Master Components Selector Guide

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Master Components Selector Guide

SG388/D

Rev. 7, September−2005

Analog, Clock and Data Management, Standard Logic, Discrete,

Power MOSFET and Integrated Function Products

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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.

HDTMOS, HVTMOS and SMART REGULATOR 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.

PUBLICATION ORDERING INFORMATION

ACE Loop, AnyLevel, BERS, Bullet−Proof, CHIPSCRETES, DUOWATT, E−FET, EASY SWITCHER, ECLinPS, ECLinPS Lite, ECLinPS MAX, ECLinPS Plus, EpiBase, Epicap, EZFET, FASTMOS, FLEXMOS, FULLPAK, GEMFET, GigaComm, HDPlus, ICePAK, L2_{TMOS, MCCS, MDTL, MECL, MEGAHERTZ, MHTL, MicroIntegration, MicroLeadless, MiniGate,}

MiniMOS, MiniMOSORB, MOSORB, MRTL, MTTL, Multi−Pak, NOCAP, ON−Demand, PInPAK, PMODE, PowerBase, POWERSENSE, POWERTAP, Quake, SCANSWITCH, SENSEFET, SLEEPMODE, SMALLBLOCK, SMARTDISCRETES, SMART HotPlug, SMARTswitch, SUPERBRIDGES, SuperLock, SURMETIC, SWITCHMODE, Thermopad, Thermowatt, TMOS, TMOS & Design Device, TMOS Stylized, Unibloc, UNIWATT, WAVEFET, Z−Switch and ZIP R TRIM are trademarks of Semiconductor Components Industries, LLC (SCILLC).

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Analog ICs

Family Tree. . . 9 Signal Conditioning . . . 10 Power Management . . . 20 Interfaces . . . 103 Special Functions . . . 105

Application Specific Standard Products. . . 106

Clock and Data Management

Signal Translators . . . 121 Clock Distribution. . . 123 Clock Generation. . . 125 Skew Management . . . 126 Prescalers. . . 127 Clock Synthesizers . . . 127

Zero Delay Buffers . . . 128

EMI Suppression Clocks . . . 130

VCO (PLL) . . . 130 Phase/Frequency Detectors . . . 130 Flip−Flops. . . 131 Latches . . . 133 Shift Registers . . . 134 Multiplexers . . . 135

Serial/Parallel Converter and Parallel/Serial Converters . . . 136 Gates. . . 137 Counters . . . 138 Comparators. . . 139 Parity Checkers . . . 139 Drivers/Receivers . . . 140 Drivers/Buffers . . . 143

Standard Logic Devices

Family Tree . . . 147 Ordering Information . . . 148 Selection by Family Analog Switches. . . 151 MiniGates . . . 152 VHC One−Gates . . . 152 HC One−Gates . . . 152 LCX One−Gates . . . 153

LCX Two− and Three−Gates. . . 153

VCX One Gates. . . 154

Low Voltage Standard Logic. . . 155

VCX. . . 155

VHC. . . 155

LCX . . . 156

LVX . . . 157

5.0 V and Greater Standard Logic. . . 159

High Speed CMOS: HC . . . 159

AC/ACT. . . 161

Metal Gate CMOS. . . 164

Logic Special Functions. . . 166

Page

Discretes

Family Tree. . . 170

Small Signal Transistors, FETs and Diodes . . . 172

TVS/Zeners . . . 199

Bipolar Power Transistors . . . 242

Rectifiers . . . 253

Thyristors, Triggers and Surge Suppressors. . . 268

Power MOSFET Products

Power MOSFET Products . . . 279

SC−75 N−Channel . . . 280 SC−75 P−Channel . . . 280 SC−89 N−Channel . . . 280 SC−89 P−Channel . . . 280 SOT−563 N−Channel . . . 280 SOT−563 P−Channel. . . 280 SOT−563 Complementary . . . 280 SC−70 N−Channel . . . 280 SC−70 P−Channel . . . 280 SC−88 N−Channel . . . 280 SC−88 P−Channel . . . 280 SC−88 Complementary. . . 281

SC−88 Integrated Load Switch P−Channel . . . 281

ChipFETt N−Channel . . . 281

ChipFET P−Channel . . . 281

ChipFET Complementary . . . 281

ChipFET FETKYt N−Channel . . . 281

ChipFET FETKY P−Channel . . . 281

SOT−23 N−Channel. . . 281

SOT−23 P−Channel. . . 282

TSOP−6 N−Channel . . . 282

TSOP−6 P−Channel . . . 282

TSOP−6 Integrated Load Switch P−Channel. . . 282

Micro8t Leadless N−Channel. . . 282

Micro8 P−Channel . . . 282

TSSOP−8 N−Channel . . . 282

TSSOP−8 P−Channel . . . 282

SO−8 Flat Lead . . . 283

SO−8 N−Channel . . . 283

SO−8 P−Channel . . . 283

SO−8 Complementary. . . 283

SO−8 FETKY N−Channel . . . 283

SO−8 FETKY P−Channel . . . 283

SOT−223 N−Channel . . . 284 SOT−223 P−Channel. . . 284 DPAK N−Channel. . . 284 DPAK P−Channel. . . 285 D2_{PAK N−Channel}_{. . .}₂₈₅ D2_{PAK P−Channel} _{. . .}₂₈₅ PlnPAKt N−Channel. . . 285 TO−92 N−Channel . . . 286 TO−220AB N−Channel . . . 286 TO−220AB P−Channel . . . 286 TO−264 N−Channel . . . 286

Ignition IGBT Products . . . 287

SmartDiscretet Products . . . 288

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Table of Contents (continued)

Page

Integrated Functions

Protection Circuits . . . 297

TVS Arrays in Surface Mount . . . 297

TVS Low Capacitance Surface Mount for USB 2.0 and 1.1. . . 300

TVS Low Capacitance Surface Mount for High Speed Data Lines . . . 302

EMI Filter Circuits Data Line Protection . . . 303

Audio Line Protection . . . 307

USB DATA Line Protection . . . 308

Relay Drivers . . . 310

LED Drivers. . . 313

Integrated PNP/NPN Digital Transistor Array . . . 313

Inrush Current Limiter . . . 314

SMART HotPlugt. . . 314

Hybrid Diode IC . . . 316

Floating, Regulated Charge Pump . . . 316

MOSFET with Buffered Gate . . . 317

OVP IC with Integrated MOSFET . . . 317

Page

Alphanumeric Parts Index

318 . . .

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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FAMILY TREE

. . .

9 SIGNAL CONDITIONING

. . .

10

Operational Amplifiers. . . 10 Comparators. . . 17

POWER MANAGEMENT

. . .

20

Battery Management. . . 20 Charge Controllers. . . 20

Overvoltage Charge Protection . . . 20

AC−DC/Isolated Switching Controllers. . . 27

Power Factor Correction . . . 27

Flyback (Low Power) . . . 31

Forward (Low Power). . . 45

Half−Bridge (Medium Power) . . . 48

Push−Pull (High Power) . . . 50

DC−DC/Non−Isolated Switching Controllers. . . 54

DC−DC Switching . . . 73

CPU Controllers . . . 73

Voltage References. . . 74

Linear Voltage Regulators . . . 76

General Purpose Linear Voltage Regulators . . . 76

Low Dropout Linear Voltage Regulators. . . 79

Application Specific Linear Regulators. . . 90

Automotive. . . 90

Voltage Supervisory . . . 96

Drivers. . . 99

Alternator Voltage Regulator Darlington Drivers . . . 99 MOSFET/IGBT Drivers . . . 99 Load/Relay Drivers. . . 99 Dedicated Drivers. . . 99

INTERFACES

. . .

103

Data Transmission. . . 103 Transistor Arrays . . . 103

SPECIAL FUNCTIONS

. . .

105

Timers . . . 105 Balanced Modulator/Demodulator . . . 105

APPLICATION SPECIFIC

STANDARD PRODUCTS

. . .

106

Industrial/Appliances/Motor Control . . . 107 Automotive . . . 108 Networking/Computing . . . 114

Wireless & Portable. . . 115

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9

ON Semiconductor’s Analog Integrated Circuits

Operational

Amplifiers

Power

Management

Interfaces

Special

Functions

ASSP*

for . . .

