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ON Semiconductor

Master Components Selector Guide

SG388/D

Rev. 12, June−2011

AC−DC Controllers and Regulators; Amplifiers and Comparators; Analog

Switches; Bipolar Transistors; Clock and Data Distribution; Clock Generation;

Custom; DC−DC Controllers, Converters, and Regulators; Digital

Potentiometers; Diodes and Rectifiers; Drivers; DSP Systems;

EMI/RFI Filters; IGBTs and FETs; Interfaces; Memory; Standard Logic;

Thermal Management; Thyristors; Voltage and Current Management

 SCILLC, 2011

Previous Edition  2010

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ON Semiconductor and are registered trademarks of Semiconductor Components Industries, LLC (SCILLC). SCILLC reserves the right to make changes without further notice

to any products herein. SCILLC makes no warranty, representation or guarantee regarding the suitability of its products for any particular purpose, nor does SCILLC assume any

liability arising out of the application or use of any product or circuit, and specifically disclaims any and all liability, including without limitation special, consequential or incidental

damages. “Typical” parameters which may be provided in SCILLC data sheets and/or specifications can and do vary in different applications and actual performance may vary over

time. All operating parameters, including “Typicals” must be validated for each customer application by customer’s technical experts. SCILLC does not convey any license under

its patent rights nor the rights of others. SCILLC products are not designed, intended, or authorized for use as components in systems intended for surgical implant into the body,

or other applications intended to support or sustain life, or for any other application in which the failure of the SCILLC product could create a situation where personal injury or death

may occur. Should Buyer purchase or use SCILLC products for any such unintended or unauthorized application, Buyer shall indemnify and hold SCILLC and its officers, employees,

subsidiaries, affiliates, and distributors harmless against all claims, costs, damages, and expenses, and reasonable attorney fees arising out of, directly or indirectly, any claim of

personal injury or death associated with such unintended or unauthorized use, even if such claim alleges that SCILLC was negligent regarding the design or manufacture of the part.

SCILLC is an Equal Opportunity/Affirmative Action Employer. This literature is subject to all applicable copyright laws and is not for resale in any manner.

ARKonline, BelaSigna†, BELASIGNA, dBCOOL, DBCOOL, EMI−LATOR, Ezairo†, EZAIRO, FOUNDATION, FRONTWAVE,

GENBlue, GENBlue & Design, GreenPoint, GreenPoint & Design, HDTMOS, HEARPHONE, HVTMOS, MOSORB,

PARAGON, PICOGUARD, PRAETORIAN, PULSECORE, QUAD−MODE, SENSEFET, SignaKlara†, SIGNAKLARA,

SMALLBLOCK, SOUND DESIGN, SOUND DESIGN & Design, SOUNDFIT, SOUNDFIT & Design, SURMETIC,

thinSTAX Design, TMOS, UNIWATT, WAVEFET and XPRESSARRAY are registered trademarks of Semiconductor

Components Industries, LLC (SCILLC).

All brand names and product names appearing in this document are registered trademarks or trademarks of their respective holders.

AnyLevel, DPP, EASY SWITCHER, ECLinPS, ECLinPS Lite, ECLinPS MAX, ECLinPS Plus, EpiBase, FASTMOS,

FLEXMOS, FOUNDRYPLUS, From−the−Socket−to−the−Pocket, FULLPAK, GigaComm, HDPlus, ICEPAK, MECL,

MEGAHERTZ, MicroIntegration, MicroLeadless, MiniGate, MiniMOS, MiniMOSORB, Multi−Pak, NETRANS, NOCAP,

ON−Demand, Orela†, ORELA, PInPAK, PMODE, PowerBase, POWERSENSE, POWERTAP, PureEdge, Quake,

Quantum Charge Programmable, SLEEPMODE, SMARTDISCRETES, SMART HotPlug, SMARTswitch, Soft−Skip,

SUPERBRIDGES, SuperLock, ThermalTrak, Thermopad, Thermowatt, TIMING SAFE, Timing−Safe†, TMOS Stylized,

TOCCATA, Toccata Plus†, TOCCATA PLUS, Cool, uCool, VPower and Z−Switch are trademarks of Semiconductor

Components Industries, LLC (S

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Table of Contents

Page

AC−DC Controllers and Regulators 5...

Off−Line Controllers 8.............................

Off−Line Regulators 11............................

Power Factor Controllers 10........................

Secondary Side Controllers 10.....................

Amplifiers and Comparators 13........

Audio Amplifiers 16..............................

Compandors 16.................................

Comparators 16.................................

Operational Amplifiers 17.........................

Video Amplifiers 19..............................

Analog Switches 21...................

Audio Switches 24................................

