-500mW SWITHING DIODE / SOD-323 / SURFAE MOUNT 1N4148WX T4 1N4448WX T5 1SS A 1SS S31 1SS S51 BAS16WX A6/T4 BAS21WX JS MDSH S1 MMDL D 150Mw -200mW SWITHING DIODE / SOD-523 / SURFAE MOUNT 1SS S4 1SS A 1N4148X T4 1N4448X T5 BAS16X A6 350mW SWITHING DIODE / SOT-23 / SURFAE MOUNT MMBD1501(A) (A)11/ Fig.1 MMBD1503(A) (A)13/ Fig.4 MMBD1504(A) (A)14/ Fig.3 MMBD1505(A) (A)15/ Fig.2 Pin onfiguration - Top View Figure 1 Figure 2 Figure 3 Figure 4 27

34 M Micro ommercial omponents TM SMALL SIGNAL SHOTTKY DIODES M Part Number Marking ode Peak Reverse Voltage Maximum Reverse urrent Maximum Forward Voltage Drop Surge urrent apacitance Pin Identity PRV I R V I F V I F I FSM TOT V µa mv ma mv ma madc pf 200mW SHOTTKY DIODE / SOT-23 / SURFAE MOUNT BAT54 L4P * Fig.1 BAT54A L * Fig.2 BAT54 L * Fig.3 BAT54S L * Fig.4 BAS ** Fig.1 BAS ** Fig.4 BAS ** Fig.3 BAS ** Fig.2 BAS *** Fig.1 BAS *** Fig.4 BAS *** Fig.3 BAS *** Fig.2 * Tested at V R=25V. ** Tested at V R=30V. *** Tested at V R=50V Pin onfiguration - Top View Figure 1 Figure 2 Figure 3 Figure 4 200mW SHOTTKY DIODE / SOT-323 / SURFAE MOUNT BAT54WT KL * Fig.1 BAT54AWT KL * Fig.2 BAT54WT KL * Fig.3 BAT54SWT KL * Fig.4 BAS40WT K ** Fig.1 BAS40WT-04 K ** Fig.4 BAS40WT-05 K ** Fig.3 BAS40WT-06 K ** Fig.2 BAS70WT K *** Fig.1 BAS70WT-04 K *** Fig.4 BAS70WT-05 K *** Fig.3 BAS70WT-06 K *** Fig.2 *Tested at V R=25V. ** Tested at V R=30V. *** Tested at V R=50V 28

35 M Micro ommercial omponents TM M Part Number Marking ode Peak Reverse Voltage Maximum Reverse urrent Maximum Forward Voltage Drop Surge urrent (1 Second Pulse) apacitance Maximum Reverse Recovery Time PRV I R V I F V I F I FSM TOT trr V µa mv ma mv ma madc pf ns 150mW SHOTTKY DIODE / SOT-523 / SURFAE MOUNT BAS40T ** BAS40-04T ** BAS40-05T ** BAS40-06T ** BAT54T L * BAT54AT L * BAT54T L * BAT54ST L * BAS70T *** BAS70-04T 7D *** BAS70-05T 7E *** BAS70-06T 7F *** *Tested at V R=25V. ** Tested at V R=30V ***Tested at V R=50V 150mW SHOTTKY DIODE / SOT-563 / SURFAE MOUNT BAT54V KAV * BAS40V KAN ** * Tested at V R=25V. ** Tested at V R=30V 200mW SHOTTKY DIODE / SOT-363 / SURFAE MOUNT BAS40BRW K ** BAS40DW-04 K ** BAS40DW-05 K ** BAS40DW-06 K ** BAS40TW K ** BAT54TW KLA * BAT54ADW KL * BAT54DW KL * BAT54SDW KL * BAT54BRW KLB * BAT54DW KLD * BAS70BRW K *** BAS70DW-04 K *** BAS70DW-05 K *** BAS70DW-06 K *** BAS70TW K *** Tested at V R=25V. ** Tested at V R=30V ***Tested at V R=50V 200mW SHOTTKY / SOD-523 / SURFAE MOUNT BAT54WX JV * *Tested at V R=25V 250mW SHOTTKY / SOD-323 / SURFAE MOUNT BAT60B W SD107WS S mW SHOTTKY / SOD323 / SURFAE MOUNT BAS40WX ** BAS70WX K *** * Tested at V R=25V. ** Tested at V R=30V ***Tested at V R=50V OPERATING/STORAGE TEMPERATURE RANGE: -55 to

36 M Micro ommercial omponents TM M Part Number Maximum Peak Reverse Voltage Average Rectified Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse 25 T A Maximum Forward 25 T A PRV I O@ T A I FSM I R I FM V FM V A A madc A V 150mW SHOTTKY / DO-35 BAT45 15 * V R=6.0V 10mA.50 BAT * V R=1.5V 10mA mW SHOTTKY / DO-35 BAT42 30 * V R=25V 50mA.65 BAT43 30 * V R=25V 15mA mW SHOTTKY / GLASS MINIMELF / SURFAE MOUNT LL48 40 * V R=10V 10mA.45 LL V R=15V 1mA 0.5 LL60P V R=15V 1mA 0.5 LL V R=25V 10mA mW SHOTTKY / DO-35 BAT85 30 * V R=25V 10mA.40 BAT86 50 * V R=25V 10mA mW SHOTTKY / DO-35 SD101A 60 * 25 2** V R=50V 15mA 1.00 SD101B 50 * 25 2** V R=40V 15mA.95 SD * 25 2** V R=30V 15mA.90 SD103A 40 * V R=30V 200mA.60 SD103B 30 * V R=20V 200mA.60 SD * V R=10V 200mA.60 1N * 25 2** V R=50V 15mA N * 25 2** V R=50V 15mA 1.00 *Maximum power dissipation is 400mW at 25. Temperature measured at device body. Derate 4mW/ above 25 ** 10 µsec square wave 400mW SHOTTKY / GLASS MINIMELF / SURFAE MOUNT LLSD101A 60 * 25 2** V R=50V 15mA 1.00 LLSD101B 50 * 25 2** V R=40V 15mA.95 LLSD * 25 2** V R=30V 15mA.90 LLSD103A 40 * V R=30V 200mA.60 LLSD103B 30 * V R=20V 200mA.60 LLSD * V R=10V 200mA.60 DL * 25 2** V R=50V 15mA 1.00 DL * 25 2** V R=50V 15mA 1.00 *Maximum power dissipation is 400mW at 25. Temperature measured at device body. Derate 4mW/ above 25 ** 10 µsec square wave 0.1 AMPERE SHOTTKY / DO-34 RB441Q AMPERE SHOTTKY / DO-35 RB721Q

37 M Micro ommercial omponents TM M Part Number Marking ode Maximum Peak Reverse Voltage Average Rectified Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse 25 T A Maximum Forward 25 T A PRV I O@ T A I FSM I R I FM V FM V A A madc A V 200mW SHOTTKY / SOD323 / SURFAE MOUNT BAT42WS S7 30 * V R=25V 50mA.65 BAT43WS S8 30 * V R=25V 15mA.45 BAT54WS L9/JV 30 * V R=25V 10mA mW SHOTTKY / SOD123 / SURFAE MOUNT BAT42W S7/L2 30 * V R=25V 50mA.65 BAT43W S8/L3 30 * V R=25V 15mA.45 BAT54W L9 30 * V R=25V 10mA mW SHOTTKY / SOD123 / SURFAE MOUNT SD101AW S1 60 * 25 2** V R=30V 15mA 1.00 SD101BW S2 50 * 25 2** V R=20V 15mA.95 SD101W S3 40 * 25 2** V R=10V 15mA.90 SD103AW S4 40 * ** V R=30V 200mA.60 SD103BW S5 30 * ** V R=20V 200mA.60 SD103W S6 210 * ** V R=10V 200mA.60 *Maximum power dissipation is 400mW at 25. Temperature measured at device body. Derate 4mW/ above 25 ** 10 µsec square wave 400mW SHOTTKY / SOD323 / SURFAE MOUNT SD101AWS S1 60 * 25 2** V R=50V 15mA 1.00 SD101BWS S2 50 * 25 2** V R=40V 15mA.95 SD101WS S3 40 * 25 2** V R=30V 15mA.90 SD103AWS S4 40 * ** V R=30V 200mA.60 SD103BWS S5 30 * ** V R=20V 200mA.60 SD103WS S6 20 * ** V R=10V 200mA.60 *Maximum power dissipation is 400mW at 25. Temperature measured at device body. Derate 4mW/ above 25 ** 10 µsec square wave 0.25 AMPERE SHOTTKY / SOD323 / SURFAE MOUNT MBRX02520 A MBRX02530 B MBRX MBRX02560 D M E AMPERE SHOTTKY / SOD323 / SURFAE MOUNT MBRX MBRX MBRX MBRX AMPERE SHOTTKY / SOD123 / SURFAE MOUNT MBR0520 R MBR0530 R MBR0540 R MBR0560 R

38 M Micro ommercial omponents TM M Part Number Marking ode& Pin Identity Maximum Peak Reverse Voltage Average Rectified Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum 25 T A Maximum Forward 25 T A PRV I O@ T A I FSM I R I FM V FM V A A madc A V 0.1~1.0 AMPERE SHOTTKY / SOT-23 / SURFAE MOUNT RB400DS D3A/Fig RB411DS D3E/Fig RB420DS D3B/Fig RB421DS D3/Fig RB425DS D3L/Fig RB491DS D2E/Fig RB495DS D3Q/Fig ~0.5 AMPERE SHOTTKY / SOD-323 / SURFAE MOUNT RB551V-30 D RB751V-40 RB500V-40 RB501V-40 5/3J ~0.2 AMPERE SHOTTKY / SOD-523 / SURFAE MOUNT RB520S-30 RB521S-30 RB520S-40 RB751S-40 B D ~0.2 AMPERE SHOTTKY / SOD-723 / SURFAE MOUNT RB520G-30 RB521G-30 RB751G-40 E F AMPERE SHOTTKY / SOT-323 / SURFAE MOUNT RB706F-40 3J/Fig @10V RB715F 3D/Fig @10V AMPERE SHOTTKY / SOT-523 / SURFAE MOUNT RB715W 3D/Fig @10V Fig.1 Fig. 2 Fig. 3 32

39 M Micro ommercial omponents SHOTTKY BARRIER RETIFIERS TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A ma A V Package 1.0 AMPERE SHOTTKY 1N N N SR SR SR SR SR SR SR AMPERE SHOTTKY 1N N N S S S S S S SA AMPERE SHOTTKY SB SB SB SB SB SB SB DO-41 R-1 DO AMPERE SHOTTKY SR SR SR SR SR SR DO-41 33

40 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage Package V RWM I T L I FSM I R I FM V FM V A A ma A V 3.0 ~ 8.0 AMPERE SHOTTKY 1N N N SR SR SR SR SR SR SR SR SR SR SR SR SR SR SR SR SR SR SR SR SR SR SR DO-201AD 7.5~ 10 AMPERE SHOTTKY MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR TO-220A 34

41 M Micro ommercial omponents TM Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A ma A V Package 10 AMPERE SHOTTKY MBR1020F MBR1030F MBR1040F MBR1050F MBR1060F MBR1080F MBR1090F MBR10100F ITO-220A 10 AMPERE SHOTTKY MBR1030T MBR1035T MBR1040T MBR1045T MBR1050T MBR1060T MBR1080T MBR10100T MBR10150T TO-220AB 15~ 20 AMPERE SHOTTKY MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR MBR TO-220A 35

42 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents TM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A ma A V Package 10 ~ 30 AMPERE SHOTTKY MBR1020FT MBR1030FT MBR1040FT MBR1045FT MBR1050FT MBR1060FT MBR1080FT MBR10100FT MBR10150FT MBR1620FT MBR1630FT MBR1640FT MBR1650FT MBR1660FT MBR1680FT MBR16100FT MBR2020FT MBR2030FT MBR2035FT MBR2040FT MBR2045FT MBR2060FT MBR2080FT MBR20100FT MBR20120FT MBR20200FT MBR2535FT MBR2545FT MBR2550FT MBR2560FT MBR3020FT MBR3030FT MBR3040FT MBR3045FT MBR3060FT MBR3080FT MBR30100FT MBR30150FT ITO-220AB 36

43 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A ma A V TM Package 15 ~ 30 AMPERE SHOTTKY MBR1520T MBR1530T MBR1535T MBR1540T MBR1545T MBR1560T MBR1580T MBR15100T MBR1620T MBR1630T MBR1635T MBR1640T MBR1645T MBR1660T MBR16100T MBR2020T MBR2030T MBR2035T MBR2040T MBR2045T MBR2060T MBR2080T MBR20100T MBR20120T MBR20150T MBR20200T MBR2520T MBR2530T MBR2535T MBR2540T MBR2545T MBR2560T MBR3030T MBR3035T MBR3040T MBR3045T MBR3050T MBR3060T MBR30100T MBR30150T TO-220AB 37

44 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents TM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A ma A V Package 30 AMPERE SHOTTKY MBR3020PT MBR3030PT MBR3035PT MBR3040PT MBR3045PT MBR3060PT AMPERE SHOTTKY MBRX MBRX MBRX MBRX AMPERE SHOTTKY SS12E SS13E SS14E SS15E SS16E SS18E SS110E TO-247 (TO-3P) SOD-123 SMAE 1.0 AMPERE SHOTTKY SM5817PL SM5818PL SM5819PL POWERLITE AMPERE SHOTTKY SS SS SS SS SS SS SS *Note: Also can be made for Lead Frame Package 1.0 AMPERE SHOTTKY SK SK SK SK SK SK SK HSMA* HSMB* 38

45 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A ma A V TM Package 2.0 AMPERE SHOTTKY SMD22PL SMD24PL SMD26PL POWERLITE AMPERE SHOTTKY SS SS SS SS SS SS SS *Note: Also can be made for Lead Frame Package 2.0 AMPERE SHOTTKY SK SK SK SK SK SK SK SK *Note: Also can be made for Lead Frame Package 3.0 AMPERE SHOTTKY SK32A SK33A SK34A SK35A SK36A SK38A SK310A *Note: Also can be made for Lead Frame Package 3.0 AMPERE SHOTTKY SK32B SK33B SK34B SK35B SK36B SK38B SK310B *Note: Also can be made for Lead Frame Package HSMA* HSMB* HSMA* HSMB* 39

46 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents TM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A ma A V Package 3.0 AMPERE SHOTTKY SK SK SK SK SK SK SK SM 5.0 AMPERE SHOTTKY SK52B-LT SK53B-LT SK54B-LT SK55B-LT SK56B-LT SK58B-LT SK510B-LT SMB 5.0 ~ 8.0 AMPERE SHOTTKY SK52L SK53L SK54L SK545L SK55L SK56L SK58L SK510L SK62L SK63L SK64L SK645L SK65L SK66L SK68L SK610L SK82L SK83L SK835L SK84L SK845L SK86L SK88L SK810L SM 40

47 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A ma A V TM Package 8.0 ~ 30 AMPERE SHOTTKY MBRB MBRB MBRB MBRB MBRB MBRB MBRB MBRB1030T MBRB1035T MBRB1040T MBRB1045T MBRB1050T MBRB1060T MBRB10100T MBRB10200T MBRB1520T MBRB1530T MBRB1535T MBRB1540T MBRB1545T MBRB1560T MBRB1580T MBRB15100T MBRB1620T MBRB1630T MBRB1635T MBRB1640T MBRB1645T MBRB1660T MBRB2020T MBRB2030T MBRB2035T MBRB2040T MBRB2045T MBRB2060T MBRB2080T MBRB20100T MBRB20200T MBRB2520T MBRB2530T MBRB2535T MBRB2540T MBRB2545T MBRB2560T MBRB3030T MBRB3040T MBRB3060T D2-PAK 41

48 BRIDGE RETIFIERS M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 0.5 AMPERE BRIDGE E MB05M MB1M MB2M MB4M MB6M MB8M MB10M MB ~ 1.5 AMPERE BRIDGE E DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB AMPERE BRIDGE E RB RB RB RB RB RB RB RB AMPERE BRIDGE E W005G W01G W02G W04G W06G W08G W10G G suffix signifies a glass passivated die WOM 42

49 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V TM Package 1.5 AMPERE BRIDGE E W005M W01M W02M W04M W06M W08M W10M W005F W01F W02F W04F W06F W08F W10F WOM 2.0 AMPERE BRIDGE E KBP2005G KBP201G KBP202G KBP204G KBP206G KBP208G KBP2010G GBP 2.0 AMPERE BRIDGE E DB DB DB DB DB DB DB DB AMPERE BRIDGE E KBP KBP KBP KBP KBP KBP KBP KBPL 43