Comparators

_Controllers

Charge

DC−DC Switching

Cuk (Inverting)

Display

_Drivers

Data

Transmission

Timers

Wireless

&

Portable

Industrial /

Appliances /

Motor Control

Flyback Controllers (Low Power)

Voltage References

Low Dropout Linear Voltage Regulators

Supervisory ICs

Smart

Cards

Automotive

Signal

Conditioning

AC−DC Switching

Linear Voltage Regulators

Networking /

Computing

*ASSP: Application Specific

Standard Products

Multi−Topology (Step−Up,

Down, or Inverting)

Buck (Step−Down)

PFC/PWM Combo Controllers

Power Factor Correction Controllers

General Purpose Linear Voltage Regulators

MOSFET/IGBT Drivers

Load/Relay Drivers

Display Drivers

Smart Drivers

Balanced

Modulator/

Demodulator

Battery

Management

Overvoltage

Charge Protection

Transistor

Arrays

Application Specific Low Dropout Voltage Regulators

Boost (Step−Up)

Drivers

Forward Controllers (Low Power)

Half−Bridge Controllers (Medium Power)

Push−Pull Controllers (High Power)

CPU DC−DC Controllers

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Signal Conditioning

Operational Amplifiers

High Current

General Purpose

Low Power

Low Cost

General Purpose

MC33201

MC33202

MC33204

MC33501

MC33502

MC33503

NCS2001

NCS2002

NCS7101

NE5230

MC33171

MC33172

MC33174

MC33178

MC33179

TCA0372

LM833

MC33077

MC33078

MC33079

MC33178

MC33179

NE5532(A)

NE5534(A)

MC33071

MC33072

MC33074

MC34071

MC34072

MC34074

LM201A

LM224

LM258

LM2902

LM2904

LM301A

LM324

LM358

MC3303

MC3403

Low Voltage

Rail−to−Rail

MC33272A

MC33274A

NE592

Low Noise

Compandors

NE570

SA571

SA572

SA575

High Speed

Transconductance

Amplifiers

NE5517

Digital to Analog

Converters

DAC−08

MC1408

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11

Single Operational Amplifiers

Device Name VCC (min) (V) VCC (max) (V) GBW (typ) (MHz) Slew Rate (typ) (V/us) VIO (max @ 25_{_}C, Vs = 5.0 V) (mV) IIB (typ) (nA) ID (typ) (mA) Temp Range (_{_}C) CMR (typ) (dB) en (typical)

ǒ

nVńǸHz

Ǔ

@ f = 1.0 kHz Number of Channels Supply

Type Package Description

LM201A ±3.0 ±22 1.0 0.5 2.0 30 1.8 −25 to +85 96 − 1 Split DIP−8, SO−8 General Purpose, Precision Non Compensated LM201AV ±3.0 ±22 1.0 0.5 2.0 30 1.8 −40 to +105 96 − 1 Split DIP−8, SO−8 General Purpose, Precision Non Compensated

LM301A ±3.0 ±18 1.0 0.5 7.5 70 1.8 0 to 70 90 − 1 Split DIP−8,

SO−8 General Purpose, Non Compensated MC33071 3.0 or ±1.5 44 4.5 13* 5.0 100 1.6 −40 to +85 97 32 1 Single, Split DIP−8, SO−8 High SR, Wide BW, Single Supply, *Av = −1.0 MC33071A 3.0 or ±1.5 44 4.5 13* 3.0 100 1.6 −40 to +85 97 32 1 Single, Split DIP−8, SO−8 High SR, Wide BW, Single Supply, *Av = −1.0 MC33171 3.0 or ±1.5 44 or ±22 1.8 2.1 5.0 20 0.18 −40 to +85 90 32 1 Single, Split DIP−8, SO−8

Low Power, Single Supply, Two Voltage

Ranges MC33201 1.8 or ±0.9 12 2.2 1.0 6.0 80 0.9 −40 to +105 90 20 1 Single, Split DIP−8, SO−8 Low Voltage, Rail−to−Rail MC33201V 1.8 or ±0.9 12 2.2 1.0 6.0 80 0.9 −55 to +125 90 20 1 Single, Split DIP−8, SO−8 Low Voltage, Rail−to−Rail, Extended Temp. Range MC33501 1.0 or ±0.5 7.0 or ±3.5 4 @ Vs = 5 3.0 5.0 0.04 pA 1.2 @ Vs = 1 V −40 to +105 75 30 1 Single, Split

TSOP−5† One Volt

SMARTMOS_t, Rail−to−Rail MC33503 1.0 or ±0.5 7.0 or ±3.5 4 @ Vs = 5 3.0 5.0 0.04 pA 1.2 @ Vs = 1 V −40 to +105 75 30 1 Single, Split

TSOP−5† One Volt

SMARTMOS, Rail−to−Rail †TSOP−5 − Also known as Thin SOT23−5.

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Single Operational Amplifiers (continued)

Device Name VCC (min) (V) VCC (max) (V) GBW (typ) (MHz) Slew Rate (typ) (V/us) VIO (max @ 25_C, Vs = 5.0 V) (mV) IIB (typ) (nA) ID (typ) (mA) Temp Range (_C) CMR (typ) (dB) en (typical)

ǒ

nV_ńǸHz

Ǔ

Type Package Description MC34071 3.0 or ±1.5 44 4.5 13* 5.0 100 1.6 0 to 70 97 32 1 Single, Split DIP−8, SO−8 High SR, Wide BW, Single Supply, *Av = −1.0 MC34071A 3.0 or ±1.5 44 4.5 13* 3.0 100 1.6 0 to 70 97 32 1 Single, Split DIP−8, SO−8 High SR, Wide BW, Single Supply, *Av = −1.0 NCS2001 0.9 or ±0.45 7.0 or ±3.5 1.4 1.6 6.0 10 pA .80 −40 to +105 70 100 1 Single, Split TSOP−5†, SC70−5

One Volt, CMOS Rail−to−Rail NCS2002 0.9 or ±0.45 7.0 or ±3.5 0.8 1.2 6.0 10 pA .80 −40 to +105 82 100 1 Single, Split

TSOP−6† One Volt, CMOS Rail−to−Rail with Enable NCS7101 1.8 or ±0.9 10 or ±5.0 1.0 1.2 7.0 1.0 pA 1.1 −40 to +85 65 (min) 140 1 Single, Split

TSOP−5† Low Voltage, Rail−to−Rail NCV2002 0.9 or ±0.45 7.0 or ±3.5 0.8 1.2 6.0 10 pA .80 −40 to +125 82 100 1 Single, Split

TSOP−6† One Volt, CMOS Rail−to−Rail with Enable NE5230 _±0.9 or 1.8 ±7.5 or 15 0.6 0.25 3.0 40 0.6 0 to 70 95 30 1 Single, Split SOIC−8, PDIP−8 Single Low Voltage Op Amp NE5534 ±3.0 ±20 10 13 4.0* 500 4.0 0 to 70 100 4.0 1 Single, Split SOIC−8, PDIP−8

Single Low Noise Op Amp

NE5534A _±3.0 _±20 10 13 4.0* 500 4.0 0 to 70 100 3.5 1 Single,

Split

SOIC−8, PDIP−8

Single Low Noise Op Amp SA5230 ±0.9 or 1.8 ±7.5 or 15 0.6 0.25 3.0 40 0.6 −40 to 85 95 30 1 Single, Split SOIC−8, PDIP−8 Single Low Voltage Op Amp SA5534 ±3.0 ±20 10 13 4.0* 500 4.0 −40 to 85 100 4.0 1 Single, Split

PDIP−8 Single Low Noise Op Amp SA5534A ±3.0 ±20 10 13 4.0* 500 4.0 −40 to 85 100 3.5 1 Single, Split SOIC−8, PDIP−8

Single Low Noise Op Amp

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13

Dual Operational Amplifiers

Device Name VCC (min) (V) VCC (max) (V) GBW (typ) (MHz) Slew Rate (typ) (V/us) VIO (max @ 25_{_}C, Vs = 5.0 V) (mV) IIB (typ) (nA) ID* (typ) (mA) Temp Range (_{_}C) CMR (typ) (dB) en (typical)

ǒ

nVńǸHz

Ǔ

LM258 3.0 or ±1.5 32 or ±18 1.0 0.6 5.0 45 0.7 −25 to +85 85 − 2 Single, Split DIP−8, SO−8, Micro8 Low Noise LM358 3.0 or ±1.5 32 or ±18 1.0 0.6 7.0 45 0.7 0 to 70 70 − 2 Single, Split DIP−8, SO−8, Micro8 Low Noise LM833 ±2.5 36 15 7.0 5.0 300 4.0 −40 to +85 100 4.5 2 Single, Split DIP−8, SO−8 Low Noise LM2904 3.0 or ±1.5 26 or ±13 1.0 0.6 7.0 45 0.7 −40 to +105 70 − 2 Single, Split DIP−8, SO−8, Micro8 Low Power LM2904V 3.0 or ±1.5 26 or ±13 1.0 0.6 7.0 45 0.7 −40 to +125 70 − 2 Single, Split DIP−8, SO−8, Micro8 Low Power MC33072 3.0 or ±1.5 44 or ±22 4.5 13* 5.0 100 3.2 −40 to +85 97 32 2 Single, Split DIP−8, SO−8 High SR, Wide BW, Single Supply, *Av = −1.0 MC33072A 3.0 or ±1.5 44 or ±22 4.5 13* 3.0 100 3.2 −40 to +85 97 32 2 Single, Split DIP−8, SO−8 High SR, Wide BW, Single Supply, *Av = −1.0

MC33077 ±2.5 ±18 37 11 1 @ Vs = ±15 V 280 3.5 −40 to +85 107 4.4 2 Split DIP−8, SO−8 Low Noise MC33078 _±5.0 _±18 16 7.0 2.0 300 4.1 −40 to +85 100 4.5 2 Split DIP−8, SO−8 Low Noise MC33172 3.0 or ±1.5 44 or ±22 1.8 2.1 5.0 20 0.36 −40 to +85 90 32 2 Single, Split DIP−8, SO−8

Low Power, Single Supply, Two Voltage

Ranges MC33172V 3.0 or ±1.5 44 or ±22 1.8 2.1 5.0 20 0.36 −40 to +105 90 32 2 Single, Split

SO−8 Low Power, Single Supply, Two Voltage Ranges, Extended Temp.

