http://www.turuta.md SMD-codes DATABOOK Active SMD semiconductor components marking codes • 120.300 SMD-codes for active semiconductor components: • Diodes, Transistors, Thyristors, Integrated Circuits • Conventional case drawings • Pinouts • Marking style 2010 EDITION 3 - pins SMD-codes http://www.turuta.md Eugene Turuta Martin Christian Turuta Acti Activ ve SMD components mar king codes marking databook INTRODUCTION 1. 2-pin CASES SMD SEMICONDUCTOR COMPONENTS 2. 3-pin CASES SMD SEMICONDUCTOR COMPONENTS 3. SOT-223 CASE SMD SEMICONDUCTOR COMPONENTS 4. SOT-89 CASE SMD SEMICONDUCTOR COMPONENTS 5. 4-pin CASE SMD SEMICONDUCTOR COMPONENTS 6. 5-pin CASE SMD SEMICONDUCTOR COMPONENTS 7. SOT-89-5 CASE SMD SEMICONDUCTOR COMPONENTS 8. 6 and more pin CASE SMD SEMICONDUCTOR COMPONENTS 9. BGA and LLP CASE SMD SEMICONDUCTOR COMPONENTS 10. CONVENTIONAL CASE DRAWINGS 11. CASES PIN ASSIGNMENTS / PINOUTS 12. PIN / TERMINAL FUNCTION (Table) 13. SMD-CODE MARKING STYLE 14. SAMPLE SCHEMATIC DIAGRAM 15. LOGOS, CONTACT and WEB-ADRESSES OF THE NANUFACTURERS Toronto, 2010 edition TUR UT A ELECTR ONICS WORLDTURUT UTA ELECTRONICS surse of information for repair technicians about technical info, appliance schematics, datasheets, download e-books, semiconductors information resourse http://www.turuta.md Turuta Electronic Worlds allow you to download sample of “SMD-codes databook, 2011 edition”, “Power audio amplifiers- integated circuits, 2011 edition”, “STK and STR integrated circuits, 2011 edition”, “SMD-codes databook, 2010 edition” and more. You can bay complete version of e-format (pdf) “SMD-codes databook, 2011 edition”, “Power audio amplifiersintegated circuits, 2011 edition”, “STK and STR integrated circuits, 2011 edition”, “SMD-codes databook, 2010 edition”, and more. We accept PayPal payments from any country, Moneybookers payments from any country, International Money Transfer Systems such as: Anelik, Contact, Leader, RIA, UniStream, Western Union. Turuta Electronic Worlds products are available on e-format (pdf vile) only and via electronic delivery only. After payment, within 72 hours you will receive an email with the attached book (pdf file). Should we experience any issue sending the data over to you, we will notify you. If after 72 hours you do not receive any email from us please let us know. Also you can free download appliance schematic diagram, power supply schematic diagram, datasheets and other. In case if you have any questions, proposals or suggestions feel free to contact the author of the book at the e-mail address eturuta@gmail.com © 2008-2011 Copyright Eugeniu Turuta. Contact e-mail eturuta@gmail.com http://www.turuta.md Introduction Surface mount devices (SMDs) are used in a growing number of commercial and industrial products. SMDs have improved performance over through-hole components due to their smaller size, shorter internal leads, and smaller board layouts. These factors reduce the circuit’s parasitic inductance and capacitance. SMDs can also be more cost effective than traditional through-hole components due to the smaller board size, fewer board layers, and fewer holes. Today more than 50% of active semiconductor components are surface-mounted. At the same time, SMD devices are, by their very nature, too small to carry conventional semiconductor type numbers. Therefore, a somewhat arbitrary coding system has grown up, where the device package carries a simple one, two or more character or graphic SMD code. Thus it is necessary to take into account that the colour and (or) placing of alphanumeric or graphic symbols are also important. Identifying the manufacturers type number of an SMD device from the package code can be a difficult task. Unfortunately, each device code is not necessarily unique. It is possible for various manufacturers to place different devices in the same case with the same SMD-code. For example, with a 6H SMD-code in a SOT-23 case might be either a npn-transistor BC818 (CDIL) or a capacitancediode FMMV2104 (Zetex) or a n-channel JFET transistor MMBF5486 (Motorola) or a pnp-digital transistor MUN2131 (Motorola) or a pnp-digital transistor UN2117 (Panasonic) or a CMOS-integrated circuit- voltage detector with reset output R3131N36EA (Ricoh). Even the same manufacturer may use the same code for different devices. To identify a particular SMD device, is necessary to identify the manufacturer, package type and note the SMD code printed on the device. The identification of the manufacturer is possible only if on the case are printed the manufacturer’s logos, but it not always happens. Besides, sometimes it is possible to determine the manufacturer with indirect tags. Many recent ON Semiconductor devices have a small superscript letter after the device code, such as SAC (this smaller letter is merely a month of manufacture code). Siemens and Infineon devices usually have a lower case 's' (ATs, LOs). Philips devices usually have a lower case 'p' (AHp, Z1p, pB0) or '-' (D-Q, Z-S) for the devices made in Hong Kong and 't' (ZtS, tT9, Y7t) for the devices made in Malaysia. In section 15 are submitted the logos of the SMD devices manufacturers. The package type is another problem for the identification of SMD devices. The different manufacturers can designate identical cases according to the various standards (or according to the internal firm system). Besides, the various cases can have an identical kind (form) and differ only by sizes, but this distinction of sizes so it is not enough, that can be is measured only by special measuring devices. Compliance with the name and type of cases from different manufacturers is solved by applying in the column “Cases” an equivalent type name for equivalent cases. In addition to SMD-code on cases may be put padding alpha-numeric information (usually by another font or size of characters, also may be by other arrangement). Relationship position of the SMD-code and padding information we have defined as style and show in the column “Style” In the following tables sections the SMD semiconductor components - irrelevant as to whether it is dealing with transistors, diodes, integrated circuits etc. are placed in separate tables according to numbers of terminals and (or) type of cases and are listed in alpha-numeric order by SMD-codes. MOS-...