50 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents TM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 3.0 AMPERE BRIDGE E PB PB PB PB PB PB PB PB AMPERE BRIDGE E KBP3005G KBP301G KBP302G KBP304G KBP306G KBP308G KBP3010G GBP 4.0 AMPERE BRIDGE GBU4A GBU4B GBU4D GBU4G GBU4J GBU4K GBU4M AMPERE BRIDGE E E RS401L RS402L RS403L RS404L RS405L RS406L RS407L RS401GL RS402GL RS403GL RS404GL RS405GL RS406GL RS407GL GBU RS-4L 44

51 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V TM Package 6 AMPERE BRIDGE E GBU6A GBU6B GBU6D GBU6G GBU6J GBU6K GBU6M GBU 6 AMPERE BRIDGE GBJ GBJ GBJ GBJ GBJ GBJ GBJ AMPERE BRIDGE E E PB PB PB PB PB PB PB GBJ PB-6 6 AMPERE BRIDGE E RS RS RS RS RS RS RS RS-6 45

52 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents TM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 8.0 AMPERE BRIDGE E GBU8A GBU8B GBU8D GBU8G GBU8J GBU8K GBU8M AMPERE BRIDGE E GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ 8.0 AMPERE BRIDGE E RS RS RS RS RS RS RS RS AMPERE BRIDGE E MB MB MB MB MB MB MB BR-6 46

53 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 10 AMPERE BRIDGE E GBU10A GBU10B GBU10D GBU10G GBU10J GBU10K GBU10M GBU 10 AMPERE BRIDGE E GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ 10 AMPERE BRIDGE E MP MP MP MP MP MP MP PB-6 10 AMPERE BRIDGE E RS RS RS RS RS RS RS RS-6 47

54 M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM M Micro ommercial omponents TM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 10 AMPERE BRIDGE E MB MB MB MB MB MB MB BR-6 15 ~ 35 AMPERE BRIDGE E GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ GBJ

55 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 15 ~ 50 AMPERE BRIDGE E MB MB MB MB MB MB MB MB MB MB MB MB MB MB MB251D MB MB MB MB MB MB MB MB MB MB MB MB MB MB *NOTE: Suffix W Denotes Wire Leads MB-35(W)* 49

56 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 15 ~ 50 AMPERE BRIDGE E MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP *NOTE: Suffix W Denotes Wire Leads MP-50(W)* 50

57 M Micro ommercial omponents TM M Part Number Working Peak Reverse Voltage Average Forward Half-Wave Resistive Load 60Hz Forward Peak Surge 8.3mS Superimposed Maximum Reverse V RWM Maximum Forward Voltage V RWM I T L I FSM I R I FM V FM V A A µa A V Package 0.5 AMPERE BRIDGE MB05S MB1S MB2S MB4S MB6S MB8S MB10S ~ 2.0 AMPERE BRIDGE E E SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB SDB MBS-1 SDB-1 51

58 500mW ZENER DIODE / DO-34 ZENER DIODES M Micro ommercial omponents TM M ZENER Dynamic Resistance URRENT PART NUMBER V I ZT VOLTS URRENT I ZT r d (Max) I Z I R V R Type Grade Min Max ma OHMS ma µa VOLTS A MTZJ B A MTZJ B A MTZJ B A MTZJ B A MTZJ B A MTZJ B A MTZJ B A MTZJ B A MTZJ4.3 B A MTZJ4.7 B A MTZJ5.1 B A MTZJ5.6 B A MTZJ6.2 B A MTZJ6.8 B A MTZJ7.5 B A MTZJ8.2 B A MTZJ9.1 B A B MTZJ D A MTZJ11 B A MTZJ12 B

59 M Micro ommercial omponents TM 500mW ZENER DIODE / DO-34 M ZENER Dynamic Resistance URRENT PART NUMBER V I ZT VOLTS URRENT I ZT r d (Max) I Z I R V R Type Grade Min Max ma OHMS ma µa VOLTS A MTZJ13 B A MTZJ15 B A MTZJ16 B A MTZJ18 B A B MTZJ D A B MTZJ D A B MTZJ D A B MTZJ D A B MTZJ D A MTZJ B MTZJ D A B MTZJ D A B MTZJ D

60 M Micro ommercial omponents TM 500mW ZENER DIODE / DO-35 M PART NUMBER NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE B SUFFIX ONLY LEAKAGE URRENT I V R MAX. ZENER TEMP OEFFIIENT B SUFFIX ONLY Z I ZT Z ZK = 0.25mA VOLTS ma Ω Ω µa VOLTS % / 1N5221B N5222B N5223B N5224B N5225B N5226B N5227B N5228B N5229B ± N5230B ± N5231B ± N5232B N5233B N5234B N5235B N5236B N5237B N5238B N5239B N5240B N5241B N5242B N5243B N5244B N5245B N5246B N5247B N5248B N5249B N5250B N5251B N5252B N5253B N5254B N5255B N5256B N5257B N5258B N5259B N5260B N5261B N5262B N5263B N5264B N5265B N5266B N5267B Note : A, B, series have the same electrical characteristics to B(+/- 5%) series with +/- 10%, +/- 2% voltage tolerance 1N52XX Series can be encapsulated in MiniMelf. Part number DL52XX series, and in Micromelf package with pn# ML52XX series, and in Quadromelf with pn# LS52XX series. 54

61 M Micro ommercial omponents TM 500mW ZENER DIODE / DO-35 M PART NUMBER ZENER URRENT LEAKAGE URRENT ZENER URRENT RATING HANGE V Z (VOLTS) I ZT I R V R I ZM V Z Min Nom Max µa µa VOLTS ma Volts 1N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N46XX Series can be encapsulated in MiniMelf. Part number DL46XX series, and in Quadromelf with pn# LS46XX series. 500mW ZENER DIODE / DO-35 M PART NUMBER NORMAL LEAKAGE TYPIAL TEMP ZENER VZ@IZT URRENT IZT ZENER IMPEDANE IZT URRENT VR=1V ZENER URRENT IZM OEFFIIENT VOLTS ma Ω µa@25 µa@125 ma %/ 1N N N N N N ± N N N N N N N N Note: 1N746~1N759 can be encapsulated in MiniMelf. Part number: DL746~DL759 55

62 M Micro ommercial omponents TM 500mW ZENER DIODE / DO-35 M PART NUMBER NORMAL ZENER ZENER IMPEDANE IZT LEAKAGE URRENT ZENER URRENT VZ IZT ZZT ZZK IZK IR VR IZM V ma Ω Ω ma µa V ma 1N957B N958B N959B N960B N961B N962B N963B N964B N965B N966B N967B N968B N969B N970B N971B N972B N973B N974B N975B N978B N979B N982B mW ZENER DIODE / DO-35 M PART NUMBER NORMAL ZENER VZ@IZT URRENT IZT ZENER IMPEDANE IZT LEAKAGE URRENT VR ZENER URRENT IZM VOLTS ma Ω µa@25 V@25 ma 56 Device Marking 1N N4614 1N N4615 1N N4616 1N N4617 1N N4618 1N N4619 1N N4620 1N N4621 1N N4622 1N N4623 1N N4624 1N N4625 1N N4626 1N N4627 1N N4099 1N N4100 1N N4101 1N N4102 1N N4103 1N N4104 1N N4105 1N N4106 1N N4107 1N N4108 1N N4109 1N N4110

63 M Micro ommercial omponents TM 500mW ZENER DIODE / DO-35 M PART NUMBER NORMAL ZENER VZ@IZT URRENT IZT ZENER IMPEDANE IZT LEAKAGE URRENT VR ZENER URRENT IZM VOLTS ma Ω µa@25 V@25 ma Device Marking 1N N4111 1N N4112 1N N4113 1N N4114 1N N4115 1N N4116 1N N4117 1N N4118 1N N4119 1N N4120 1N N4121 1N N4122 1N N4123 1N N4125 1N N mW ZENER DIODE / DO-35 M PART NUMBER NOMINAL ZENER V I ZT (Note 2) VOLTS URRE NT I ZT ma B,,D Suffix ZENER IMPEDANE (Note 1) Z ZT Ω A,Non- Suffix Z ZK =0.25mA Ω B,,D A,Non- Suffix Suffix B,,D Suffix LEAKAGE URRENT I V R µa VOLTS A,Non- Suffix B,,D Suffix A,Non- Suffix Max. D Zener urrent I ZM 1N5985B N5987B N5988B N5989B N5990B N5991B N5992B N5993B N5994B N5995B N5996B N5997B N5998B N5999B N6000B N6001B N6002B N6003B N6004B N6005B N6006B N6007B N6008B N6009B N6010B N6011B N6012B N6013B N6014B N6015B N6016B ma 57

64 500mW ZENER DIODE / DO-35 M Micro ommercial omponents TM M PART NUMBER ZENER V I ZT VOLTS URRENT 58 I ZT Dynamic Resistance r d (Max) I Z URRENT I R V R Type Grade Min Max ma OHMS ma µa VOLTS A A A B H2 B B A A A B H3 B B A A A B H4 B B A A A B H5 B B A A A B H6 B B A A A B H7 B B A A H9 A B B B

65 M Micro ommercial omponents TM 500mW ZENER DIODE / DO-35 M ZENER Dynamic Resistance URRENT PART NUMBER V I ZT URRENT r d (Max) I I R Z VOLTS I ZT V R Type Grade Min Max ma OHMS ma µa VOLTS H A A A B H11 B B A A A B H12 B B H H H H H H H H H H Note: H2~H36 can also be encapsulated in Minimelf,the part number LH2~LH36, and in Quadromelf package with pn# :LSH2~LSH36 59

66 M Micro ommercial omponents TM 500mW ZENER DIODE / DO-35 M PART NUMBER NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE B SUFFIX ONLY LEAKAGE URRENT I V R MAX. ZENER TEMP OEFFIIENT B SUFFIX ONLY Z I ZT Z ZK = 1.0mA VOLTS ma Ω Ω na VOLTS % / BZX552V to 0.06 BZX552V to 0.06 BZX552V to 0.06 BZX552V to 0.06 BZX553V to 0.05 BZX553V to 0.05 BZX553V to 0.05 BZX553V to 0.05 BZX554V to 0.03 BZX554V to BZX555V to BZX555V to BZX556V to+0.06 BZX556V to BZX557V to BZX558V to BZX559V to BZX to BZX to BZX to BZX to BZX to BZX to BZX to BZX to BZX to BZX to BZX to BZX to BZX to BZX to BZX (1) to BZX (1) to BZX (1) to BZX (1) to BZX ( to BZX (1) to BZX (1) to BZX (1) to BZX to BZX to BZX to Note: BZX55 Series can be encapsulated in Minimelf package, the part number BZV55 Series and in Micromelf package with pn# BZM55 series. 60

67 M Micro ommercial omponents TM 500mW ZENER DIODE / DO-35 M PART NUMBER DEVIE MARKING NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE B SUFFIX ONLY Z I ZT (f=1.0khz) LEAKAGE URRENT I V R TK VZ VOLTS ma Ω µa VOLTS %/K BZX792V4 792V ~-0.06 BZX792V7 792V ~-0.06 BZX793V0 793V ~-0.05 BZX793V3 793V ~-0.05 BZX793V6 793V ~-0.05 BZX793V9 793V ~-0.05 BZX794V7 794V ~-0.03 BZX795V1 795V ~+0.02 BZX795V6 795V ~+0.02 BZX796V2 796V ~+0.05 BZX796V8 796V ~0.06 BZX797V5 797V ~0.07 BZX798V2 798V ~0.07 BZX ~0.08 BZX ~0.09 BZX ~0.1 BZX ~0.11 BZX ~0.11 BZX ~0.11 BZX ~0.11 BZX ~0.11 BZX ~0.11 BZX ~0.11 BZX ~0.12 BZX ~0.12 BZX ~0.12 BZX ~0.12 BZX ~0.12 BZX ~0.12 BZX ~0.12 BZX ~0.12 BZX ~0.12 BZX ~0.12 1W ZENER DIODE / DO-41G M PART NUMBER ZENER VZ URRENT IZT DYNAMI IMPEDANE IZT URRENT VR VR REGULATOR URRENT IZM TA = 50 KNEE IMPEDANE IZK URRENT IZK SURGE URRENT VOLTS ma Ω µa VOLTS ma Ω ma ma 1N4728A N4729A N4730A N4731A N4732A N4733A N4734A N4735A N4736A IS 61

68 M Micro ommercial omponents TM 1W ZENER DIODE / DO-41G M PART NUMBER ZENER VZ URRENT IZT DYNAMI IMPEDANE IZT URRENT VR VR REGULATOR URRENT IZM TA = 50 KNEE IMPEDANE IZK URRENT IZK SURGE URRENT VOLTS ma Ω µa VOLTS ma Ω ma ma 1N4737A N4738A N4739A N4740A N4741A N4742A N4743A N4744A N4745A N4746A N4747A N4748A N4749A N4750A N4751A N4752A N4753A N4754A N4755A N4756A N4757A N4758A N4759A N4760A N4761A Note: 1N47XX Series can be encapsulated in glass melf package, the part number: DL47XX Series IS 1W ZENER DIODE / DO-41 M PART NUMBER NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE B SUFFIX ONLY LEAKAGE URRENT I V R TYPIAL TEMP. OEFFIIENT Z I ZT Z ZK VOLTS ma Ω Ω ma µa VOLTS % / 1EZ110D EZ120D EZ130D EZ140D EZ150D EZ160D EZ170D EZ180D EZ190D EZ200D

69 M Micro ommercial omponents TM 1.3W ZENER DIODE / DO-41G M PART NUMBER NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE B SUFFIX ONLY LEAKAGE URRENT I V R MAX. ZENER TEMP OEFFIIENT B SUFFIX ONLY Z I ZT Z ZK VOLTS ma Ω Ω ma µa VOLTS % / BZX855V to BZX855V to BZX856V to 0.06 BZX856V to 0.07 BZX857V to 0.07 BZX858V to 0.08 BZX859V to 0.09 BZX to 0.1 BZX to 0.11 BZX to 0.11 BZX to 0.11 BZX to 0.11 BZX to 0.11 BZX to 0.11 BZX to 0.11 BZX to 0.12 BZX to 0.12 BZX to 0.12 BZX to 0.12 BZX to 0.12 BZX to 0.12 BZX to 0.12 BZX to 0.12 BZX to 0.12 BZX to 0.12 BZX to 0.12 BZX to 0.12 BZX to 0.12 BZX to 0.12 Note: BZX85XX Series can be encapsulated in glass melf package, the part number: DL85XX Series 1.5W ZENER DIODE / DO-41G M PART NUMBER ZENER VZ URRENT IZT DYNAMI IMPEDANE IZT URRENT VR VR KNEE URRENT IZK KNEE IMPEDANE IZK D URRENT VOLTS ma Ω µa VOLTS ma Ω ma 1N5913B N5914B N5915B N5916B N5917B N5918B N5919B N5920B N5921B N5922B N5923B N5924B N5925B N5926B N5927B N5928B N5929B IZM 63

70 M Micro ommercial omponents TM 1.5W ZENER DIODE / DO-41G M PART NUMBER ZENER VZ URRENT IZT DYNAMI IMPEDANE IZT URRENT VR VR KNEE URRENT IZK KNEE IMPEDANE IZK VOLTS ma Ω µa VOLTS ma Ω ma 1N5931B N5932B N5933B N5934B N5935B N5936B N5937B N5938B N5939B N5940B N5941B N5942B D URRENT IZM 1.5W ZENER DIODE / DO-41 M PART NUMBER ZENER VZ URRENT IZT DYNAMI IMPEDANE IZT URRENT VR VR KNEE URRENT 64 IZK KNEE IMPEDANE IZK D URRENT VOLTS ma Ω µa VOLTS ma Ω ma 1N5913BP N5914BP N5915BP N5916BP N5917BP N5918BP N5919BP N5920BP N5921BP N5922BP N5923BP N5924BP N5925BP N5926BP N5927BP N5928BP N5929BP N5930BP N5931BP N5932BP N5933BP N5934BP N5935BP N5936BP N5937BP N5938BP N5939BP N5940BP N5941BP N5942BP N5943BP N5944BP N5945BP N5946BP IZM