Data Switches 24.................................

Signal Switches 25................................

Bipolar Transistors 27.................

Bipolar Power Transistors 30.......................

Discrete Transistors 31..........................

Darlington Transistors 46........................

Audio 38......................................

Electronic Lamp Ballasts 39......................

Small−Signal Bipolar Transistors 40.................

General−Purpose Transistors 40..................

General−Purpose Multiple Transistors 45...........

Low Noise and Good hFE Linearity 46.............

Darlington Transistors 46........................

High Current Transistors 47......................

High Voltage Transistors 49......................

RF Transistors 50...............................

Switching Transistors 50.........................

Multiple Switching Transistors 51..................

Digital Transistors (Bias Resistor Transistors) 52....

Dual Digital Transistors

(Bias Resistor Transistors) 54..................

Combinational Digital Transistors

(Bias Resistor Transistors) 55..................

Complex Digital Transistors 57....................

Low Saturation Voltage Transistors 58.............

Load Switch Transistors 59.......................

Clock and Data Distribution 61.........

Arithmetic Functions 64............................

Drivers and Fanout Buffers 65......................

Flip−Flops, Latches and Registers 65................

Logic Gates 74...................................

Multiplexers and Crosspoint Switches 75.............

Serial/Parallel Converters 77.......................

Skew Management 78.............................

Translators 78....................................

Page

Clock Generation 81..................

Crystal Oscillators 84..............................

Phase/Frequency Detectors 85.....................

PLL Clock Generators 85..........................

Spread Spectrum EMI Reduction Clocks 86..........

VCOs 88........................................

Zero Delay Buffers 89.............................

Custom 91............................

Digital ASICs 94.................................

Custom Foundry Services 94......................

DC−DC Controllers, Converters, and

Regulators 95........................

Battery Charge Controllers 98......................

Charge Pumps 98................................

DC−DC Controllers 98.............................

DC−DC Converters 100...........................

Linear Voltage Regulators 103......................

Single Linear Voltage Regulators 103.............

Dual Linear Voltage Regulators 110...............

PoE Controllers 111...............................

Digital Potentiometers 113.............

Digitally Programmable Potentiometers 116..........

Diodes and Rectifiers 119.............

Tuning and Switching Diodes 122...................

Abrupt Junction Tuning Diodes 122................

Hyper−Abrupt Junction Tuning Diodes 122.........

Schottky Diodes 123............................

Pin Switching Diodes 125........................

General Purpose Signal & Switching Diodes 126....

Zener Diodes − Regulation in Axial Leads 128........

Zener Diodes − Regulation in Surface Mount 130......

Dual Zeners − Duals in Surface Mount 136...........

TVS Diodes − In Axial Leads 139...................

TVS Diodes − In Surface Mount 142.................

ESD Protection Diodes 155........................

TVS/ESD Protection 175...........................

Application Specific Rectifiers 187...................

Low VF Schottky 187............................

Low Leakage Schottky 188.......................

High Voltage Schottky 188.......................

MEGAHERTZ188............................

UltraSoft Rectifiers 188..........................

Energy Rated Rectifiers 188......................

SCHOTTKY Rectifiers 189.........................

Surface Mount Schottky 189......................

Axial Lead Schottky 192.........................

TO−220 Type Schottky 193......................

TO−218 Types and TO−247 Schottky 195..........

UltraSoft Rectifiers 195............................

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Diodes and Rectifiers (cont.)

Ultrafast Rectifiers 196............................

Surface Mount Ultrafast 196......................

Axial Lead Ultrafast 197.........................

TO−220 Type Ultrafast 198.......................

TO−218 Types and TO−247 Ultrafast 198..........

Fast Recovery Rectifiers/General

Purpose Rectifiers 199............................

Drivers 201...........................

Display/LED Drivers 204...........................

Load/Relay Drivers

Load Drivers 207...............................

Relay Drivers 207...............................

MOSFET/IGBT Drivers 208........................

Motor Drivers 208.................................

DSP Systems 211.....................

Audio DSP Systems 214...........................

EMI/RFI Filters 215....................

Audio Filters 218..................................

Data Filters 218..................................

IGBTs and FETs 221...................

IGBTs 224......................................

JFETS 224.....................................

MOSFETs 224..................................

Protected MOSFETs 236.........................

Interfaces 237........................

Data Transmitters and Transceivers 240............

HART and MAU 240...........................

LIN and CAN Transceivers 240..................

I/O Expanders 241...............................

Modulators/Demodulators 241.....................

PLC Modems 241...............................

Sensor Interfaces 241............................

SMART and SIM Card Interfaces 242...............

Page

Memory 243..........................