Range

MC33178 _±2.0 _±18 5.0 2.0 3.0 100 .85 −40 to +85 110 7.5 2 Split DIP−8,

SO−8

High Output Current, Low Power, Low Noise *ID typical for total device (all channels)

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Dual Operational Amplifiers (continued)

Device Name VCC (min) (V) VCC (max) (V) GBW (typ) (MHz) Slew Rate (typ) (V/us) V_IO (max @ 25_C, Vs = 5.0 V) (mV) IIB (typ) (nA) ID* (typ) (mA) Temp Range (_{_}C) CMR (typ) (dB) e_n (typical)

ǒ

nVńǸHz

Ǔ

MC33202 1.8 or ±0.9 12 or ±6 2.2 1.0 8.0 80 1.8 −40 to +105 90 20 2 Single, Split DIP−8, SO−8, Micro8t

Low Voltage, Rail−to−Rail

MC33202V 1.8 or ±0.9 12 or ±6 2.2 1.0 8.0 80 1.8 −55 to +125 90 20 2 Single, Split DIP−8, SO−8 Low Voltage, Rail−to−Rail, Extended Temp. Range MC33272A 3.0 or ±1.5 36 or ±18 24 10 1 @ Vs = ±15 V 2 @ Vs = 5.0 V 300 4.30 −40 to +85 100 18 2 Single, Split DIP−8, SO−8

Single Supply, High SR, Low Input Offset Voltage

MC33502 1.0 7.0 5.0 3.0 5.0 0.04 pA 3.3 −40 to +105 75 30 2 Single, Split DIP−8, SO−8

One Volt SMARTMOS, Rail−to−Rail MC34072 3.0 or ±1.5 44 or ±22 4.5 13* 5.0 100 3.2 0 to 70 97 32 2 Single, Split DIP−8, SO−8 High SR, Wide BW, Single Supply, *Av = −1.0 MC34072A 3.0 or ±1.5 44 or ±22 4.5 13* 3.0 100 3.2 0 to 70 97 32 2 Single, Split DIP−8, SO−8 High SR, Wide BW, Single Supply, *Av = −1.0 MC34072V 3.0 or ±1.5 44 or ±22 4.5 13* 5.0 100 3.2 −40 to +125 97 32 2 Single, Split DIP−8, SO−8 High SR, Wide BW, Single Supply, Extended Temp. Range, *Av = −1.0

NE592 −8.0 +8.0 90 − − 9.0 mA 18 0−70 86 − 2 − SO−8, 14 PDIP−8, 14 Video Amplifier

NE5532/A ±3.0 ±20 10 9.0 4.0 @ ±15 V 200 8.0 0 to 70 100 8.0 2 Split DIP−8,

SO−8, SO−16W

Low Noise

SA5532 ±3.0 ±20 10 9.0 4.0 @ ±15 V 200 8.0 −40 to 85 100 8.0 2 Split DIP−8 Low Noise

SE5532/A ±3.0 ±20 10 9.0 2.0 @ ±15 V 200 8.0 −55 to 125 100 8.0 2 Split DIP−8,

SO−8 Low Noise TCA0372 5.0 or ±2.5 40 or ±20 1.4 1.4 15 @ _±15 V 100 5.0 −40 to +125 90 22 2 Single, Split SOP (12+2+2)

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15

Quad Operational Amplifiers

Device Name VCC (min) (V) VCC (max) (V) GBW (typ) (MHz) Slew Rate (typ) (V/us) VIO (max @ 25_C, Vs = 5.0 V) (mV) IIB (typ) (nA) ID* (typ) (mA) Temp Range (_C) CMR (typ) (dB) en (typical)

ǒ

nVńǸHz

Ǔ

LM224 3.0 ±1.5 32 ±16 1.0 0.6 5.0 90 − −25 to +85 85 − 4 Single, Split DIP−14, SO−14 Low Power LM324 3.0 ±1.5 32 ±16 1.0 0.6 7.0 90 − 0 to 70 70 − 4 Single, Split DIP−14, SO−14 Low Power LM324A 3.0 ±1.5 32 ±16 1.0 0.6 3.0 45 0.7 0 to 70 70 − 4 Single, Split DIP−14, SO−14 Low Power LM2902 3.0 ±1.5 26 ±13 1.0 0.6 7.0 90 − −40 to +105 70 − 4 Single, Split DIP−14, SO−14 Low Power LM2902V 3.0 ±1.5 26 ±13 1.0 0.6 7.0 90 − −40 to +125 70 − 4 Single, Split DIP−14, SO−14 Low Power, Extended Temp. Range MC3303 3.0 ±1.5 36 ±18 1.0 0.6 8.0 200 2.8 −40 to +85 90 − 4 Single, Split DIP−14, SO−14 Low Power MC33074 3.0 or ±1.5 44 or ±22 4.5 13* 5.0 100 6.4 −40 to +85 97 32 4 Single, Split DIP−14, SO−14, TSSOP−14 High SR, Wide BW, Single Supply, *AV = −1.0 MC33074A 3.0 or ±1.5 44 or ±22 4.5 13* 3.0 100 6.4 −40 to +85 97 32 4 Single, Split DIP−14, SO−14, TSSOP−14 High SR, Wide BW, Single Supply, *AV = −1.0 MC33079 _±5.0 _±18 16 7.0 2.5 300 8.4 −40 to +85 100 4.5 4 Split DIP−14, SO−14 Low Noise MC33174 3.0 or ±1.5 44 or ±22 1.8 2.1 5.0 20 0.72 −40 to +85 90 32 4 Single, Split DIP−14, SO−14, TSSOP−14

Low Power, Single Supply, Two Voltage Ranges MC33174V 3.0 or ±1.5 44 or ±22 1.8 2.1 5.0 20 0.72 −40 to +105 90 32 4 Single, Split DIP−14, SO−14

Low Power, Single Supply, Two Voltage Ranges, Extended Temp. Range MC33179 ±2.0 ±18 5.0 2.0 3.0 100 1.7 −40 to +85 110 7.5 4 Split DIP−14, SO−14 High Output Current, Low Power, Low Noise

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Quad Operational Amplifiers (continued)

Device Name VCC (min) (V) VCC (max) (V) GBW (typ) (MHz) Slew Rate (typ) (V/us) VIO (max @ 25_{_}C, Vs = 5.0 V) (mV) IIB (typ) (nA) ID* (typ) (mA) Temp Range (_{_}C) CMR (typ) (dB) en (typical)

ǒ

nVńǸHz

Ǔ

MC33204 1.8 or ±0.9 12 or ±6.0 2.2 1.0 10 80 3.6 −40 to +105 90 20 4 Single, Split DIP−14, SO−14, TSSOP−14 Low Voltage, Rail−to−Rail MC33204V 1.8 or ±0.9 12 or ±6.0 2.2 1.0 10 80 3.6 −55 to +125 90 20 4 Single, Split DIP−14, SO−14 Low Voltage, Rail−to−Rail, Extended Temp. Range MC33274A 3.0 or ±1.5 36 or ±18 24 10 1.0 @ Vs = ±15 V 2.0 @ Vs = 5.0 V 300 8.6 −40 to +85 100 18 4 Single, Split DIP−14, SO−14 Single Supply, High SR, Low Input Offset Voltage MC3403 3.0 ±1.5 36 ±18 1.0 0.6 10 200 2.8 0 to 70 90 − 4 Single, Split DIP−14, SO−14 Low Power MC34074 3.0 or ±1.5 44 or ±22 4.5 13* 5.0 100 6.4 0 to 70 97 32 4 Single, Split DIP−14, SO−14 High SR, Wide BW, Single Supply, *AV = −1.0 MC34074A 3.0 or ±1.5 44 or ±22 4.5 13* 3.0 100 6.4 0 to 70 97 32 4 Single, Split DIP−14, SO−14 High SR, Wide BW, Single Supply, *AV = −1.0 MC34074V 3.0 or ±1.5 44 or ±22 4.5 13* 5.0 100 6.4 −40 to +125 97 32 4 Single, Split DIP−14, SO−14 High SR, Wide BW, Single Supply, *AV = −1.0 NCV33274A 3.0 or ±1.5 36 or ±18 24 10 3.5 @ Vs = ±15 V 2.0 @ Vs = ±5.0 V 300 8.6 −40 to +125 100 18 4 Single, Split DIP−14, SO−14 Single Supply, High SR, Low Input Offset Voltage *I_D typical for total device (all channels)