* With integrated gate protection diode MOS-n-FET Metal-Oxide-Semiconductor n-channel FET MOS-n/p-FET Metal-Oxide-Semiconductor n-channel and p-channel FET area MOS-n-FET-d Metal-Oxide-Semiconductor n-channel Column 2 (“Type”) The type designations correspond to those of the reFET, depletion type spective manufacturer documentations. MOS-n-FET-e Metal-Oxide-Semiconductor n-channel FET, enhancement type Column 3 (“Device”) MOS-p-FET Metal-Oxide-Semiconductor p-channel FET Short definition of the semiconductor component. MOS-p-FET-d Metal-Oxide-Semiconductor p-channel Used abbreviations: FET, depletion type BM-IC Battery Management integrated circuit MOS-p-FET-e Metal-Oxide-Semiconductor p-channel BR Bridge Rectifier FET, enhancement type C-Diode Capacitance diode (varactor, varicap) n-FET n-channel Field Effect Transistor CMOS-Logic CMOS logic integrated circuit n-MES-FET n-channel MEtal Semiconductor FET Comp-IC Voltage comparator integrated circuit Operational amplifier integrated circuit DC/DC-IC DC/DC voltage converter integrated circuit Op-IC p-FET p-channel Field Effect Transistor ESDP-diode ElectroStatic Discharge Protection diode PIN-diode ESD-Prot ElectroStatic Discharge Protection thyris- PIN-diode SA Z-diode Surge Absorption Zenner diode tor Si-Diode Silicon diode H-IC Hall-effect sensor integrated circuit Si-Varistor Silicon voltage depending resistor Lin-IC Linear integrated circuit Silicon npn transistor LVR-IC Linear voltage regulator integrated circuit Si-npn Silicon npn and pnp transistors area LVR/Vdet-IC Linear voltage regulator/Voltage detector Si-n/p Si-npn-Darl Silicon npn Darlington transistor combined integrated circuit Si-npn-Digi Silicon npn “digital” transistor MMIC Monolithic Microwave integrated circuit Column 1 (“SMD-Code”) Color of SMD code ...(blue) Color of cathode band ...+ blue 2 - pins SECTION 1 2-pin CASES SMD SEMICONDUCTOR COMPONENTS SMD code <Z =Z >Z 0 0 0 0 02 00 00 00 00 01 01 01 01 0 1C100PH 0 1C10PH 0 1C110PH 0 1C11PH 0 1C120PH 0 1C12PH 0 1C130PH 0 1C13PH 0 1C150PH 0 1C15PH 0 1C160PH 0 1C16PH 0 1C180PH 0 1C18PH 0 1C200PH 0 1C20PH 0 1C220PH 0 1C22PH 0 1C240PH 0 1C24PH 0 1C270PH 0 1C27PH 0 1C30PH 0 1C33PH 0 1C36PH 0 1C39PH 0 1C43PH 0 1C47PH 0 1C51PH 0 1C56PH 0 1C62PH 0 1C68PH 0 1C75PH 0 1C82PH 0 1C91PH 02 02 02 02 0 3C10 0 3C100 0 3C100PH 0 3C10PH 0 3C11 0 3C110 0 3C110PH 0 3C11PH 0 3C12 0 3C120 0 3C120PH 0 3C12PH 0 3C13 0 3C130 0 3C130PH Type TCMM3Z75 VB TCMM3Z56 VB TCMM3Z68 VB HVC30 0A HVE300A HVU30 0A MMPZ5 221SPT GDZ2V0B-V MM3Z2V4 MM5Z2V4 MMPZ5 221BPT ZD02V4 MM3Z2V7 MM5Z2V7 MMPZ5 223BPT ZD02V7 BZG01-C100 BZG01-C10 BZG01-C110 BZG01-C11 BZG01-C120 BZG01-C12 BZG01-C130 BZG01-C13 BZG01-C150 BZG01-C15 BZG01-C160 BZG01-C16 BZG01-C180 BZG01-C18 BZG01-C200 BZG01-C20 BZG01-C220 BZG01-C22 BZG01-C240 BZG01-C24 BZG01-C270 BZG01-C27 BZG01-C30 BZG01-C33 BZG01-C36 BZG01-C39 BZG01-C43 BZG01-C47 BZG01-C51 BZG01-C56 BZG01-C62 BZG01-C68 BZG01-C75 BZG01-C82 BZG01-C91 MM3Z3V0 MM5Z3V0 MMPZ5 225BPT ZD03V0 BZG03-C10 BZG03-C100 BZG03-C100 BZG03-C10 BZG03-C11 BZG03-C110 BZG03-C110 BZG03-C11 BZG03-C12 BZG03-C120 BZG03-C120 BZG03-C12 BZG03-C13 BZG03-C130 BZG03-C130 Function Z-dio de Z-dio de Z-dio de C-diod e C-diod e C-diod e Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Z-dio de Short description 75V±2%, Izt=5mA, Zzt=2 40Ω, 20 0mW 56V±2%, Izt=5mA, Zzt=1 88Ω, 20 0mW 68V±2%, Izt=5mA, Zzt=2 26Ω, 20 0mW VHF-Tuning, 32V, 2.6/39.5pF(25 V..2 V/1 MHz) VHF-Tuning, 39.5/47.4pF(2V) VHF-Tuning, 32V, 2.6/39.5pF(25 ..2V, 1MHz) 2.352 ..2.448V, Izt=5mA, Zzt=100Ω, 225mW 2.02..2 .2V, Izt=5mA, Zzt=100Ω, 200mW 2.2..2.6 V, Izt=5mA, Zzt=100Ω, 2 00mW 2.4V±5%, Izt=5mA, Zzt=1 00Ω, 10 0mW 2.280 ..2.520V, Izt=5mA, Zzt=100Ω, 225mW 2.2..2.6 V, 5 mA, Zzt=100Ω, 200mW 2.5..2.9 V, 5 mA, Zzt=100Ω, 200mW 2.7V±5%, Izt=5mA, Zzt=1 00Ω, 20 0mW 2.565 ..2.835V, Izt=5mA, Zzt=100Ω, 225mW 2.5..2.9 V, 5 mA, Zzt=100Ω, 200mW 100 V±5%, 1.5 W 10V±5%, 1.5W 110 V±5%, 1.5 W 11V±5%, 1.5W 120 V±5%, 1.5 W 12V±5%, 1.5W 130 V±5%, 1.5 W 13V±5%, 1.5W 150 V±5%, 1.5 W 15V±5%, 1.5W 160 V±5%, 1.5 W 16V±5%, 1.5W 180 V±5%, 1.5 W 18V±5%, 1.5W 200 V±5%, 1.5 W 20V±5%, 1.5W 220 V±5%, 1.5 W 22V±5%, 1.5W 270 V±5%, 1.5 W 24V±5%, 1.5W 270 V±5%, 1.5 W 27V±5%, 1.5W 30V±5%, 1.5W 33V±5%, 1.5W 36V±5%, 1.5W 39V±5%, 1.5W 43V±5%, 1.5W 47V±5%, 1.5W 51V±5%, 1.5W 56V±5%, 1.5W 62V±5%, 1.5W 68V±5%, 1.5W 75V±5%, 1.5W 82V±5%, 1.5W 91V±5%, 1.5W 2.8..3.2 V, 5 mA, Zzt=95Ω, 200mW 3.0V±5%, Izt=5.0mA, Zzt=100Ω, 2 00mW 2.850 ..3.150V, Izt=5mA, Zzt=95Ω, 225mW 2.8..3.2 V, 5 mA, Zzt=100Ω, 200mW 10V±5%, Izt=50mA, Zzt=2Ω, 1.25 W 100 V±5%, Izt=5mA, Zzt=60Ω, 1.2 5W 100 V±5%, Izt=5mA, Zzt=60Ω, 1.2 5W 10V±5%, Izt=50mA, Zzt=2Ω, 1.25 W 11V±5%, Izt=50mA, Zzt=4Ω, 1.25 W 110 V±5%, Izt=5mA, Zzt=80Ω, 1.2 5W 110 V±5%, Izt=5mA, Zzt=80Ω, 1.2 5W 11V±5%, Izt=50mA, Zzt=4Ω, 1.25 W 12V±5%, Izt=50mA, Zzt=4Ω, 1.25 W 120 V±5%, Izt=5mA, Zzt=80Ω, 1.2 5W 120 V±5%, Izt=5mA, Zzt=80Ω, 1.2 5W 12V±5%, Izt=50mA, Zzt=4Ω, 1.25 W 13V±5%, Izt=50mA, Zzt=5Ω, 1.25 W 130 V±5%, Izt=5mA, Zzt=110Ω, 1 .25W 130 V±5%, Izt=5mA, Zzt=110Ω, 1 .25W Case SOD-323F SOD-323F SOD-323F UFP SOD-123 SOD-323 SOD-323 SOD-323 SOD-323 SOD-523 SOD-323 SOD-322 SOD-323 SOD-523 SOD-323 SOD-322 DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC SOD-323 SOD-523 SOD-323 SOD-322 DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC DO-214AC Pinout 6d 6d 6d 6d 5d 5d 5d 5d 6d 6d 5d 5d 6d 6d 5d 5d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 6d 6d 5d 5d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d 1d St. Mnf. 1a 1a 1a 1b 1a 1a 1a 1k 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a ,1d 1a ,1u 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a 1a Tac Tac Tac Hit Hit Ren Chm Vs Ons,Sec Ons,Wtr Chm Ctc Sec Wtr Chm Ctc Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Phi Ons,Sec Ons,Wtr Chm Ctc Sil Sil Phi Phi Sil Sil Phi Phi Sil Sil Phi Phi Sil Sil Phi 6 SMD Type code Function Short description Case Pin. St. Sch. Mnf. 3 - pins SECTION 2 3-pin CASES SMD SEMICONDUCTOR COMPONENTS 181 SMD code Type +P2 +P5 +R2 +R5 01 01 0 11 0 1A 0 1A 0 1B 0 1C 0 1C 0 1D 0 1E 0 1F 0 1G 0 1H 0 1J 02 02 02 02 0 2¯ 0 2A 0 2C 0 2D 0 2E 0 2F 0 2F 0 2F 0 2G 0 2H 0 2J 0 2K¯ 03 03 03 03 03 03 03 03 – 03 0 3A 0 3B 0 3C 0 3C 0 3D 0 3E 0 3F 0 3F 0 3F 0 3F 0 3G 0 3H 0 3J 04 – 04 0 4A 0 4C 0 4F 0 4F 05 05 05 05 05 05 05 0 5C BFR92A BFR92AR BFR93A BFR93AR PDTA1 43EE PDTA1 43EK SO2 369R APR3001-15A RA101C APR3001-17A APR3001-23A RC1 01C APR3001-26A APR3001-29A APR3001-30A APR3001-39A APR3001-43A APR3001-46A 2N700 2 BSX39 PDTC143EE PDTC143EK 2N700 2 APR3002-15A APR3002-23A APR3002-26A APR3002-29A APR3002-30A CH4 93DPT CH4 93DPT APR3002-39A APR3002-43A APR3002-46A 2N700 2 DTC143TE DTC143TKA DTC143TM DTC143TUA MSCT03 PDTA1 14EE PDTA1 14EEF PDTA1 14EK PDTA1 14EU APR3003-15A APR3003-17A APR3003-23A MSCT03C APR3003-26A APR3003-29A APR3003-30A CH4 94DPT CH4 94DPT CH4 94WSPT APR3003-39A APR3003-43A APR3003-46A PDTC114EK PMSS3904 RA104C RC1 04C CH4 95DPT CH4 95DPT DTC124TE DTC124TKA DTC124TM DTC124TUA MSCT05 PDTA1 24EE PDTA1 24EK MSCT05C Function Si-npn Si-npn Si-npn Si-npn Si-pnp-Digi Si-pnp-Digi Si-npn Vdet-IC Si-pnp-Digi Vdet-IC Vdet-IC Si-npn-Digi Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC MOS-n-FET-e Si-npn Si-npn-Digi Si-npn-Digi MOS-n-FET-e Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Si-diode Si-diode Vdet-IC Vdet-IC Vdet-IC MOS-n-FET-e* Si-npn-Digi Si-npn-Digi Si-npn-Digi Si-npn-Digi TVS Si-pnp-Digi Si-pnp-Digi Si-pnp-Digi Si-pnp-Digi Vdet-IC Vdet-IC Vdet-IC TVS Vdet-IC Vdet-IC Vdet-IC Si-diode Si-diode Si-diode Vdet-IC Vdet-IC Vdet-IC Si-npn-Digi Si-npn Si-pnp-Digi Si-npn-Digi Si-diode Si-diode Si-npn-Digi Si-npn-Digi Si-npn-Digi Si-npn-Digi TVS Si-pnp-Digi Si-pnp-Digi TVS Short description UHF-A-Band, 2 0V, 25mA, 300mW, B>40, >5GHz UHF-A-Band, 2 0V, 25mA, 300mW, B>40, >5GHz UHF-A-Band, 1 5V, 30mA, 300mW, B>40, >5GHz UHF-A-Band, 1 5V, 30mA, 300mW, B>40, >5GHz Sw, 5 0V, 100mA, 150mW, R1 /R2=4.7k/4.7k Sw, 5 0V, 100mA, 250mW, R1 /R2=4.7k/4.7k Sw, 4 0V, 200mA, 330mW, B=40 ..120 1.5 V, -Reset PPO Sw, 5 0V, 100mA, 200mW, 250 MHz, R1/R2=4 7k/47k 