71 M Micro ommercial omponents TM 2W ZENER DIODE / DO-41 M PART NUMBER NOMINAL ZENER IZT URRENT IZT ZENER IMPEDANE LEAKAGE URRENT VR IZT VOLTS ma ZZT(Ω) ZZK(Ω) IZK(mA) µa VOLTS 2EZ5.1D EZ5.6D EZ6.2D EZ6.8D EZ7.5D EZ8.2D EZ9.1D EZ10D EZ11D EZ12D EZ13D EZ14D EZ15D EZ16D EZ17D EZ18D EZ19D EZ20D EZ22D EZ24D EZ27D EZ30D EZ33D EZ36D EZ39D EZ43D EZ47D EZ51D EZ56D EZ62D EZ68D EZ75D W ZENER DIODE / DO-15 M PART NUMBER ZENER V Z URREN T I ZT DYNAMI IMPEDANE Z I ZT URRENT I V R V R REGULATO R URRENT I ZM KNEE IMPEDANE Z I ZK URREN T I ZK SURGE URRENT I S VOLTS ma Ω µa VOLTS ma Ω ma ma 3EZ11D EZ12D EZ13D EZ14D EZ15D EZ16D EZ17D EZ18D EZ19D EZ20D EZ22D EZ24D

72 M Micro ommercial omponents TM 3W ZENER DIODE / DO-15 M PART NUMBER ZENER V Z URREN T I ZT DYNAMI IMPEDANE Z I ZT URRENT I V R V R REGULATO R URRENT I ZM KNEE IMPEDANE Z I ZK URREN T I ZK SURGE URRENT I S VOLTS ma Ω µa VOLTS ma Ω ma ma 3EZ27D EZ28D EZ30D EZ33D EZ36D EZ39D W ZENER DIODE / DO-15 M PART NUMBER ZENER VZ URRENT IZT DYNAMI IMPEDANE IZT URRENT VR VR REGULATOR URRENT IZM KNEE IMPEDANE IZK URRENT IZK SURGE URRENT VOLTS ma Ω µa VOLTS ma Ω ma ma 1N5338B N5339B N5340B N5341B N5342B N5343B N5344B N5345B N5346B N5347B N5348B N5349B N5350B N5351B N5352B N5353B N5354B N5355B N5356B N5357B N5388B N5359B N5360B N5361B N5362B N5363B N5364B N5365B N5366B N5367B N5368B N5369B IS 66

73 M Micro ommercial omponents TM 100mW ZENER DIODE / SOD-523 M PART NUMBER ZENER VOLTA GE V Z URRE NT I ZT DYNAMI IMPEDAN E Z I ZT URRENT I V R VOLTA GE V R KNEE IMPEDANE Z I ZK URREN T I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma BZT522V4T Z11 BZT522V7T Z12 BZT523V0T Z13 BZT523V3T Z14 BZT523V6T Z15 BZT523V9T Z16 BZT524V3T Z17 BZT524V7T Z1 BZT525V1T Z2 BZT525V6T Z3 BZT526V2T Z4 BZT526V8T Z5 BZT527V5T Z6 BZT528V2T Z7 BZT529V1T Z8 BZT5210T Z9 BZT5211T Y1 BZT5212T Y2 BZT5213T Y3 BZT5215T Y4 BZT5216T Y5 BZT5218T Y6 BZT5220T Y7 BZT5222T Y8 BZT5224T Y9 BZT5227T Y10 BZT5230T Y11 BZT5233T Y12 BZT5236T Y13 BZT5239T Y14 200mW ZENER DIODE / SOD-323 M PART NUMBER ZENER V Z URRE NT I ZT DYNAMI IMPEDAN E Z I ZT URRENT I V R VOLTA GE V R KNEE IMPEDANE Z I ZK URR ENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma BZT522V4S WX BZT522V7S W1 BZT523V0S W2 BZT523V3S W3 BZT523V6S W4 BZT523V9S W5 BZT524V3S W6 BZT524V7S W7 BZT525V1S W8 BZT525V6S W9 BZT526V2S WA BZT526V8S WB BZT527V5S W BZT528V2S WD 67

74 200mW ZENER DIODE / SOD-323 M Micro ommercial omponents TM M PART NUMBER ZENER V Z URRENT I ZT DYNAMI IMPEDAN E Z I ZT URRENT I V R VOLTA GE V R KNEE IMPEDANE Z I ZK URR ENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma BZT529V1S WE BZT5210S WF BZT5211S WG BZT5212S WH BZT5213S WI BZT5215S WJ BZT5216S WK BZT5218S WL BZT5220S WM BZT5222S WN BZT5224S WO BZT5227S WP BZT5230S WQ BZT5233S WR BZT5236S WS BZT5239S WT 200mW ZENER DIODE / SOT-323 M PART NUMBER ZENER V Z URRENT I ZT DYNAMI IMPEDAN E Z 68 I ZT URRENT I V R VOLTA GE V R KNEE IMPEDANE Z I ZK URRE NT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma BZX842V4W W1/KRB BZX842V7W W2/KR BZX843V0W W3/KRD BZX843V3W W4/KRE BZX843V6W W5/KRF BZX843V9W W6/KRG BZX844V3W W7/KRH BZX844V7W W8/KR1 BZX845V1W W9KR2 BZX845V6W WA/KR3 BZX846V2W WB/KR4 BZX846V8W WKR5 BZX847V5W WD/KR6 BZX848V2W WE/KR7 BZX849V1W WFKR8 BZX8410W WG/KR9 BZX8411W WH/KP1 BZX8412W WI/KP2 BZX8413W WK/KP3 BZX8415W WL/KP4 BZX8416W W M/KP5 BZX8418W WN/KP6 BZX8420W WOKP7 BZX8422W WP/KP8 BZX8424W WR/KP9 BZX8427W WS/KPA BZX8430W WT/KPB BZX8433W WU/KP BZX8436W WW/KPD BZX8439W WX/KPE

75 M Micro ommercial omponents TM 200mW ZENER DIODE / SOT-323 M PART NUMBER ZENER VOLTA GE V Z URRE NT I ZT DYNAMI IMPEDAN E Z I ZT URRENT I V R VOLTA GE V R KNEE IMPEDANE Z I ZK URR ENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma MMBZ5221BW K1/1 MMBZ5222BW K2/2 MMBZ5223BW K3/3 MMBZ5225BW K5/5 MMBZ5226BW KG1/D1 MMBZ5227BW KG2/D2 MMBZ5228BW KG3/D3 MMBZ5229BW KG4/D4 MMBZ5230BW KG5/D5 MMBZ5231BW KE1/E1 MMBZ5232BW KE2/E2 MMBZ5234BW KE4/E4 MMBZ5235BW KE5/E5 MMBZ5236BW KF1/F1 MMBZ5237BW KF2/F2 MMBZ5239BW KF4/F4 MMBZ5240BW KF5/F5 MMBZ5241BW KH1/H1 MMBZ5242BW KH2/H2 MMBZ5243BW KH3/H3 MMBZ5245BW KH5/H5 MMBZ5246BW KJ1/J1 MMBZ5248BW KJ3/J3 MMBZ5250BW KJ5/J5 MMBZ5251BW KK1/K1 MMBZ5252BW KK2/K2 MMBZ5254BW KK4/K4 MMBZ5255BW KK5/K5 MMBZ5256BW KM1/M2 MMBZ5257BW KM2/M2 MMBZ5258BW KM3/M3 MMBZ5259BW KM4/M4 200mW ZENER DIODE / SOD-323 M PART NUMBER ZENER V Z(1) URRE NT I ZT DYNAMI IMPEDAN E Z I ZT URRENT I V R V R KNEE IMPEDAN E Z I ZK URR ENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma MMXZ5221B MMXZ5222B MMXZ5223B MMXZ5225B MMXZ5226B D1/G1 MMXZ5227B D2/G2 MMXZ5228B D3/G3 MMXZ5229B D4/G4 MMXZ5230B D5/G5 MMXZ5231B E1 MMXZ5232B E2 69

76 M Micro ommercial omponents TM 200mW ZENER DIODE / SOD-323 M PART NUMBER ZENER V Z(1) URRE NT I ZT DYNAMI IMPEDAN E Z I ZT URRENT I V R V R KNEE IMPEDAN E Z I ZK URR ENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma MMXZ5234B E4 MMXZ5235B E5 MMXZ5236B F1 MMXZ5237B F2 MMXZ5239B F4 MMXZ5240B F5 MMXZ5241B H1 MMXZ5242B H2 MMXZ5243B H3 MMXZ5245B H5 MMXZ5246B J1 MMXZ5248B J3 MMXZ5250B J5 MMXZ5251B K1 MMXZ5252B K2 MMXZ5254B K4 MMXZ5255B K5 MMXZ5256B M1 MMXZ5257B M2 MMXZ5258B M3 MMXZ5259B M4 300mW ZENER DIODE / SOT-23/OMMON ANODE M PART NUMBER NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE Min Reverse 70 DEVIE MARKING Z I ZT Z ZK =1.0mA VOLTS ma Ω Ω VR(V) AZ232V KD1 AZ233V KD2 AZ233V KD3 AZ233V KD4 AZ233V KD5 AZ234V KD6 AZ234V KD7 AZ235V KD8 AZ235V KD9 AZ236V KDA AZ236V KDB AZ237V KD AZ238V KDD AZ239V KDE AZ KDF AZ KDG AZ KDH AZ KDI AZ KDJ AZ KDK AZ KDL AZ KDM AZ KDN AZ KDO AZ KDP AZ KDQ AZ KDR

77 M Micro ommercial omponents TM 300mW ZENER DIODE / SOT-23/OMMON ANODE M PART NUMBER NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE Min Reverse DEVIE MARKING Z I ZT Z ZK =1.0mA VOLTS ma Ω VR(V) VR(V) AZ KDS AZ KDT AZ D30 AZ D31 AZ D32 300mW ZENER DIODE / SOT-23/OMMON ATHODE M PART NUMBER NOMINAL ZENER IZT URRENT IZT ZENER IMPEDANE LEAKAGE URRENT VR DEVIE MARKING IZT =1.0mA VOLTS ma Ω Ω µa VOLTS DZ232V V1 DZ233V V2 DZ233V V3 DZ233V V4 DZ233V V5 DZ234V V6 DZ234V V7 DZ235V V8 DZ235V V9 DZ236V V10 DZ236V V11 DZ237V V12 DZ238V V13 DZ239V V14 DZ V15 DZ V16 DZ V17 DZ V18 DZ V19 DZ V20 DZ V21 DZ V22 DZ V23 DZ V24 DZ V25 DZ V26 DZ V27 DZ V28 DZ V29 DZ V30 DZ V31 DZ V32 DZ V33 DZ V34 DZ V35 DZ V36 71

78 M Micro ommercial omponents TM 350mW ZENER DIODE / SOT-23 M PART NUMBER NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE LEAKAGE URRENT I V R 72 DEVIE MARKING Z I ZT Z ZK =1.0mA VOLTS ma Ω Ω µa VOLTS BZX842V W1/Z11 BZX842V W2/Z12 BZX843V W3/Z13 BZX843V W4/Z14 BZX843V W5/Z15 BZX843V W6/Z16 BZX844V W7/Z17 BZX844V W8/Z1 BZX845V W9/Z2 BZX845V WA/Z3 BZX846V WB/Z4 BZX846V W/Z5 BZX847V WD/Z6 BZX848V WE/Z7 BZX849V WF/Z8 BZX WG/Z9 BZX WH/Y1 BZX WI/Y2 BZX WK/Y3 BZX WL/Y4 BZX WM/Y5 BZX WN/Y6 BZX WO/Y7 BZX WP/Y8 BZX WR/Y9 BZX WS/Y10 BZX WT/Y11 BZX WU/Y12 BZX WW/Y13 BZX WX/Y14 BZX WY BZX WZ BZX XA 350mW ZENER DIODE / SOT-23 M PART NUMBER NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE LEAKAGE URRENT I V R DEVIE MARKING Z I ZT Z ZK =0.25mA VOLTS ma Ω Ω µa VOLTS MMBZ5221B K1/1 MMBZ5222B K2/2 MMBZ5223B K3/3 MMBZ5225B K5/5 MMBZ5226B KG1/D1 MMBZ5227B KG2/D2 MMBZ5228B KG3/D3 MMBZ5229B KG4/D4 MMBZ5230B KG5/D5 MMBZ5231B KE1/E1 MMBZ5232B KE2/E2 MMBZ5234B KE4/E4 MMBZ5235B KE5/E5 MMBZ5236B KF1/F1 MMBZ5237B KF2/F2 MMBZ5239B KF4/F4 MMBZ5240B KF5/F5 MMBZ5241B KH1/H1

79 M Micro ommercial omponents TM 350mW ZENER DIODE / SOT-23 M PART NUMBER NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE LEAKAGE URRENT I V R DEVIE MARKING Z I ZT Z ZK =0.25mA VOLTS ma Ω Ω µa VOLTS MMBZ5242B KH2/H2 MMBZ5243B KH3/H3 MMBZ5245B KH5/H5 MMBZ5246B KJ1/J1 MMBZ5248B KJ3/J3 MMBZ5250B KJ5/J5 MMBZ5251B KK1/K1 MMBZ5252B KK2/K2 MMBZ5254B KK4/K4 MMBZ5255B KK5/K5 MMBZ5256B KM1/M1 MMBZ5257B KM2/M2 MMBZ5258B KM3/M3 MMBZ5259B KM4/M4 500mW ZENER DIODE / SOD-123 M PART NUMBER MARKING NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE Z I ZT Z ZK = 1mA LEAKAGE URRENT I V R VOLTS ma OHMS OHMS µa VOLTS BZT522V4 WX BZT522V7 W BZT523V0 W BZT523V3 W BZT523V6 W BZT523V9 W BZT524V3 W BZT524V7 W BZT525V1 W BZT525V6 W BZT526V2 WA BZT526V8 WB BZT527V5 W BZT528V2 WD BZT529V1 WE BZT5210 WF BZT5211 WG BZT5212 WH BZT5213 WI BZT5215 WJ BZT5216 WK BZT5218 WL BZT5220 WM BZT5222 WN BZT5224 WO BZT5227 WP @0.5mA BZT5230 WQ @0.5mA BZT5233 WR @0.5mA BZT5236 WS @0.5mA BZT5239 WT @0.5mA BZT5243 WU

80 M Micro ommercial omponents TM 500mW ZENER DIODE / SOD-123 M PART NUMBER MARKING NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE Z I ZT Z ZK = 0.25mA LEAKAGE URRENT I V R VOLTS ma OHMS OHMS µa VOLTS MMSZ5221B MMSZ5222B MMSZ5223B MMSZ5225B MMSZ5226B G1/ D MMSZ5227B G2/ D MMSZ5228B G3/ D MMSZ5229B G4/ D MMSZ5230B G5/ D MMSZ5231B E MMSZ5232B E MMSZ5234B E MMSZ5235B E MMSZ5236B F MMSZ5237B F MMSZ5239B F MMSZ5240B F MMSZ5241B H MMSZ5242B H MMSZ5243B H MMSZ5245B H MMSZ5246B J MMSZ5248B J MMSZ5250B J MMSZ5251B K MMSZ5252B K MMSZ5254B K MMSZ5255B K MMSZ5256B M MMSZ5257B M MMSZ5258B M MMSZ5259B M

81 M Micro ommercial omponents TM 1/2W ZENER DIODE / MINMELF / SURFAE MOUNT M PART NUMBER NOMINAL ZENER V I ZT URRENT I ZT ZENER IMPEDANE LEAKAGE URRENT I V R Z I ZT Z ZK VOLTS ma Ω Ω ma µa VOLTS DLZ3.6B DLZ3.9B DLZ4.3B DLZ4.7B DLZ5.1B DLZ5.6B DLZ6.2B DLZ6.8B DLZ7.5B DLZ8.2B DLZ9.1B DLZ10B DLZ11B DLZ12B DLZ13B DLZ15B DLZ16B DLZ18B DLZ20B DLZ22B DLZ24B DLZ27B DLZ30B DLZ33B DLZ36B DLZ39B W ZENER DIODE / GLASS MELF / SURFAE MOUNT M PART NUMBER NORMAL ZENER VZ@IZT URRENT IZT ZENER IMPEDANE IZT LEAKAGE URRENT VR ZENER URRENT VOLTS ma Ω µa@25 µa@25 ma ZMY3.0G (<8) ZMY3.3G (<8) 150 > ZMY3.6G (<8) 100 > ZMY3.9G (<7) 100 > ZMY4.3G (<7) 50 > ZMY4.7G (<7) 10 > ZMY5.1G (<5) 10 > ZMY5.6G (<2) 3 > ZMY6.2G (<2) 0.5 > ZMY6.8G (<2) 0.5 > ZMY7.5G (<2) 0.5 > ZMY8.2G (<2) 0.5 > ZMY9.1G (<4) 0.5 > ZMY10G (<4) 1 > ZMY11G (<7) 1 > ZMY12G (<7) 1 > ZMY13G (<10) 1 > 7 92 ZMY15G (<10) 1 > ZMY16G (<15) 1 > IZM 75