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Signal Conditioning

Comparators

LM211

LM311

NCS2200

NCS2201

NCS2202

NCS2203

LM293

LM393

LM2903

LM239

LM339

LM2901

MC3302

Single

Dual

Quad

MC10E1651

MC10E1652

NE521

NE522

High Speed

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Single Comparators

Device Name VCC (min) VCC (max) VIO (max) (mV) Iio (max) (nA) IlB (typ) (nA) Iq (typ) (mA) Temp Range (_C) Response Time (ns) Supply Type Number of

Channels Package Description

LM211 5.0 or ±2.5 36 or ±15 3.0 10 45 2.4 −25 to +85 200 Single Split

1 SO−8 Highly Flexible Voltage

LM311 5.0 or ±2.5 36 or ±15 7.5 50 45 2.4 0 to 70 200 Single Split 1 SO−8 DIP−8

Highly Flexible Voltage

NCS2200 0.85 or ±0.425 6.0 or ±3.0 +8.0 − 1.0 pA 10 −40 to 105 700 Single Split 1 SOT23−5 QFN 2x2.2

Low Voltage CMOS

NCS2201 0.85 or ±0.425 6.0 or ±3.0 +8.0 − 1.0 pA 10 −40 to 105 700 Single Split

1 SOT23−6 Low Voltage CMOS with Enable

1 SOT23−5 Low Voltage CMOS

1 SOT23−6 Low Voltage CMOS with Enable

Dual Comparators

Device Name VCC (min) VCC (max) VIO (max) (mV) Iio (max) (nA) IlB (typ) (nA) Iq* (typ) (mA) Temp Range (_C) Response Time (ns) Supply Type Number of

LM293 2.0 or ±1.0 36 or ±18 5.0 50 25 0.4 −25 to +85 1300 Single Split

2 SO−8 Low Offset Voltage

LM393 2.0 or ±1.0 36 or ±18 5.0 50 25 0.4 0 to 70 1300 Single Split 2 SO−8 DIP−8

Low Offset Voltage

LM2903 2.0 or ±1.0 36 or ±18 7.0 50 25 0.4 −40 to +105 1500 Single Split 2 SO−8 DIP−8

Low Offset Voltage

LM2903V 2.0 or ±1.0 36 or ±18 7.0 50 25 0.4 −40 to +125 1500 Single Split 2 SO−8 DIP−8

Low Offset Voltage

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Quad Comparators

Device Name VCC (min) VCC (max) VIO (max) (mV) Iio (max) (nA) IlB (typ) (nA) Iq* (typ) (mA) Temp Range (_C) Response Time (ns) Supply Type Number of

LM239 3.0 or ±1.5 36 or ±18 5.0 50 25 0.8 −25 to +85 1300 Single Split 4 SO−14 DIP−14 TTL and CMOS Compatible LM339 3.0 or ±1.5 36 or ±18 5.0 50 25 0.8 0 to 70 1300 Single Split 4 SO−14 DIP−14 TTL and CMOS Compatible LM2901 3.0 or ±1.5 36 or ±18 7.0 50 25 0.8 −40 to +105 1300 Single Split 4 SO−14 DIP−14 TTL and CMOS Compatible LM2901V 3.0 or ±1.5 36 or ±18 7.0 50 25 0.8 −40 to +125 1300 Single Split 4 SO−14 DIP−14 TTL and CMOS Compatible MC3302 3.0 or ±1.5 30 or ±15 20 100 25 0.8 −40 to +85 1300 Single Split 4 SO−14 DIP−14 TTL and CMOS Compatible *Iq typical for total device (all channels)

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Battery Management

Charge Controllers

Voltage & Current

Regulation

NiCd / NiMH

MC33340

MC33342

MC33341

Overvoltage Charger

Protection

NCP345

NCP346

Power Management

Single Cell Li−ion

NCP1800

NCP1835/B

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21

ON Semiconductor Switching Controllers Selection Tables

Boost

Pre−Regulator

AC−DC/Isolated Switching Controllers

Continuous Mode

NCP1653 Follower Boost

Power Factor Correction

Combo

PFC + PWM

Single−Stage

Flyback

NCP1650

Critical Mode

MC33260 Follower Boost

MC33262

MC34262

MC33368

Critical Mode/DCM

NCP1601

Critical Mode/DCM

NCP1603

Continuous Mode

NCP1651

Our products are also offered in lead−free (Pb−Free) packages. A “G’’ suffix is added at the end of the part number to recognize them.

Please consult our web site for more information.

CRM: Critical Conduction Mode CCM: Continuous Conduction Mode DCM: Discontinuous Conduction Mode

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23

Buck

(Step−Down)

DC−DC/Non−Isolated Switching Controllers

Multi−Topology

(Step−Up, Down,

or Inverting)

Boost

(Step−Up)

Cuk

(Inverting)

Coming Soon

General

Sync Rect

Single, External Switch

CS5211#

NCP1571

NCP1575

NCP1580

Single, Internal Switch

NCV8800*

NCP1595

Dual

NCP5422

NCP5425

Low Voltage/Low Power

NCP1500

NCP1530

NCP1508

NCP1510A

NCP1501

NCP1550

NCP1509

NCP1511

Non−Sync Rect

External Switch

CS51031

CS51033

Internal Switch

CS51411/2/3/4

MC33166/7

MC34166/7

LM2574/5/6

General

CS5171

CS5173

With 5 V/100 mA

Linear Regulator

CS5112*

Low Voltage/Low Power

NCP1400A

NCP1403

NCP1410

NCP1422

NCP1450A

NCP1402

NCP1406

NCP1411

NCP1421

NCP1423

CS5172

CS5174

External Switch

MC33060A

MC34060A

Internal Switch

MC33063A

MC34063A

NCV33063A*

MC33163

MC34163

NCV33163*

*Automotive

#Computer

Switching Capacitors

(Charge Pumps)

MAX828

MAX829

MAX1720

NCP1729

NCP5603

Our products are also offered in lead−free (Pb−Free) packages. A “G’’ suffix is added at the end of the part number to recognize them.

Please consult our web site for more information.

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Buck

PWM Topology Overview

− + L C R Vout Vout+DVin DȀ +1*D+ Toff Ton)Toff+ Toff Ts Duty Cycle+D+ Ton

Ton)Toff+ Ton

Ts

Vin

Attributes: Step down only MOSFET stress = V_in Boost − + L C R Vout Vin Vout+_D1_ȀVin Attributes: Step up only

Used for power factor correction MOSFET stress = Vout

− + C R Vout Vout+ *_DD_Ȁ Vin Vin − + Attributes: Buck−Boost Ton Toff Ts

NOTE: In all circuits, equations for Vout apply to the continuous conduction case.

− + C R Vout Vin Vout+_nDD_ȀVin Flyback n:1 L

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25

PWM Topology Overview (continued)

− +

R Vout

Vin

Attributes:

Step up, step down, or inverting More complex transformer Reset winding is needed (m _t n) Potentially more than 50% duty cycle Up to 200 W power level MOSFET stress _u Vin Forward C n:1 Vout+Dn Vin L m − + R Vout Vin Attributes:

Step up, step down, or inverting Useful for low input voltage applications Up to 1.0 kW power level

More complex transformer Duty cycle _t 50% MOSFET stress = 2.0 V_in Push−Pull C Vout+Dn Vin L n n 1 1 − + R Vout Vin Attributes:

Step up, step down, or inverting Up to 500 W power level Simple transformer construction

Primary winding is also the reset winding, so duty cycle t 50% MOSFET stress = Vin

Two−Transistor Forward

C n:1

Vout+Dn Vin D max+0.5 L

Lp

Attributes:

Step up, step down, or inverting Simple transformer construction Potentially more than 50% duty cycle Up to 500 W power level

MOSFET stress > V_in

Active Clamp Forward

C Vout+Dn Vin − + n:1 Vin ₋+ R V_out L

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ON Semiconductor Selector Guide − Analog Integrated Circuits

PWM Topology Overview (continued)

−

+ R Vout

Vin

Attributes:

Step up, step down, or inverting Alternative to 2−transistor forward Up to 500 W power level Duty cycle t 50% MOSFET stress = Vin Half−Bridge C Vout+_2nDVin L 1 1 n − + R Vout Vin Attributes:

High power applications Step up, step down, or inverting Up to 2.0 kW power level Duty cycle t 50%

Phase−shifted version possible for high density

Current doubler version useful for very high output currents MOSFET stress = Vin Full−Bridge C Vout+D_{n Vin} L 1 1 n

SEPIC (Single−Ended Primary Inductor Converter)