NVRAM 246.....................................

Parallel EEPROM 249.............................

Serial EEPROM 246..............................

SRAM 249.......................................

Standard Logic 251...................

Arithmetic Functions 254...........................

Buffers 255......................................

Flip−Flops 260...................................

Latches and Registers 261.........................

Logic Gates 263..................................

Multiplexers 271..................................

Multivibrators 273.................................

Transceivers 273.................................

Translators 274...................................

Thermal Management 277.............

Fan Controllers 280...............................

Temperature Sensors 281..........................

Thyristors 283........................

Programmable Unijunction Transistors (PUTs) 286....

SIDACs 286....................................

Silicon Controlled Rectifiers (SCRs) 286.............

Thyristor Surge Protection Devices (TSPDs) 287.....

TRIACs 288.....................................

Voltage and Current Management 291..

Current Protection 294.............................

Voltage Protection 294............................

Voltage References 294...........................

Voltage Supervisors 295...........................

Index 297.............................

NOTE: The Tape & Reel Specification information has been

moved to its own publication. Please see

ON Semiconductor brochure, BRD8011/D, for information

on Tape & Reel.

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AC−DC Controllers and Regulators

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ON Semiconductor Selector Guide − AC−DC Controllers and Regulators

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AC−DC Controllers and Regulators

Table of Contents

Page

Off−Line Controllers 8...............................

Off−Line Regulators 11..............................

Power Factor Controllers 10..........................

Secondary Side Controllers 10........................

ON Semiconductor Selector Guide − AC−DC Controllers and Regulators

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OFF−LINE CONTROLLERS

Device Topology Control Mode fsw Typ (kHz) Stand−by Mode

UVLO

(V)

Short−Circuit

Protection Latch

Soft

Start VCC Max (V) Drive Cap. (mA) Package

CS5124 Flyback Current Mode 400 No Yes No No Yes 75 200 SOIC−8

MC33060A Flyback Voltage Mode 200 No Yes No No Yes 42 200 PDIP−14; SOIC−14

MC33067 Flyback Voltage Mode 1000 No Yes Yes No Yes 20 200 / 200 PDIP−16; SOIC−16W

MC33364 Flyback Current Mode Yes Yes No No No 16 220 / 600 SOIC−16; SOIC−8

MC44603A Flyback Current/Voltage

Mode Up to 250 Yes 9 V Yes Yes Yes 18 750 / 750 SOIC−16W

NCL30000 Flyback Up to 300 20 500 / 800 SOIC−8

NCL30001 Flyback Current Mode Up to 150 20 1000 / 1000 SOIC−16

NCP1200 Flyback Current Mode 40; 60; 100 Yes No Yes No No 16 250 / 250 PDIP−8; SOIC−8

NCP1203 Flyback Current Mode 40; 60; 100 Yes Yes Yes No No 16 250 PDIP−8; SOIC−8

NCP1207A Flyback Current Mode Up to 1000 Yes yes Yes Yes Yes 16 500 / 500 PDIP−8; SOIC−8

NCP1207B Flyback Current Mode Up to 1000 Yes Yes Yes Yes Yes 18 500 / 500 SOIC−8

NCP1216 Flyback Current Mode 65; 100; 133 Yes No Yes No No 16 500 PDIP−8; SOIC−8

NCP1216A Flyback Current Mode 65; 100; 133 Yes No Yes No Yes 16 500 PDIP−8; SOIC−8

NCP1217 Flyback Current Mode 65; 100; 133 Yes Yes Yes Yes No 16 500 PDIP−8; SOIC−8

NCP1217A Flyback Current Mode 65; 100; 133 Yes Yes Yes Yes Yes 16 500 PDIP−8; SOIC−8

NCP1218 Flyback Current Mode 65 Yes 9.4 V Yes Yes Yes 20 500 / 800 SOIC−8

NCP1219 Flyback Current Mode 65; 100 Yes 9.4 V Yes Yes Yes 20 500 / 800 SOIC−8

NCP1230 Flyback Current Mode 65; 100; 133 Yes Yes Yes Yes Yes 18 500 / 800 PDIP−8; SOIC−8

NCP1234 Flyback Current Mode 65 9.5 Yes Yes Yes 28 500 / 500 SOIC−8

NCP1236 Flyback Current Mode 65 Yes Yes Yes 28 500 / 500 SOIC−8

NCP1237 Flyback Current Mode 65 Yes Yes Yes 28 1000 / 1000 SOIC−8

NCP1238 Flyback Current Mode 65 Yes Yes Yes 28 1000 / 1000 SOIC−8

NCP1250 Flyback Current Mode 65 Yes 8.8 V Yes Yes Yes 28 300 / 500 TSOP−6

NCP1251 Flyback Current Mode 65 Yes 8.8 Yes Yes Yes 28 300 / 500 TSOP−6

NCP1271 Flyback Current Mode 65; 100 Yes Yes Yes Yes Yes 20 500 / 800 PDIP−8; SOIC−8

