BCX17R BCX18R SOT-23 Formed SMD Package MARKING BCX17R = T4 BCX18R = T5 ABSOLUTE MAXIMUM RATINGS (Ta = 25C unless specified otherwise) BCX17R DESCRIPTION SYMBOL VCES 50 Collector Emitter Voltage VCEO 45 Collector Emitter Voltage BCX18R 30 25 UNITS V V Emitter Base Voltage VEBO 5 V Collector Current (DC) IC ICM 500 1000 mA mA Emitter Current - Peak IEM 1000 mA Base Current (DC) IB 100 mA IBM Peak Base Current - Peak Power Dissipation upto @ Ta=25C 200 mA Ptot* 250 mW Storage Temperature Tstg - 55 to +150 C Junction Temperature Tj 150 C 500 K/W *Mounted on a ceramic substrate of 8mm x 10 mm x 0.7mm THERMAL RESISTANCE From junction to ambient in free air Rth(j-a) ELECTRICAL CHARACTERISTICS (Ta=25C unless specified otherwise) DESCRIPTION SYMBOL TEST CONDITION ICBO VCB=20V, IE=0 Collector Cut off Current VCB=20V, IE=0, Tj=150 C Emitter Cut off Current Base Emitter on Voltage Collector Emitter Saturation Voltage DC Current Gain Transition Frequency Collector Capacitance IEBO V

S D B E C A G nc S K D B B E E C C A1 K2 B E K1 A2 C B E C B B E E C C G S D SOT23, SOD23 () T2 BCX18 ZETEX PNP T2p BCX18 PHIL PNP T3 HSMS-2863 HP 2xSHD T35 T35 BSR20 BSR20 CDIL PHIL PNP PNP T36 T36 BSR20A BSR20A CDIL PHIL PNP PNP T4 HSMS-2864 HP 2xSHD T4 BCX17R ZETEX PNP T5 BCX18R ZETEX PNP T7 T7 T7p T8 T8 T8p T9 T92 BSR15 SST4117 BSR15 BSR16 SST4118 BSR16 SST4119 BSR18A CDIL SIL PHIL CDIL SIL PHIL SIL CDIL PNP nFET PNP PNP nFET PNP nFET PNP T92 BSR18A PHIL PNP TA KTC3295A KEC NPN TB KTC3295B KEC NPN U1 U1 U1 U1p U2 U2 BCX19 BCX19 BCX19 BCX19 BCX20 BCX20 ALLEG CDIL ZETEX PHIL ALLEG CDIL NPN NPN NPN NPN NPN PNP U2 U2p BCX20 BCX20 ZETEX PHIL NPN PNP U35 U35 U36 U36 U4 U5 U7 U7p U8 U8p U92 U92 U9p UF BSR19 BSR19 BSR19A BSR19A BCX19R BCX20R BSR13 BSR13 BSR14 BSR14 BSR17R BSR17R BSR17 BB801 CDIL PHIL CDIL PHIL ZETEX ZETEX CDIL PHIL CDIL PHIL CDIL PHIL PHIL SIEM NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN PNP BD V0 VP0610T SIL pMOS V1 VN50300T SIL nMOS V1 DZ23C2V7 VISH V10 DZ23C6V2 V11 V12 VCB0=-3