82 M Micro ommercial omponents TM 1W ZENER DIODE / GLASS MELF / SURFAE MOUNT M PART NUMBER NORMAL ZENER VZ@IZT URRENT IZT ZENER IMPEDANE IZT LEAKAGE URRENT VR ZENER URRENT IZM VOLTS ma Ω µa@25 µa@25 ma ZMY18G (<15) 1 > ZMY20G (<15) 1 > ZMY22G (<15) 1 > ZMY24G (<15) 1 > ZMY27G (<15) 1 > ZMY30G (<15) 1 > ZMY33G (<15) 1 > ZMY36G (<40) 1 > ZMY39G (<40) 1 > ZMY43G (<45) 1 > ZMY47G (<45) 1 > ZMY51G (<60) 1 > ZMY56G (<60) 1 > ZMY62G (<80) 1 > ZMY68G (<80) 1 > ZMY75G (<100) 1 > W ZENER DIODE / DO-214A / SURFAE MOUNT M PART NUMBER ZENER V Z(1) URRENT I ZT DYNAMI IMPEDANE Z I ZT URRENT I V R V R KNEE IMPEDANE Z I ZK URRENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma SMAJ4728A A SMAJ4729A A SMAJ4730A A SMAJ4731A A SMAJ4732A A SMAJ4733A A SMAJ4734A A SMAJ4735A A SMAJ4736A A SMAJ4737A A SMAJ4738A A SMAJ4739A A SMAJ4740A A SMAJ4741A A SMAJ4742A A SMAJ4743A A SMAJ4744A A SMAJ4745A A SMAJ4746A A SMAJ4747A A SMAJ4748A A SMAJ4749A A SMAJ4750A A SMAJ4751A A SMAJ4752A A SMAJ4753A A SMAJ4754A A SMAJ4755A A SMAJ4756A A 76

83 M Micro ommercial omponents TM 1W ZENER DIODE / DO-214A / SURFAE MOUNT M PART NUMBER ZENER V Z(1) URRENT I ZT DYNAMI IMPEDANE Z I ZT URRENT I V R V R KNEE IMPEDANE Z I ZK URRENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma SMAJ4757A A SMAJ4758A A SMAJ4759A A SMAJ4760A A SMAJ4761A A 1W ZENER DIODE / DO-214A / SURFAE MOUNT M PART NUMBER ZENER V Z(1) URRENT I ZT DYNAMI IMPEDANE Z I ZT URRENT I V R V R KNEE IMPEDANE Z I ZK URRENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma SMAZ5V Z5V1 SMAZ5V Z5V6 SMAZ6V Z6V2 SMAZ6V Z6V8 SMAZ7V Z7V5 SMAZ8V Z8V2 SMAZ9V Z9V1 SMAZ Z10 SMAZ Z12 SMAZ Z15 SMAZ Z16 SMAZ Z18 SMAZ Z20 SMAZ Z22 SMAZ Z24 SMAZ Z27 SMAZ Z30 SMAZ Z33 SMAZ Z36 SMAZ Z39 1.5W ZENER DIODE / DO-214A / SURFAE MOUNT M PART NUMBER ZENER V Z(1) URRENT I ZT DYNAMI IMPEDANE Z I ZT URRENT I V R V R KNEE IMPEDANE Z I ZK URRENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma SMAJ5918B B SMAJ5919B B SMAJ5920B B SMAJ5921B B SMAJ5922B B SMAJ5923B B SMAJ5924B B SMAJ5925B B SMAJ5926B B 77

84 M Micro ommercial omponents TM 1.5W ZENER DIODE / DO-214A / SURFAE MOUNT M PART NUMBER ZENER V Z(1) URRENT I ZT DYNAMI IMPEDANE Z I ZT URRENT I V R V R KNEE IMPEDANE Z I ZK URRENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma SMAJ5927B B SMAJ5928B B SMAJ5929B B SMAJ5930B B SMAJ5931B B SMAJ5932B B SMAJ5933B B SMAJ5934B B SMAJ5935B B SMAJ5936B B SMAJ5937B B SMAJ5938B B SMAJ5939B B SMAJ5940B B SMAJ5941B B SMAJ5942B B 1.5W ZENER DIODE / DO-214AA / SURFAE MOUNT M PART NUMBER ZENER VOLTAG E V Z(1) URREN T I ZT DYNAMI IMPEDAN E Z I ZT URRENT I V R V R KNEE IMPEDANE Z I ZK 78 URREN T I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma SMBJ5913B B SMBJ5914B B SMBJ5915B B SMBJ5916B B SMBJ5917B B SMBJ5918B B SMBJ5919B B SMBJ5920B B SMBJ5921B B SMBJ5922B B SMBJ5923B B SMBJ5924B B SMBJ5925B B SMBJ5926B B SMBJ5927B B SMBJ5928B B SMBJ5929B B SMBJ5930B B SMBJ5931B B SMBJ5932B B SMBJ5933B B SMBJ5934B B SMBJ5935B B SMBJ5936B B SMBJ5937B B SMBJ5938B B SMBJ5939B B SMBJ5940B B SMBJ5941B B SMBJ5942B B

85 M Micro ommercial omponents TM 2.0W ZENER DIODE / SMA M PART NUMBER NOMINAL ZENER IZT URRENT IZT ZENER IMPEDANE IZT LEAKAGE URRENT VR DEVIE MARKING VOLTS ma ZZT(Ω) ZZK(Ω) IZK(mA) µa VOLTS SMA2EZ5.6D E5.6 SMA2EZ6.2D E6.2 SMA2EZ6.8D E6.8 SMA2EZ7.5D E7.5 SMA2EZ8.2D E8.2 SMA2EZ9.1D E9.1 SMA2EZ10D E10 SMA2EZ11D E11 SMA2EZ12D E12 SMA2EZ13D E13 SMA2EZ14D E14 SMA2EZ15D E15 SMA2EZ16D E16 SMA2EZ17D E17 SMA2EZ18D E18 SMA2EZ19D E19 SMA2EZ20D E20 SMA2EZ22D E22 SMA2EZ24D E24 SMA2EZ27D E27 SMA2EZ30D E30 SMA2EZ33D E33 SMA2EZ36D E36 SMA2EZ39D E39 SMA2EZ43D E43 SMA2EZ47D E47 SMA2EZ51D E51 SMA2EZ56D E56 SMA2EZ62D E62 SMA2EZ68D E68 SMA2EZ75D E75 3W ZENER DIODE / DO-214A / SURFAE MOUNT M PART NUMBER ZENER V Z(1) URRENT I ZT DYNAMI IMPEDANE Z I ZT URRENT I V R V R KNEE IMPEDANE Z I ZK URRENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma SMA53V <20 <40 1 < V3 SMA53V <20 <20 1 < V6 SMA53V <15 <10 1 < V9 SMA54V <13 <3 1 < V3 SMA54V <13 <3 1 < V7 SMA55V <10 <1 1.5 < V1 SMA55V <7 <1 2 < V6 SMA56V <4 <1 3 < V2 SMA56V <3.5 <1 4 < V8 SMA57V <3 <1 4.5 < V5 SMA58V <5 <1 6.2 < V2 SMA59V <5 <1 6.8 < V1 SMA <7 <0.5 7 < SMA <8 < < SMA <9 < < SMA <10 < < SMA <15 < <

86 3W ZENER DIODE / DO-214A / SURFAE MOUNT M PART NUMBER ZENER V Z(1) URRENT I ZT DYNAMI IMPEDANE Z I ZT URRENT I V R V R M Micro ommercial omponents TM KNEE IMPEDANE Z I ZK URRENT I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma SMA <15 < < SMA <20 < < SMA <24 < < SMA <25 < < SMA <25 < < SMA <30 < < SMA <30 < < SMA <35 < < SMA <40 < < SMA <50 < < W ZENER DIODE / DO-214A / SURFAE MOUNT M PART NUMBER ZENER VOLTA GE V Z(1) URREN T I ZT DYNAMI IMPEDAN E Z I ZT URRENT I V R V R KNEE IMPEDANE Z I ZK URREN T I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma 3SMAJ5913B H13B 3SMAJ5914B H14B 3SMAJ5915B H15B 3SMAJ5916B H16B 3SMAJ5917B H17B 3SMAJ5918B H18B 3SMAJ5919B H19B 3SMAJ5920B H20B 3SMAJ5921B H21B 3SMAJ5922B H22B 3SMAJ5923B H23B 3SMAJ5924B H24B 3SMAJ5925B H25B 3SMAJ5926B H26B 3SMAJ5927B H27B 3SMAJ5928B H28B 3SMAJ5929B H29B 3SMAJ5930B H30B 3SMAJ5931B H31B 3SMAJ5932B H32B 3SMAJ5933B H33B 3SMAJ5934B H34B 3SMAJ5935B H35B 3SMAJ5936B H36B 3SMAJ5937B H37B 3SMAJ5938B H38B 3SMAJ5939B H39B 3SMAJ5940B H40B 3SMAJ5941B H41B 3SMAJ5942B H42B 3SMAJ5943B H43B 80

87 M Micro ommercial omponents TM 3.0W ZENER DIODE / DO-214AA/ SURFAE MOUNT M PART NUMBER ZENER VOLTA GE V Z(1) URRE NT I ZT DYNAMI IMPEDAN E Z I ZT URRENT I V R V R KNEE IMPEDANE Z I ZK URREN T I ZK DEVIE MARKING VOLTS ma OHMS µa VOLTS OHMS ma 3SMBJ5913B H13B 3SMBJ5914B H14B 3SMBJ5915B H15B 3SMBJ5916B H16B 3SMBJ5917B H17B 3SMBJ5918B H18B 3SMBJ5919B H19B 3SMBJ5920B H20B 3SMBJ5921B H21B 3SMBJ5922B H22B 3SMBJ5923B H23B 3SMBJ5924B H24B 3SMBJ5925B H25B 3SMBJ5926B H26B 3SMBJ5927B H27B 3SMBJ5928B H28B 3SMBJ5929B H29B 3SMBJ5930B H30B 3SMBJ5931B H31B 3SMBJ5932B H32B 3SMBJ5933B H33B 3SMBJ5934B H34B 3SMBJ5935B H35B 3SMBJ5936B H36B 3SMBJ5937B H37B 3SMBJ5938B H38B 3SMBJ5939B H39B 3SMBJ5940B H40B 3SMBJ5941B H41B 3SMBJ5942B H42B 5W ZENER DIODE / DO-214AA / SURFAE MOUNT M PART NUBMER ZENER V Z URREN T I ZT DYNAMI IMPEDAN E Z I ZT URRENT I V R V R REGULATIO N URRENT I ZM KNEE IMPEDANE Z I ZK URREN T I ZK DEVIE MARKING VOLTS ma Ω µa VOLTS ma Ω ma SMBJ5338B B SMBJ5339B B SMBJ5340B B SMBJ5341B B SMBJ5342B B SMBJ5343B B SMBJ5344B B SMBJ5345B B SMBJ5346B B SMBJ5347B B SMBJ5348B B SMBJ5349B B SMBJ5350B B 81

88 M Micro ommercial omponents TM 5W ZENER DIODE / DO-214AA / SURFAE MOUNT M PART NUBMER ZENER V Z URREN T I ZT DYNAMI IMPEDAN E Z I ZT URRENT I V R V R REGULATO R URRENT I ZM KNEE IMPEDANE Z I ZK URREN T I ZK DEVIE MARKING VOLTS ma Ω µa VOLTS ma Ω ma SMBJ5351B B SMBJ5352B B SMBJ5353B B SMBJ5354B B SMBJ5355B B SMBJ5356B B SMBJ5357B B SMBJ5358B B SMBJ5359B B SMBJ5360B B SMBJ5361B B SMBJ5362B B SMBJ5363B B SMBJ5364B B SMBJ5365B B SMBJ5366B B SMBJ5367B B SMBJ5368B B SMBJ5369B B 82

89 M Micro ommercial omponents TRANSIENT SUPPRESSORS 400W TVS / DO-41 M PART NUMBER BREAKDOWN V I T (VOLTS) URRENT I T E RATED STANDOFF V WM LEAKAGE I WM LAMPING I PP PEAK PULSE URRENT I PP TM MAX. TEMP OEFFIIENT OF V BR V (BR) (TA) 55 TO 100 MIN MAX mad V (µa) V A % / P4KE6.8()A P4KE7.5()A P4KE8.2()A P4KE9.1()A P4KE10()A P4KE11()A P4KE12()A P4KE13()A P4KE15()A P4KE16()A P4KE18()A P4KE20()A P4KE22()A P4KE24()A P4KE27()A P4KE30()A P4KE33()A P4KE36()A P4KE39()A P4KE43()A P4KE47()A P4KE51()A P4KE56()A P4KE62()A P4KE68()A P4KE75()A P4KE82()A P4KE91()A P4KE100()A P4KE110()A P4KE120()A P4KE130()A P4KE150()A P4KE160()A P4KE170()A P4KE180()A P4KE200()A P4KE220()A P4KE250()A P4KE300()A P4KE350()A P4KE400()A P4KE440()A P4KE480()A P4KE510()A P4KE530()A P4KE540()A P4KE550()A

90 M Micro ommercial omponents TM 500W TVS / DO-15 M PART NUMBER BREAKDOWN V I T (VOLTS) URRENT I T E RATED STANDOFF V WM LEAKAGE I WM LAMPING I PP PEAK PULSE URRENT I PP MIN NOM MAX mad V (µa) V A P5KE5.0() P5KE5.0()A P5KE6.0() P5KE6.0()A P5KE6.5() P5KE6.5()A P5KE7.0() P5KE7.0()A P5KE7.5() P5KE7.5()A P5KE8.0() P5KE8.0()A P5KE8.5() P5KE8.5()A P5KE9.0() P5KE9.0()A P5KE10() P5KE10()A P5KE11() P5KE11()A P5KE12() P5KE12()A P5KE13() P5KE13()A P5KE14() P5KE14()A P5KE15() P5KE15()A P5KE16() P5KE16()A P5KE17() P5KE17()A P5KE18() P5KE18()A P5KE20() P5KE20()A P5KE22() P5KE22()A P5KE24() P5KE24()A P5KE26() P5KE26()A P5KE28() P5KE28()A P5KE30() P5KE30()A P5KE33() P5KE33()A P5KE36() P5KE36()A P5KE40() P5KE40()A P5KE43() P5KE43()A

91 M Micro ommercial omponents TM 500W TVS / DO-15 M PART NUMBER BREAKDOWN V I T (VOLTS) URRENT I T E RATED STANDOFF V WM LEAKAGE I WM LAMPING I PP PEAK PULSE URRENT I PP MIN NOM MAX mad V (µa) V A P5KE45() P5KE45()A P5KE48() P5KE48()A P5KE51() P5KE51()A P5KE54() P5KE54()A P5KE58() P5KE58()A P5KE60() P5KE60()A P5KE64() P5KE64()A P5KE70() P5KE70()A P5KE75() P5KE75()A P5KE78() P5KE78()A P5KE85() P5KE85()A P5KE90() P5KE90()A P5KE100() P5KE100()A P5KE110() P5KE110()A P5KE120() P5KE120()A P5KE130() P5KE130()A P5KE150() P5KE150()A P5KE160() P5KE160()A P5KE170() P5KE170()A P5KE180() P5KE180()A P5KE190() P5KE190()A P5KE200() P5KE200()A

92 M Micro ommercial omponents TM 500W TVS / DO-15 M PART NUMBER STAND-OFF V WM MINIMUM BREAKDOW N AT I T=1.0Ma V (BR) LEAKAGE AT V WM IR E LAMPING AT I PP=5.0A V PEAK PULSE URRENT IPP JUNTION APAITA NE AT 0 VOLTS WORKING INVERSE BLOKING V WIB PEAK INVERSE BLOKING V PIB V V μa V Amps pf V V SA SA SA SA SA SA SA SA SA SA SA SA SA SA SA W TVS / DO-15 M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) E I PP PEAK PULSE URRENT I PP 86 WM I D TEMPERATURE OEFFIIENT OF V BR 55 TO 150 (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) % / SA SA5.0A SA SA6.0A SA SA6.5A SA SA7.0A SA SA7.5A SA SA8.0A SA SA8.5A SA SA9.0A SA SA10A SA SA11A SA SA12A SA SA13A SA SA14A SA SA15A SA SA16A