NCP1288 Flyback Current Mode 65 10 V Yes Yes Yes 28 1000 / 1000 SOIC−8

NCP1308 Flyback Current Mode Variable Yes Yes Yes Yes Yes 16 500 / 500 SOIC−8

NCP1337 Flyback Current Mode Variable Yes Yes Yes Yes Yes 20 500 / 500 PDIP−8; SOIC−8

NCP1338 Flyback Current Mode Variable Yes Yes Yes Yes Yes 20 500 / 500 SOIC−8

NCP1351 Flyback Current Mode Variable No Yes Yes Yes No 28 400 / 400 PDIP−8; SOIC−8

NCP1377 Flyback Current Mode Variable Yes Yes No Yes Yes 16 500 / 500 PDIP−8; SOIC−8

NCP1379 Flyback Current Mode Variable Yes 9Yes Yes Yes 28 500 / 800 SOIC−8

NCP1380 Flyback Current Mode Variable Yes 9Yes No;

Yes Yes 28 500 / 800 SOIC−8

ON Semiconductor Selector Guide − AC−DC Controllers and Regulators

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OFF−LINE CONTROLLERS (continued)

Device PackageDrive Cap. (mA)VCC Max (V)

Soft

Start

Latch

Short−Circuit

Protection

UVLO

(V)

Stand−by Modefsw Typ (kHz)Control ModeTopology

NCP1381 Flyback Current Mode Variable Yes Yes Yes Yes Yes 20 500 / 800 SOIC−14

NCP1382 Flyback Current Mode Variable Yes Yes Yes Yes Yes 20 500 / 800 SOIC−14

NCP1562 Flyback Voltage Mode Up to 500 No Yes Yes Yes Yes 20 2500 / 2500 SOIC−16; TSSOP−16

NCV3843B Flyback Current Mode 52 No Yes Yes No Yes 30 200 / 200 SOIC−14; SOIC−8

UC2842B Flyback Current Mode 52 No Yes Yes No No 30 200 / 200 PDIP−8; SOIC−14; SOIC−8

UC2843B Flyback Current Mode 52 No Yes Yes No No 30 200 / 200 PDIP−8; SOIC−14; SOIC−8

UC2844B Flyback Current Mode 52 No Yes Yes No No 30 200 / 200 PDIP−8; SOIC−14; SOIC−8

UC2845B Flyback Current Mode 52 No Yes Yes No No 30 200 / 200 PDIP−8; SOIC−14; SOIC−8

UC3842B Flyback Current Mode 52 No Yes Yes No No;

Yes 30 200 / 200 PDIP−8; SOIC−14; SOIC−8

UC3843B Flyback Current Mode 52 No Yes Yes No No;

Yes 30 200 / 200 PDIP−8; SOIC−14; SOIC−8

NCP1252 Flyback; Forward Current Mode Up to 500 Yes 9 to 10 V

(typ) Yes Yes Yes 28 500 / 800 SOIC−8

NCP1294 Flyback; Forward;

Half−Bridge; Step−Down;

Step−Up

SOIC−16; TSSOP−16

CS51221 Forward Voltage Mode Up to 1000 No Yes No Yes Yes 15 1000 SOIC−16

NCP1392 Half−Bridge Current Mode 250 No 9 V No No Yes 16 500 / 1000 SOIC−8

NCP1393 Half−Bridge Current Mode 250 No 9 V No No Yes 16 500 / 1000 SOIC−8

NCP1910 Half−Bridge Current Mode Up to 500 Yes 9/10.4 Yes Yes Yes 20 500 / 1000 SOIC−24

MC33025 Push−Pull Current / Voltage

Mode 1000 No Yes Yes No Yes 30 200 / 200 SOIC−16W

NCP1395 Push−Pull Voltage Mode 1000 Yes Yes Yes Yes Yes 20 180 / 180 PDIP−16; SOIC−16

NCP1396 Push−Pull Voltage Mode Up to 500 Yes Yes Yes Yes Yes 20 500 / 1000 SOIC−16

MC34060A Voltage Mode 200 No Yes No No 42 200 PDIP−14; SOIC−14

NCP1397 9.5 /

10.5 Yes Yes Yes 20 500 / 1000 SOIC−16

UC3844B Current Mode 52 No Yes Yes No No;

Yes 25 200 / 200 PDIP−8; SOIC−14; SOIC−8

UC3845B Current Mode 52 No Yes Yes No No;

Yes 25 200 / 200 PDIP−8; SOIC−14; SOIC−8

ON Semiconductor Selector Guide − AC−DC Controllers and Regulators

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POWER FACTOR CONTROLLERS

Device PFC Mode

Frequency

Operation

Control

Mode Topology fSW Typ (kHz)

VCC Max

(V)

Drive Cap.