$004 Sm BCP51 SC10 3=Mm BCws1 Scio Mm BC546 $C04 Sm BCP52 SCi0. = Mm BCW81R Sci0. =Mm BC547 $C04 Sm BCPS3 $Ci0 Mm BCweg Scie. = =Mm BC548 $C04. Sm BCP54 SC10. 2 Mm BCW89R SCi0 =Mm BC549 $Co4. Sm BCP55 Sci0 = =Mm BCX17 Si0 =Mm BC550 $ct04 Sm BCP56 SCi0 =Mm BCX17R Sci = =Mm BC556 S04 Sm BCP68 Sti0 = Mm BCX18 Sci0 =~Mm 854 September we) (INDEX Type no. book section | Type no. book section | Type no. book section BCX18R $C10 Mm BD204F $C05 P BD337 $C05 P BCX19 C10 Mm BD226 $co5 P BD338 $C05 P BCX19R $C10 Mm BD227 $C05 P BD433 SC05 P BCX20 $C10 Mm BD228 $C05 P BD434 $c05 P BCX20R $C10 Mm BD229 $C05 P BD435 SC05 P BCX51 SC10 Mm BD230 $C05 P BD436 $C05 P BCX52 SC10 Mm BD231 $005 P BD437 $C05 P BCX53 SC10 Mm BD233 SC05 P BD438 $C05 P BCX54 SC10 Mm BD234 $005 P BD643 S$C05 P BCX55 $C10 Mm BD235 $005 P BD643F $C05 P BCX56 SC10 Mm BD236 SC05 P BD644 $C05 P BCX58 S$C04 Sm BD237 $C05 P BD644F $Cos P BCX59 SC04 Sm BD238 S$C05 P BD645 $C05 P BCX70* $C10 Mm BD239 $C05 P BDG645F SC05 P BCx71* $C10 Mm BD239A $co5

BCX17R =~ 7T4 BCX18R -~ TS COMPLEMENTARY TYPES - BCX177 - BCX19 BCX18 - BCX20 $OT23 ABSOLUTE MAXIMUM RATINGS. PARAMETER SYMBOL | BCX17 BCX18 | UNIT Collector-Emitter Voltage Vees -50 -36 v Collector-Emitter Valtage Up, =-10mA) Veoeo -45 ~25 v Emitter-Base Voltage Vega 5 Vv Collector Current le -500 mA Peak Collector Current leks -1900 mA Base Current lg -100 mA Peak Base Current iam 200 mA Pawer Dissipation at T,,,,228C Pet 330 mw Operating and Storage Temperature Range = Tj'Tatg -55 to +150 ec ELECTRICAL CHARACTERISTICS (at Tap = 25C unless otherwise stated). PARAMETER SYMBOL MIN, TYP, |MAX. |UNIT (CONDITIONS. Collector-Base Cut-Off jicag : 190 nA Ie =O. Veg = 20V Current | : '-200 le =O. Veg =-20V, Ts t ' + oeeceet fone oe to perma Fc ean van Emitter-Base Cut-Off lego i 49 In =O, Vege IV Current : Base-Emitter Voltage Vee : 12 uv He =-BOOMA, Veg =-1V* ners wenn seaman bm t tee ser naemsae ane! Collector-Emitter Vegisan i 1-620 ImV lig =-SGOmA, Ip =-50mA* Saturation Voltage Static Forward Curren

MS-286B T2 HSMS-2862 HP D SOT23 T2 GDZ5.6B Vis I SOD323 zener 200mW 5.6V T2L 2SC5661 Roh N VMT3 RF 18V 50mA ft 1.5GHz T3 BSS63 Phi N SOT23 BSS68 T3 HSMS-286E HP A SOT323 ca dual HSMS-286B T3 HSMS-2863 HP A SOT23 T3 GDZ6.2B Vis I SOD323 zener 200mW 6.2V T4 BCX17R Phi R SOT23R BC327 T4 HSMS-286F HP B SOT323 cc dual HSMS-286B T4 HSMS-2864 HP B SOT23 T4 MBD330DW Mot DL SOT363 dual UHF schottky diode T4 GDZ6.8B Vis I SOD323 zener 200mW 6.8V HF pin diode p-ch mosfet 60V 0.12A zero bias schottky diode 2 x 2SA1037AK pnp pnp 100V 0.1A 2 x 2SA1037AK pnp http://www.marsport.org.uk/smd/smdt.htm (1 of 5)27/5/2007 18:21:07 dual series HSMS-286B ca dual HSMS-286B cc dual HSMS-286B SMD Codebook page T T4 ZUMTS17 Zet N SOT323 npn RF ft 1.3 GHz 15V 25mA hfe 25150 T4H ZUMTS17H Zet N SOT323 npn RF ft 1.3 GHz 15V 25mA hfe 70200 T5 HSMS-2865 HP S SOT143 separate dual HSMS-286B T5 BCX18R Phi R SOT23R BC328 T5 GDZ7.5B Vis I SOD323 zener 200mW 7.51V T6 BSS63R Phi R SOT23R BSS68 T6 GDZ8.2B Vis I SOD323 zener 200mW 8.2V T7