93 M Micro ommercial omponents TM 500W TVS / DO-15 M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) E I PP PEAK PULSE URRENT I PP WM I D TEMPERATURE OEFFIIENT OF V BR 55 TO 150 (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) % / SA SA17A SA SA18A SA SA20A SA SA22A SA SA24A SA SA26A SA SA28A SA SA30A SA SA33A SA SA36A SA SA40A SA SA43A SA SA45A SA SA48A SA SA51A SA SA54A SA SA58A SA SA60A SA SA64A SA SA70A SA SA75A SA SA78A SA SA85A SA SA90A SA SA100A SA SA110A SA SA120A SA SA130A

94 M Micro ommercial omponents TM 500W TVS / DO-15 M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) E I PP PEAK PULSE URRENT I PP WM I D TEMPERATURE OEFFIIENT OF V BR 55 TO 150 (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) % / SA SA150A SA SA160A SA SA170A W TVS / DO-15 E M PART NUMBER BREAKDOWN V I T (VOLTS) URRENT I T RATED STANDOFF V WM LEAKAGE I WM LAMPING I PP PEAK PULSE URRENT I PP MIN MAX mad V (µa) V A P6KE6.8A P6KE6.8A P6KE7.5A P6KE7.5A P6KE8.2A P6KE8.2A P6KE9.1A P6KE9.1A P6KE10A P6KE10A P6KE11A P6KE11A P6KE12A P6KE12A P6KE13A P6KE13A P6KE15A P6KE15A P6KE16A P6KE16A P6KE18A P6KE18A P6KE20A P6KE20A P6KE22A P6KE22A P6KE24A P6KE24A P6KE27A P6KE27A P6KE30A P6KE30A P6KE33A P6KE33A P6KE36A P6KE36A P6KE39A P6KE39A P6KE43A P6KE43A P6KE47A P6KE47A P6KE51A P6KE51A P6KE56A P6KE56A P6KE62A P6KE62A P6KE68A P6KE68A P6KE75A P6KE75A P6KE82A P6KE82A P6KE91A P6KE91A P6KE100A P6KE100A P6KE110A P6KE110A P6KE120A P6KE120A P6KE130A P6KE130A P6KE150A P6KE150A P6KE160A P6KE160A P6KE170A P6KE170A P6KE180A P6KE180A

95 M Micro ommercial omponents TM 600W TVS / DO-15 E M PART NUMBER BREAKDOWN V I T (VOLTS) URRENT I T RATED STANDOFF V WM LEAKAGE I WM LAMPING I PP PEAK PULSE URRENT I PP MIN MAX mad V (µa) V A P6KE200A P6KE200A P6KE220A P6KE220A P6KE250A P6KE250A P6KE300A P6KE300A P6KE350A P6KE350A P6KE400A P6KE400A P6KE440A P6KE440A P6KE480A P6KE480A P6KE510A P6KE510A P6KE530A P6KE530A P6KE540A P6KE540A P6KE550A P6KE550A W TVS / DO-201AE M PART NUMBER BREAKDOWN V I T (VOLTS) E URRENT I T RATED STANDOFF V WM LEAKAGE I WM LAMPING I PP PEAK PULSE URRENT I PP MIN MAX mad V (µa) V A 1.5KE6.8A 1.5KE6.8A KE7.5A 1.5KE7.5A KE8.2A 1.5KE8.2A KE9.1A 1.5KE9.1A KE10A 1.5KE10A KE11A 1.5KE11A KE12A 1.5KE12A KE13A 1.5KE13A KE15A 1.5KE15A KE16A 1.5KE16A KE18A 1.5KE18A KE20A 1.5KE20A KE22A 1.5KE22A KE24A 1.5KE24A KE27A 1.5KE27A KE30A 1.5KE30A KE33A 1.5KE33A KE36A 1.5KE36A KE39A 1.5KE39A KE43A 1.5KE43A KE47A 1.5KE47A KE51A 1.5KE51A KE56A 1.5KE56A KE62A 1.5KE62A KE68A 1.5KE68A KE75A 1.5KE75A KE82A 1.5KE82A KE91A 1.5KE91A KE100A 1.5KE100A KE110A 1.5KE110A

96 M Micro ommercial omponents TM 1500W TVS / DO-201AE M PART NUMBER BREAKDOWN V I T (VOLTS) E URRENT I T RATED STANDOFF V WM LEAKAGE I WM LAMPING I PP PEAK PULSE URRENT I PP MIN MAX mad V (µa) V A 1.5KE120A 1.5KE120A KE130A 1.5KE130A KE150A 1.5KE150A KE160A 1.5KE160A KE170A 1.5KE170A KE180A 1.5KE180A KE200A 1.5KE200A KE220A 1.5KE220A KE250A 1.5KE250A KE300A 1.5KE300A KE350A 1.5KE350A KE400A 1.5KE400A KE440A 1.5KE440A KE480A 1.5KE480A KE510A 1.5KE510A KE530A 1.5KE530A KE540A 1.5KE540A KE550A 1.5KE550A W TVS / DO-201AE M PART NUMBER STAND- OFF (NOTE 1) V WM MINIMUM BREAKDOWN AT I T=1.0mA V (BR) LEAKAGE AT V WM IR E LAMPING V PEAK PULSE URRENT IPP JUNTION APAITANE AT 0 VOLTS WORKING INVERSE BLOKING V WIB PEAK INVERSE BLOKING V PIB V V μa V Amps pf V V LE6.5A * LE7.0A * LE7.5A * LE8.0A LE8.5A LE9.0A LE10A LE11A LE12A LE13A LE14A LE15A LE16A LE17A LE18A LE20A LE22A LE24A LE26A LE28A * Test current: 10mA 90

97 M Micro ommercial omponents TM 3000W TVS / R-6 M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) E I PP PEAK PULSE URRENT I PP WM I D (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) 3KP5.0() KP5.0()A KP6.0() KP6.0()A KP6.5() KP6.5()A KP7.0() KP7.0()A KP7.5() KP7.5()A KP8.0() KP8.0()A KP8.5() KP8.5()A KP9.0() KP9.0()A KP10() KP10()A KP11() KP11()A KP12() KP12()A KP13() KP13()A KP14() KP14()A KP15() KP15()A KP16() KP16()A KP17() KP17()A KP18() KP18()A KP20() KP20()A KP22() KP22()A KP24() KP24()A KP26() KP26()A KP28() KP28()A KP30() KP30()A KP33() KP33()A KP36() KP36()A KP40() KP40()A KP43() KP43()A KP45() KP45()A KP48() KP48()A

98 M Micro ommercial omponents TM 3000W TVS / R-6 M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) E I PP PEAK PULSE URRENT I PP WM I D (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) 3KP 51() KP51()A KP54() KP54()A KP58() KP58()A KP60() KP60()A KP64() KP64()A KP70() KP70()A KP75() KP75()A KP78() KP78()A KP85() KP85()A KP90() KP90()A KP100() KP100()A KP110() KP110()A KP120() KP120()A KP130() KP130()A KP150() KP150()A KP160() KP160()A KP170() KP170()A KP180()A KP190()A KP200()A KP210()A KP220()A W TVS / R-6 M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) E I PP PEAK PULSE URRENT I PP 92 WM I D (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) 5KP5.0()A KP6.0()A KP6.5()A KP7.0()A KP7.5()A KP8.0()A KP8.5()A

99 M Micro ommercial omponents TM 5000W TVS / R-6 M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) E I PP PEAK PULSE URRENT I PP WM I D (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) 5KP9.0()A KP10()A KP11()A KP12()A KP13()A KP14()A KP15()A KP16()A KP17()A KP18()A KP20()A KP22()A KP24()A KP26()A KP28()A KP30()A KP33()A KP36()A KP40()A KP43()A KP45()A KP48()A KP51()A KP54()A KP58()A KP60()A KP64()A KP70()A KP75()A KP78()A KP85()A KP90()A KP100()A KP110()A KP120()A KP130()A KP150()A KP160()A KP170()A KP180()A KP190()A KP200()A KP220()A KP250()A

100 M Micro ommercial omponents TM 15000W TVS / R-6 E M PART NUMBER STAND-OFF V RWM(V) BREAKDOWN V BR(V) MIN.@I T URRENT I T(mA) LEAKAGE I RWM LAMPING I PP PEAK PULSE URRENT I PP V V ma (µa) V A 15KP17()A KP18()A KP20()A KP22()A KP24()A KP26()A KP28()A KP30()A KP33()A KP36()A KP40()A KP43()A KP45()A KP48()A KP51()A KP54()A KP58()A KP60()A KP64()A KP70()A KP75()A KP78()A KP85()A KP90()A KP100()A KP110()A KP120()A KP130()A KP150()A KP160()A KP170()A KP180()A KP200()A KP220()A KP240()A KP260()A KP280()A

101 M Micro ommercial omponents TM 30000W TVS / R-6 E M PART NUMBER STAND-OFF V RWM(V) BREAKDOWN V BR(V) MIN.@I T BREAKDOWN V BR(V) MAX.@I T URRENT I T(mA) PEAK PULSE URRENT I PP LEAKAGE I RWM LAMPING I PP V V V ma A (µa) V 30KP28()A KP30()A KP33()A KP36()A KP39()A KP42()A KP43()A KP45()A KP48()A KP51()A KP54()A KP58()A KP60()A KP64()A KP66()A KP70()A KP71()A KP72()A KP75()A KP78()A KP84()A KP90()A KP96()A KP102()A KP108()A KP120()A KP132()A KP144()A KP150()A KP156()A KP160()A KP168()A KP170()A KP180()A KP198()A KP216()A KP240()A KP258()A KP260()A KP270()A KP280()A KP288()A

102 400W TVS / SMA / SURFAE MOUNT M PART NUMBER STAND-OFF VWM BREAKDOWN IT (VOLTS) IPP M 96 Micro ommercial omponents TM E PEAK PULSE URRENT IPP ID MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMAJ AD HD SMAJ5.0A AE HE SMAJ AF HF SMAJ6.0A AG HG SMAJ AH HH SMAJ6.5A AK HK SMAJ AL HL SMAJ7.0A AM HM SMAJ AN HN SMAJ7.5A AP HP SMAJ AQ HQ SMAJ8.0A AR HR SMAJ AS HS SMAJ8.5A AT HT SMAJ AU HU SMAJ9.0A AV HV SMAJ AW HW SMAJ10A AX HX SMAJ AY HY SMAJ11A AZ HZ SMAJ BD ID SMAJ12A BE IE SMAJ BF IF SMAJ13A BG IG SMAJ BH IH SMAJ14A BK IK SMAJ BL IL SMAJ15A BM IM SMAJ BN IN SMAJ16A BP IP SMAJ BQ IQ SMAJ17A BR IR SMAJ BS IS SMAJ18A BT IT SMAJ BU IU SMAJ20A BV IV SMAJ BW IW SMAJ22A BX IX SMAJ BY IY SMAJ24A BZ IZ SMAJ D JD SMAJ26A E JE SMAJ F JF SMAJ28A G JG SMAJ H JH SMAJ30A K JK SMAJ L JL SMAJ33A M JM SMAJ N JN SMAJ36A P JP SMAJ Q JQ SMAJ40A R JR SMAJ S JS SMAJ43A T JT SMAJ U JU SMAJ45A V JV SMAJ W JW SMAJ48A X JX

103 400W TVS / SMA / SURFAE MOUNT M PART NUMBER STAND-OFF VWM BREAKDOWN IT (VOLTS) IPP M Micro ommercial omponents PEAK PULSE URRENT IPP ID MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMAJ Y JY SMAJ51A Z JZ SMAJ RD SMAJ54A RE SMAJ RF SMAJ58A RG SMAJ RH SMAJ60A RK SMAJ RL SMAJ64A RM SMAJ RN SMAJ70A RP SMAJ RQ SMAJ75A RR SMAJ RS SMAJ78A RT SMAJ RU SMAJ85A RV SMAJ RW SMAJ90A RX SMAJ RY SMAJ100A RZ SMAJ SD SMAJ110A SE SMAJ SF SMAJ120A SG SMAJ SH SMAJ130A SK SMAJ SL SMAJ150A SM SMAJ SN SMAJ160A SP SMAJ SQ SMAJ170A SR SMAJ180A ST SMAJ200A SV SMAJ220A SX SMAJ250A SZ SMAJ300A TE SMAJ350A TG SMAJ400A TK SMAJ440A TM For bidirectional parts, add suffix, for example, SMAJ5.0A 400W TVS / SMA / SURFAE MOUNT M PART NUMBER STAND-OFF VWM BREAKDOWN IT (VOLTS) IPP E E PEAK PULSE URRENT IPP ID MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMAJP4KE6.8()A V8()A SMAJP4KE7.5()A V5()A SMAJP4KE8.2()A V2()A SMAJP4KE9.1()A V1()A SMAJP4KE10()A ()A SMAJP4KE11()A ()A SMAJP4KE12()A ()A SMAJP4KE13()A ()A SMAJP4KE15()A ()A TM 97

104 M Micro ommercial omponents TM 400W TVS / SMA / SURFAE MOUNT M PART NUMBER STAND-OFF VWM BREAKDOWN IT (VOLTS) IPP E PEAK PULSE URRENT IPP ID MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMAJP4KE16()A ()A SMAJP4KE18()A ()A SMAJP4KE20()A ()A SMAJP4KE22()A ()A SMAJP4KE24()A ()A SMAJP4KE27()A ()A SMAJP4KE30()A ()A SMAJP4KE33()A ()A SMAJP4KE36()A ()A SMAJP4KE39()A ()A SMAJP4KE43()A ()A SMAJP4KE47()A ()A SMAJP4KE51()A ()A SMAJP4KE56()A ()A SMAJP4KE62()A ()A SMAJP4KE68()A ()A SMAJP4KE75()A ()A SMAJP4KE82()A ()A SMAJP4KE91()A ()A SMAJP4KE100()A ()A SMAJP4KE110()A ()A SMAJP4KE120()A ()A SMAJP4KE130()A ()A SMAJP4KE150()A ()A SMAJP4KE160()A ()A SMAJP4KE170()A ()A SMAJP4KE180()A ()A SMAJP4KE200()A ()A SMAJP4KE220()A ()A SMAJP4KE250()A ()A SMAJP4KE300()A ()A SMAJP4KE350()A ()A SMAJP4KE400()A ()A SMAJP4KE440()A ()A SMAJP4KE480()A ()A SMAJP4KE510()A ()A SMAJP4KE530()A ()A SMAJP4KE540()A ()A SMAJP4KE550()A ()A 500W TVS / SMB / SURFAE MOUNT M PART NUMBER STAND- OFF V WM MINIMUM BREAKD OWN AT I T=1.0mA LEAKAGE AT V WM LAMPING AT I PP=5.0A PEAK PULSE URRENT I PP JUNTION APAITAN E AT 0 VOLTS Working Inverse Blocking Voltage Inverse Blocking Leakage urrent PEAK INVERSE BLOKING (VOLTS) (VOLTS) (ua) (VOLTS) (AMPS) ( PF) (VOLTS) (ma) (VOLTS) SMBSA SKE SMBSA SKG SMBSA SKM SMBSA SKR SMBSA SKT SMBSA SKX Marking ode 98

105 M Micro ommercial omponents TM 500W TVS / SMB / SURFAE MOUNT M PART NUMBER STAND- OFF V WM MINIMUM BREAKD OWN AT I T=1.0mA LEAKAGE AT V WM LAMPING AT I PP=5.0A PEAK PULSE URRENT I PP JUNTION APAITAN E AT 0 VOLTS Working Inverse Blocking Voltage Inverse Blocking Leakage urrent PEAK INVERSE BLOKING (VOLTS) (VOLTS) (ua) (VOLTS) (AMPS) ( PF) (VOLTS) (ma) (VOLTS) SMBSA SLE SMBSA SLM SMBSA SLT SMBSA SLX SMBSA SME SMBSA SMK SMBSA SMP SMBSA SMV SMBSA SMZ Marking ode 600W TVS / SMB / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URRENT I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMBJ KD SMBJ5.0A KE SMBJ KF SMBJ6.0A KG SMBJ KH SMBJ6.5A KK SMBJ KL SMBJ7.0A KM SMBJ KN SMBJ7.5A KP SMBJ KQ SMBJ8.0A KR SMBJ KS SMBJ8.5A KT SMBJ KU SMBJ9.0A KV SMBJ KW SMBJ10A KX SMBJ KY SMBJ11A KZ SMBJ LD SMBJ12A LE SMBJ LF SMBJ13A LG SMBJ LH SMBJ14A LK SMBJ LL SMBJ15A LM SMBJ LN SMBJ16A LP SMBJ LQ SMBJ17A LR SMBJ LS SMBJ18A LT 99