1.7 5V, -Reset PPO 2.3 2V, -Reset PPO Sw, 5 0V, 100mA, 200mW, 250 MHz, R1/R2=4 7k/47k 2.6 3V, -Reset PPO 2.9 3V, -Reset PPO 3.0 8V, -Reset PPO 3.9 V, -Reset PPO 4.3 8V, -Reset PPO 4.6 3V, -Reset PPO TMOS, 60 V, 1 15mA, 225mW, <7.5 Ω(500mA), 20 /40ns Sw, Drive r, 45V, 0.2A, <1 2/18ns Sw, 5 0V, 100mA, 150mW, R1 /R2=4.7k/4.7k Sw, 5 0V, 100mA, 150mW, R1 /R2=4.7k/4.7k TMOS, 60 V, 1 15mA, 225mW, <7.5 Ω(500mA), 20 /40ns 1.5 V, +Reset PPO 2.3 2V, +Reset PPO 2.6 3V, +Reset PPO 2.9 3V, +Reset PPO 3.0 8V, +Reset PPO Dual, SBD, 40V, 400mA, Vf<0.5V(200mA) Dual, SBD, 40V, 400mA, Vf<0.5V(200mA) 3.9 V, +Reset PPO 4.3 8V, +Reset PPO 4.6 3V, +Reset PPO TMOS, 60 V, 1 15mA, 225mW, <7.5 Ω(500mA), 20 /40ns Sw, 5 0V, 100mA, 150mW, 250 MHz, R1=4k7 Sw, 5 0V, 100mA, 200mW, 250 MHz, R1=4k7 Sw, 5 0V, 100mA, 150mW, 250 MHz, R1=4k7 Sw, 5 0V, 100mA, 200mW, 250 MHz, R1=4.7k 3.3 V, 3 00W (8/20µ s) Sw, 5 0V, 100mA, 150mW, R1 /R2=10k/10k Sw, 5 0V, 100mA, 250mW, R1 /R2=10k/10k Sw, 5 0V, 100mA, 250mW, R1 /R2=10k/10k Sw, 5 0V, 100mA, 200mW, R1 /R2=10k/10k 1.5 V, -Reset ODO 1.7 5V, -Reset ODO 2.3 2V, -Reset ODO 3.3 V, 3 00W (8/20µ s), Bidirectional 2.6 3V, -Reset ODO 2.9 3V, -Reset ODO 3.0 8V, -Reset ODO Dual, SBD, 40V, 400mA, Vf<0.5V(200mA) Dual, SBD, 40V, 400mA, Vf<0.5V(200mA) Dual, SBD, 40V, 400mA, Vf<0.5V(200mA) 3.9 V, -Reset ODO 4.3 8V, -Reset ODO 4.6 3V, -Reset ODO Sw, 5 0V, 100mA, 250mW, R1 /R2=10k/10k GP, 60V, 100mA, 200 mW, B=100..300, > 180MHz SW, 50V, 100 mA, 200mW, 250MHz, R1/R2=10k/47k SW, 50V, 100 mA, 200mW, 250MHz, R1/R2=10k/47k Dual, SBD, 40V, 400mA, Vf<0.5V(200mA) Dual, SBD, 40V, 400mA, Vf<0.5V(200mA) Sw, 5 0V, 100mA, 150mW, 250 MHz, R1=22k Sw, 5 0V, 100mA, 200mW, 250 MHz, R1=22k Sw, 5 0V, 100mA, 150mW, 250 MHz, R1=22k Sw, 5 0V, 100mA, 200mW, B=11 1..600, >200 MHz, R1=22k 5V, 30 0W (8/20µs) Sw, 5 0V, 100mA, 150mW, R1 /R2=22k/22k Sw, 5 0V, 100mA, 250mW, R1 /R2=22k/22k 5V, 30 0W (8/20µs), Bidirectional Case SOT-23 SOT-23 SOT-23 SOT-23 SOT-416 SC-59 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-416 SC-59 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SC-59 SOT-23 SOT-23 SOT-23 SOT-23 SOT-416 SOT-346 VMT3 UMT3 SOT-23 SOT-416 SOT-490 SC-59 SOT-323 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SOT-23 SC-59 SOT-323 SOT-23 SOT-23 SOT-23 SC-59 SOT-323 SOT-23 SOT-23 SC-59 SOT-23 SOT-416 SOT-346 VMT3 UMT3 SOT-23 SOT-416 SC-59 SOT-23 Pin. Sch. St. Mnf. 1 6ta 1 6te 1 6ta 1 6te 1 6ta 1 6ta 1 6te 1 6vdb 1 6ta 1 6vdb 1 6vdb 1 6ta 1 6vdb 1 6vdb 1 6vdb 1 6vdb 1 6vdb 1 6vdb 1 6fh 1 6te 1 6ta 1 6ta 1 6fh 1 6vdb 1 6vdb 1 6vdb 1 6vdb 1 6vdb 1 6dg 1 6dg 1 6vdb 1 6vdb 1 6vdb 1 6fh 1 6ta 1 6ta 1 8ta 1 6ta 1 6dh 1 6ta 1 8ta 1 6ta 1 6ta 1 6vdb 1 6vdb 1 6vdb 1 6dp 1 6vdb 1 6vdb 1 6vdb 1 6dl 1 6dl 1 6dl 1 6vdb 1 6vdb 1 6vdb 1 6ta 1 6ta 1 6ta 1 6ta 1 6df 1 6df 1 6ta 1 6ta 1 8ta 1 6ta 1 6dh 1 6ta 1 6ta 1 6dp VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD6 VD6 VD6 VD6 VD6 VD6 VD6 VD6 VD6 - 3a 3a 3a 3a 3a 3a 3a 3b 3a 3b 3b 3a 3b 3b 3b 3b 3b 3b 3b 3a 3a 3a 3b 3b 3b 3b 3b 3b 3a 3a 3b 3b 3b 3b 3a 3a 3a 3a 3a 3a 3a 3a 3a 3b 3b 3b 3a 3b 3b 3b 3a 3a 3a 3b 3b 3b 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a 3a Sil Sil Sil Sil Phi Phi Ste Anp San Anp Anp San Anp Anp Anp Anp Anp Anp Sec Mo t Phi Phi Frm Anp Anp Anp Anp Anp Chm Chm Anp Anp Anp Frm Rhm Rhm Rhm Rhm Msp Phi Phi Phi PhH Anp Anp Anp Msp Anp Anp Anp Chm Chm Chm Anp Anp Anp Phi PhH San San Chm Chm Rhm Rhm Rhm Rhm Msp Phi Phi Msp 249 3 - pins SECTION 3 SOT-223 CASE SMD SEMICONDUCTOR COMPONENTS SMD code 0 1N60C3 0 2N60C3 0 2N60S5 0 3N60C3 0 3N60S5 0 4N60S5 1 03MN 1 07MN 1 09MN 1 117 1 1172 1 1173 1 1175 1 172 1 172V 1 175 1 17A 1 17AV 1 712 1 712V 1 715 1 715V 1 718 1 718V 1 719 1 725 1 725V 1 733 1 733V 1 AM 1 C200 1 N10 2 4K 2 4L 2 4M 2 4M 2 4N 2 4N 2 4P 2 4P 2 4R 2 4R 2 4S 2 4S 2 4T 2 4T 2 4U 2 4U 2 4V 2 4V 2 4X 2 4X 2 4Y 2 4Y 2 4Z 2 4Z 2 50 2 50 2 51 2 51 2 52 2 52 2 53 2 53 2 54 2 54 2 55 2 55 2 56 2 56 Type SPN01N60C3 SPN02N60C3 SPN02N60S5 SPN03N60C3 SPN03N60S5 SPN04N60S5 Z0103MN Z0107MN Z0109MN L T1117CST L T1117CST-2.85 L T1117CST-3.3 L T1117CST-5 NCP1117ST20T3 NCV1117ST20T3 NCP1117ST50T3 NCP1117STAT3 NCV1117STAT3 NCP1117ST12T3 NCV1117ST12T3 NCP1117ST15T3 NCV1117ST15T3 NCP1117ST18T3 NCV1117ST18T3 NCP1117ST19T3 NCP1117ST25T3 NCV1117ST25T3 NCP1117ST33T3 NCV1117ST33T3 PZT390 4 NSS1C200MZ4 MMFT1 N10E XC6202P182FR XC6202P192FR XC6202P202FR XC6216D20 2FR XC6202P212FR XC6216D21 2FR XC6202P222FR XC6216D22 2FR XC6202P232FR XC6216D23 2FR XC6202P242FR XC6216D24 2FR XC6202P252FR XC6216D25 2FR XC6202P262FR XC6216D26 2FR XC6202P272FR XC6216D27 2FR XC6202P282FR XC6216D28 2FR XC6202P292FR XC6216D29 2FR XC6202P302FR XC6216D30 2FR XC6202P312FR XC6216D31 2FR XC6202P322FR XC6216D32 2FR XC6202P332FR XC6216D33 2FR XC6202P342FR XC6216D34 2FR XC6202P352FR XC6216D35 2FR XC6202P362FR XC6216D36 2FR XC6202P372FR XC6216D37 2FR Function MOS-n-FET MOS-n-FET MOS-n-FET MOS-n-FET MOS-n-FET MOS-n-FET Triac Triac Triac LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC Si-npn Si-npn MOS-n-FET-e LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC Short description HV, LogL, 65 0V, 300mA, 1.8W, 5.5Ω(500mA), 45/60ns HV, LogL, 60 0V, 400mA, 1.8W, 2.0Ω(1.1A), 6/68ns HV, LogL, 60 0V, 400mA, 1.8W, 2.5Ω(1.1A), 30/110ns HV, LogL, 65 0V, 700mA, 1.8W, 1.2Ω(2A), 7/64ns HV, LogL, 60 0V, 700mA, 1.8W, 1.2Ω(2A), 35/120ns HV, LogL, 60 0V, 800mA, 1.8W, 0.8Ω(2.8A), 40/130ns 600V, 1A, 1W, Vtm<1.56V, <Igt>3mA 600V, 1A, 1W, Vtm<1.56V, Igt>5mA 600V, 1A, 1W, Vtm<1.56V, Igt>10mA LDO, Adjustable1.5..15V, 80 0mA LDO, 2.85±1%V, 800mA LDO, 3.3V±1%, 800mA LDO, 5V±1%, 800mA LDO, 2V±1%, 800mA LDO, 2V±1%, 800mA LDO, 5V±1%, 800mA LDO, Adjustable 2..12V, 800 mA LDO, Adjustable 2..12V, 800 mA LDO, 12V±1%, 800mA LDO, 12V±1%, 800mA LDO, 1.5V±1%, 800mA LDO, 1.5V±1%, 800mA LDO, 1.8V±1%, 800mA LDO, 1.8V±1%, 800mA LDO, 1.9V±1%, 800mA LDO, 2.5V±1%, 800mA LDO, 2.5V±1%, 800mA LDO, 3.3V±1%, 800mA LDO, 3.3V±1%, 800mA Sw, 60V, 100mA, 1.2 W, B=100..300, >3 00MHz GP, 100 V, 2 A, 2 W, B=150..360, 120 MHz V-MOS, 100V, 1A, <0.25 Ω(500mA) LDO, 1.8V±2%, 150mA LDO, 1.9V±2%, 150mA LDO, 2V±2%, 150mA 2.0V±2%, 150mA LDO, 2.1V±2%, 150mA 2.1V±2%, 150mA LDO, 2.2V±2%, 150mA 2.2V±2%, 150mA LDO, 2.3V±2%, 150mA 2.3V±2%, 150mA LDO, 2.4V±2%, 150mA 2.4V±2%, 150mA LDO, 2.5V±2%, 150mA 2.5V±2%, 150mA LDO, 2.6V±2%, 150mA 2.6V±2%, 150mA LDO, 2.7V±2%, 150mA 2.7V±2%, 150mA LDO, 2.8V±2%, 150mA 2.8V±2%, 150mA LDO, 2.9V±2%, 150mA 2.9V±2%, 150mA LDO, 3V±2%, 150mA 3.0V±2%, 150mA LDO, 3.1V±2%, 150mA 3.1V±2%, 150mA LDO, 3.2V±2%, 150mA 3.2V±2%, 150mA LDO, 3.3V±2%, 150mA 3.3V±2%, 150mA LDO, 3.4V±2%, 150mA 3.4V±2%, 150mA LDO, 3.5V±2%, 150mA 3.5V±2%, 150mA LDO, 3.6V±2%, 150mA 3.6V±2%, 150mA LDO, 3.7V±2%, 150mA 3.7V±2%, 150mA Case SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 SOT-2 23 Pin. Sch. St. Mn. 21 f2 21 f2 21 f2 21 f2 21 f2 21 f2 21 hz 21 hz 21 hz 21 wc 21 wb 21 wb 21 wb 21 wb 21 wb 21 wb 21 wc 21 wc 21 wb 21 wb 21 wb 21 wb 21 wb 21 wb 21 wb 21 wb 21 wb 21 wb 21 wb 21 tm 21 tm 21 f2 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch 21 ch VR20 VR1 VR1 VR1 VR1 VR1 VR1 VR20 VR20 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 4k 4k 4k 4k 4k 4k 4s 4s 4s 4r 4r 4r 4r 4s 4s 4s 4s 4s 4s 4s 4s 4s 4s 4s 