(mA) UVLO Latch UVP Inhibition Package

NCL30001 CCM Fixed Current

Mode Flyback Up to 150 20 1000 / 1000 SOIC−16

NCP1650 CCM Fixed Current

Mode Step−Up 25 − 250 20 1500 / 1500 10 − 10.5 Yes No Yes SOIC−16

NCP1653 CCM Fixed Current

Mode Step−Up 67; 100 18 1000 / 1000 8.7 − 13.25 Yes Fixed Yes PDIP−8; SOIC−8

NCP1654 CCM Fixed Current

Mode Step−Up 65000; 133000;

200000 20 1500 / 1500 10.5 − 13.75 No Yes Yes SOIC−8

NCP1910 CCM Variable Current

Mode Half−Bridge Up to 500 20 500 / 1000 9/10.4 Yes Yes Yes SOIC−24

NCP1652 CCM; DCM Fixed Current

Mode Step−Down 100; 100000 20 1 9.3 − 11.3 Yes Yes SOIC−16; SOIC−20W

MC33260 CRM Variable Voltage

Mode Step−Up Variable 16 500 / 500 8.5 − 11 Yes Fixed Yes PDIP−8; SOIC−8

MC33262 CRM Variable Current

Mode Step−Up Variable 30 500 / 500 8 − 13 Yes No Yes PDIP−8; SOIC−8

MC33368 CRM Variable Current

Mode Step−Up Variable 16 1000 / 1000 8.5 − 13 Yes No Yes SOIC−16

NCL30000 CRM Variable Flyback Up to 300 20 500 / 800 Yes Yes SOIC−8

NCP1607 CRM Variable Voltage

Mode Step−Up Variable 20 500 / 800 9.5 − 12 V Yes Yes Yes SOIC−8

NCP1608 CRM Variable Voltage

Mode Step−Up Variable 20 500 / 800 9.5−12 No Yes No SOIC−8

NCP1631 CRM Variable Voltage

Mode Step−Up 20 500 / 500 9.5 − 12 V Yes Yes SOIC−16

NCP1601 CRM; DCM Fixed; Variable Voltage

Mode Step−Up Up to 400 18 500 / 800 9 − 10.5; 9 −

13.75 Yes Fixed PDIP−8; SOIC−8

NCP1605 DCM Fixed Voltage

Mode Step−Up Up to 250 20 500 / 800 9 − 15 Yes Fixed; Yes Yes SOIC−16

MC34262 Current

Mode Boost 30 500 / 500 Yes Fixed No Yes PDIP−8; SOIC−8

SECONDARY SIDE CONTROLLERS

Device Description VCC Max (V) Vref Typ (V) ICC Max (A) TA Min (5C) TA Max (5C) Package

NCP4303 Universal Synchronous Rectification Driver 30 SOIC−8

NCP4330 Secondary Side Synchronous Controller 20 2.5 0.02 −40 125 SOIC−8

ON Semiconductor Selector Guide − AC−DC Controllers and Regulators

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OFF−LINE REGULATORS

Device

Control

Mode

fsw Typ

(kHz)

fJitter

Typ (%)

Stand−by

Mode

RDS(ON)

Typ (W)

V(BR)DSS

Max (V)

IPeak

(mA)

HV Start−

up Min

(V)

DSS

(mA) UVLO

Short

Circuit

Protection

Over Power

Comp. Brown−out Latch Package Type

NCP1010 Current

Mode 65; 100; 130 Yes Yes 25 700 100 Yes 8.5 Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

NCP1011 Current

Mode 65; 100; 130 Yes Yes 25 700 250 Yes 8.5 Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

NCP1012 Current

Mode 65; 100;

130; 133 Yes Yes 11 700 250 Yes 8Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

NCP1013 Current

Mode 65; 100;

130; 133 Yes Yes 11 700 350 Yes 8Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

NCP1014 Current

Mode 65; 100 Yes Yes 11 700 450 Yes 8Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

NCP1015 Current

Mode 65; 100 Yes Yes 11 700 450 Yes 8Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

NCP1027 Current

Mode 65; 100 Yes Yes 5.6 700 800 Yes N/A Yes Yes Yes Yes Yes PDIP−8

NCP1028 Current

Mode 65; 100 Yes Yes 5.6 700 800 Yes N/A Yes Yes Yes Yes No PDIP−8

NCP1050 Gated

Oscillator 44; 100; 136 Yes Yes 30 700 100 Yes 6.3 Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