C R Vout

Vout+_DD_ȀVin −

+ Vin

C4uk (By Slobodan C4uk)

− + C R Vout Vin Vout+ *_DD_ȀVin + − + −

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27

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ON Semiconductor Selector Guide − Analog Integrated Circuits

PFC/PWM Combo Controllers

Power

Level PFC Stage PWM Stage Temp. Range Package Part No. Features

Up to

200 W Integrated single−stage CCM or DCM flyback

−40 to +125°C (TJ) SO−16 NCP1651DR2 SLossless 500 V startup SProgrammable frequency 20 to 250 kHz SExternal shutdown SThermal shutdown (110/140_{_}C₎ Up to 250 W Fixed−frequency DCM or critical mode 100 kHz 80% max duty DCM/CCM flyback −40 to +125_°C (T_J) SO−16 NCP1603D100R2 SLossless 500 V startup

SPFC section shutdown while standby

SPWM section in skipping cycle operation while standby

SOptional synchronization capability

SOptional OVP latch CRM: Critical Conduction Mode

CCM: Continuous Conduction Mode DCM: Discontinuous Conduction Mode

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29

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Power Factor Correction Controllers

Power

Level PFC Methodology Operating Mode Temp. Range Package Part No. Features

Up to 400 W

Voltage−mode boost _{DCM or critical mode}Fixed frequency −40 to +125_(T °C J)

SO−8 NCP1601ADR2 SSynchronization capability or programmable frequency

SOvervoltage protection

SProgrammable overcurrent protection

SThermal shutdown (95/140_{_}C) SNCP1601A: VCC UVLO = 4.75 V SNCP1601B: VCC UVLO = 1.5 V DIP−8 NCP1601AP SO−8 NCP1601BDR2 DIP−8 NCP1601BP Follower boost Critical conduction mode −40 to +105°C (TJ) SO−8 MC33260DR2 S

Fixed 500 kHz frequency clamp

SProgrammable overcurrent limitation

SUndervoltage protection

SMaximum on−time limitation

SThermal shutdown (120/150_C) DIP−8 MC33260P Peak current−mode boost −40 to +105°C (TA)

SO−8 MC33262DR2 SOvercurrent limitation

SRestart delay after fault

SOvervoltage protection DIP−8 MC33262P 0 to +85°C (TA) SO−8 MC34262D DIP−8 MC34262P −25 to +125°C (TA)

SO−16 MC33368DR2 SAll features of MC33262

SLossless 500 V startup

SProgrammable restart delay

SProgrammable frequency clamp

DIP−16 MC33368P Up to 3.0 kW Average current−mode or peak I−mode follower boost 100 kHz CCM −40 to +125_(T _C J)

SO−8 NCP1653DR2 S_SOvervoltage protection_{Undervoltage protection or shutdown}

SProgrammable overcurrent protection

SProgrammable overpower limitation

SThermal Shutdown (120/150_C) DIP−8 NCP1653P Average current−mode boost Fixed frequency CCM or DCM −40 to +125_{_}C (TJ) SO−16 NCP1650DR2

STrue power limiting circuit maintains excellent power factor in constant power mode

S25 to 250 kHz fixed frequency

SBrownout protection

SExternal shutdown CRM: Critical Conduction Mode

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31 auto tag

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Flyback Regulators (Integrated High−Voltage Startup, Internal Switch, Fixed Freq., Dynamic Self Supply)

IC Operating Voltage

Startup

Limits Switch

Output

Voltage Control Temp. Package

Max.

Duty Freq.

RDS(ON)

@ TJ =

255C Part No. Features

UVLO: 4.7/7.5/ 8.5 V Max: 10 V 30/ 700 V 700 V (External ref.) PWM I−mode/ Skip cycle standby 0 to +125_{_}C (T_J) DIP−7 67% Suffix xx = 06, 10, or 13 for 65, 100, or 130 kHz Typ. 22 W

NCP1010APxx SAll features in NCP105x and... SLatching overvoltage protection (needs auxiliary winding) SThermal shutdown (100/150_C) SGullwing package is coming soon 100 mA SOT−223 NCP1010STxxT3 700 V DIP−7 NCP1011APxx 250 mA SOT−223 NCP1011STxxT3 700 V DIP−7 Typ. 11 W NCP1012APxx 250 mA SOT−223 NCP1012STxxT3 700 V DIP−7 NCP1013APxx 350 mA SOT−223 NCP1013STxxT3 700 V DIP−7 NCP1014APxx 450 mA SOT−223 NCP1014STxxT3 UVLO: 4.5/7.5/ 8.5 V Max: 10 V 20/ 700 V 700 V (Vref = external or 4.6 V) Burst mode V−mode −40 to +125_C (TJ) DIP−7 77% Suffix xx = 44, 100, or 136 for 44, 100, or 136 kHz Typ. 22 _W NCP1050Pxx SFrequency jittering reduces EMI

SAuto restart fault protection

SThermal shutdown (85/160_C)

SStandby operation due to burst mode 100 mA SOT−223 NCP1050STxxT3 700 V DIP−7 NCP1051Pxx 200m A SOT−223 NCP1051STxxT3 700 V DIP−7 NCP1052Pxx 300m A SOT−223 NCP1052STxxT3 700 V DIP−7 Typ. 10 W NCP1053Pxx 400 mA SOT−223 NCP1053STxxT3 700 V DIP−7 NCP1054Pxx 530m A SOT−223 NCP1054STxxT3 700 V DIP−7 NCP1055Pxx 680 mA SOT−223 NCP1055STxxT3 UVLO: 6.6/7.6/ 10.2 V Max: 16 V 16.8/ 200 V 200 V 0.5 A _{(Vref =} 2.5 V) PWM V−mode −40 to +125_{_}C (TJ) Micro8t 75% Up to 1.0 MHz Typ. 4.1 W NCP1030DMR2 SExternal Synchronization SThermal shutdown (105/150_{_}C) 200 V SO−8 Typ. NCP1031DR2

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Flyback Regulators (Integrated High−Voltage Startup, Internal Switch, Fixed Freq., No Dynamic Self Supply)

Startup

Limits Switch

Output

Voltage Control Temp. Package

Max.

Duty Freq.

RDS(ON)

@ TJ =

255C Part No. Features

UVL: 9.5/15.2 V Max: 40 V TBD/ 500 V 700 V 0.72 A (Vref = 2.6 V) PWM V−mode −25 to +150_{_}C (TJ) SO−16W 50% _{300 kHz}Up to Typ. 15 W MC33363BDW SOVP SThermal shutdown (145/155_C for 63A & 62, 105/135_{_}C for 63B) UVLO: 9.5/14.9 V Max: 40 V TBD/ 500 V 700 V 0.9 A DIP−16 _Typ. 7.5 W MC33363AP SO−16W MC33363ADW UVLO: 9.5/14.5 V Max: 40 V TBD/ 400 V 500 V 0.9 A DIP−16 _Typ. 4.4 W MC33362P SO−16W MC33362DW UVLO: 7.5/8.5 V Max: 10 V 20/ 700 V* 700 V 0.5 A (External ref.) PWM V−mode −40 to +125_{_}C (T_J) DIP−8 72% 100 kHz Typ. 13 W NCP1000P SOpto fail−safe shutdown (OVP) S*(700 V is guaranteed by design) SThermal shutdown (110/140_C) 700 V 1.0 A Typ. 7.0 W NCP1001P 700 V 1.5 A Typ. 4.0 W NCP1002P

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Flyback Controllers (Integrated High−Voltage Startup, External Switch, Fixed Freq., No Dynamic Self Supply)

Startup Limits

Output

Voltage Control Temp.

Drive Output

Max.