BCX17R COMPLIMENTARY TYPES - - T1 - T4 E C BCX19 B SOT23 ABSOLUTE MAXIMUM RATINGS. PARAMETER SYMBOL VALUE UNIT Collector-Emitter Voltage V CES -50 V Collector-Emitter Voltage (I C =-10mA) V CEO -45 V Emitter-Base Voltage V EBO -5 V Collector Current IC -500 mA Peak Collector Current I CM -1000 mA Peak Emitter Current I EM -1000 mA Base Current IB -100 mA Peak Base Current I BM -200 mA Power Dissipation at T amb=25C P tot 330 mW Operating and Storage Temperature Range T j :T stg -55 to +150 C ELECTRICAL CHARACTERISTICS (at Tamb = 25C unless otherwise stated). PARAMETER SYMBOL MAX. UNIT CONDITIONS. Collector-Base Cut-Off Current I CBO MIN. TYP. -100 -200 nA A I E =0, V CB =-20V I E =0, V CB =-20V, T j=150C Emitter-Base Cut-Off Current I EBO -10 A I C =0, V EB =-1V Base-Emitter Voltage V BE -1.2 V I C =-500mA, V CE =-1V* Collector-Emitter Saturation Voltage V CE(sat) -620 mV I C =-500mA, I B =-50mA* Static Forward Current Transfer Ratio h FE Transition Frequency fT 100 MHz I C =-10mA, V CE =-5V f =3

T8t T32 T33 T34 T42 T42 T43 T43 T44 T44 T62 T62 T63 T63 T64 T64 T71 T72 T72 T73 T73 T74 T74 T75 T75 T76 Device BB515 BAR67-02W TP0601T HSMS-2860 HSMS-286B BCX17 BCX17 BCX17 IMT1A BSS63 BCX18 BCX18 BCX18 IMT2A HSMS-286C HSMS-2862 BSS63 HSMS-286E HSMS-2863 BCX17R HSMS-286F HSMS-2864 MBD330DW HSMS-2865 BCX18R BSS63R BSR15 BSR15 BSR15 BSR16 BSR16 BSR16 2SC4182 2SC4182 2SC4182 2SC3545P 2SC4184 2SC3545Q 2SC4184 2SC3545R 2SC4184 2SC3841P 2SC4186 2SC3841Q 2SC4186 2SC3841R 2SC4186 BSR15R 2SC4568 2SC4570 2SC4568 2SC4570 2SC4568 2SC4570 2SC4569 2SC4571 2SC4569 Manf Sie Sie Tem HP HP Phi Phi Phi Roh Mot Phi Phi Phi Roh HP HP Phi HP HP Phi HP HP Mot HP Phi Phi SGS Phi Phi SGS Phi Phi Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec SGS Nec Nec Nec Nec Nec Nec Nec Nec Nec Base I I M C C N N N DA N N N N DB D D N A A R B B DL S R R N N N N N N N N N N N N N N N N N N N N N R N N N N N N N N N Package SOD323 SCD80 SOT23 SOT323 SOT23 SOT23 SOT23 SOT23 SOT23 SOT23 SOT23 SOT323 SOT23 SOT23 SOT323 SOT23