4s 4s 4s 4s 4s 4s 4s 4s 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k 4k Inf Inf Inf Inf Inf Inf On s On s On s Ltc Ltc Ltc Ltc On s On s On s On s On s On s On s On s On s On s On s On s On s On s On s On s On s On s Mot Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor 540 3 - pins SECTION 4 SOT-89 CASE SMD SEMICONDUCTOR COMPONENTS SMD code 01 0 1A 0 1B 0 1C 0 1D 0 1E 0 1F 0 1G 0 1H 0 1J 02 0 2A 0 2B 0 2C 0 2D 0 2E 0 2F 0 2G 0 2H 0 2J 03 0 3A 0 3B 0 3C 0 3D 0 3E 0 3F 0 3G 0 3H 0 3J 04 0 47 0 4F 05 0 51 0 53 0 5F 06 0 6F 0B 0C 0C 0D 0E 0F 0J 0K 0L 0M 0N 1 019G 1 078G 1 0Y 1 1A 1 1B 1 1C 1 1D 1 1E 1 1F 1 1G 1 1H 1 1J 1 1Y 12 1 20 1 203O 1 203Y 1 21 1 22 1 23 Type Gali-1 APR3001-1 5D APR3001-1 7D APR3001-2 3D APR3001-2 6D APR3001-2 9D APR3001-3 0D APR3001-3 9D APR3001-4 3D APR3001-4 6D Gali-2 APR3002-1 5D APR3002-1 7D APR3002-2 3D APR3002-2 6D APR3002-2 9D APR3002-3 0D APR3002-3 9D APR3002-4 3D APR3002-4 6D Gali-3 APR3003-1 5D APR3003-1 7D APR3003-2 3D APR3003-2 6D APR3003-2 9D APR3003-3 0D APR3003-3 9D APR3003-4 3D APR3003-4 6D Gali-4 FCX1047 A Gali-4F Gali-5 FCX1051 A FCX1053 A Gali-5F Gali-6 Gali-6F RH5RL2 0AA MC78LC30 HT1 RH5RL3 0AA RH5RL4 0AA RH5RL5 0AA RH5RL6 0AA RH5RE20AA RH5RE30AA RH5RE40AA RH5RE50AA RH5RE60AA EC1019B-G EC1078B-G BZV49-C10 APR3011-1 5D APR3011-1 7D APR3011-2 3D APR3011-2 6D APR3011-2 9D APR3011-3 0D APR3011-3 9D APR3011-4 3D APR3011-4 6D BZV49-C11 ELM 85121AA XC6372A201P KSA120 3-O KSA120 3-Y XC6372A202P XC6372A221P XC6372A231P Function MMIC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC MMIC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC MMIC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC MMIC Si-npn MMIC MMIC Si-npn Si-npn MMIC MMIC MMIC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC MMIC MMIC Z-d iode Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Vd et-IC Z-d iode LVR-IC DC/DC-IC Si-pnp Si-pnp DC/DC-IC DC/DC-IC DC/DC-IC Short description RF amplifier, DC..8GHz, 11dB (5 0Ω) 1.5 V, -Reset PPO 1.7 5V, -Reset PPO 2.3 2V, -Reset PPO 2.6 3V, -Reset PPO 2.9 3V, -Reset PPO 3.0 8V, -Reset PPO 3.9 V, -Reset PPO 4.3 8V, -Reset PPO 4.6 3V, -Reset PPO RF amplifier, DC..8GHz, 15.1dB (50Ω) 1.5 V, +Reset PPO 1.7 5V, +Reset PPO 2.3 2V, +Reset PPO 2.6 3V, +Reset PPO 2.9 3V, +Reset PPO 3.0 8V, +Reset PPO 3.9 V, +Reset PPO 4.3 8V, +Reset PPO 4.6 3V, +Reset PPO RF amplifier, DC..3GHz, 15.8dB (50Ω) 1.5 V, -Reset ODO 1.7 5V, -Reset ODO 2.3 2V, -Reset ODO 2.6 3V, -Reset ODO 2.9 3V, -Reset ODO 3.0 8V, -Reset ODO 3.9 V, -Reset ODO 4.3 8V, -Reset ODO 4.6 3V, -Reset ODO RF amplifier, DC..4GHz, 13.1dB (50Ω) Hi-beta, Lo-sat, 35 V, 4 A, 2 W, B=450..1200, 150 MHz RF amplifier, DC..4GHz, 13.2dB (50Ω) RF amplifier, DC..4GHz, 15.1dB (50Ω) Hi-beta, Lo-sat, 15 0V, 3A, 2W, B=450..1200, 15 5MHz Hi-beta, Lo-sat, 15 0V, 3A, 1W, B=100..1200, 14 0MHz RF amplifier, DC..4GHz, 15.1dB (50Ω) RF amplifier, DC..4GHz, 12.3dB (50Ω) RF amplifier, DC..4GHz, 12.3dB (50Ω) 2V±2.5%, 15 0mA Lo w Iq, 3V±2.5%, 80mA 3V±2.5%, 15 0mA 4V±2.5%, 15 0mA 5V±2.5%, 15 0mA 6V±2.5%, 15 0mA Ultra-LDO, 2V±2.5%, 300 mA Ultra-LDO, 3V±2.5%, 300 mA Ultra-LDO, 4V±2.5%, 300 mA Ultra-LDO, 5V±2.5%, 300 mA Ultra-LDO, 6V±2.5%, 300 mA Buff/amp , DC..4GHz, 18.5dB (2GHz, 50Ω) Buff/amp , DC..3.5GHz, 20dB (1GHz, 50Ω) 10 V±5 %, Izt=5mA, 1W 1.5 V, -Reset PPO 1.7 5V, -Reset PPO 2.3 2V, -Reset PPO 2.6 3V, -Reset PPO 2.9 3V, -Reset PPO 3.0 8V, -Reset PPO 3.9 V, -Reset PPO 4.3 8V, -Reset PPO 4.6 3V, -Reset PPO 11 V±5 %, Izt=5mA, 1W LDO, 1.2V±2%, 800 mA PWM/PFM step-up, 100kHz, 2.0V±2.5%, 100mA AF, 30V, 1.5A, 500mW, B=10 0..200, 20MHz AF, 30V, 1.5A, 500mW, B=16 0..320, 20MHz PWM/PFM step-up, 180kHz, 2.0V±2.5%, 100mA PWM/PFM step-up, 100kHz, 2.2V±2.5%, 100mA PWM/PFM step-up, 100kHz, 2.3V±2.5%, 100mA Case SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 SOT-89 Pin. Sch. St. Mnf. 20aa 20vda 20vda 20vda 20vda 20vda 20vda 20vda 20vda 20vda 20aa 20vda 20vda 20vda 20vda 20vda 20vda 20vda 20vda 20vda 20aa 20vda 20vda 20vda 20vda 20vda 20vda 20vda 20vda 20vda 20aa 20tb 20aa 20aa 20tb 20tb 20aa 20aa 20aa 20vl 20vl 20vl 20vl 20vl 20vl 20vl 20vl 20vl 20vl 20vl 20aa 20aa 20dm 20vde 20vde 20vde 20vde 20vde 20vde 20vde 20vde 20vde 20dm 20vl 20bq 20tb 20tb 20bq 20bq 20bq A1 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 A1 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 A1 VD6 VD6 VD6 VD6 VD6 VD6 VD6 VD6 VD6 A1 A1 A1 A1 A1 A1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 VR1 A1 A1 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VD7 VR1 DC2 DC2 DC2 DC2 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4c 4b 4c 4c 4c 4c 4c 4c 4c 4c 4c 4i 4i 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4b 4a 4c 4n 4n 4c 4c 4c Mc Anp Anp Anp Anp Anp Anp Anp Anp Anp Mc Anp Anp Anp Anp Anp Anp Anp Anp Anp Mc Anp Anp Anp Anp Anp Anp Anp Anp Anp Mc Zx Mc Mc Zx Zx Mc Mc Mc Ric Ons Ric Ric Ric Ric Ric Ric Ric Ric Ric Wjc Wjc Phi Anp Anp Anp Anp Anp Anp Anp Anp Anp Phi Elm To r F F To r To r To r 553 SMD Type code Function Short description Case Pin. St. Sch. Mnf. 3 - pins SECTION 5 4-pin CASES SMD SEMICONDUCTOR COMPONENTS 181 SMD code Type 01 02 03 04 04 05 0 5F 06 07 08 0A 0A 0A 0B 0B 0B 0C 0C 0C 0D 0D 0D 0E 0E 0E 0F 0F 0F 0G 0G 0G 0H 0H 0H 0J 0J 0J 0K 0K 0K 0L 0L 0M 0M 0N 0N 0P 0P 0Q 0Q 0R 0R 0S 0S 0T 0T 0U 0U 0V 0V 0W 0X 0Y 0Z 1 0W 11 12 13 1 3R 14 MRF90 11 MRF57 11 VAM -3 MRF44 27 MRF52 11 MRF93 31 TSDF1205R VAM -6 VAM -7 HBFP-0450 BU4317F R3132Q10EA RQ5 RW50BA BU4318F R3132Q11EA RQ5 RW51BA BU4319F R3132Q12EA RQ5 RW52BA BU4320F R3132Q13EA RQ5 RW53BA BU4321F R3132Q14EA RQ5 RW54BA BU4322F R3132Q15EA RQ5 RW55BA BU4323F R3132Q16EA RQ5 RW56BA BU4324F R3132Q17EA RQ5 RW57BA BU4325F R3132Q18EA RQ5 RW58BA BU4326F R3132Q19EA RQ5 RW59BA BU4327F R3133Q10EA BU4328F R3133Q11EA BU4329F R3133Q12EA BU4330F R3133Q13EA BU4331F R3133Q14EA BU4332F R3133Q15EA BU4333F R3133Q16EA BU4334F R3133Q17EA BU4335F R3133Q18EA BU4336F R3133Q19EA BU4337F BU4338F BU4339F BU4340F MAZ3100W MRF95 11A XC6213B122NR XC6213B132NR S913TR XC6213B142NR Function Si-n pn Si-n pn MMIC Si-n pn Si-p np Si-n pn Si-n pn MMIC MMIC Si-n pn Vde t-IC Vde t-IC LVR-IC Vde t-IC Vde t-IC LVR-IC Vde t-IC Vde t-IC LVR-IC Vde t-IC Vde t-IC LVR-IC Vde t-IC Vde t-IC LVR-IC Vde t-IC Vde t-IC LVR-IC Vde t-IC Vde t-IC LVR-IC Vde t-IC Vde t-IC LVR-IC Vde t-IC Vde t-IC LVR-IC Vde t-IC Vde t-IC LVR-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Vde t-IC Z-diode Si-n pn LVR-IC LVR-IC MMIC LVR-IC Short description UHF, 25V, 30mA, 300m W, B=30..200, 3.8GHz UHF, 20V, 80mA, 580m W, B=50..300, 8GHz RF amplifier, DC..2GHz, 7.5 dB (50Ω) UHF, 40V, 400mA, 220 mW, B=10..200, 1.6GHz UHF, 20V, 70mA, 333m W, B=25..125, 4.2GHz UHF, 15V, 2mA, 50mW, B=30 ..200, 5GHz UHF-VHF, LN, 9V, 12mA, 4 0mW, B=50..250, 12GHz RF amplifier, DC..2GHz, 8d B (50Ω) RF amplifier, DC..2GHz, 7.8 dB (50Ω) UHF, LN, 15V, 100 mA, 450mW, B=50..150 , 1 .8GHz 1.7V, +Reset PPO 1V, MR, -Reset PPO LDO, +CE, 5V±2%, 150 mA 1.8V, +Reset PPO 1.1V, MR, -Reset PPO LDO, +CE, 5.1V±2%, 150 mA 1.9V, +Reset PPO 1.2V, MR, -Reset PPO LDO, +CE, 5.2V±2%, 150 mA 2V, +Re set PPO 1.3V, MR, -Reset PPO LDO, +CE, 5.3V±2%, 150 mA 2.1V, +Reset PPO 1.4V, MR, -Reset PPO LDO, +CE, 5.4V±2%, 150 mA 2.2V, +Reset