Duty Freq. Package Part No. Features

UVLO: 6.6/ 10/13.1 V Max: 16 V 50/ 500 V (External ref.) PWM V−mode /Sec reconfig standby −25 to +85_C (TA) TBD 82% 40 DIP−8 MC44608P40 SOvercurrent limitation SOver VCC protection

SOvertemperature protection with hysteresis (130_C/160_C) 75 MC44608P75 UVLO: 4.9/ 7.8/ 12 V Max: 16 V 30/ 500 V (External ref.) PWM I−mode/ Skip cycle standby 0 to +125_C (TJ) 250 mA 80% 40

DIP−8 NCP1203P40 SModification of NCP1200A without DSS SThermal shutdown (140/170_C) SO−8 NCP1203D40R2 60 DIP−8 NCP1203P60 SO−8 NCP1203D60R2 100 DIP−8 NCP1203P100 SO−8 NCP1203D100R2 UVLO: 5.6/ 7.6/ 12.8 V Max: 16 V TBD/ 500 V (External ref.) PWM I−mode/ Skip cycle standby 0 to +125_C (TJ) 500 mA 74%

65 DIP−7 NCP1217P65 S_SInternal ramp compensation_{Latching OVP protection}

SThermal shutdown (125/155_{_}C) SO−8 NCP1217D65R2 100 DIP−7 NCP1217P100 SO−8 NCP1217D100R2 133 DIP−7 NCP1217P133 SO−8 NCP1217D133R2 UVLO: 5.6/ 7.7/ 12.6 V Max: 18 V 20 500 V (External ref.) PWM I−mode/ Skip cycle standby −40 to +125_C (TJ) +500/ −800 mA 80%

65 DIP−7 NCP1230P65 SEvent management scheme_{disables PFC_VCC output during} standby, or overload condition

SLatching OVP protection

SFiltering dithering for EMI

SO−8 NCP1230D65R2 100 DIP−7 NCP1230P100 SO−8 NCP1230D100R2 133 DIP−7 NCP1230P133 SO−8 NCP1230D133R2 UVLO: 11.2/ 16.4 V Max: 36 V TBD/ 500 V (External ref.) (*) PWM I−mode/ Skip cycle standby 0 to +125_C (TJ) +500/ −800 mA 80% Adjustable up to 250 kHz SO−16 NCP1239FDR2

SGo−to−standby signal for PFC

SAdjustable skip−cycle capability

SSelectable soft−start period

SFrequency dithering for EMI

SBrown−out protection

SInternal ramp compensation

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Flyback Controllers (Integrated High−Voltage Startup, External Switch, Fixed Freq., Dynamic Self Supply)

Output

Max. Duty

Freq.

(kHz) Package Part No. Features

UVLO: 6.3/9.8/ 11.4 V Max: 16 V 30/ 500 V (External ref.) PWM I−mode/ Skip cycle standby −25 to +125_C (T_J) 250 mA 80%

40 DIP−8 NCP1200P40 SAdjustable peak skipping current for low_{level of audible noise}

SInternal output short−circuit protection

SThermal shutdown (140_C) SFrequency jittering SO−8 NCP1200D40R2 60 DIP−8 NCP1200P60 SO−8 NCP1200D60R2 100 DIP−8 NCP1200P100 SO−8 NCP1200D100R2 UVLO: 10.5/ 12.5 V Max: 16 V TBD/ 500 V (External ref.) PWM I−mode/ Skip cycle standby −25 to +125_C (TJ) 250 mA 83% 60 DIP−8 NCP1201P60 S

Modification of NCP1200A with Brownout Detect Protection, BOK function but fixed skip−cycle level

SLatch−off fault protection

SFrequency jittering SO−8 NCP1201D60R2 10 DIP−8 NCP1201P100 SO−8 NCP1201D100R2 UVLO: 5.6/10/ 12.2 V Max: 16 V 30/ 500 V (External ref.) PWM I−mode/ Skip cycle standby 0 to +125_{_}C (TJ) 500 mA 75%

65 DIP−7 NCP1216P65 S_SInternal ramp compensation_{Thermal shutdown (125/155}_{_}_C)

SO−8 NCP1216D65R2 100 DIP−7 NCP1216P100 SO−8 NCP1216D100R2 133 DIP−7 NCP1216P133 SO−8 NCP1216D133R2

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39

Flyback Controllers (Integrated High−Voltage Startup, External Switch, Variable Freq., Dynamic Self Supply)

Output

Voltage Control Temp. Option Package Part No. Features

UVLO: 10/12 V Max: 16 V 40/ 500 V (External ref.) I−mode/ Skip cycle standby 0 to +125_C (TJ) 8.0 ms minimum off−time Freq Clamp SO−8 NCP1207ADR2

SDynamic Self−Supply which needs no auxiliary winding and startup resistor

SLatched overvoltage protection

S500 mA output peak current capability

SThermal shutdown

DIP−8 NCP1207AP

Flyback Controllers (Integrated High−Voltage Startup, External Switch, Variable Freq., No Dynamic Self Supply)

Output

Voltage Control Temp. Option Package Part No. Features

UVLO: 7.6/15 V Max: 16 V TBD/ 700 V (External ref.) I−mode/ Critical mode −25 to +125_C (TJ)

Variable FC SO−16 MC33364D SOvercurrent limitation

SRestart delay after fault Fixed FC SO−8 MC33364D1 No Freq Clamp (FC) MC33364D2 UVLO: 7.2/15 V Max: 45 V TBD/ 500 V (Vref = 2.5 V) I−mode/ Freq foldback standby −25 to +125_{_}C (TJ)

− DIP−8 NCP1205P S250 mA output peak current capability

SAdjustable maximum switching frequency Adjustable OVP DIP−14 NCP1205P2 SO−16 NCP1205DR2 UVLO: 7.5/12.5 V Max: 16 V 40/ 500 V (External ref.) I−mode/ Skip cycle standby 0 to +125_C (TJ) (*) 4.5 _ms/ 8.0 _ms

DIP−7 NCP1377P S(*) The time are sampling delay for OVP and minimum off−time SThermal shutdown (125/155_C) SO−8 NCP1377DR2 (*) 1.5 ms/ 3.0 ms DIP−7 NCP1377BP SO−8 NCP1377BDR2 UVLO: 7.5/8.4 V Max: 16 V TBD/ 500 V (External ref.) I−mode/ Skip cycle standby 0 to +125_C (T_J) 8.0 _ms minimum off−time Freq Clamp

DIP−7 NCP1378P SNCP1377 with lower OVP level

(5.2 V against 7.2 V)

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41

Flyback Controllers (External Startup, UC3843 Pin−Compatible)

IC Max Operating Voltage UVLO Max. Duty Temp. (TA)

Max. Startup Current

Package/Part No.

DIP−8 SO−8 SO−14

40 V 7.4/ 8.0 V Typ. 96% −40 to +85°C 1.0 mA CS2841BEN8 CS2841BED14 30 V 10/16 V 0 to +70°C 1.0 mA UC3842AN UC3842ADR2

0.5 mA UC3842BN UC3842BD1R2 UC3842BDR2

−25 to +85°C 1.0 mA UC2842AN UC2842ADR2

−40 to +105_°C 0.5 mA UC3842BVD1R2

7.6/8.4 V

0 to +70°C 1.0 mA UC3843AN UC3843ADR2

−25 to +85°C 1.0 mA UC2843AN UC2843AD1R2 UC2843ADR2

−40 to +105°C 0.5 mA UC3843BVN UC3843BVD1R2 UC3843BVDR2

−40 to +125_°C 0.5 mA NCV3843BVDR2

10/16 V

50%

0 to +70°C 1.0 mA UC3844N UC3844DR2

−25 to +85°C 1.0 mA UC2844N UC2844DR2

−40 to +105°C 0.5 mA UC3844BVN UC3844BVD1R2 UC3844BVDR2

7.6/ 8.4 V

0 to +70_°C 1.0 mA UC3845N UC3845DR2

−25 to +85°C 1.0 mA UC2845N UC2845DR2

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43

Flyback Controllers (External Startup, Non−UC3843 Pin−Compatible)

IC Operating Voltage Freq. Temp. (TA) Output Voltage Drive Capability Max.

Duty Control Package Part No. Features

UVLO: 7.5/9.0/14.5 V Max: 18 V Up to 250 kHz −25 to +85_C (Vref = 2.5 V) 750 mA 80% Fixed freq. or critical mode with standby

SOP−16 MC44603DW SOvervoltage protection

SThermal shutdown

SProgrammable soft−start

SFoldback pin for overload protection

SAdjustable maximum duty

SLow switching frequency in standby (not for MC44604 which goes to pulse mode in standby)

DIP−16 MC44603P SOP−16 MC44603ADW DIP−16 MC44603AP DIP−16 MC44604P Up to 250 kHz or SYNC 75% Fixed freq or

critical mode DIP−16 MC44605P

SWinding short circuit detection programming

SOverheating detection

SMaximum power limitation

UVLO: 3.8/4.6 V Max: 15 V Up to 1.0 MHz −40 to +85_{_}C (Vref = 1.263 V) (*) 1.0 A 85% PWM Feed−forward V−mode SO−16 CS51221EDR16

SLow startup current (<75 mA)

SPulse−by−pulse current limit

SThermal shutdown

SUndervoltage protection

SOvervoltage protection with programmable hysteresis SBidirectional synchronization S(*) 3.3 V 3% reference pin UVLO: 7.7/8.25 V Max: 20 V −40 to +85_C (Vref = 2.515 V) 1.0 A 77% PWM I−mode SO−16 CS51021AEDR16

SLow startup current (<75 mA)

SInput undervoltage protection, input overvoltage protection

SDual overcurrent protection with delayed restart

SSynchronous option for CS51021 or sleep option for CS51022

CS51022AED16 UVLO: 10/15 V OVLO: 25 V Max: 28 V Up to 200 kHz −25 to +105_C (T_J) (External ref.) 100 mA sink 300 mA source 48%/ 82% PWM I−mode

DIP−8 NCP1212P SSelectable max duty

SBrownout detect (BOK)

SOvervoltage protection by OVLO

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Flyback Controllers (External Startup, Non−UC3843 Pin−Compatible) (continued)

IC Operating Voltage Freq. Temp. (TA) Output Voltage Drive Capability Max.