30V 0.1A 0.25W 2C SI-N 45V 0.1A 0.25W 2G SI-P 65V 0.1A 150MHz SI-P 65V 0.1A 150MHz 3B PDF created with FinePrint pdfFactory trial version http://www.pdffactory.com BC857A BC857B BC857BR BC857C BC859B BC860B BC860C BC868 BC869 BC879 BC880 BCP68 BCV27 BCX17 BCX17R BCX19 BCX38B BCX53 BCX56 BCY59 BCY71 BCY72 BCY79 BCY85 BD109 BD115 BD129 BD131 BD132 BD139 BD139-16 BD140 BD140-16 BD141 BD142 BD159 BD160 BD179 BD180 BD183 BD201 BD201F BD204F BD230 BD231 BD232 BD237 SI-P 50V 0.1A 150MHz SI-P 45V 0.1A 0.2W 3F SI-P 45V 0.1A 0.2W SI-P 45V 0.1A 0.25W 3G SI-P 30V 0.1A 0.25W 4B SI-P 50V 0.1A 4F SI-P 50V 0.1A 4G SI-N 25V 1A 60MHz SI-P 25V 1A 1W 60MHz N-DARL 100V 1A 0.8W P-DARL 100V 1A 0.8W SI-N 20V 1A 1.5W 60MHz N-DARL 40V 0.5A 0.25W B>1 SI-P 50V 0.5A 100MHz T1 SI-P 50V 0.5A 100MHz T4 SI-N 50V 0.5A 300mW 200MHz N-DARL 80V 0.8A 1W B>4000 SI-P 100V 1A 50MHz SI-N 100V 1A 130MHz SI-N 45V 0.2A 1W 250MHz SI-P 45V 0.2A 0.35W SI-P 30V 0.2A 0.35W SI-P 45V 0.2A 1W 180MHz SI-N 100V 0.2A 0.3W SI-N 60V 3A 15W SI-N 245V 0.1

21 L78 | 45V 45V 5V | 100mA 125C | SOmWF 125M 6PO 250mn 2mA ALG | TFK |- BCX10 PS | TO39 Lo4 | 50V 35V 5V [500mA | 200C | 2WC 45M - 30/90 150mA | AMG| STM | BFS95 2N1132 BCX17 PS | X12 L29 | 50V 45V BV 1A 150C | 310mWH 50M 12P 100mn 100mA | AMG] PHi BCX17 BCX17R PS | X12 L27 | 45V 45V 5VY |500mA 180C | 310mWF 50M - 100mn 100mA | AMG} PHI - BCx18 PS | X12 L29 | 30V 25V 5V 1A 180C | 310mWH 50M 12P 100mn 100mA | AMG | PHI BCX17 BCX18R PS X12 L127. | 25V 25V 5V | 500mA 150C | 310mWF 50M - 100mn 100mA | AMG| PHI - BCX19 NS | X12 L29 | 50V 48V BV 1A 150C | 310mWH 50M 8P0 100mn 100mA | AMG| PHI BCX19R NS | X12 L27 | 45V 45V SV | 506mA 150C | 310mWF 100M - 100mn 100mA | AMG| PHI : BCX20 NS | X12 bL29 | 30V 25V SV 1A 450C | 310mWH 50M s8PO 100mn 100mA | AMG] PHI BCX19 BCX20R NS | X12 L27 | 25V 25V 5V | 500mA 150C | 310mWF 100M - 700mn 100mA | AMG] PHI - BCX21 NS | TO39 Lo4 | 60V 45V FOV 1A 150C | 550mWF - - 2Kmn 150mA | AMD | PHI - BCX22 NS | TO18 Lo1 125V 125 SV | 800mA | 200C | 450mWF 100M 12P 30mn 100m

T4 T5 T5 T6 T7 T7p T7t T8 T8p T8t T32 T33 T34 T42 T42 T43 T43 T44 T44 T62 T62 T63 T63 T64 T64 T71 T72 T72 T73 T73 T74 T74 T75 T75 T76 T76 T77 T76 T78 T79 T80 T81 T82 T82 T82 T82 T83 T83 T83 T83 T84 T84 T84 T84 T86 T86 T86 T86 T88 BSS63 HSMS-286E HSMS-2863 BCX17R HSMS-286F HSMS-2864 MBD330DW HSMS-2865 BCX18R BSS63R BSR15 BSR15 BSR15 BSR16 BSR16 BSR16 2SC4182 2SC4182 2SC4182 2SC3545P 2SC4184 2SC3545Q 2SC4184 2SC3545R 2SC4184 2SC3841P 2SC4186 2SC3841Q 2SC4186 2SC3841R 2SC4186 BSR15R 2SC4568 2SC4570 2SC4568 2SC4570 2SC4568 2SC4570 2SC4569 2SC4571 2SC4569 2SC4571 2SC4569 2SC4571 2SC5507 2SC5508 2SC5507 BSR16R 2SC4954 2SC4956 2SC4958 2SC5014 2SC4955 2SC4957 2SC4959 2SC5015 2SC5177 2SC5179 2SC5178 2SC5180 2SC5182 2SC5183 2SC5184 2SC5183 2SC5191 Phi HP HP Phi HP HP Mot HP Phi Phi SGS Phi Phi SGS Phi Phi Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec SGS Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec SGS Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec Nec N A A R