PPO 1.5V, MR, -Reset PPO LDO, +CE, 5.5V±2%, 150 mA 2.3V, +Reset PPO 1.6V, MR, -Reset PPO LDO, +CE, 5.6V±2%, 150 mA 2.4V, +Reset PPO 1.7V, MR, -Reset PPO LDO, +CE, 5.7V±2%, 150 mA 2.5V, +Reset PPO 1.8V, MR, -Reset PPO LDO, +CE, 5.8V±2%, 150 mA 2.6V, +Reset PPO 1.9V, MR, -Reset PPO LDO, +CE, 5.9V±2%, 150 mA 2.7V, +Reset PPO 1V, MR, +Rese t PPO 2.8V, +Reset PPO 1.1V, MR, +Reset PPO 2.9V, +Reset PPO 1.2V, MR, +Reset PPO 3V, +Re set PPO 1.3V, MR, +Reset PPO 3.1V, +Reset PPO 1.4V, MR, +Reset PPO 3.2V, +Reset PPO 1.5V, MR, +Reset PPO 3.3V, +Reset PPO 1.6V, MR, +Reset PPO 3.4V, +Reset PPO 1.7V, MR, +Reset PPO 3.5V, +Reset PPO 1.8V, MR, +Reset PPO 3.6V, +Reset PPO 1.9V, MR, +Reset PPO 3.7V, +Reset PPO 3.8V, +Reset PPO 3.9V, +Reset PPO 4V, +Re set PPO Dual, 9.4..10.6V, If= 100mA, Zzt=20Ω, 200mW UHF, 20V, 100mA, 322 mW, B=75..150, 8GHz LDO, +CE, 1.2V±2%, 150 mA LDO, +CE, 1.3V±2%, 150 mA UHF, 12V, 30mA, 200m W, Idss=50..500µ A LDO, +CE, 1.4V±2%, 150 mA Case SOT-143 SOT-143 SOT-143 SOT-143 SOT-143 SOT-143 SOT-143 R SOT-143 SOT-143 SOT-343 SOP-4 SOT-143 SOT-143 R SOP-4 SOT-143 SOT-143 R SOP-4 SOT-143 SOT-143 R SOP-4 SOT-143 SOT-143 R SOP-4 SOT-143 SOT-143 R SOP-4 SOT-143 SOT-143 R SOP-4 SOT-143 SOT-143 R SOP-4 SOT-143 SOT-143 R SOP-4 SOT-143 SOT-143 R SOP-4 SOT-143 SOT-143 R SOP-4 SOT-143 SOP-4 SOT-143 SOP-4 SOT-143 SOP-4 SOT-143 SOP-4 SOT-143 SOP-4 SOT-143 SOP-4 SOT-143 SOP-4 SOT-143 SOP-4 SOT-143 SOP-4 SOT-143 SOP-4 SOP-4 SOP-4 SOP-4 SOT-143 SOT-143 SSOT-24 SSOT-24 SOT-143 R SSOT-24 Pin. Sch. St. Mnf. 24tc 24tc 24a a 24tc 24tc 24tc 26tu 24a a 24a a 24t1 26vdf 24vdh 26vp 26vdf 24vdh 26vp 26vdf 24vdh 26vp 26vdf 24vdh 26vp 26vdf 24vdh 26vp 26vdf 24vdh 26vp 26vdf 24vdh 26vp 26vdf 24vdh 26vp 26vdf 24vdh 26vp 26vdf 24vdh 26vp 26vdf 24vdh 26vdf 24vdh 26vdf 24vdh 26vdf 24vdh 26vdf 24vdh 26vdf 24vdh 26vdf 24vdh 26vdf 24vdh 26vdf 24vdh 26vdf 24vdh 26vdf 26vdf 26vdf 26vdf 24ce 24tc 26vn 26vn 26fm 26vn A1 A1 A1 VD3 VD5 VR4 VD3 VD5 VR4 VD3 VD5 VR4 VD3 VD5 VR4 VD3 VD5 VR4 VD3 VD5 VR4 VD3 VD5 VR4 VD3 VD5 VR4 VD3 VD5 VR4 VD3 VD5 VR4 VD3 VD5 VD3 VD5 VD3 VD5 VD3 VD5 VD3 VD5 VD3 VD5 VD3 VD5 VD3 VD5 VD3 VD5 VD3 VD5 VD3 VD3 VD3 VD3 VR4 VR4 A3 VR4 5c 5c 5c 5c 5c 5c 5b 5c 5c 5c 5c 5a 5c 5c 5a 5c 5c 5a 5c 5c 5a 5c 5c 5a 5c 5c 5a 5c 5c 5a 5c 5c 5a 5c 5c 5a 5c 5c 5a 5c 5c 5a 5c 5a 5c 5a 5c 5a 5c 5a 5c 5a 5c 5a 5c 5a 5c 5a 5c 5a 5c 5c 5c 5c 5b 5c 5c 5c 5c 5c Mot Mot Mc Mot Mot Mot Vs Mc Mc Agi Rhm Ric Ric Rhm Ric Ric Rhm Ric Ric Rhm Ric Ric Rhm Ric Ric Rhm Ric Ric Rhm Ric Ric Rhm Ric Ric Rhm Ric Ric Rhm Ric Ric Rhm Ric Rhm Ric Rhm Ric Rhm Ric Rhm Ric Rhm Ric Rhm Ric Rhm Ric Rhm Ric Rhm Ric Rhm Rhm Rhm Rhm Pan Mot Tor Tor Vs Tor 627 SECTION 6 5-pin CASES SMD SEMICONDUCTOR COMPONENTS SMD code 00 00 00 0 00 0 01 0 02 0 03 0 04 0 05 0 06 0 07 0 08 0 08 0 09 0 09 0 0A 0 0B 0 0C 0 0D 0 0E 0 0F 0 0F 0 0H 0 0H 0 0K 0 0K 0 0L 0 0L 0 0M 0 0M 0 0N 0 0P 0 0R 0 0S 0 0T 0 0U 0 0V 0 0X 0 0Y 0 0Z 01 01 01 0 10 0 10 0 11 0 11 0 12 0 12 0 13 0 13 0 14 0 14 0 15 0 15 0 15 0 16 0 16 0 16 0 17 0 17 0 17 0 18 0 18 0 18 0 19 0 19 0 19 0 1A 0 1A Type R122 3N252A RN5RF50BA RN5RZ50BA XC6101A131MR XC6101A132MR XC6101A133MR XC6101A134MR XC6101A135MR XC6101A136MR XC6101A137MR XC6101A138MR R116 0N081A XC6101A139MR R116 0N091A XC6101A140MR XC6101A141MR XC6101A142MR XC6101A143MR XC6101A144MR XC6101A145MR XC6101A116MR XC6101A146MR XC6101A117MR XC6101A147MR XC6101A118MR XC6101A148MR XC6101A119MR XC6101A149MR XC6101A120MR XC6101A150MR XC6101A121MR XC6101A122MR XC6101A123MR XC6101A124MR XC6101A125MR XC6101A126MR XC6101A127MR XC6101A128MR XC6101A129MR XC6101A130MR R122 3N152C RN5RF51BA RN5RZ51BA R116 0N101A XC6101A231MR R116 0N111A XC6101A232MR R116 0N121A XC6101A233MR R116 0N131A XC6101A234MR R116 0N141A XC6101A235MR R111 6N151B R116 0N151A XC6101A236MR R111 6N161B R116 0N161A XC6101A237MR R111 6N171B R116 0N171A XC6101A238MR R111 6N181B R116 0N181A XC6101A239MR R111 6N191B R116 0N191A XC6101A240MR APR3001 -15B XC6101A241MR Function DC/DC-IC LVR-IC LVR-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC LVR-IC Vdet-IC LVR-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC Vdet-IC DC/DC-IC LVR-IC LVR-IC LVR-IC Vdet-IC LVR-IC Vdet-IC LVR-IC Vdet-IC LVR-IC Vdet-IC LVR-IC Vdet-IC LVR-IC LVR-IC Vdet-IC LVR-IC LVR-IC Vdet-IC LVR-IC LVR-IC Vdet-IC LVR-IC LVR-IC Vdet-IC LVR-IC LVR-IC Vdet-IC Vdet-IC Vdet-IC Short description Case PWM/VFM ste p-down, +CE, 2.5V, 300KHz, L-Pr. L Rip , +CE, 5V±2%, 1A* L DO, LN, +CE, 5V±2%, 100mA 3 .1V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 3 .2V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 3 .3V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 3 .4V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 3 .5V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 3 .6V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 3 .7V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 3 .8V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms L DO, -CE, 0.8V±2%, 200mA 3 .9V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms L DO, -CE, 0.9V±2%, 200mA 4 .0V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 4 .1V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 4 .2V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 4 .3V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 4 .4V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 4 .5V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 1 .6V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 4 .6V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 1 .7V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 4 .7V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 1 .8V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 4 .8V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 1 .9V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 4 .9V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 2 .0V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 5 .0V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 2 .1V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 2 .2V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 2 .3V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 2 .4V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 2 .5V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 2 .6V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 2 .7V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 2 .8V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 2 .9V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms 3 .0V±2.5%, Hst, -MR, -Reset PPO, Wt=6.25ms, Rt=3.13ms PWM step-down, +CE, 1.5V, 300KHz, Latch-Pr. L Rip , +CE, 5.1V±2%, 1A* L DO, LN, +CE, 5.1V±2%, 100mA L DO, -CE, 1V±2%, 200mA 3 .1V±2.5%, Hst, -MR, -Reset PPO, Wt=50ms, Rt=3.13ms L DO, -CE, 1.1V±2%, 200mA 3 .2V±2.5%, Hst, -MR, -Reset PPO, Wt=50ms, Rt=3.13ms L DO, -CE, 1.2V±2%, 200mA 3 .3V±2.5%, Hst, -MR, -Reset PPO, Wt=50ms, Rt=3.13ms L DO, -CE, 1.3V±2%, 200mA 3 .4V±2.5%, Hst, -MR, -Reset PPO, Wt=50ms, Rt=3.13ms L DO, -CE, 1.4V±2%, 200mA 3 .5V±2.5%, Hst, -MR, -Reset PPO, Wt=50ms, Rt=3.13ms L DO, LN, +CE, 1.5V±1.5%, 150 mA L DO, -CE, 1.5V±2%, 200mA 3 .6V±2.5%, Hst, -MR, -Reset PPO, Wt=50ms, Rt=3.13ms L DO, LN, +CE, 1.6V±1.5%, 