UVLO: 9.0/12.5 V Max: 18 V N/A 0 to +105_{_}C (External ref.) 30 mA N/A Quasi−fixed on−time variable off−time

SO−8 NCP1215ADR2 SLow−cost solution for 2 X 5 W

SFrequency foldback in light load

SNegative primary current sensing

SVery low startup current (<6.5 mA)

TSOP−6 NCP1215ASNT1 UVLO: 8.4/9.2 V Max: 30 V Up to 1.0 MHz −40 to +105_C _(External ref.) (*) 200 mA 90% PWM I−mode

SO−16W MC33023DW SCycle−by−cycle current limitation

SSoft−start

SFunctionally similar to UC3823

S(*) 5.1 V reference pin 0 to +70_C DIP−16 MC34023P UVLO: 7.3/7.7 V Max: 20 V Fixed 400 kHz −40 to +105_C (External ref.) TBD 82.5% PWM I−mode SO−8 CS5124XDR8

SDesign for very few external components

SThermal shutdown

SSleep pin

SDual overcurrent protection

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45 auto tag

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Forward Controllers (Integrated High−Voltage Startup, External Switch, Fixed Freq., Dynamic Self Supply)

Output

Max. Duty

Freq.

UVLO: 5.6/10/ 12.2 V Max: 16 V 30/ 500 V (External ref.) PWM I−mode/ Skip cycle standby 0 to +125_{_}C (TJ) 500 mA 46.5%

65 DIP−7 NCP1216AP65 S_SInternal ramp compensation_{Thermal shutdown} (125/155_C) S1.0 ms soft−start SO−8 NCP1216AD65R2 100 DIP−7 NCP1216AP100 SO−8 NCP1216AD100R2 133 DIP−7 NCP1216AP133 SO−8 NCP1216AD133R2 UVLO: 7.0/11 V Max: 16 V 25/ 700 V (External ref.) (*) PWM Sync. Rect. V−mode Active clamp −40 to +125_C (TJ) 10 mA (Adj) 80% Adjustable up to 500 kHz SO−16 NCP1280DR2

SLine UV/ OV shutdown

SCurrent limit

SProgrammable FET non−overlap

S(*) 5.0 V reference pin

Forward Controllers (Integrated High−Voltage Startup, External Switch, Fixed Freq., No Dynamic Self Supply)

Output

Max. Duty

Freq.

UVLO: 5.6/7.6/ 12.8 V Max: 16 V 30/ 500 V (External ref.) PWM I−mode/ Skip cycle standby 0 to +125_C (TJ) 500 mA 46.5% 65

DIP−7 NCP1217AP65 SInternal ramp compensation

SLatching OVP protection

SThermal shutdown (125/155_{_}C) S1.0 ms soft−start SO−8 NCP1217AD65R2 100 DIP−7 NCP1217AP100 SO−8 NCP1217AD100R2 133 DIP−7 NCP1217AP133 SO−8 NCP1217AD133R2 UVLO: 11.2/ 16.4 V TBD/ (External PWM I−mode/ 0 to +125_C +500/ (Adj) Adjustable up to SO−16 NCP1239VDR2

SGo−to−standby signal for PFC

SSelectable soft−start period

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47

Forward Controllers (External Startup, External Switch, Fixed Freq.)

Output

Max.

Duty Freq. Package Part No. Features

UVLO: 10/15 V OVLO: 25 V Max: 28 V Not available (External ref.) PWM I−mode/ Skip cycle standby −25 to +105_C (TJ) 48%/ 82% Adjustable up to 200 kHz DIP−8 NCP1212P

SSelectable max duty for forward or flyback

SBrownout detect (BOK)

SOvervoltage protection by OVLO

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Half−Bridge/Resonant Controllers

IC Operating

Voltage Freq. Control Temp. (TA) Package Part No. Features

UVLO: 9.0/16 V Max: 20 V Typ. 525 kHz to 2050 kHz ZVS − modulated constant off−time 0 to +70_{_}C

SO−16W MC34067DWR2 _SProgrammable soft−start circuitry

SPrecise re−triggerable one−shot timer

DIP−16 MC34067P −40 to +85_C SO−16W MC33067DWR2 DIP−16 MC33067P UVLO: 7.0/10.3 V Max: 16 V Adj up to 250 kHz PWM feedforward V−mode or I−mode −40 to +125_{_}C (T_J) SO−16 NCP1561DR2

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ON Semiconductor Selector Guide − Analog Integrated Circuits

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Push−Pull Controllers

IC Operating Voltage Freq. Output Voltage Drive Capability Control Max.

Duty Temp. (TA) Package Part No. Features

8.0 to 35 V Up to 400 kHz OR SYNC (External ref.) (*) 400 mA peak PWM I mode or V mode 49% 0 to +70_C

DIP−16 SG3525AN SProgrammable dead time

SProgrammable soft−start SShutdown S(*) 5.0 V 1% reference pin SO−16W SG3525ADWR2 UVLO: 8.4/9.2 V Max: 30 V Up to 1.0 MHz OR SYNC (External ref.) (*) 200 mA 45% 0 to +70_C

SO−16W MC34025DW _SCurrent limit/shutdown

SSoft−start

SFunctionally similar to the UC3825

DIP−16 MC34025P −40 to +105_C SO−16W MC33025DW DIP−16 MC33025P UVLO: 6.43 V Max: 42 V Up to 200 kHz (External ref.) (*) 200 mA 48%/ 45% 0 to +70_C

SO−16 TL494CD _SAdjustable dead time

S(*) 5.0 V 5% reference pin DIP−16 TL494CN −40 to +85_C DIP−16 TL494IN −40 to +125_C SO−16 NCV494BD UVLO: 5.05/5.2 V Max: 42 V (External ref.) (*) 200 mA 48%/ 45% −25 to +85_C

SO−16 TL594CD SAdjustable dead time

S(*) 5.0 V 1.5% reference pin DIP−16 TL594CN TSSOP−16 TL594CDTB UVLO: 7.0/10.3 V Max: 16 V Adj. up to 250 kHz (External ref.) (*) 10 mA PWM FF V−mode or I−mode Adj. up to 50% (**) −40 to +125_C (TJ) SO−16 NCP1561DR2 S21.5/150 V Integrated Startup SUndervoltage detector

SDual mode overcurrent

SThermal shutdown

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Multi−Output Flyback Secondary Side Post Regulation

IC Operating Voltage Converter Input Voltage Output Voltage Output

Driver Freq. Temp. (TA) Package Part No. Features

ULVO: 7.0/8.0 V Max: 45 V (Vgate max: 75 V) (Vref = 2.0 V) 1.5 A SYNC −40 to +85_C SO−16L CS5101EDW16 S Voltage mode

SConfigured as either buck or boost with external NFET

SExternally programmable overcurrent protection

S5.0 V 2% reference pin

DIP−14 CS5101EN14

Synchronous Buck Post Regulator Controller − Forward Topologies

Temp. (Tj) Package Part No.

−40 to +125_C SO−8 NCP4330DR2

Secondary Controller for Multi−Output Quasi−Resonant Switch−Mode Power Supplies

Temp. (Tj) Package Part No.

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Boost Controllers (Low−Voltage, Low−Power/Portable Applications)

Converter/IC Min. Input

Voltage

Switch

Current Control Freq. Temp. (TA) Package

Converter Output

Voltage Part No. Features

0.8 V 100 mA PWM 180 kHz −40 to +85_C TSOP−5

1.9 V NCP1400ASN19T1 SCE pin (chip enable)

2.2 V NCP1400ASN22T1 2.5 V NCP1400ASN25T1 2.7 V NCP1400ASN27T1 3.0 V NCP1400ASN30T1 3.3 V NCP1400ASN33T1 3.8 V NCP1400ASN38T1 4.5 V NCP1400ASN45T1 5.0 V NCP1400ASN50T1 0.8 V 200 mA PFM Max 180 kHz −40 to +85_C TSOP−5

1.9 V NCP1402SN19T1 SCE pin (chip enable)

2.7 V NCP1402SN27T1 3.0 V NCP1402SN30T1 3.3 V NCP1402SN33T1 5.0 V NCP1402SN50T1 0.8 V Ext. N−FET PWM 180 kHz −40 to +85_C

1.9 V NCP1450ASN19T1 SCE pin (chip enable)

2.7 V NCP1450ASN27T1

1.0 V 250 mA Sync. Rect._PFM _{600 kHz}Max −40 to +85_C Micro8 1.5 V to_{5.5 V} NCP1411DMR2

SLow−battery detector

SRing killer for efficiency NCP1410DMR2 SLow−battery detector 0.8 V 400 mA Sync. Rect. PFM Max 600 kz −40 to +85_C Micro10 1.8 V to 3.3 V NCP1423DMR2 STrue−cutoff