beginning with 'T' Code T T T0 T0 T0 T1 T1p T1t T1 T1 T2 T2p T2t T2 T2 T2 T3 T3 T3 T4 T4 T4 T4 T5 T5 T6 Device BB515 BAR67-02W TP0601T HSMS-2860 HSMS-286B BCX17 BCX17 BCX17 IMT1A BSS63 BCX18 BCX18 BCX18 IMT2A HSMS-286C HSMS-2862 BSS63 HSMS-286E HSMS-2863 BCX17R HSMS-286F HSMS-2864 MBD330DW HSMS-2865 BCX18R BSS63R Manufacturer Sie Sie Tem HP HP Phi Phi Phi Roh Mot Phi Phi Phi Roh HP HP Phi HP HP Phi HP HP Mot HP Phi Phi Base I I M C C N N N DA N N N N DB D D N A A R B B DL S R R Package SOD323 SCD80 SOT23 SOT323 SOT23 SOT23 SOT23 SOT23 SOT23 SOT23 SOT23 SOT323 SOT23 SOT23 SOT323 SOT23 SOT23R SOT323 SOT23 SOT363 SOT143 SOT23R SOT23R Leaded Equivalent/Data varicap 17.7pf @ 1V 30V max p-ch mosfet 60V 0.12A zero bias schottky diode zero bias schottky diode BC327 BC327 BC327 2 x 2SA1037AK pnp pnp 100V 0.1A BC328 BC328 BC328 2 x 2SA1037AK pnp dual series HSMS-286B dual series HSMS-286B BSS68 ca dual HSMS-286B ca dual HSMS-286B BC327 cc dual HSMS-286B cc dual HSMS-286B dual UHF schottky diode separate d

reversed. in this case, the suffix R after the type number is used. All other electrical and physical data remains unchanged. Devices are identified by an alpha-numerical code stamped on the body of the device as follows: BCX17 .. . . TI BCX18 .. we .. T2 BCX17R .. . .. T4 BCX18R .. a .. TS 8CX17/18, Page 3SOT-23 TRANSISTORS & DIODES PRODUCT LIST AND DEVICE IDENTIFICATION TRANSISTORS TRANSISTORS Reverse Reverse Device Standard Joggle Device Standard Joggle Type marking marking Type marking marking BCV71 K7 K6 BFO31 $2 $3 BCV72 K8 Ko BFO31A s4 $5 Bcw29 C1 c4 BFS20 Gl G4 BCW30 c2 C5 BCW31 D1 D4 BSSE3 T3 T6 BSS64 U3 U6 BCW32 D2 D5 BCW33 53 D6 BSS65 1 L5 BSS66 M6 M8 BCW60A AA - BSS67 M7 Mg BCWE60B AB BSS69 L2 L6 BCW60C AC AR BSS70 L3 L7 BCW60D AD _ BSS79B CE _ BCW61A BA CA BSS79C CF _ BCW61B BB cB BSS82B cL - BCW6IC BC cc BSS82C cM - BCW61D BD cD BCW65A EA ~ BSV52 B2 B4 BCW65B EB - BCW6EC EC _ FMMT-AQ5 1H - BCWE66F EF 7P FMMT-A06 1G - BCW6EG EG 5T FMMT-A12 3w - BCW66H EH - FMMT-A13 1M _ ~ FMMT-A14 1N