NCP1051 Gated

Oscillator 44; 100; 136 Yes Yes 30 700 200 Yes 6.3 Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

NCP1052 Gated

Oscillator 44; 100; 136 Yes Yes 30 700 300 Yes 6.3 Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

NCP1053 Gated

Oscillator 44; 100; 136 Yes Yes 15 700 400 Yes 6.3 Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

NCP1054 Gated

Oscillator 44; 100; 136 Yes Yes 15 700 530 Yes 6.3 Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

NCP1055 Gated

Oscillator 45.5; 100;

140 Yes Yes 15 700 680 Yes 6.3 Yes Yes No No Yes PDIP−8; SOT−223−4

/ TO−261−4

MC33363A Voltage

Mode 285 No No 14 700 400 Yes No Yes No No No No SOIC−16W

MC33363B Voltage

Mode 285 No No 14 700 400 Yes No Yes No No No No SOIC−16W

NCP1030 Voltage

Mode 300 No No 4.1 200 515 Yes 12.5 Yes No No No Yes Micro8

NCP1031 Voltage

Mode Up to 1000 No No 2.1 200 1050 Yes 16 Yes No No No Yes DFN−8; SOIC−8

ON Semiconductor Selector Guide − AC−DC Controllers and Regulators

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Amplifiers and Comparators

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ON Semiconductor Selector Guide − Amplifiers and Comparators

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Amplifiers and Comparators

Table of Contents

Page

Audio Amplifiers 16.................................

Compandors 16....................................

Comparators 16....................................

Operational Amplifiers 17............................

Video Amplifiers 19.................................

ON Semiconductor Selector Guide − Amplifiers and Comparators

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AUDIO AMPLIFIERS

Device Class Output Power Typ (W)

Output

Type

Efficiency Typ

(%)

ton Typ

(ms) THD + N Typ (%) IQ Typ (mA) ISD Typ (nA) Package

NCP2809 AB 0.135 −63 285 1.5 10 Micro10; UDFN−10

NCP2811 AB 0.11 −1 0.01 6 10 Flip−Chip−12; TSSOP−14; WQFN−12

NCP2890 AB −BTL 63 285 0.02 1.5 10 Flip−Chip−9; Micro8

NCP2892 AB 1.3 BTL 63 90 0.01 1.5 10 Flip−Chip−9

NCP2892B AB 1.3 BTL 63 90 0.01 1.5 10 Flip−Chip−9

NCP2990 AB 1.3 BTL 63 70 0.01 1.7 10 Flip−Chip−9

NCP2991 AB 1.35 BTL 64 30 0.015 1.8 20 Flip−Chip−9

NCP4894 AB −Differential 64 140 0.01 1.9 20 DFN−10; Flip−Chip−9; Micro10

NCS2211 AB 1.5 BTL 63 0.001 0.2 20 1000 DFN−8; SOIC−8

NCP2704 D 1.4 Differential 87 1 0.1 3.6 100 Flip−Chip−20

NCP2820 D 2.12; 2.19 Differential 87; 90 0.001; 1; 9 0.05 2.2 300 DFN−8; Flip−Chip−9

NCP2823 D 1.5; 3 BTL 90; 92 7.4 0.08 1.8; 2.6 10 Flip−Chip−9

NCP2824 D 1.2 BTL 86 7.4 0.06 2.2 10 Flip−Chip−9

NCS8353 D −BTL 83 450 0.03 33 0.1 QFN−32

NLMD5820 D −Differential 87 0 0.05 2.2 300 UDFN−16

COMPANDORS

Device Channels VCC Min (V) VCC Max (V) ICC Max (mA) THD Typ (%) en Typ (μV) Vref (V) TA Min (5C) TA Max (5C) Package

NE570 2 6 24 4.3 0.3 20 1.8 0 70 SOIC−16W

SA571 2 6 18 4.3 0.5 20 1.8 −40 85 PDIP−16; SOIC−16W

SA572 2 6 22 6.3 0.05 6 2.5 −40 85 PDIP−16; SOIC−16W; TSSOP−16

SA575 2 3 7 4.2 0.12 6 2.5 −40 85 PDIP−20; SOIC−20W; TSSOP−20

COMPARATORS

Device Channels VCC Min (V) VCC Max (V) IO Typ (mA) ICC Typ (mA) tres Typ (ns) VIO Max (mV) TA Min (5C) TA Max (5C) Package