150 mA L DO, -CE, 1.6V±2%, 200mA 3 .7V±2.5%, Hst, -MR, -Reset PPO, Wt=50ms, Rt=3.13ms L DO, LN, +CE, 1.7V±1.5%, 150 mA L DO, -CE, 1.7V±2%, 200mA 3 .8V±2.5%, Hst, -MR, -Reset PPO, Wt=50ms, Rt=3.13ms L DO, LN, +CE, 1.8V±1.5%, 150 mA L DO, -CE, 1.8V±2%, 200mA 3 .9V±2.5%, Hst, -MR, -Reset PPO, Wt=50ms, Rt=3.13ms L DO, LN, +CE, 1.9V±1.5%, 150 mA L DO, -CE, 1.9V±2%, 200mA 4 .0V±2.5%, Hst, -MR, -Reset PPO, Wt=50ms, Rt=3.13ms 1 .5V, -Reset PPO 4 .1V±2.5%, Hst, -MR, -Reset PPO, Wt=50ms, Rt=3.13ms SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 SOT-23-5 Pin. 28ud 28vw 28vrt 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28vrw 28xd 28vrw 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28xd 28ud 28vw 28vrt 28vrw 28xd 28vrw 28xd 28vrw 28xd 28vrw 28xd 28vrw 28xd 28cx 28vrw 28xd 28cx 28vrw 28xd 28cx 28vrw 28xd 28cx 28vrw 28xd 28cx 28vrw 28xd 28vdm 28xd Sch. St. Mnf. DC7 VR6 VR4 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VR4 VD17 VR4 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 VD17 DC7 VR6 VR4 VR4 VD17 VR4 VD17 VR4 VD17 VR4 VD17 VR4 VD17 VR4 VR4 VD17 VR4 VR4 VD17 VR4 VR4 VD17 VR4 VR4 VD17 VR4 VR4 VD17 VD7 VD17 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6g 6k 6g Ric Ric Ric Tor Tor Tor Tor Tor Tor Tor Tor Ric Tor Ric Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Ric Ric Ric Ric Tor Ric Tor Ric Tor Ric Tor Ric Tor Ric Ric Tor Ric Ric Tor Ric Ric Tor Ric Ric Tor Ric Ric Tor Anp Tor 695 SECTION 7 SOT-89-5 CASE SMD SEMICONDUCTOR COMPONENTS SMD code 0 A0 0 A1 0 A2 0 A3 0 A4 0 A5 0 A6 0 A7 0 A8 0 A9 0 AA 0 AB 0 AC 0 AD 0 AE 0 AF 0 AH 0 AK 0 AL 0 AM 0 B0 0 B1 0 B2 0 B3 0 B4 0 B5 0 B6 0 B7 0 B8 0 B9 0 BA 0 BB 0 BC 0 BD 0 BE 0 BF 0 BH 0 BK 0 BL 0 BM 0 C0 0 C1 0 C2 0 C3 0 C4 0 C5 0 C6 0 C7 0 C8 0 C9 0 CA 0 CB 0 CC 0 CD 0 CE 0 CF 0 CH 0 CK 0 CL 0 CM 0 D0 0 D1 0 D2 0 D3 0 D4 0 D5 0 D6 0 D7 0 D8 0 D9 Type XC6 210A312PR XC6 210A322PR XC6 210A332PR XC6 210A342PR XC6 210A352PR XC6 210A362PR XC6 210A372PR XC6 210A382PR XC6 210A392PR XC6 210A402PR XC6 210A412PR XC6 210A422PR XC6 210A432PR XC6 210A442PR XC6 210A452PR XC6 210A462PR XC6 210A472PR XC6 210A482PR XC6 210A492PR XC6 210A502PR XC6 210B312PR XC6 210B322PR XC6 210B332PR XC6 210B342PR XC6 210B352PR XC6 210B362PR XC6 210B372PR XC6 210B382PR XC6 210B392PR XC6 210B402PR XC6 210B412PR XC6 210B422PR XC6 210B432PR XC6 210B442PR XC6 210B452PR XC6 210B462PR XC6 210B472PR XC6 210B482PR XC6 210B492PR XC6 210B502PR XC6 210C312 PR XC6 210C322 PR XC6 210C332 PR XC6 210C342 PR XC6 210C352 PR XC6 210C362 PR XC6 210C372 PR XC6 210C382 PR XC6 210C392 PR XC6 210C402 PR XC6 210C412 PR XC6 210C422 PR XC6 210C432 PR XC6 210C442 PR XC6 210C452 PR XC6 210C462 PR XC6 210C472 PR XC6 210C482 PR XC6 210C492 PR XC6 210C502 PR XC6 210D312 PR XC6 210D322 PR XC6 210D332 PR XC6 210D342 PR XC6 210D352 PR XC6 210D362 PR XC6 210D372 PR XC6 210D382 PR XC6 210D392 PR XC6 210D402 PR Function LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC LVR-IC Short description Case Pin. Sch. St. Mnf. LDO, + CE, PDR, 3.1V±2%, 700m A LDO, + CE, PDR, 3.2V±2%, 700m A LDO, + CE, PDR, 3.3V±2%, 700m A LDO, + CE, PDR, 3.4V±2%, 700m A LDO, + CE, PDR, 3.5V±2%, 700m A LDO, + CE, PDR, 3.6V±2%, 700m A LDO, + CE, PDR, 3.7V±2%, 700m A LDO, + CE, PDR, 3.8V±2%, 700m A LDO, + CE, PDR, 3.9V±2%, 700m A LDO, + CE, PDR, 4V±2%, 700mA LDO, + CE, PDR, 4.1V±2%, 700m A LDO, + CE, PDR, 4.2V±2%, 700m A LDO, + CE, PDR, 4.3V±2%, 700m A LDO, + CE, PDR, 4.4V±2%, 700m A LDO, + CE, PDR, 4.5V±2%, 700m A LDO, + CE, PDR, 4.6V±2%, 700m A LDO, + CE, PDR, 4.7V±2%, 700m A LDO, + CE, PDR, 4.8V±2%, 700m A LDO, + CE, PDR, 4.9V±2%, 700m A LDO, + CE, PDR, 5V±2%, 700mA LDO, + CE, 3.1V±2%, 700mA LDO, + CE, 3.2V±2%, 700mA LDO, + CE, 3.3V±2%, 700mA LDO, + CE, 3.4V±2%, 700mA LDO, + CE, 3.5V±2%, 700mA LDO, + CE, 3.6V±2%, 700mA LDO, + CE, 3.7V±2%, 700mA LDO, + CE, 3.8V±2%, 700mA LDO, + CE, 3.9V±2%, 700mA LDO, + CE, 4V±2%, 700mA LDO, + CE, 4.1V±2%, 700mA LDO, + CE, 4.2V±2%, 700mA LDO, + CE, 4.3V±2%, 700mA LDO, + CE, 4.4V±2%, 700mA LDO, + CE, 4.5V±2%, 700mA LDO, + CE, 4.6V±2%, 700mA LDO, + CE, 4.7V±2%, 700mA LDO, + CE, 4.8V±2%, 700mA LDO, + CE, 4.9V±2%, 700mA LDO, + CE, 5V±2%, 700mA LDO, -CE, PDR, 3.1V±2%, 70 0mA LDO, -CE, PDR, 3.2V±2%, 70 0mA LDO, -CE, PDR, 3.3V±2%, 70 0mA LDO, -CE, PDR, 3.4V±2%, 70 0mA LDO, -CE, PDR, 3.5V±2%, 70 0mA LDO, -CE, PDR, 3.6V±2%, 70 0mA LDO, -CE, PDR, 3.7V±2%, 70 0mA LDO, -CE, PDR, 3.8V±2%, 70 0mA LDO, -CE, PDR, 3.9V±2%, 70 0mA LDO, -CE, PDR, 4V±2%, 700 mA LDO, -CE, PDR, 4.1V±2%, 70 0mA LDO, -CE, PDR, 4.2V±2%, 70 0mA LDO, -CE, PDR, 4.3V±2%, 70 0mA LDO, -CE, PDR, 4.4V±2%, 70 0mA LDO, -CE, PDR, 4.5V±2%, 70 0mA LDO, -CE, PDR, 4.6V±2%, 70 0mA LDO, -CE, PDR, 4.7V±2%, 70 0mA LDO, -CE, PDR, 4.8V±2%, 70 0mA LDO, -CE, PDR, 4.9V±2%, 70 0mA LDO, -CE, PDR, 5V±2%, 700 mA LDO, -CE, 3.1V±2%, 700mA LDO, -CE, 3.2V±2%, 700mA LDO, -CE, 3.3V±2%, 700mA LDO, -CE, 3.4V±2%, 700mA LDO, -CE, 3.5V±2%, 700mA LDO, -CE, 3.6V±2%, 700mA LDO, -CE, 3.7V±2%, 700mA LDO, -CE, 3.8V±2%, 700mA LDO, -CE, 3.9V±2%, 700mA LDO, -CE, 4V±2%, 700mA SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 SOT-8 9-5 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy 32vy VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 VR4 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h 6h Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor Tor 1148 SECTION 8 6 and more pin CASES SMD SEMICONDUCTOR COMPONENTS SMD code +ACLW +ACLX 00 00 0 05 0 0B 0 0BL 0 0W 0 0WL 0 24 0 3B 0 3BL 04 04 05 05 0 5/05 06 07 08 08 08 09 0A 0A 0A 0B 0B 0B 0C 0C 0C 0D 0D 0D 0E 0E 0F 0F 0F 0G 0G 0G 0H 0H 0H 0J 0J 0J 0K 0K 0L 0L 0L 0M 0M 0N 0N 0P 0P 0Q 0R 10 1 0. 1 05 1 06 1 0N02Z 11 11 1 166 Type MAX16 052AUT+T MAX16 053AUT+T KIC7W00FK XC74WL00AASR FAN7005 MU U74HC2 G02-SM1 U74HC2 G02L-SM1 U74HC2 G00-SM1 U74HC2 G00L-SM1 FAN7024 MU U74HC2 G32-SM1 U74HC2 G32L-SM1 KIC7W04FK XC74WL04AASR R1163D1 51E XC74WL02AASR SMS05 R1163D1 61E R1163D1 71E KIC7W08FK R1163D1 81E XC74WL08AASR R1163D1 91E MUN5111DW R1161D2 81A5 R5326N0 01B MUN5112DW R1161D1 01A R5326N0 02B MUN5113DW R1161D2 01A R5326N0 03B MUN5114DW R1161D3 01A R5326N0 04B MUN5115DW R5326N0 05B MUN5116DW R1161D1 01B R5326N0 06B MUN5130DW R1161D2 01B R5326N0 07B MUN5131DW R1161D3 01B R5326N0 08B MUN5132DW R1161D1 01D R5326N0 09B MUN5133DW R5326N0 10B MUN5134DW R1161D2 01D R5326N0 11B R1161D3 01D R5326N0 12B MUN5136DW R5326N0 13B MUN5137DW R5326N0 14B R5326N0 15B R5326N0 16B R1163D2 01E MA3 A1 00 FC105 FC106 MMSF10N02Z MUN5311DW R1163D2 11E L T1166CS8 Function Vdet-IC Vdet-IC CMOS-Logic CMOS-Logic LIN-IC CMOS-Logic CMOS-Logic CMOS-Logic CMOS-Logic LIN-IC CMOS-Logic CMOS-Logic CMOS-Logic CMOS-Logic LVR-IC CMOS-Logic TVS LVR-IC LVR-IC CMOS-Logic LVR-IC CMOS-Logic LVR-IC Si-pnp-Digi LVR-IC LVR-IC Si-pnp-Digi LVR-IC LVR-IC Si-pnp-Digi LVR-IC LVR-IC Si-pnp-Digi LVR-IC LVR-IC Si-pnp-Digi LVR-IC Si-pnp-Digi LVR-IC LVR-IC Si-pnp-Digi LVR-IC LVR-IC Si-pnp-Digi LVR-IC LVR-IC Si-pnp-Digi LVR-IC LVR-IC Si-pnp-Digi LVR-IC Si-pnp-Digi LVR-IC LVR-IC LVR-IC LVR-IC Si-pnp-Digi LVR-IC Si-pnp-Digi LVR-IC LVR-IC LVR-IC LVR-IC Z-diode Si-pnp-Digi Si-npn-Digi MOS-n-FET-e* Si-n/p-Digi LVR-IC LIN-IC Short description Adjustable sequencin g/supe rvisory, 2.25..16V, ODO Adjustable sequencin g/supe