106 M Micro ommercial omponents TM 600W TVS / SMB / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URRENT I PP 100 WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMBJ LU SMBJ20A LV SMBJ LW SMBJ22A LX SMBJ LY SMBJ24A LZ SMBJ MD SMBJ26A ME SMBJ MF SMBJ28A MG SMBJ MH SMBJ30A MK SMBJ ML SMBJ33A MM SMBJ MN SMBJ36A MP SMBJ MQ SMBJ40A MR SMBJ MS SMBJ43A MT SMBJ MU SMBJ45A MV SMBJ MW SMBJ48A MX SMBJ MY SMBJ51A MZ SMBJ ND SMBJ54A NE SMBJ NF SMBJ58A NG SMBJ NH SMBJ60A NK SMBJ NL SMBJ64A NM SMBJ NN SMBJ70A NP SMBJ NQ SMBJ75A N SMBJ NS SMBJ78A NT SMBJ NU SMBJ85A NV SMBJ NW SMBJ90A NX SMBJ NY SMBJ100A NZ SMBJ PD SMBJ110A PE SMBJ PF SMBJ120A PG SMBJ PH SMBJ130A PK SMBJ PL SMBJ150A PM SMBJ PN SMBJ160A PP

107 M Micro ommercial omponents TM 600W TVS / SMB / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URRENT I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMBJ PQ SMBJ170A PR SMBJ180A PT SMBJ200A PV SMBJ220A PX SMBJ250A PZ SMBJ300A QE SMBJ350A QG SMBJ400A QK SMBJ440A QM Note:For bi-directional type having Vrwm of 10 Volts and less, the I R limit is double. For parts without A, the V BR is ±10% 600W TVS / SMB / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URRENT I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMBJP6KE6.8A V8A SMBJP6KE7.5A V5A SMBJP6KE8.2A V2A SMBJP6KE9.1A V1A SMBJP6KE10A A SMBJP6KE11A A SMBJP6KE12A A SMBJP6KE13A A SMBJP6KE15A A SMBJP6KE16A A SMBJP6KE18A A SMBJP6KE20A A SMBJP6KE22A A SMBJP6KE24A A SMBJP6KE27A A SMBJP6KE30A A SMBJP6KE33A A SMBJP6KE36A A SMBJP6KE39A A SMBJP6KE43A A SMBJP6KE47A A SMBJP6KE51A A SMBJP6KE56A A SMBJP6KE62A A SMBJP6KE68A A SMBJP6KE75A A SMBJP6KE82A A SMBJP6KE91A A SMBJP6KE100A A 101

108 M Micro ommercial omponents TM 600W TVS / SMB / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URRENT I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMBJP6KE110A A SMBJP6KE120A A SMBJP6KE130A A SMBJP6KE150A A SMBJP6KE160A A SMBJP6KE170A A SMBJP6KE180A A SMBJP6KE200A A SMBJP6KE220A A SMBJP6KE250A A SMBJP6KE300A A SMBJP6KE350A A SMBJP6KE400A A SMBJP6KE440A A SMBJP6KE480A A SMBJP6KE510A A SMBJP6KE530A A SMBJP6KE540A A SMBJP6KE550A A 600W TVS / SMB / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) E I PP PEAK PULSE URRENT I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMBJP6KE6.8A V8 SMBJP6KE7.5A V5 SMBJP6KE8.2A V2 SMBJP6KE9.1A V1 SMBJP6KE10A SMBJP6KE11A SMBJP6KE12A SMBJP6KE13A SMBJP6KE15A SMBJP6KE16A SMBJP6KE18A SMBJP6KE20A SMBJP6KE22A SMBJP6KE24A SMBJP6KE27A SMBJP6KE30A SMBJP6KE33A SMBJP6KE36A SMBJP6KE39A SMBJP6KE43A SMBJP6KE47A SMBJP6KE51A SMBJP6KE56A SMBJP6KE62A

109 M Micro ommercial omponents TM 600W TVS / SMB / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URRENT I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMBJP6KE68A SMBJP6KE75A SMBJP6KE82A SMBJP6KE91A SMBJP6KE100A SMBJP6KE110A SMBJP6KE120A SMBJP6KE130A SMBJP6KE150A SMBJP6KE160A SMBJP6KE170A SMBJP6KE180A SMBJP6KE200A SMBJP6KE220A SMBJP6KE250A SMBJP6KE300A SMBJP6KE350A SMBJP6KE400A SMBJP6KE440A SMBJP6KE480A SMBJP6KE510A SMBJP6KE530A SMBJP6KE540A SMBJP6KE550A W TVS / SM / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URRENT I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) 1 2 SMJ GDD BDD SMJ5.0A GDE BDE SMJ GDF BDF SMJ6.0A GDG BDG SMJ GDH BDH SMJ6.5A GDK BDK SMJ GDL BDL SMJ7.0A GDM BDM SMJ GDN BDN SMJ7.5A GDP BDP SMJ GDQ BDQ SMJ8.0A GDR BDR SMJ GDS BDS SMJ8.5A GDT BDT SMJ GDU BDU SMJ9.0A GDV BDV SMJ GDW BDW SMJ10A GDX BDX 103

110 M Micro ommercial omponents TM 1500W TVS / SM / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URRENT I PP WM 104 I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) 1 2 SMJ GDY BDY SMJ11A GDZ BDZ SMJ GED BED SMJ12A GEE BEE SMJ GEF BEF SMJ13A GEG BEG SMJ GEH BEH SMJ14A GEK BEK SMJ GEL BEL SMJ15A GEM BEM SMJ GEN BEN SMJ16A GEP BEP SMJ GEQ BEQ SMJ17A GER BER SMJ GES BES SMJ18A GET BET SMJ GEU BEU SMJ20A GEV BEV SMJ GEW BEW SMJ22A GEX BEX SMJ GEY BEY SMJ24A GEZ BEZ SMJ GFD BFD SMJ26A GFE BFE SMJ GFF BFF SMJ28A GFG BFG SMJ GFH BFH SMJ30A GFK BFK SMJ GFL BFL SMJ33A GFM BFM SMJ GFN BFN SMJ36A GFP BFP SMJ GFQ BFQ SMJ40A GFR BFR SMJ GFS BFS SMJ43A GFT BFT SMJ GFU BFU SMJ45A GFV BFV SMJ GFW BFW SMJ48A GFX BFX SMJ GFY BFY SMJ51A GFZ BFZ SMJ GGD BGD SMJ54A GGE BGE SMJ GGF BGF SMJ58A GGG BGG SMJ GGH BGH SMJ60A GGK BGK SMJ GGL BGL SMJ64A GGM BGM SMJ GGN BGN SMJ70A GGP BGP

111 M Micro ommercial omponents TM 1500W TVS / SM / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP PEAK PULSE URRENT I PP E WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) 1 2 SMJ GGQ BGQ SMJ75A GGR BGR SMJ GGS BGS SMJ78A GGT BGT SMJ GGU BGU SMJ85A GGV BGV SMJ GGW BGW SMJ90A GGX BGX SMJ GGY BGY SMJ100A GGZ BGZ SMJ GHD BHD SMJ110A GHE BHE SMJ GHF BHF SMJ120A GHG BHG SMJ GHH BHH SMJ130A GHK BHK SMJ GHL BHL SMJ150A GHM BHM SMJ GHN BHN SMJ160A GHP BHP SMJ GHQ BHQ SMJ170A GHR BHR SMJ GHS BHS SMJ180A GHT BHT SMJ GHU BHU SMJ200A GHV BHV SMJ GHW BHW SMJ220A GHX BHX SMJ250A GHZ BHZ SMJ300A GJE BJE SMJ350A GJG BJG SMJ400A GJK BJK SMJ440A GJM BJM Note:For bi-directional type having Vrwm of 10 Volts and less, the I R limit is double. For parts without A, the V BR is ±10% 1500W TVS / SM / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URRENT I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMJ1.5KE6.8A V8A SMJ1.5KE7.5A V5A SMJ1.5KE8.2A V2A SMJ1.5KE9.1A V1A SMJ1.5KE10A A SMJ1.5KE11A A SMJ1.5KE12A A SMJ1.5KE13A A SMJ1.5KE15A A 105

112 M Micro ommercial omponents TM 1500W TVS / SM / SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URRENT I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMJ1.5KE16A A SMJ1.5KE18A A SMJ1.5KE20A A SMJ1.5KE22A A SMJ1.5KE24A A SMJ1.5KE27A A SMJ1.5KE30A A SMJ1.5KE33A A SMJ1.5KE36A A SMJ1.5KE39A A SMJ1.5KE43A A SMJ1.5KE47A A SMJ1.5KE51A A SMJ1.5KE56A A SMJ1.5KE62A A SMJ1.5KE68A A SMJ1.5KE75A A SMJ1.5KE82A A SMJ1.5KE91A A SMJ1.5KE100A A SMJ1.5KE110A A SMJ1.5KE120A A SMJ1.5KE130A A SMJ1.5KE150A A SMJ1.5KE160A A SMJ1.5KE170A A SMJ1.5KE180A A SMJ1.5KE200A A SMJ1.5KE220A A SMJ1.5KE250A A SMJ1.5KE300A A SMJ1.5KE350A A SMJ1.5KE400A A SMJ1.5KE440A A SMJ1.5KE480A A SMJ1.5KE510A A SMJ1.5KE530A A SMJ1.5KE540A A SMJ1.5KE550A A 1500W TVS / SM SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) E I PP PEAK PULSE URRENT I PP 106 WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMJ1.5KE6.8A V8 SMJ1.5KE7.5A V5 SMJ1.5KE8.2A V2 SMJ1.5KE9.1A V1 SMJ1.5KE10A SMJ1.5KE11A

113 M Micro ommercial omponents TM 1500W TVS / SM SURFAE MOUNT M PART NUMBER STAND-OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URRENT I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) SMJ1.5KE12A SMJ1.5KE13A SMJ1.5KE15A SMJ1.5KE16A SMJ1.5KE18A SMJ1.5KE20A SMJ1.5KE22A SMJ1.5KE24A SMJ1.5KE27A SMJ1.5KE30A SMJ1.5KE33A SMJ1.5KE36A SMJ1.5KE39A SMJ1.5KE43A SMJ1.5KE47A SMJ1.5KE51A SMJ1.5KE56A SMJ1.5KE62A SMJ1.5KE68A SMJ1.5KE75A SMJ1.5KE82A SMJ1.5KE91A SMJ1.5KE100A SMJ1.5KE110A SMJ1.5KE120A SMJ1.5KE130A SMJ1.5KE150A SMJ1.5KE160A SMJ1.5KE170A SMJ1.5KE180A SMJ1.5KE200A SMJ1.5KE220A SMJ1.5KE250A SMJ1.5KE300A SMJ1.5KE350A SMJ1.5KE400A SMJ1.5KE440A SMJ1.5KE480A SMJ1.5KE510A SMJ1.5KE530A SMJ1.5KE540A SMJ1.5KE550A

114 M Micro ommercial omponents TM 3000W TVS / SM / SURFAE MOUNT M PART NUMBER STAND- OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URREN T I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) 1 2 SMLJ RDD SMLJ5.0A RDE SMLJ RDF SMLJ6.0A RDG SMLJ RDH SMLJ6.5A RDK SMLJ PDL HDL SMLJ7.0A PDM HDM SMLJ PDN HDN SMLJ7.5A PDP HDP SMLJ PDQ HDQ SMLJ8.0A PDR HDR SMLJ PDS HDS SMLJ8.5A PDT HDT SMLJ PDU HDU SMLJ9.0A PDV HDV SMLJ PDW HDW SMLJ10A PDX HDX SMLJ PDY HDY SMLJ11A PDZ HDZ SMLJ PED HED SMLJ12A PEE HEE SMLJ PEF HEF SMLJ13A PEG HEG SMLJ PEH HEH SMLJ14A PEK HEK SMLJ PEL HEL SMLJ15A PEM HEM SMLJ PEN HEN SMLJ16A PEP HEP SMLJ PEQ HEQ SMLJ17A PER HER SMLJ PES HES SMLJ18A PET HET SMLJ PEU HEU SMLJ20A PEV HEV SMLJ PEW HEW SMLJ22A PEX HEX SMLJ PEY HEY SMLJ24A PEZ HEZ SMLJ PFD HFD SMLJ26A PFE HFE SMLJ PFF HFF SMLJ28A PFG HFG SMLJ PFH HFH SMLJ30A PFK HFK SMLJ PFL HFL SMLJ33A PFM HFM SMLJ PFN HFN SMLJ36A PFP HFP SMLJ PFQ HFQ SMLJ40A PFR HFR 108

115 M Micro ommercial omponents TM 3000W TVS / SM / SURFAE MOUNT M PART NUMBER STAND- OFF V WM BREAKDOWN V I T (VOLTS) I PP E PEAK PULSE URREN T I PP WM I D MARKING ODE (VOLTS) MIN MAX I T (ma) (VOLTS) (AMPS) (µa) 1 2 SMLJ PFS HFS SMLJ43A PFT HFT SMLJ PFU HFU SMLJ45A PFV HFV SMLJ PFW HFW SMLJ48A PFX HFX SMLJ PFY HFY SMLJ51A PFZ HFZ SMLJ RGD HGD SMLJ54A RGE HGE SMLJ PGF HGF SMLJ58A PGG HGG SMLJ PGH HGH SMLJ60A PGK HGK SMLJ PGL HGL SMLJ64A PGM HGM SMLJ PGN HGN SMLJ70A PGP HGP SMLJ PGQ HGQ SMLJ75A PGR HGR SMLJ PGS HGS SMLJ78A PGT HGT SMLJ PGU HGU SMLJ85A PGV HGV SMLJ PGW HGW SMLJ90A PGX HGX SMLJ PGY HGY SMLJ100A PGZ HGZ SMLJ PHD HHD SMLJ110A PHE HHE SMLJ PHF HHF SMLJ120A PHG HHG SMLJ PHH HHH SMLJ130A PHK HHK SMLJ PHL HHL SMLJ150A PHM HHM SMLJ PHN HHN SMLJ160A PHP HHP SMLJ PHQ HHQ SMLJ170A PHR HHR For bidirectional parts, add suffix, for example, SMLJ5.0A 109

116 M Micro ommercial omponents TM 5000W TVS / SM / SURFAE MOUNT E M PART NUMBER STAND-OFF V RWM(V) BREAKDOWN V BR(V) MIN.@I T BREAKDOWN V BR(V) MAX.@I T URRENT I T(mA) PEAK PULSE URRENT I PP LEAKAGE I RWM LAMPING I PP MARKING ODE V V V ma A (µa) V Uni Bi 5.0SMLJ11()A PEN 5BEN 5.0SMLJ12()A PEP 5BEP 5.0SMLJ13()A PEQ 5BEQ 5.0SMLJ14()A PER 5BER 5.0SMLJ15()A PES 5BES 5.0SMLJ16()A PET 5BET 5.0SMLJ17()A PEU 5BEU 5.0SMLJ18()A PEV 5BEV 5.0SMLJ20()A PEW 5BEW 5.0SMLJ22()A PEX 5BEX 5.0SMLJ24()A PEZ 5BEZ 5.0SMLJ26()A PFE 5BFE 5.0SMLJ28()A PFG 5BFG 5.0SMLJ30()A PFK 5BFK 5.0SMLJ33()A PFM 5BFM 5.0SMLJ36()A PFP 5BFP 5.0SMLJ40()A PFR 5BFR 5.0SMLJ43()A PFT 5BFT 5.0SMLJ45()A PFV 5BFV 5.0SMLJ48A PFX SMLJ51A PFZ SMLJ54A RGE SMLJ58A PGG SMLJ60A PGK SMLJ64A PGM SMLJ70A PGP SMLJ75A PGR SMLJ78A PGT SMLJ85A PGV SMLJ90A PGX SMLJ100A PGZ SMLJ110A PHE SMLJ120A PHG SMLJ130A PHK SMLJ150A PHM SMLJ160A PHP SMLJ170A PHR

117 M Micro ommercial omponents TM REGULATORS M Part Number Maximum Output urrent Output T J = 25 Input Voltage Line Input Voltage Load V I I o Min. Max. Min. Max. Max. Min. Max. Max. ma V O (V) V O (V) V I (V) V i (V) ΔV O(mV) V I (V) V i (V) ΔV O(mV) M78L05BP M78L06BP M78L08BP M78L09BP M79L05BP M79L06BP M79L08BP `100 M78L05F M78L06F M78L08F M78L09F M79L06F M79L08F M7805T M7806T M7808T M7905T M7906T M7908T M78M05DT M78M06DT M78M08DT Package TO-92 SOT-89 TO-220 DPAK 111