LM211 1 5 36 8 2.4 200 3 −25 85 SOIC−8

LM311 1 5 36 8 2.4 200 7.5 0 70 PDIP−8; SOIC−8

LMV331 1 −40 5 84 0.06 800 9 2.7 85 SC−88A−5 / SC−70−5 / SOT−323−5;

TSOP−5 / SOT23−5

NCS2200 1 0.85 6 70 0.01 1100 5 −40 105 DFN−6; SC−88A−5 / SC−70−5 /

SOT−323−5; TSOP−5 / SOT23−5

NCS2200A 1 0.85 6 60 0.01 1100 5 −40 105 UDFN−6

NCS2202 1 0.85 6 70 0.01 1100 5 −40 105 SC−88A−5 / SC−70−5 / SOT−323−5;

TSOP−5 / SOT23−5

LM2903 2 2 36 16 0.7 1500 7 −40 105 Micro8; PDIP−8; SOIC−8

LM2903V 2 2 36 16 0.7 1500 7 −40 125 PDIP−8; SOIC−8

ON Semiconductor Selector Guide − Amplifiers and Comparators

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COMPARATORS (continued)

Device PackageTA Max (5C)TA Min (5C)VIO Max (mV)tres Typ (ns)ICC Typ (mA)IO Typ (mA)VCC Max (V)VCC Min (V)Channels

LM293 2 2 36 16 0.7 1300 5 −25 85 Micro8; SOIC−8

LM393 2 2 36 16 0.7 1300 5 0 70 Micro8; PDIP−8; SOIC−8

LMV393 2 2.7 5.5 84 0.1 800 9 −40 85 Micro8; SOIC−8; UDFN−8

MC10E1651 2 − − 50 − − − 0 85 PLLC−20

MC10E1652 2 − − 50 − − − 0 85 PLLC−20

NCS2220 2 0.85 6 60 0.075 500 5 −40 105 UDFN−8

NCV2903 2 2 36 16 0.7 1500 7 −40 125 Micro8; SOIC−8

NE521 2 −7 7 −100 27 9.6 7.5 0 70 PDIP−14; SOIC−14

LM239 4 3 36 16 1 1300 5 −25 85 PDIP−14; SOIC−14; TSSOP−14

LM2901 4 3 36 16 1 1300 7 −40 105; 125 PDIP−14; SOIC−14; TSSOP−14

LM339 4 3 36 16 1 1300 5 0 70 PDIP−14; SOIC−14; TSSOP−14

LMV339 4 2.7 5 84 0.17 800 9 −40 85 SOIC−14; TSSOP−14

MC3302 4 3 30 16 1 1300 20 −40 85 PDIP−14; SOIC−14; TSSOP−14

NCV2901 4 3 36 16 1 1300 7 −40 125; 150 SOIC−14; TSSOP−14

OPERATIONAL AMPLIFIERS

Device Channels

Rail to

Rail

VCC

Min (V)

VCC Max

(V) IO Min (mA) IO Typ (mA) ID Typ (mA) GBW Typ (MHz) SR Typ (V/uS) VIO Max (mV) Package Type

LM201A 1 No 3 22 − − 1.8 1 0.5 2 PDIP−8; SOIC−8

LM301A 1 No 3 18 − − 1.2 1 0.5 7.5 PDIP−8; SOIC−8

LMV301 1 Yes 1.8 5.5 10 60 0.2 1 1 9 SC−88A−5 / SC−70−5 / SOT−323−5

LMV321 1 Yes 2.5 5.5 10 160 0.25 1 1 9 SC−88A−5 / SC−70−5 / SOT−323−5;

TSOP−5 / SOT23−5

LMV821 1 Yes 2.5 5.5 12 26 0.3 5 2 3.5 SC−88A−5 / SC−70−5 / SOT−323−5

LMV931 1 Yes 1.8 5 68 80 0.21 1.5 0.48 6 SC−88A−5 / SC−70−5 / SOT−323−5;

TSOP−5 / SOT23−5

LMV981 1 Yes 1.8 5 58 80 0.21 1.5 0.48 6 ULLGA−8

MC33071 1 No 3 44 10 30 1.9 4.5 10 5 PDIP−8; SOIC−8

MC33171 1 No 3 44 3 5 0.22 1.8 2.1 4.5 PDIP−8; SOIC−8

MC33201 1 Yes 1.8 12 50 80 0.9 2.2 1 6 PDIP−8; SOIC−8

MC34071 1 No 3 44 10 30 1.9 4.5 10 5 PDIP−8; SOIC−8

MC34071A 1 No 3 44 10 30 1.9 4.5 10 3 PDIP−8; SOIC−8

NCS2001 1 Yes 0.9 7 40 76 0.82 1.4 1.6 6 SC−88A−5 / SC−70−5 / SOT−323−5;