rvisory, 2.25..16V, PPO Dual 2-input NAND gates Dual 2-input NAND gates AF PA, 2.7..5.5V, 2x300mW(5V/8Ω), shutd own Dual 2-input NOR gates Dual 2-input NOR gates Dual 2-input NAND gates Dual 2-input NAND gates AF PA, BTL, 2.3..5.5V, 6 75mW(5V/8Ω), shutdown Dual 2-input OR gates Dual 2-input OR gates Triple inverters Triple inverters LDO, +CE, 1.5V±1.5%, 150mA Dual 2-input NOR gates Quad, 5 V, 2 4A, 350W(1ms) LDO, +CE, 1.6V±1.5%, 150mA LDO, +CE, 1.7V±1.5%, 150mA Dual 2-input AND gates LDO, +CE, 1.8V±1.5%, 150mA Dual 2-input AND gates LDO, +CE, 1.9V±1.5%, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1/R2=10/10k LDO, -CE, 2.85V±2%, 350mA LDO, Dual out, sep . +CE, Vo1=2 V, Vo2=2V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1/R2=22/22k LDO, -CE, 1V±2%, 350mA LDO, Dual out, sep . +CE, Vo1=2 .8 V, Vo 2=2.8V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1/R2=47k/47k LDO, -CE, 2V±2%, 350mA LDO, Dual out, sep . +CE, Vo1=1 .8 V, Vo 2=3V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1/R2=10/47k LDO, -CE, 3V±2%, 350mA LDO, Dual out, sep . +CE, Vo1=2 .5 V, Vo 2=3V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1=10k LDO, Dual out, sep . +CE, Vo1=1 .8 V, Vo 2=2.5V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1=4k7 LDO, +CE, 1V±2%, 350mA LDO, Dual out, sep . +CE, Vo1=1 .8 V, Vo 2=3.3V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1/R2=1k/1k0 LDO, +CE, 2V±2%, 350mA LDO, Dual out, sep . +CE, Vo1=2 .5 V, Vo 2=2.8V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1/R2=2k2/2k2 LDO, +CE, 3V±2%, 350mA LDO, Dual out, sep . +CE, Vo1=1 .2 V, Vo 2=1.2V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1/R2=4k/4k7 LDO, +CE, CL discha rge, 1V±2%, 350mA LDO, Dual out, sep . +CE, Vo1=1 .5 V, Vo 2=1.6V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1/R2=4k7/47k LDO, Dual out, sep . +CE, Vo1=1 .5 V, Vo 2=2.8V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1/R2=22k/47k LDO, +CE, CL discha rge, 2V±2%, 350mA LDO, Dual out, sep . +CE, Vo1=3 V, Vo2=3V, 150mA LDO, +CE, CL discha rge, 3V±2%, 350mA LDO, Dual out, sep . +CE, Vo1=3 .1 V, Vo 2=3.1V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1/R2=100k/100k LDO, Dual out, sep . +CE, Vo1=2 .7 V, Vo 2=1.8V, 150mA Dual, Sw, 2x50V, 100mA, 400mW, R1/R2=47k/22k LDO, Dual out, sep . +CE, Vo1=1 .8 V, Vo 2=2.6V, 150mA LDO, Dual out, sep . +CE, Vo1=3 .3 V, Vo 2=3.3V, 150mA LDO, Dual out, sep . +CE, Vo1=2 .8 5V, Vo2=2.85V, 150mA LDO, +CE, 2V±1.5%, 150mA Triple, 9.4..10.6V, 70mA, , Zzt=8Ω, 1 00mW, Dual, Sw, 50V, 100mA, 200 mW, 200MHz, R1/R2=47k/47k Dual, Sw, 50V, 100mA, 200 mW, 200MHz, R1/R2=47k/47k V-MOS, LogL, 20V, 7A, 2.5W, <16 mΩ(5A), 65/3 25ns Dual, Sw, 50V, 100mA, 200 mW, R1/R2=10/10k LDO, +CE, 2.1V±1.5%, 150mA Dual AF voltage amplifier (60W AF PA driv er) Case SOT-23-6 SOT-23-6 US8 MSOP-8B SSOP-8 MSOP-8 MSOP-8 MSOP-8 MSOP-8 SSOP-8 MSOP-8 MSOP-8 US8 MSOP-8B SON-6 MSOP-8B SOT-23-6L SON-6 SON-6 US8 SON-6 MSOP-8B SON-6 SOT-363 SON-6 SOT-23-6 SOT-363 SON-6 SOT-23-6 SOT-363 SON-6 SOT-23-6 SOT-363 SON-6 SOT-23-6 SOT-363 SOT-23-6 SOT-363 SON-6 SOT-23-6 SOT-363 SON-6 SOT-23-6 SOT-363 SON-6 SOT-23-6 SOT-363 SON-6 SOT-23-6 SOT-363 SOT-23-6 SOT-363 SON-6 SOT-23-6 SON-6 SOT-23-6 SOT-363 SOT-23-6 SOT-363 SOT-23-6 SOT-23-6 SOT-23-6 SON-6 SOP-6 SOT-363 SOT-363 SOP-8 SOT-363 SON-6 SOP-8 Pin. Sch. St. Mnf. 33 33 47 /Log50 47 /Log50 47 47 /Log53 47 /Log53 47 /Log50 47 /Log50 47 47 /Log52 47 /Log52 47 /Log56 47 /Log56 34 vrc 47 /Log53 33 dx 34 vrc 34 vrc 47 /Log51 34 vrc 47 /Log51 34 vrc 33 /TD4 34 vrc 33 rg 33 /TD4 34 vrc 33 rg 33 /TD4 34 vrc 33 rg 33 /TD4 34 vrc 33 rg 33 /TD4 33 rg 33 /TD4 34 vrc 33 rg 33 /TD4 34 vrc 33 rg 33 /TD4 34 vrc 33 rg 33 /TD4 34 vrc 33 rg 33 /TD4 33 rg 33 /TD4 34 vrc 33 rg 34 vrc 33 rg 33 /TD4 33 rg 33 /TD4 33 rg 33 rg 33 rg 34 vrc 33 bb 33 /TD4 33 /TD3 47 fs 33 /TD2 34 vrc 47 Log50 Log50 AFP17 Log53 Log53 Log50 Log50 AFP12 Log52 Log52 Log56 Log56 VR10 Log53 VR10 VR10 Log51 VR10 Log51 VR10 VR10 VR19 VR10 VR19 VR10 VR19 VR10 VR19 VR19 VR10 VR19 VR10 VR19 VR10 VR19 VR10 VR19 VR19 VR10 VR19 VR10 VR19 VR19 VR19 VR19 VR19 VR10 VR10 - 7b 7b 8c 8d 8d 8d 8d 8d 8d 8d 8d 8d 8c 8d 7g 8d 7b 7g 7g 8c 7g 8d 7g 7b 7g 7f 7b 7g 7f 7b 7g 7f 7b 7g 7f 7b 7f 7b 7g 7f 7b 7g 7f 7b 7g 7f 7b 7g 7f 7b 7f 7b 7g 7f 7g 7f 7b 7f 7b 7f 7f 7f 7g 7b 7b 7b 8d 7b 7g 8d Max Max Kec Tor F Utc Utc Utc Utc F Utc Utc Kec Tor Ric Tor Smt Ric Ric Kec Ric Tor Ric Mot Ric Ric Mot Ric Ric Mot Ric Ric Mot Ric Ric Mot Ric Mot Ric Ric Mot Ric Ric Mot Ric Ric Mot Ric Ric Mot Ric Mot Ric Ric Ric Ric Mot Ric Mot Ric Ric Ric Ric Pan San San Ons Mot Ric Ltc 1261 05 SMD Type code Function Short description Case Pin. St. Sch. Mnf. 3 - pins SECTION 9 BGA and LLP CASES SMD SEMICONDUCTOR COMPONENTS 181 SMD code _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ HE_ _ _ HE_ _ _ HM_ _ _ HM_ _ _ HN_ _ _ HN_ _ _C2_ _ _C2_ _ _C3_ _ _C4_ _ _C6_ _ _C7_ _ _C9_ _ _CA_ _ _CB_ _ _CC_ _ _CE_ _ _CF_ _ _CG_ _ _CK_ _ _CM_ _ _CN_ _ _CT_ _ _CU_ _ _CV_ _ _D3_ _ _D5_ _ _D7_ _ _D7_ _ _HP_ _ _HR_ _ _HV_ _ _HV_ _ _HW_ _ _HW_ _ _HX_ _ _HX_ _ _U2_ _ _U6_ _ _U7_ _ _U7_ _ _U7_ _ _U7_ _ _U9_ _ _UA_ _ _UA_ _ _UA_ _ _UA_ _ _UA_ _ _UB_ _ _UC_ _ _UC_ _ _UD_ _ _UE_ _ _UF_ _ _UF_ _ _UF_ _ _UF_ _ _UG_ _ _UG_ _ _UG_ _ _UG_ _ _UG_ _ _UH_ _ _UK_ _ _UK_ _ _UK_ _ _UM_ _ _UM_ _ _UM_ Type SN74AUP2 G08YFP SN74AUP2 G08YZP SN74AUP2 G125YFP SN74AUP2 G125YZP SN74AUP2 G126YFP SN74AUP2 G126YZP SN74LVC1G10 YZP SN74LVC2G24 1YZP SN74LVC2G15 7YZP SN74LVC2G53 YZP SN74LVC2G66 YZP SN74LVC2G17 YZP SN74LVC2G34 YZP SN74LVC2G00 YZP SN74LVC2G02 YZP SN74LVC2G04 YZP SN74LVC2G08 YZP SN74LVC2G14 YZP SN74LVC2G32 YZP SN74LVC2G24 0YZP SN74LVC2G12 5YZP SN74LVC2G12 6YZP SN74LVC2G06 YZP SN74LVC1G27 YZP SN74LVC2G07 YZP SN74LVC1G37 3YZP SN74LVC2G13 2YZP SN74LVC1G38 YEP SN74LVC2G38 YZP SN74AUP1 G97YZP SN74AUP1 G98YZP SN74AUP1 G07YEP SN74AUP1 G07YZP SN74AUP1 G79YEP SN74AUP1 G79YZP SN74AUP1 G80YEP SN74AUP1 G80YZP SN74AUC2G2 41YZP SN74AUC2G6 6YZP SN74AUC1G1 7YEA SN74AUC1G1 7YEP SN74AUC1G1 7YZA SN74AUC1G1 7YZP SN74AUC2G3 4YZP SN74AUC1G0 0YEA SN74AUC1G0 0YEP SN74AUC1G0 0YZA SN74AUC1G0 0YZP SN74AUC2G0 0YZP SN74AUC2G0 2YZP SN74AUC2G0 4YEP SN74AUC2G0 4YZP SN74AUC2GU04YZP SN74AUC2G0 8YZP SN74AUC1G1 4YEA SN74AUC1G1 4YEP SN74AUC1G1 4YZA SN74AUC1G1 4YZP SN74AUC1G3 2YEA SN74AUC1G3 2YEP SN74AUC1G3 2YZA SN74AUC1G3 2YZP SN74AUC2G3 2YZP SN74AUC2G8 6YZP SN74AUC1G2 40YEP SN74AUC1G2 40YZP SN74AUC2G2 40YZP SN74AUC1G1 25YEA SN74AUC1G1 25YEP SN74AUC1G1 25YZA Function CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic CMOS-L ogic Short description Dual 2-input AND gates Dual 2-input AND gates Dual bus buffer with 3-state output Dual bus buffer with 3-state output Bus buffer gate with 3-state output Bus buffer gate with 3-state output 3-input NAND gate Dual bus buffer non-inverted with 3-state output 2-input multiplexer 2-channel analog multiplexer/demultiple xer 2-channel analog switch Dual Schmitt-trigger buffers Dual non-inverter buffe rs Dual 2-input NAND gates Dual 2-input NOR gates Dual inverters Dual 2-input AND gates Dual Schmitt-trigger inverter buffers Dual 2-input OR ga tes Dual bus buffer inverted with 3-state output Dual bus buffer with 3-state output Bus buffer gate with 3-state output Dual inverter b