o oy R T CER 1 kHz cB E BE CE cB E {1 N Comptle- Vv] Vv_1 mA | ow [C Vm [wel pr pv wA [mA [dB] Vt mly) g [mentary max | max | max} max| max/max|min max/ min min| max max v max ype BCX17 45 5 500} 310 {150]100-600 1 i100 |100' 0,62 {500 |50 P}NS133a|BCX19 BCX17R} See BCXI7 but Reverse Polarity BCX18 | 25 5 | 500 | 310 [150 [100-600 1 100 {100 0,62 [500 |50 P)NS133aj| BCK20 BCX18R| See BCXI8 but Reverse Polarity BCX19 45 5 500 310 , 150 100-600 1 100 |200' 0,62 {500 [50 N}NS1I33a| BCX17 BCX19R see lscx19 lbut everse Polarity BCX20 25 5 500 310 .150 100-600 1 100 }200' 0,62 |500 |50 N|NS133a] BCX18 BCX20R | See BCX20 but Reverse Polarity BCX21 60 45 10 1000 550 150 2000 10 150 1,6 10001 Ny} 112Ba p |BCX22 125 5 800] 450 1200] 63 ! 100 |100 12 10] 0,9 [300 {30 N 110a Pp |BCX23 125 5 800} 450 [200] 63 1 100 | 100 12 10} 0,9 300 [30 P 110a P {BCX24 roo"; 7" 800} 450 |200] 40 1 100 30 12 10) 0,9 300 | 30 N 110a BCX25 60 60 5 200} 350 $150] 70-400 5 10 1100 6 1040,25 |100 |10 N 116b| BCX26 BCX26 60 60 5

BCX17R BC327 BC327-18 BC327-5 BCS07-16 BCW35 BCW37 BCW68R BCW68 BCW68 BCW68F BCX76 BC486A BC486L18 BC486L5 BCS60A BC557VI BC557VI BCW69 BC307 BC307-18 BC307-5 BC307A BC307A18 BC307A5 BC557AP BCX71G See Index See Index See Index Motorola Motorola See Index See Index See Index ThmsnCSFEFC FerrantiLtd msn Motorola See Index See Index Motorola Motorola Motorola See Index Sid Micro Comset Semi ee n ex See Index See Index Motorola Motorola See Index Motorola Motorola Ferranti Ltd See Index 40 50 55 60 65 70 PC107S TMPA811 2SA811C5 MMBA811C5 MMBA811C5 MMBA811C5 2N3726 2N3727 EN3502 4 A177 BC557 BCX71RG BCX71RG BC486A18 BC486A5 ME0412 2N3350 2N3351 ee n ex Powerex Inc See Index ThmsnCSFEFC ITISemilntr Motorola Motorola NthAmerSemi See Index See Index A5T2605 2N2605 2N4289 BCW70R TMPT813S3 BC281C BC807-25 BCW68G BCX76-25 75 80 85 90 95 758 hFE MMBA811C6 JE9015 2N3550 BCS60B BC307B BC307B18 Ic Max (A) fT (Hz) Cobo Max ICBO Max (A) V(BR)CBO PD Max Toper Max Package Style 150 J 150 J 150 J 150 J 150 J 150 J

BCX17R BCX18R T1 T2 T4 T5 E C B COMPLEMENTARY TYPES - BCX17 - BCX19 BCX18 - BCX20 SOT23 ABSOLUTE MAXIMUM RATINGS. PARAMETER SYMBOL BCX17 BCX18 UNIT Collector-Emitter Voltage VCES -50 -30 V Collector-Emitter Voltage (IC =-10mA) VCEO -45 Emitter-Base Voltage VEBO Collector Current -25 V -5 V IC -500 mA Peak Collector Current ICM -1000 mA Base Current IB -100 mA Peak Base Current IBM -200 mA Power Dissipation at Tamb=25C Ptot 330 mW Operating and Storage Temperature Range Tj:Tstg -55 to +150 C ELECTRICAL CHARACTERISTICS (at Tamb = 25C unless otherwise stated). PARAMETER SYMBOL MIN. TYP. MAX. UNIT CONDITIONS. Collector-Base Cut-Off Current ICBO -100 -200 A nA IE =0, VCB =-20V IE =0, VCB =-20V, Tj=150C Emitter-Base Cut-Off Current IEBO -10 A IC =0, VEB =-1V Base-Emitter Voltage VBE -1.2 V IC =-500mA, VCE =-1V* Collector-Emitter Saturation Voltage VCE(sat) -620 mV IC =-500mA, IB =-50mA* Static Forward Current Transfer Ratio hFE Transition Frequency fT 100 MHz IC =-10mA, VCE =-5V f =35MHz Collector - ba