118 M Micro ommercial omponents TM SAML L SIG NAL&POWER TR AN SI S TO RS Part No Polarity V EO I h V E & I V E(sat) & V I & I B f V E & I V E I V E(sat) V BE(sat) I I B f T Min. f T Max. V E I Outline Marking ode h FE Min. h FE Max. (V) (A) (V) (ma) Max.(V) Max.(V) (ma) (ma) (MHz) (MHz) (V) (ma) 2SA1036 PNP TYP SOT-23 HP HQ HR 2SA1037 PNP SOT-23 FQ FR FS 2SA1162 PNP SOT-23 SO SY SG 2SA812 PNP SOT-23 M4 M5 M6 M7 2SB1197 PNP SOT-23 AHP AHQ AHR 2S1623 NPN TYP SOT-23 L6 L7 2S2411 NPN TYP SOT-23 P Q R 2S2412 NPN SOT-23 BQ BR BS 2S2712 NPN TYP SOT-23 LO LY LG LL B807 PNP SOT-23 5A 5B 5 B808 PNP SOT-23 5E 5F 5G B817 NPN SOT-23 6A 6B 6 B818 NPN SOT-23 6E 6F 6G B846A NPN SOT-23 1A 46A B846B NPN SOT-23 1B 46B B847A NPN SOT-23 1E 47A B847B NPN SOT-23 1F 47B B847 NPN SOT-23 1G 47 B848A NPN SOT-23 1J 48A B848B NPN SOT-23 1K 48B B848 NPN SOT-23 1L 48 B849B NPN SOT-23 1K 48B B849 NPN SOT-23 1L 48 B856A PNP SOT-23 3A B856B PNP SOT-23 3B B857A PNP SOT-23 3E B857B PNP SOT-23 3F B857 PNP SOT-23 3G B858A PNP SOT-23 3J B858B PNP SOT-23 3K B858 PNP SOT-23 3L BW66H NPN * SOT-23 EH BW68G PNP * SOT-23 DG BW68H PNP * SOT-23 DH BX70G NPN SOT-23 AG BX70H NPN SOT-23 AH 112

119 M Micro ommercial omponents TM h V E & I V E(sat) & V I & I B f V E & I Part No Polarity V EO I h FE Min. h FE Max. V E I V E(sat) V BE(sat) I I B f T Min. f T Max. V E I (V) (A) (V) (ma) Max.(V) Max.(V) (ma) (ma) (MHz) (MHz) (V) (ma) Outline Marking ode BX70J NPN SOT-23 AJ BX70K NPN SOT-23 AK FMMT491 NPN SOT FMMT591 PNP SOT MMBT1815 NPN SOT-23 HF MMBT2222A NPN SOT-23 1P MMBT2907A PNP SOT-23 2F MMBT3904 NPN SOT-23 1AM MMBT3906 PNP SOT-23 2A MMBT4401 NPN SOT-23 2X MMBT4403 PNP SOT-23 2T MMBT5401 PNP SOT-23 2L MMBT5551 NPN SOT-23 G1 MMBTA05 NPN SOT-23 1H K1H MMBTA06 NPN SOT-23 1GM K1G MMBTA13 NPN SOT-23 K2D MMBTA14 NPN SOT-23 K3D MMBTA28 NPN SOT-23 3SS MMBTA42 NPN SOT-23 1D MMBTA43 NPN SOT-23 ABX M1E MMBTA55 PNP SOT-23 2H B55 MMBTA56 PNP SOT-23 2GM B56 MMBTA92 PNP SOT-23 2D MMBTH10 NPN SOT-23 3EM MMS8050 NPN SOT-23 J3Y MMS8550 PNP SOT-23 2TY MMS9012 PNP SOT-23 2T1 MMS9013 NPN SOT-23 J3 MMS9014 NPN SOT-23 J6 MMS9015 PNP SOT-23 M6 MMS9018 NPN SOT-23 J8 MMSS8050 NPN SOT-23 Y1 MMSS8550 PNP SOT-23 Y2 MS8050 NPN SOT-23 Y11 2SA1576A PNP TYP SOT-323 FQ FR FS 2SA1577 PNP TYP SOT-323 HP HQ HR 2S4081 NPN TYP SOT-323 BQ BR BS 2S4097 NPN TYP SOT-323 P Q R 113

120 M Micro ommercial omponents TM Part No Polarity h V E & I V E(sat) & V I & I B f V E & I V EO I V E I V E(sat) V BE(sat) I I B f T Min. f T Max. V E I Outline Marking ode h FE Min. h FE Max. (V) (A) (V) (ma) Max.(V) Max.(V) (ma) (ma) (MHz) (MHz) (V) (ma) 2S4116 NPN TYP SOT-323 LO LY LG LL B846AW NPN SOT-323 1A B846BW NPN SOT-323 1B B847AW NPN SOT-323 1E B847BW NPN SOT-323 1F B847W NPN SOT-323 1G B848AW NPN SOT-323 1J 1JS B848BW NPN SOT-323 1K 1KS B848W NPN SOT-323 1L 1LS B856AW PNP SOT-323 3A B856BW PNP SOT-323 3B B857AW PNP SOT-323 3E B857BW PNP SOT-323 3F B857W PNP SOT-323 3G B858AW PNP SOT-323 3J B858BW PNP SOT-323 3K B858W PNP SOT-323 3L KTA2014 PNP SOT-323 SO SY SG KT4075 NPN TYP SOT-323 LO LY LGR LBL MMST2222A NPN SOT-323 K3P MMST2907A PNP SOT-323 K3F MMST3904 NPN SOT-323 K2N MMST3906 PNP SOT-323 K5N MMST4401 NPN SOT-323 K3X MMST4403 PNP SOT-323 K3T MMST5401 PNP SOT-323 K4M MMST5551 NPN SOT-323 K4N MMSTA42 NPN SOT-323 K3M MMSTA92 PNP SOT-323 K3R 2SA1774 PNP TYP SOT-523 FR FQ FS 2S4617 NPN TYP SOT-523 BQ BR BS B847AT NPN SOT-523 1E B847BT NPN SOT-523 1F B847T NPN SOT-523 1G MMBT2222AT NPN SOT-523 1P MMBT2907AT PNP TYP SOT-523 2F MMBT3904T NPN SOT-523 1N MMBT3906T PNP SOT-523 3N 114

121 M Micro ommercial omponents TM Part No Polarity V EO I h V E & I V E(sat) & V I & I B f V E & I V E I V E(sat) V BE(sat) I I B f T Min. f T Max. V E I Outline Marking ode h FE Min. h FE Max. (V) (A) (V) (ma) Max.(V) Max.(V) (ma) (ma) (MHz) (MHz) (V) (ma) B846S NPN TYP SOT-363 4Ft B847BS NPN TYP SOT NPN B847PN SOT-363 7P PNP B857S PNP TYP SOT DMMT3904 NPN SOT-363 K4A DMMT3906 PNP SOT-363 K3Q MMDT2222A NPN SOT-363 K1P NPN MMDT2227 SOT-363 K27 PNP MMDT3904 NPN SOT-363 K6N MMDT3906 PNP SOT-363 K3N NPN MMDT3946 SOT-363 K46 PNP MMDT4401 NPN SOT-363 K2X MMDT4403 PNP SOT-363 K2T MMDT4413 NPN SOT-363 PNP SOT-363 K13 MMDT5401 PNP SOT-363 K4M MMDT5551 NPN SOT-363 K4N B847BV NPN SOT-563 K4V B857BV PNP SOT-563 K5V MMDT3904V NPN SOT-563 KAP MMDT3906V PNP SOT-563 KAR 2SA1201 PNP TYP SOT-89 DO DY 2SA1213 PNP SOT-89 NO NY 2SB1073 PNP TYP SOT-89 IQ IR 2SB1132 PNP TYP SOT-89 BAP BAQ BAR 2SB1140 PNP TYP SOT-89 1L 2SB1188 PNP SOT-89 BP BQ BR 2SB1260 PNP SOT-89 ZL 2SB1308 PNP SOT-89 BFP BFQ BFR 2SB1386 PNP TYP SOT-89 BHP BHQ BHR 2S2881 NPN TYP SOT-89 O1 Y1 2S4672 NPN TYP SOT-89 DKP DKQ 2SD1898 NPN TYP SOT-89 DF 2SD874 NPN TYP SOT-89 ZQ ZR ZS B868 NPN SOT-89 A B D 115

122 M Micro ommercial omponents TM Part No Polarity h V E & I V E(sat) & V I & I B f V E & I V EO I V E I V E(sat) V BE(sat) I I B f T Min. f T Max. V E I h FE Min. h FE Max. (V) (A) (V) (ma) Max.(V) Max.(V) (ma) (ma) (MHz) (MHz) (V) (ma) Outline Marking ode B869 PNP SOT-89 E G H BX51 PNP SOT-89 AA A AD BX55 NPN SOT-89 BE BG BM BX56 NPN SOT-89 BH BK BL HM4033 PNP SOT-89 H4033 PXT2222A NPN SOT-89 1P TR TYP UML2N DI P D V R I F I R V F (mw) (V) (ua) (ma) (ua) (V) (V) (ma) SOT-353 L TR TYP UML6N DI P D V R I F I R (mw) (V) (ua) (ma) (ua) (V) V F (V) (ma) SOT-353 L NPN 2 PNP 2 NPN/PNP UML2N UML6N 116

123 M Micro ommercial omponents TM h V E & I V E(sat) & V I & I B f V E & I Part No Polarity V EO I h FE Min. h FE Max. V E I V E(sat) V BE(sat) I I B f T Min. f T Max. V E I (V) (A) (V) (ma) Max.(V) Max.(V) (ma) (ma) (MHz) (MHz) (V) (ma) Outline 2N3904 NPN TO-92 2N3906 PNP TO-92 2N4124 NPN TO-92 2N4400 NPN TO-92 2N4401 NPN TO-92 2N4402 PNP TO-92 2N4403 PNP TO-92 2N5401 PNP TO-92 2N5551 NPN TO-92 2N6517 NPN TO-92 2N6519 PNP TO-92 2N6520 PNP TO-92 2SA1015 PNP TO-92 2SA1980 PNP TO-92 2SA733 PNP TO-92 2S1815 NPN TO-92 2S1959 NPN TO-92 2S2001 NPN TO-92 2S2216 NPN TO-92 2S3279 NPN TO-92 2S5343 NPN TO-92 2S945 NPN TO-92 B327 PNP TO-92 B328 PNP TO-92 B337 NPN TO-92 B338 NPN TO-92 B546B NPN TO-92 B547A NPN TO-92 B547B NPN TO-92 B547 NPN TO-92 B548A NPN TO-92 B548B NPN TO-92 B548 NPN TO-92 B556 PNP TO-92 B556B PNP TO-92 B557 PNP TO-92 B558 PNP TO-92 B639 NPN TO

124 M Micro ommercial omponents TM h V E & I V E(sat) & V I & I B f V E & I Part No Polarity V EO I h FE Min. h FE Max. V E I V E(sat) V BE(sat) I I B f T Min. f T Max. V E I (V) (A) (V) (ma) Max.(V) Max.(V) (ma) (ma) (MHz) (MHz) (V) (ma) Outline BF420 NPN TO-92 BF421 PNP TO-92 BF422 NPN TO-92 BF423 PNP TO-92 D965 NPN TO-92 KSD1616 NPN TO-92 KSD1616A NPN TO-92 KSD471A NPN Typ TO-92 M28S NPN TO-92 MJE13001 NPN TO-92 MJE13002B NPN TO-92 MJE13003B NPN TO-92 MPS2222 NPN TO-92 MPS2222A NPN TO-92 MPS2907 PNP TO-92 MPS2907A PNP TO-92 MPS3702 PNP TO-92 MPSA05 PNP TO-92 MPSA06 NPN TO-92 MPSA13 NPN K TO-92 MPSA14 NPN K TO-92 MPSA42 NPN TO-92 MPSA43 NPN TO-92 MPSA44 NPN TO-92 MPSA55 PNP TO-92 MPSA56 PNP TO-92 MPSA92 PNP TO-92 MPSA93 PNP TO-92 MPSH10 NPN TO-92 PN2222 NPN TO-92 PN2222A NPN TO-92 PN2907A PNP TO-92 S8050 NPN TO-92 S8550 PNP TO-92 S9012 PNP TO-92 S9013 NPN TO-92 S9014 NPN TO-92 S9015 PNP TO

125 M Micro ommercial omponents TM h V E & I V E(sat) & V I & I B f V E & I Part No Polarity V EO I h FE Min. h FE Max. V E I V E(sat) V BE(sat) I I B f T Min. f T Max. V E I (V) (A) (V) (ma) Max.(V) Max.(V) (ma) (ma) (MHz) (MHz) (V) (ma) Outline S9018 NPN TO-92 SS8050 NPN TO-92 SS8550 PNP TO-92 ZTX450 NPN TO-92 TPT5609 NPN TYP TO-92L 2SA1585S PNP TO-92S 2SA933AS PNP TO-92S 2S1740S NPN TO-92S 2S2389S NPN TYP TO-92S 2S4115S NPN TO-92S KTA1267 PNP TO-92S KT3199 NPN TO-92S 2SA1013 PNP TO-92MOD 2S2383 NPN TO-92MOD 2S2482 NPN TO-92MOD 2N2222A NPN TO-18 2N2907A PNP TO-18 2SB772 PNP TO-126 2SD669 NPN TYP TO-126 2SD669A NPN TYP TO-126 2SD882 NPN TO-126 BD135 NPN TO-126 BD136 PNP TO-126 BD137 NPN TO-126 BD138 PNP TO-126 BD139 NPN TO-126 BD140 PNP TO-126 BD233 NPN TO-126 BD235 NPN TO-126 BD237 NPN TO-126 BD433 NPN TO-126 BD434 PNP TO-126 BD435 NPN TO-126 BD436 PNP TO-126 BD437 NPN TO-126 BD438 PNP TO-126 MJE13002 NPN TO-126 MJE13003A NPN TO

126 M Micro ommercial omponents TM h V E & I V E(sat) & V I & I B f V E & I Part No Polarity V EO I h FE Min. h FE Max. V E I V E(sat) V BE(sat) I I B f T Min. f T Max. V E I (V) (A) (V) (ma) Max.(V) Max.(V) (ma) (ma) (MHz) (MHz) (V) (ma) Outline 2N2905A PNP TO-39 2N2219A NPN TO-39 2N3501 NPN TO-39 2N5321 NPN TO-39 MJE13007F NPN ITO-220 MJD112 NPN DPAK MJD127 PNP DPAK MJD122 NPN DPAK 2N6045 NPN TO-220 2N6107 PNP TO-220 2N6388 NPN TO-220 2SD880 NPN TYP TO-220 BDW93B NPN TO-220 BDX33D NPN TO-220 BUT11A NPN TO-220 MJE13003 NPN TO-220 MJE13005 NPN TO--220 MJE13007 NPN TO--220 TIP100 NPN TO-220 TIP101 NPN TO-220 TIP102 NPN TO-220 TIP105 PNP TO-220 TIP106 PNP TO-220 TIP107 PNP TO-220 TIP110 NPN TO-220 TIP111 NPN TO-220 TIP112 NPN TO-220 TIP115 PNP TO-220 TIP116 PNP TO-220 TIP117 PNP TO-220 TIP120 NPN TO-220 TIP122 NPN TO-220 TIP125 PNP TO-220 TIP126 PNP TO-220 TIP127 PNP TO-220 TIP29 NPN TO-220 TIP29A NPN TO-220 TIP29B NPN TO

127 M Micro ommercial omponents TM h V E & I V E(sat) & V I & I B f V E & I Part No Polarity V EO I h FE Min. h FE Max. V E I V E(sat) V BE(sat) I I B f T Min. f T Max. V E I (V) (A) (V) (ma) Max.(V) Max.(V) (ma) (ma) (MHz) (MHz) (V) (ma) Outline TIP29 NPN TO-220 TIP30 PNP TO-220 TIP30A PNP TO-220 TIP30B PNP TO-220 TIP30 PNP TO-220 TIP31 NPN TO-220 TIP31A NPN TO-220 TIP31B NPN TO-220 TIP31 NPN TO-220 TIP32 PNP TO-220 TIP32A PNP TO-220 TIP32B PNP TO-220 TIP32 PNP TO-220 TIP41 NPN TO-220 TIP41A NPN TO-220 TIP41B NPN TO-220 TIP41 NPN TO-220 TIP42 PNP TO-220 TIP42A PNP TO-220 TIP42B PNP TO-220 TIP42 PNP TO-220 TIP47 NPN TO-220 2SD2012 NPN TYP TO-220F 121