uffers/drivers (ODO) 3-input NOR gate Dual noninverting buffers/drivers (ODO) D-type transparent latch with 3-state output Dual 2-input NOR gates with Schmitt-trigg er inputs 2-input NAND gate (ODO) Dual 2-input NAND gate (ODO) Configurable multiple-fu nction gate Configurable multiple-fu nction gate Noninverting buffer/driver (ODO) Noninverting buffer/driver (ODO) Positive edge-triggered D-type flip-flop Positive edge-triggered D-type flip-flop Positive edge-triggered D-type flip-flop Positive edge-triggered D-type flip-flop Dual bus buffer non-inverted with 3-state output 2-channel analog switch Schmitt-trigger Schmitt-trigger Schmitt-trigger Schmitt-trigger Dual non-inverter buffe rs 2-input NAND gate 2-input NAND gate 2-input NAND gate 2-input NAND gate Dual 2-input NAND gates Dual 2-input NOR gates Dual inverters Dual inverters Dual inverters Dual 2-input AND gates Inverting Schmitt-trigger Inverting Schmitt-trigger Inverting Schmitt-trigger Inverting Schmitt-trigger 2-input OR gate 2-input OR gate 2-input OR gate 2-input OR gate Dual 2-input OR ga tes Dual 2-input EXCLUSIVE-OR gates Bus buffer inverted with 3– state output Bus buffer inverted with 3– state output Dual bus buffer inverted with 3-state output Bus buffer gate with 3-state output Bus buffer gate with 3-state output Bus buffer gate with 3-state output Case MBGA-8 BGA-8 MBGA-8 BGA-8 MBGA-8 BGA-8 BGA-6 BGA-8 BGA-8 BGA-8 BGA-8 BGA-6 BGA-6 BGA-8 BGA-8 BGA-6 BGA-8 BGA-6 BGA-8 BGA-8 BGA-8 BGA-8 BGA-6 WCSP-6 BGA-6 WCSP-6 BGA-8 BGA-5 BGA-8 WCSP-6 WCSP-6 BGA-5 BGA-5 BGA-5 BGA-5 BGA-5 BGA-5 BGA-8 BGA-8 BGA-5 BGA-5 BGA-5 BGA-5 BGA-6 BGA-5 BGA-5 BGA-5 BGA-5 BGA-8 BGA-8 BGA-6 BGA-6 BGA-6 BGA-8 BGA-5 BGA-5 BGA-5 BGA-5 BGA-5 BGA-5 BGA-5 BGA-5 BGA-8 BGA-8 BGA-5 BGA-5 BGA-8 BGA-5 BGA-5 BGA-5 Pin. 50/Log51 50/Log51 50/Log54 50/Log54 50/Log13 50/Log13 40/Log29 50/Log60 50/Log66 50/Log58 50/Log68 40/Log27 40/Log23 50/Log50 50/Log53 40/Log24 50/Log51 40/Log34 50/Log52 50/Log67 50/Log54 50/Log13 40/Log25 40/Log31 40/Log26 40/Log35 50/Log49 46/Log17 50/Log62 40/Log41 40/Log43 46/Log8 46/Log8 46/Log20 46/Log20 46/Log21 46/Log21 50/Log60 50/Log68 46/Log11 46/Log11 46/Log11 46/Log11 40/Log23 46/Log1 46/Log1 46/Log1 46/Log1 50/Log50 50/Log53 40/Log24 40/Log24 40/Log24 50/Log51 46/Log7 46/Log7 46/Log7 46/Log7 46/Log4 46/Log4 46/Log4 46/Log4 50/Log52 50/Log65 46/Log22 46/Log22 50/Log67 46/Log14 46/Log14 46/Log14 Sch. St.Mnf. Log51 Log51 Log54 Log54 Log13 Log13 Log29 Log60 Log66 Log58 Log68 Log27 Log23 Log50 Log53 Log24 Log51 Log34 Log52 Log67 Log54 Log13 Log25 Log31 Log26 Log35 Log49 Log17 Log62 Log41 Log43 Log8 Log8 Log20 Log20 Log21 Log21 Log60 Log68 Log11 Log11 Log11 Log11 Log23 Log1 Log1 Log1 Log1 Log50 Log53 Log24 Log24 Log24 Log51 Log7 Log7 Log7 Log7 Log4 Log4 Log4 Log4 Log52 Log65 Log22 Log22 Log67 Log14 Log14 Log14 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9d 9a 9d 9d 9d 9a 9a 9a 9a 9a 9a 9d 9d 9a 9a 9a 9a 9d 9a 9a 9a 9a 9d 9d 9d 9d 9d 9d 9a 9a 9a 9a 9a 9a 9a 9a 9d 9d 9a 9a 9d 9a 9a 9a Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti Ti 1412 SECTION 10 CONVENTIONAL CASE DRAWINGS 1734 2 1 1 1 Top view 2 1 2 Top view 2 5 Top view 9 Top view Top view 2 6 Top view 2 1 2 3 1 1 2 1 2 7 Top view Top view 1 2 1 10 1 11 Top view 2 4 Top view 1 2 8 Top view 2 1 12 Top view 3 1 2 2 1 2 1 1 2 Top view 13 Top view 14 15 Top view 16 3 3 3 1 2 17 2 1 2 1 2 3 1 Bottom view 18 4 Top view 1 19 Top view 20 Top view 4 3 4 3 1 2 1 2 3 2 1 21 2 3 Top view 22 Bottom view 23 Top view 24 Top view 1735 PIN 1 PIN2 PIN3 PIN4 PIN5 PIN6 PIN7 PIN8 SECTION 12 PIN / TERMINAL FUNCTION (Table) 1744 a a1 aa ab ac ae af ag ah ak am ba bb bc bd be bf bg bh bi bj bk bm1 bm2 bn bp bq br bs bt bu bv bw bx by bz c ca cb cd ce cf cg ch cj ck cm cn co cp cq cs ct cu cv cw cx cy d d1 db dc PIN 1 PIN2 X GND Input Input Vcc Input N/C Contact Contact N/C Vcc/Output K(A) Cathode1 Cathode1 Cathode Cathode1 Cathode1 Cathode1 Anode1 Anode Anode1 Anode1 N/C VOVP Cathode GND GND Anode1 Cathode1 Anode1 Anode1 Anode1 Anode1 Cathode1 Cathode Cathode1 Q Vcc K1/A2/K3 Cathode1 GND GND Voutput Voutput Voutput Adjust Adjust ±Reset -Reset ±Reset Anode1 Anode1 Vinput Voutput Shutdown Vinput Adjust Anode Anode1 Anode1 Anode X GND GND GND GND Vcc Vinput Contact Contact Cathode GND K(A) Cathode2 Common A Cathode Cathode2 Common A Cathode2 Common K Cathode Anode2 Cathode2 Cout V+ Vinput Cathode Voutput Voutput Common K N/C N/C N/C Common K K1/A2 A1/K2 Anode Common A GND Shutdown Cathode2 Cathode2 Vinput Voutput GND Vinput Adjust Vinput Voutput ±MR GND GND Cathode1 Cathode1 GND Shutdown GND GND Vinput Cathode Common K K1/A2 N/C PIN3 PIN4 PIN5 PIN6 Input Vcc/Output GND Input GND N/C N/C GND GND Output GND Output GND GND Vcc/Output GND GND GND N/C Vcc Output GND Voutput Anode Input Cathode3 Cathode2 Anode A3/A4 Cathode2 Anode2 Anode2 Anode K3/K4 K3/A4 Dout GND ±CE Anode Lx Ext Anode2 Cathode2 Anode2 Cathode2 Anode2 Cathode2 Anode2 Cathode Cathode2 +Input Input L Anode3 Anode2 Vinput Vinput Vinput GND Vinput Voutput Vinput Vcc -MR ±MR1 Anode2 K2 ±CE ±CE ±CE ±CE Voutput Anode2 Cathode2 Cathode PIN7 PIN8 GND GND N/C N/C SW PGND Cext GND Anode3 Anode2 Cathode3 Cathode4 Anode1 Cathode3 Cathode3 N/C Anode3 Anode Anode3 Anode3 GND Dout A GND Anode A1/A2 Cathode5 Cathode4 Cathode4 Anode1 Anode4 Cathode Anode4 Cathode4 V+ Cout N/C Cathode Common K Common A Common K K1/A2 Anode3 Common K Cathode3 A3/K4 Cathode3 A3/K4 Cathode3 -Input Output L Anode1 Anode1 Vinput GND WDI Vcc K2 Anode2 Shutdown Vinput Vinput N/C Vinput Anode K1/K2 K1/A2 VFeedback Cathode Anode4 Anode4 Anode4 N/C Output GND Cathode4 Output R Input R Voutput Voutput Voutput N/C Vcc ±MR2 Voutput Voutput Voutput N/C N/C 1745 SECTION13 SMD-CODES MARKING STYLE 1752 1a SMD code 1b SMD code Assembly location Wafer lot Data code (Y-Year, W-week) 1j 1i SMD code Data code (N-Year, M-month) Manufacturer logo SMD code Manufacturer logo SMD code Data code Manufacturer logo 1k Data code (N-Year, M-month) 1n 1p SMD code Manufacturer logo SMD code Manufacturer logo 1s 1t SMD code Data code (Y-Year, W-week) 1v 1w Manufacturer logo SMD code SMD code SMD code 1r Data code (Y-Year, M-month) Lot number SMD code Data code (Y-Year, M-month) 1g SMD code 1m Data code SMD code 1f 1e 1d SMD code SMD code SMD code 1c SMD code SMD code 1x Data code Data code Manufacturer logo SMD code SMD code 1l Data code (N-Year, M-month) Manufacturer logo 1q Data code (Y-Year, M-month) 1u SMD code SMD code Manufacturer logo 1h Data code Manufacturer logo 1y SMD code 1753 SECTION 14 SAMPLE SCHEMATIC DIAGRAMS 1758 A2 A1 A3 AD2 AD1 AFP1 AFP2 AFP4 AFP3 AFP5 AFP9 AFP12 AFP8 AFP7 AFP6 AFP10 AFP11 AFP13 AFP14 1759 http://www.turuta.md LOGOS, CONTACT and WEB-ADRESSES OF THE NANUFACTURERS 1765 Aat- Advanced Analog Technology 2F, No. 17, Gongye E. 2nd Rd., Science-Based Industrial Park, Hsinchu City 300, Taiwan http://www.aatech.com.tw/index.aspx Ad, And- Analog Devices One Technology Way, Norwood, MA 02062, USA, Phone: 781/329-4700 http://www.analog.com Adt- ADDtek Taiwan-Taipei, Phone : +886-2-2570-0299, Fax : +886-2-2570-0196 http://www.addmtek.com/Index.htm Agi- Agilent Technologies 395 Page Mill Rd. 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