SRing killer for efficiency

SLow battery detect input/output

SAuto discharge input

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Boost Controllers (Low−Voltage, Low−Power/Portable Applications) (continued)

Converter/IC Min. Input

Voltage

Switch

Current Control Freq. Temp. (TA) Package

1.0 V 600 mA Sync. Rect._PFM _{1.2 MHz}Max −40 to +85_C Micro8 1.5 V to_{5.0 V} NCP1421DMR2

STrue−cutoff

SLow battery detect 1.0 V 800 mA Sync. Rect._PFM _{1.2 MHz}Max −40 to +85_C DFN−10 1.5 V to_{5.0 V} NCP1422MNR2

SLow battery detector

SThermal shutdown

1.8 V 100 mA PFM _{300 kHz}Max −40 to +85_C TSOP−5 Up to 15 V NCP1403SNT1 SCE pin (chip enable)

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Buck Controllers (Low−Voltage, Low−Power/Portable Applications)

Converter Input Voltage

Switch

Current Control Freq. Temp. Package

2.5 to 5.2 V 500 mA Sync. Rect. PWM/ Pulsed 1.0 MHz or sync 450 kHz to 1.0 MHz −30 to +85_{_}C (T_A) Micro Bump−9 1.05 V, 1.35 V, 1.57 V, 1.8 V NCP1510AFCT1

SUltra low 14 mA quiescent current at light load

SOperation depends on SYNC pin in three modes (Pulsed, PWM or synchronized)

SSuffix G for Lead−free package

S(Coming soon) 1.0 V, 1.3 V, 1.5 V, 1.89 V NCP1511FCT1 DFN−10 1.0 V, 1.3 V, 1.5 V, 1.89 V NCP1508MNR2 1.35 V, 1.57 V, 1.8 V NCP1509MNR2 1.1 * Vout to 5.5 V 600 mA PFM/ PWM 600 kHz −40 to +85_C (TA) Micro8 2.5 V NCP1530DM25R2 SExternal sync up to 1.2 MHz 2.7 V NCP1530DM27R2 3.0 V NCP1530DM30R2 3.3 V NCP1530DM33R2 2.7 to 5.4 V 800 mA Linear/ PFM/ PWM Sync 270 to 630 kHz −40 to +85_C (TA) Micro8 1.0 V, 1.3 V, 1.5 V, 1.8 V Digitally programmable NCP1500DMR2 SShutdown pin SThermal shutdown

SLinear/switching mode options

SNo internal oscillator 2.7 to 5.2 V Sync. Rect. PWM/ Linear Sync 500 kHz to 1.0 MHz −30 to +85_C (TA) 1.05 V, 1.35 V, 1.57 V, 1.8 V NCP1501DMR2 UVLO: 2.15/ 2.2 V Max: 5.5 V Ext. P−FET PFM/ PWM 600 kHz −40 to +85_C (TA) TSOP−5

1.8 V NCP1550SN18T1 SCE pin (chip enable)

SCircuit operates at PFM at light load to maintain high efficiency

1.9 V NCP1550SN19T1

2.5 V NCP1550SN25T1

2.7 V NCP1550SN27T1

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Buck Controllers (Sync. Rect., Single, External Switch)

IC Operating Voltage Converter Input Voltage Output

Voltage Freq. Temp. Control Package Part No. Features

UVLO: 3.9/ 4.05 V Max. 16 V _(Vgate max: 20 V) Min. 1.0 V 150 to 750 kHz −40 to +85_C (TA) Sync. Rect. PWM V2_mode SO−14

CS5211ED14 SDriving dual N−FET

SHiccup mode short circuit protection

0 to +70_C (TA) CS5211GD14 UVLO: 2.7/ 2.8 V Max: 4 V −40 to +85_C (TA) CS5212ED14 0 to +70_C (TA) CS5212GD14 UVLO: 7.5/ 8.5 V Max: 15 V (Vgate max: 15 V) Min. 0.980 V _Fixed 200 kHz 0 to +125_C (TJ) SO−8 NCP1571D

SDriving dual N−FET

SPower good

SProgrammable power good delay

SProgrammable soft−start (Not for NCP1573) SOvervoltage protection Max: 15 V Min. 0.980 V NCP1573D UVLO: 7.5/ 8.5 V Max: 20 V (Vgate max: 20 V) Min. 0.980 V Adjustable 200 to 500 kHz NCP1575D

SProgrammable soft−start SOvervoltage protection UVLO: 3.7/ 4.2 V Max: 15 V (Vgate max: 30 V) Min. 0.8 V Fixed 350 kHz −40 to +125_C (TJ) PWM V−mode SO−8 NCP1580DR2

S1.5 A gate drivers

SInternal soft−start

SAdaptive non−overlap

SThermal shutdown (160_C)

Buck Regulators (Sync. Rect., Single, Internal Switch)

Voltage Switch Freq. Temp. Control Option Package Part No. Features

Sequenced: 3.5 to 16 V High Voltage: 6.0 to 16 V 2.6 V (1.6 A Current limit) Fixed 200 kHz −40 to +125_C (TJ) Sync. Rect. PWM V2 mode Sequenced SO−16L NCV8800SDW26 SReset pin SEnable pin SThermal shutdown High Voltage NCV8800HDW26 3.3 V Sequenced NCV8800SDW33 High Voltage NCV8800HDW33

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Buck Controllers (Sync. Rect., Dual)

IC Operating Voltage Converter Input Voltage Output

Voltage Freq. Temp. Control Package Part No. Features

UVLO: 7.8/ 8.6 V Max: 16 V (Vgate max: 20 V) Min. 1.0 V 15 to 600 kHz 0 to +70_C (TA) _{Sync. Rect.} PWM V2_mode SO−16 NCP5422ADR2

SOut−of−phase for ripple cancellation

SHiccup mode overcurrent protection in NCP5422A

SSingle or dual output mode pin in NCP5425 UVLO: 4.0/ 4.2 V Max: 16 V (Vgate max: 20 V) Min. 0.8 V 150 to 750 kHz 0 to +125_C (TA) TSSOP−20 NCP5425DB

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Buck Controllers (Non−Sync. Rect., Internal Switch)

Voltage Switch Freq. Temp. (TA)

Max.

4.5 to 40 V (Boots−trap pin max 40 V) Min. 1.276 V 1.5 A Fixed 260 kHz −40 to +85_C 90% _VPWM2_mode SO−8

CS51411ED8 SFrequency decrease of 4:1 in short−circuit conditions

SSoft−start

SThermal shutdown

SShutdown

SSynchronous option of CS51411/3 or bias option for CS51412/4 CS51412ED8 0 to +70_{_}C CS51411GD8 CS51412GD8 Fixed 520 kHz −40 to +85_C CS51413ED8 CS51414ED8 0 to +70_C CS51413GD8 CS51414GD8 4.75 to 40 V Fixed 3.3 V 0.5 A Fixed 52 kHz −40 to +125_C 98% PWM V mode DIP−8 LM2574N−3.3 SON/OFF SThermal shutdown

SCurrent limit protection 1.0 A D2PAK−5 LM2575D2T−3.3 TO−220−5 LM2575T−3.3 TO−220−5 VER LM2575TV−3.3 6.0 to 40 V 3.0 A D2PAK−5 LM2576D2T−3.3 TO−220−5 LM2576T−3.3 7.0 to 40 V Fixed 5.0 V 0.5 A Fixed 52 kHz −40 to +125_C 98% PWM V mode DIP−8 LM2574N−5 SON/OFF SThermal shutdown

SCurrent limit protection

8.0 to 40 V 1.0 A D2PAK−5 LM2575D2T−5 TO−220−5 LM2575T−5 TO−220−5 VER LM2575TV−5 3.0 A D2PAK−5 LM2576D2T−5 TO−220−5 LM2576T−5

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ON Semiconductor Selector Guide − Analog Integrated Circuits

Buck Controllers (Non−Sync. Rect., Internal Switch) (continued)

Voltage Switch Freq. Temp. (TA)

Max.

UVLO: 5.9/ 6.8 V Max: 40 V Min. 5.0 V 3.0 A Fixed 72 kHz −40 to +85_C 95% PWM V mode

D2PAK−5 MC33166D2T SCompensation pin

SInternal thermal shutdown

SCycle−by−cycle current limiting

TO−220−5 MC33166T TO−220−5 HOR MC33166TH TO−220−5 VER MC33166TV 0 to +70_C D2PAK−5 MC34166D2T TO−220−5 MC34166T TO−220−5 HOR MC34166TH TO−220−5 VER MC34166TV 5.0 A −40 to +85_C 95% D2PAK−5 MC33167D2T TO−220−5 MC33167T TO−220−5 HOR MC33167TH TO−220−5 VER MC33167TV 0 to +70_C D2PAK−5 MC34167D2T TO−220−5 MC34167T TO−220−5 HOR MC34167TH TO−220−5 VER MC34167TV