128 DIGITAL TRANSISTORS M Micro ommercial omponents TM M Part Number Power Dissipation- Pd(mW) Output urrent - Io(mA) Supply Voltage -V(V) D urrent Gain -Gi Output Voltage- Vo(V) Input R1( ) Input R2( ) Transistion Frequency -Ft(MHZ) Package Polarity Marking ode Internal Diagram DTA114EA K 10K 250+ SOT-23 PNP 14 Fig.4 DTA114EE K 10K 250+ SOT-523 PNP 14 Fig.4 DTA114EUA K 10K 250+ SOT-323 PNP 14 Fig.4 DTA114TA K SOT-23 PNP 94 Fig.1 DTA114TE K SOT-523 PNP 94 Fig.3 DTA114TUA K SOT-323 PNP 94 Fig.3 DTA114YA K 47K 250+ SOT-23 PNP 54 Fig.4 DTA123JA K 47K 250+ SOT-23 PNP E32 Fig.4 DTA123JE K 47K 250+ SOT 523 PNP E32 Fig.4 DTA123JUA K 47K 250+ SOT-323 PNP 132 Fig.4 DTA124EA K 22K 250+ SOT-23 PNP 15 Fig.4 DTA124EE K 22K 250+ SOT-523 PNP 15 Fig.4 DTA124EUA K 22K 250+ SOT-323 PNP 15 Fig.4 DTA143EA K 4.7K 250+ SOT-23 PNP 13 Fig.4 DTA143EE K 4.7K 250+ SOT-523 PNP 13 Fig.4 DTA143EUA K 4.7K 250+ SOT-323 PNP 13 Fig.4 DTA143ZA K 47K 250+ SOT-23 PNP E13 Fig.4 DTA143ZE K 47K 250+ SOT-523 PNP E13 Fig.4 DTA143ZUA K 47K 250+ SOT-323 PNP 113 Fig.4 DTA144EA K 47K 250+ SOT-23 PNP 16 Fig.4 DTA144EE K 47K 250+ SOT-523 PNP 16 Fig.4 DTA144EUA K 47K 250+ SOT-323 PNP 16 Fig.4 DT113ZUA K 10K 250+ SOT-323 NPN E21 Fig.2 DT114EA K 10K 250+ SOT-23 NPN 24 Fig.2 DT114EE K 10K 250+ SOT-523 NPN 24 Fig.2 DT114EUA K 10K 250+ SOT-323 NPN 24 Fig.2 DT114TA K SOT-23 NPN 4 Fig.1 DT114TE K SOT-523 NPN 4 Fig.1 DT114TUA K SOT-323 NPN 4 Fig.1 DT114YA K 47K 250+ SOT-23 NPN 64 Fig.2 DT114YE K 47K 250+ SOT-523 NPN 64 Fig.2 122

129 DIGITAL TRANSISTORS M Micro ommercial omponents TM M Part Number Power Dissipation- Pd(mW) Output urrent - Io(mA) Supply Voltage -V(V) D urrent Gain -Gi Output Voltage- Vo(V) Input R1( ) Input R2( ) Transistion Frequency -Ft(MHZ) Package Polarity Marking Internal Diagram DT114YUA K 47K 250+ SOT-323 NPN 64 Fig.2 DT123JA K 47K 250+ SOT-23 NPN E42 Fig.2 DT123JUA K 47K 250+ SOT-323 NPN E42 Fig.2 DT124EA K 22K 250+ SOT-23 NPN 25 Fig.2 DT124EE K 22K 250+ SOT-523 NPN 25 Fig.2 DT124EUA K 22K 250+ SOT-323 NPN 25 Fig.2 DTl43TUA K SOT-323 NPN 03 Fig.1 DT143ZA K 47K 250+ SOT-23 NPN E23 Fig.2 DT144EA K 47K 250+ SOT-23 NPN 26 Fig.2 DT144EE K 47K 250+ SOT-523 NPN 26 Fig.2 DT144EUA K 47K 250+ SOT-323 NPN 26 Fig.2 DT144TA K SOT-23 NPN 6 Fig.1 DT144TE K SOT-523 NPN 6 Fig.1 DT144TUA K SOT-323 NPN 6 Fig.1 R1 R1 R2 Fig.1 Fig.2 R1 R1 R2 Fig.3 Fig.4 123

130 M ESD Protection Devices Micro ommercial omponents TM M Part Number Reverse Standoff Voltage VRWM(V) Breakdown voltage VBR(V) Min@IT Peak Power Dissipation PPK Maximum Peak Pulse urrent IPP Maximum Reverse Leakage IR@VRWM Maximum lamping Voltage IPP MAX j@vr=0v,f=1mhz (V) (V) (W) (A) (ua) (V) (pf) Package Type Internal Diagram ESD3V3D SOD-723 Fig.5 ESD3V3D SOD-523 Fig.5 ESDA6V1L SOT-23 Fig.6 ESD5V0D SOD-723 Fig.5 ESD5V0D SOD-523 Fig.5 ESD5V0D SOD-323 Fig.5 ESD5V0M TYP 32 SOT-563 Fig.7 ESD5V0L TYP 32 SOT-553 Fig.8 ESD5V0J SOT-353 Fig.8 ESD5V0K SOT-363 Fig.7 ESD7V0D SOD-523 Fig.5 ESD12VD SOD-723 Fig.5 ESD12VD SOD-523 Fig.5 ESD12VD SOD-323 Fig.5 SM SOT-23 Fig.6 SM SOT-23 Fig.6 M Part Number MLESD08A MLESD12A- 1206A4 MLESD12A MLESD24B Max ontinuous Operating Voltage Type Trigger Voltage@ 8KV Type lamping Voltage@ 8KV (V) (V) (V) Max Leakage urrent@max VD (na) MAX j@vr=0v,f=1mhz Package Type Internal Diagram TYP Fig TYP A4 Fig TYP Fig TYP Fig.9 (pf) Fig Fig Fig Fig Fig.9 Fig.10 Fig.11

131 M Micro ommercial omponents TM MOSFET M Part Number Power Rating Drain- Source Voltage VDSS Gate Threshold Voltage Vth(GS) Drain urrent IDMAX Static Drain-Source On Resistance RDS(ON)MAX Package Type Polarity Internal Diagram (mw) (V) (V) (ma) (Ω) 2N SOT-23 N-hannel Fig.12 2N7002W SOT-323 N-hannel Fig.12 2N7002T SOT-523 N-hannel Fig.12 2N7002DW SOT-363 N-hannel Fig.14 SI SOT-23 P-hannel Fig.13 SI SOT-23 N-hannel Fig.12 SI SOT-23 P-hannel Fig.13 D D G G S Fig.12 S Fig.13 D G S S G D Fig

132 M Micro ommercial omponents TM HIGH AURAY NT THERMISTORS OPERATING TEMPERATURE RANGE: -50 TO 250 Temperature NTG NTG NTG NTG NTG NTG NTG NTG NTG KΩ KΩ KΩ KΩ KΩ KΩ KΩ KΩ KΩ R K 5.00K 10.00K 10.00K 10.00K 40.00K 50.00K K K B 25/ B 25/ Package DO-35G 126

133 PAKAGE OUTLINES M Micro ommercial omponents TM D A D B athode Mark DO-35 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D DO-41 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D A-405 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D DO-15 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D DO-7 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D DO-201AD DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D Note: Drawings Are Not To Scale A - 1

134 M Micro ommercial omponents TM PAKAGE OUTLINES D A D B athode Mark R-1 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D DO-201AE DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D R-3 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D R-6 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D athode Mark MELF A B DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B Nominal A-2 Note: Drawings Are Not To Scale

135 PAKAGE OUTLINES M Micro ommercial omponents TM athode Mark athode Mark B A A B MINIMELF MIROMELF DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B A B athode Mark E D A B H G D QUADRO MELF POWERLITE-123 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G Note: Drawings Are Not To Scale A - 3

136 PAKAGE OUTLINES M Micro ommercial omponents TM SOD123 H A B E D DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G H J SOD323 G SOD523 J DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G H J DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H A B E G SOD723 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H D F H A-4 Note: Drawings Are Not To Scale

137 PAKAGE OUTLINES M Micro ommercial omponents TM G F A D E K H B J SOT-23 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H J K SOT-323 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D TYP E G H J K SOT-523 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D.020 Nominal 0.50 Nominal E G H J K D e SOT-353 A1 b e1 E A2 E1 L1 L DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A A b c D E E e.026typ 0.65TYP e L.021REF 0.525REF L Note: Drawings Are Not To Scale A - 5

138 PAKAGE OUTLINES M Micro ommercial omponents TM e b SOT-553 A1 L D A E1 E M DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A A e c D b E E L G SOT-363 J A H D B K M L DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D Nominal G H J K L M SOT-563 G DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D G H K L M K A H B M L A-6 Note: Drawings Are Not To Scale

139 PAKAGE OUTLINES M Micro ommercial omponents TM SMA (DO-214A) H athode Band DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B E G H J E J A D B G SMB (DO-214AA) DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G H J SM (DO-214AB) DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G H J H SMAG F G E T J D A B DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H J T Note: Drawings Are Not To Scale A - 7

140 PAKAGE OUTLINES M Micro ommercial omponents TM H athode Band J A F E D B G HSMA HSMB DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H J DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H J HSM SMAE DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H J DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G H J A-8 Note: Drawings Are Not To Scale

141 M Micro ommercial omponents TM PAKAGE OUTLINES S D 2 -PAK D H J G K A 4 E B V DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G H J K S V D-PAK DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G BS 4.85 BS H J K L BS 2.29 BS R S U V V S F B R G D L A K E J H U PRESSFIT A DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F B E F D Note: Drawings Are Not To Scale A - 9

142 PAKAGE OUTLINES M Micro ommercial omponents TM TO-220A DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D F G H J K L Q R S T U F A K H B 1 2 G L D Q U T J R S TO-220AB F A K H L G B N V D Q U T J S R DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D F G H J K L N Q R S T U V A - 10 Note: Drawings Are Not To Scale

143 PAKAGE OUTLINES M Micro ommercial omponents TM TO-247 (TO-3P) DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H J K L P Q R.173TYP 4.40TYP U.209 BS 5.30 BS V Q A K F D B G V U L P E R J H 4 A K 0 TO-126 B D J INHES DIMENSIONS MM DIM MIN MAX MIN MAX NOTE A B D E E F G L N M F G 0.09(Typ) 2.29(Typ) H J K L M N H Note: Drawings Are Not To Scale A - 11

144 PAKAGE OUTLINES M Micro ommercial omponents TM J H G A B F D E M D N P D Q D K ITO-220AB DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H J K M N P Q RA A DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E NOM SRA DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E NOM D E B A - 12 Note: Drawings Are Not To Scale

145 M Micro ommercial omponents TM PAKAGE OUTLINES MB-1 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H K L M N K ~ ~ A L - + M B N D F Notch in case G H E ~ - MBS-1 H E J ~ + A K G L B D M N F Notch in case DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H J K L M N Notch in case DB-1 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F Typ G Typ H B F G - ~ A + ~ E D H Note: Drawings Are Not To Scale A - 13

146 PAKAGE OUTLINES M Micro ommercial omponents TM SDB-1 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G H K G B - ~ + ~ K A D E Notch in case A H B D RB15 + A E F A - E DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F WOM DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F A - 14 Note: Drawings Are Not To Scale

147 PAKAGE OUTLINES M Micro ommercial omponents TM A + A - B H RS-4L DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E PL G H D A G E KBPL DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G H I G I + A - H E B D A D RS-6 B F - A + H E G DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D.150 x.230l 3.80 x 5.57L HOLE E NOM F NOM G H TYP J K NOM L K L J Note: Drawings Are Not To Scale A - 15

148 PAKAGE OUTLINES M Micro ommercial omponents TM MB-35W D E B DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E TYP G H G D A - + A H A MP-50W Same as MB-50W but the case is made up of a metal and plastic construction instead of just metal. A MB-35 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G H J MP-50 Same as MB-35 but the case is made up of a metal and plastic construction instead of just metal. G D E A + - A J A B H A A - 16 Note: Drawings Are Not To Scale

149 PAKAGE OUTLINES M Micro ommercial omponents TM GBJ L F M A D + ~ ~ - P N O O B R H E K J G DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H R J K L M N O P GBU A DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H R J K L M N TYPIAL G K L H M J D N N N N E F P Note: Drawings Are Not To Scale A - 17

150 PAKAGE OUTLINES M Micro ommercial omponents TM E J F A + ~ ~ - D G G G B I K H GBP DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H I J.110X45 O 2.80X45 O K PB-6 B DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A PL B D PL E PL/TYP G E G D + A A - A A BR-6 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A PL B D PL E G Note: The BR-6 ase is made of ceramic material A - 18 Note: Drawings Are Not To Scale

151 PAKAGE OUTLINES M Micro ommercial omponents TM PB-3 D DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A PL B D PL E TYP G B G + A A - A A E K EMITTER J H F L B A G OLLETOR BASE E D TO-18 TO-39 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A Φ B Φ D E ΦTYP F G H J K L DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A Φ B Φ D E ΦTYP F G H J K L Note: Drawings Are Not To Scale A - 19

152 PAKAGE OUTLINES M Micro ommercial omponents TM H athode Band J A F E D B G SMBG DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G H J SMG DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G H J A B K SOT-89 D G 1 F 2 H 3 E J DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H J K A - 20 Note: Drawings Are Not To Scale

153 M Micro ommercial omponents TM PAKAGE OUTLINES H athode Band J A F E D B G HSMBG DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H J HSMG DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E F G H J A E TO-92 DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G D B G Note: Drawings Are Not To Scale A - 21

154 M Micro ommercial omponents TM PAKAGE OUTLINES TO-92S DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E G A D B E G B A G E D F J H K L M TO-92L DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E.050TYP 1.27TYP F G H J K L M A - 22 TO-92MOD DIMENSIONS INHES MM DIM MIN MAX MIN MAX NOTE A B D E.059TYP 1.50TYP F G H J K L M B A G E D F H M J L K Note: Drawings Are Not To Scale

155 M Micro ommercial omponents TM REOMMENDED SOLDER PAD LAYOUTS A B DIMENSIONS (inches/mm) PAKAGE A B SOD / / / 1.22 SOD / / / 0.70 SOD / / / 0.80 SOD / / / 0.45 MELF.220 / / / 2.92 MINIMELF.165 / / / 1.90 MIROMELF.110 / / / 1.40 SMB.230 / / / 2.16 SM.330 / / / 3.18 HSMA.230 / / / 2.16 HSMB.230 / / / 2.16 HSM.330 / / / 5.08 A B D E DIMENSIONS (inches/mm) PAKAGE A B D E SOT / / / / / 0.95 SOT / / / / / 0.65 SOT / / / / / 0.50 Note: Drawings Are Not To Scale B - 1

156 M Micro ommercial omponents TM REOMMENDED SOLDER PAD LAYOUTS E D B A Omit this pad for SOT353/553 DIMENSIONS (inches/mm) PAKAGE A B D E SOT-363/ / / / / / 1.30 SOT / / / / / 1.20 SOT / / / / / 1.20 B A D DIMENSIONS (inches/mm) PAKAGE A B D SOT / / / / 1.94 B - 2 Note: Drawings Are Not To Scale

157 M Micro ommercial omponents TM REOMMENDED SOLDER PAD LAYOUTS Inches mm Inches mm MBS-1 SDB Inches mm Inches mm D-PAK D 2 -PAK B-3

158 M Micro ommercial omponents TM THROUGH HOLE PAKING SPEIFIATIONS ase Available Packaging (pcs) Style Bulk 13 Tape & Reel Ammo Pack Box/Bag Qty Tube Qty Tray Qty Qty Qty A BR BR-8D 400 DB-1 50 DO DO-201AD DO-201AE DO / DO DO-41G 5000/ DO GBJ 600 GBU 800 ITO-220AB 2000 KBP 1000 LEADED BUTTON 100 MB-1 50 MB MB-35W 50 MP MP-50W 50 PB PB PRESSFIT 50 R R R RA 1000 RB RS-4L 300 RS-4M 350 RS SRA 1000 TO TO TO-220AB TO-220A TO-220 BUTTON 50 TO KBPL 1000 TO TO / TO-92L 10000/ TO-92MOD 10000/ TO-92S 10000/ WOL 1000 WOM

159 M Micro ommercial omponents TM SURFAE MOUNT TYPE TAPE SIZE BULK/TUBE 7 INH REEL 13 INH REEL (mm) QUANTITY QUANTITY QUANTITY D-PAK D 2 -PAK MBS MELF MINIMELF MIROMELF HSMA HSMB HSM SDB SMAE/SMAG SMA SMB SM SOD SOD323/ SOD SOT SOT SOT-363/563/353/ SOT

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