TSOP−5 / SOT23−5

NCS2002 1 Yes 0.9 7 65 86 0.002 1 1.2 6 TSOP−6

NCS7101 1 Yes 1.8 10 50 72 1.13 1 1.2 7 TSOP−5 / SOT23−5

NCV2002 1 Yes 0.9 7 −86 0.002 1 1.2 6 TSOP−6

ON Semiconductor Selector Guide − Amplifiers and Comparators

http://onsemi.com

OPERATIONAL AMPLIFIERS (continued)

Device Package TypeVIO Max (mV)SR Typ (V/uS)GBW Typ (MHz)ID Typ (mA)IO Typ (mA)IO Min (mA)

VCC Max

(V)

VCC

Min (V)

Rail to

Rail

Channels

NE5230 1 Yes 1.8 15 4 6 0.11 0.25 0.09 3 PDIP−8; SOIC−8

NE5534 1 No 3 20 38 6.5; 8 10 13 2; 4 PDIP−8; SOIC−8

TLV271 1 Yes 2.7 16 5 13 0.56 3 2.6 5 TSOP−5 / SOT23−5

LM258 2 No 3 32 20 40 1.5 1 0.6 5 Micro8; PDIP−8; SOIC−8

LM2904 2 No 3 32 20 40 1.5 1 0.6 7 Micro8; PDIP−8; SOIC−8

LM2904V 2 −3 32 20 40 1.5 1 0.6 7 Micro8; PDIP−8; SOIC−8

LM358 2 No 3 32 20 40 1.5 1 0.6 3; 7 Micro8; PDIP−8; SOIC−8

LM392 2 No 3 30 20 40 60 1 0.1 5 SOIC−8

LM833 2 No 5 18 −29 4 15 7 5 PDIP−8; SOIC−8

LMV358 2 Yes 2.5 5.5 10 160 0.44 1 1 9 Micro8; SOIC−8; UDFN−8

LMV982 2 Yes 1.8 5 58 80 0.42 1.5 0.48 7.5 UQFN−10

MC33072 2 No 3 44 10 30 3.8 4.5 10 3; 5 PDIP−8; SOIC−8

MC33077 2 No 2.5 18 10 26 3.5 37 11 1PDIP−8; SOIC−8

MC33078 2 No 5 18 15 29 4.1 16 7 2 PDIP−8; SOIC−8

MC33172 2 No 3 44 −5 0.44 1.8 2.1 4.5 PDIP−8; SOIC−8

MC33178 2 No 4 36 50 80 0.9 5 2 3 Micro8; PDIP−8; SOIC−8

MC33202 2 Yes 1.8 12 50 80 1.8 2 1 8 Micro8; PDIP−8; SOIC−8

MC33272A 2 No 3 36 25 37 4.3 24 10 1; 2.5 PDIP−8; SOIC−8

MC34072 2 No 3 44 10 30 3.8 4.5 10 5 PDIP−8; SOIC−8

MC34072A 2 No 3 44 10 30 3.8 4.5 10 3; 5 PDIP−8; SOIC−8; WQFN−10

NCS5650 2 Yes 6; +3,−312; +6,−6−1500 20 60; 80 80 10 QFN−20

NCV2904 2 No 3 32 20 40 1.5 1 0.6 7 Micro8; SOIC−8

NCV33072 2 No 3 44 10 30 3.8 4.5 10 5 SOIC−8

NCV33202 2 Yes 1.8 12 50 80 1.8 2 1 8 SOIC−8

NE5517 2 No − − − − − − 50 −PDIP−16; SOIC−16

NE5532 2 No 3 20 10 38 8 10 9 2; 4 PDIP−8; SOIC−16W; SOIC−8

TCA0372 2 No 5 40 1000 5 1.4 1.4 15 PDIP−16; PDIP−8; SOEIAJ−16;

SOIC−16W

LM224 4 No 3 32 20 40 1.4 1 0.6 5 PDIP−14; SOIC−14; TSSOP−14

LM2902 4 No 3 32 20 40 1.4 1 0.6 7 PDIP−14; SOIC−14; TSSOP−14

LM2902V 4 No 3 32 20 40 1.4 1 0.6 7 SOIC−14; TSSOP−14

LM324 4 No 3 32 20 40 1.4 1 0.6 7 PDIP−14; SOIC−14; TSSOP−14

LM324A 4 No 3 32 20 40 1.4 1 0.6 3 PDIP−14; SOIC−14; TSSOP−14

LMV324 4 Yes 2.5 5.5 10 160 0.83 1 1 9 SOIC−14; TSSOP−14