Automotive & Transportation Electronics Solutions

Transcription

1 VOL 5 Automotive & Transportation Electronics Solutions High Performance Analog ICs

2 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS Contents Automotive Quality and Reliability Surge Stoppers...2 Ideal Diode Controllers...2 Silent Switcher Ultralow EMI Synchronous Switching Regulators V, High Efficiency Monolithic Step-Down DC/DC Converters V/100V DC/DC Controllers V, Low Quiescent Current Monolithic Switching Regulators V, Step-Down DC/DC Converters with Cable Drop Compensation for USB Applications V to 60V Multioutput Step-Down DC/DC Converters V Low Quiescent Current Synchronous DC/DC Controllers...11 µmodule Power Products...12 High Voltage Power Managers and Battery Chargers High Voltage Charge Pumps V to 80V Synchronous Buck-Boost Switching Regulators...16 Low Voltage (<6V) Point-of-Load Monolithic Synchronous Step-Down Switching Regulators...17 Monolithic Step-Up DC/DC Converters...18 LCD and OLED Biasing Boost and Inverting Monolithic DC/DC Converters...19 High Efficiency LED Drivers Digital Power System Management Low Noise LDOs: Positive Regulators...22 Low Noise LDOs: Positive Regulators (continued)...23 High Voltage Battery Stack Monitors for Battery Management Systems..24 Active Battery Balancing ICs Current Sense Amplifiers...26 Power Supply Supervisors/Monitors...27 Power Monitors...28 Temperature Sensors...28 Coulomb Counters...29 Pushbutton Controllers TimerBlox Products...30 Silicon Oscillators Precision Operational Amplifiers...32 Programmable Gain and Gain Selectable Amplifiers Instrumentation Amplifiers High Temp (125 C) Comparators...33 High Speed Amplifiers...34 Differential Amplifiers/ADC Drivers High Temp (125 C) Voltage References...36 Delta-Sigma Analog-to-Digital Converters...37 SAR Analog-to-Digital Converters...38 SAR Analog-to-Digital Converters (continued)...39 High Speed Analog-to-Digital and Digital-to-Analog Converters...40 PLL Synthesizers and RF Detectors...41 Precision Digital-to-Analog Converters...42 Rugged Serial Interface Transceivers Isolated µmodule Transceivers...44 I2C Bus Buffers, Multiplexers & Rise Time Accelerators...45 Power over Ethernet (PoE) Controllers SmartMesh Embedded Wireless Sensor Networking...47 SAFETY SYSTEMS Collision Avoidance Lane Departure Warning Active Parking Assist Radar, Adaptive Cruise Control LED POWER Instrument Panel Headlights & Taillights Accent Lighting Daytime Running/Fog Lights Interior LCD Backlight BODY ELECTRONICS HVAC Control Door, Window & Seat Power Security System Tire Pressure Monitor NAVIGATION & ENTERTAINMENT Telematics Audio & Video Systems Communications BATTERY MANAGEMENT SYSTEM Battery Stack Monitor Active Battery Balancing ENGINE MANAGEMENT Engine Control Processor Power Electronic Valves Fuel Injection Idle Stop and Go Systems ELECTRONIC STEERING Stability Control System Power Steering Motor Power 12V-48V POWER Power Conversion Fault Protection ELECTRONIC BRAKING ABS Processor Power Brake Caliper Power EXHAUST SYSTEM Active Exhaust Resonance Tuning Active Noise Cancellation

3 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 1 Focused on the Automotive and Transportation Market High performance analog ICs provide efficient, compact and dependable solutions for use in all kinds of automotive and transportation systems 19% of total sales 28% annual growth rate over the past 5 years Supplier to major OEM and Tier 1 companies throughout Europe, Japan, Asia and North America DESIGN Innovative Solutions First to market with new technology breakthroughs that improve end-product performance and reduce system costs LONG TERM SUPPORT Non-Obsolescence Policy Eliminate redesign Three Decades of Analog Excellence Technical Support Worldwide design support reduces time to market QUALIFICATION Superior Quality and Reliability Committed to the goal of zero defects PRODUCTION Vertically Integrated to Ensure Highest Quality and Service Internal wafer fabrication, assembly and test Short, consistent lead times Superior Quality and Reliability Committed to the Goal of Zero Defects TS16949 Automotive Quality Standard Certification Since 2003 AEC-Q100 Compliant Products ISO International Safety Standard Implementation Special Flows for Critical Applications Including 100% Electrical Temperature Testing Industry-Leading Quality Indices Infant Mortality Field Failure Rate < 0.1ppm Long Term Field Failure Rate 0.01ppm Quick Turnaround of Failure Analysis 8D Correction Reports Please visit for more information Visit for sales contact information, product information and design and simulation support.

4 2 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS Surge Stoppers Stops High Voltage Surges (>100V) Replaces Bulky TVS, LC Filter and Fuses Adjustable Output Clamp Voltage Overcurrent and Reverse Battery Protection Adjustable Ride-Through Fault Timer Undervoltage and Overvoltage Monitoring Latchoff and Auto-Retry Options Applications: Automotive Surge Protection Engine Control Unit Car Infotainment System GPS 4A, 12V Overvoltage Output Regulator with 150V Surge Protection 12V SMAJ58A 127k 49.9k 1k SHDN UV OV V CC FDB33N25 10Ω GATE SNS LT TMR 10mΩ OUT ENOUT FB FLT 57.6k 4.99k FAULT 22µF DC/DC CONVERTER SHDN V CC OUTPUT CLAMP AT 16V Range Surge Max I Q (µa) I SD (µa) Reverse Battery Current Limit Fault Timer Ideal Diode Reverse Output Maximum Ambient Temperature Overvoltage Protector Regulates Output at 27V During Transient LT to V <100V 125 C 4x3 DFN-12, MSOP-10, SO-16 LT to V 125 C 4x3 DFN-12, MSOP-12, SO-16 80PUT SURGE CTMR = 6.8µF ILOAD = 500mA LTC to V 20V 125 C 4x3 DFN-14, MSOP-16, SO-16 LTC to V 125 C 3x2 DFN-8, TSOT-8 VIN 20V/DIV LTC to External 125 C 3x2 DFN-8, TSOT-8 LTC to External 125 C 2x2 DFN-8, TSOT-8 VOUT 20V/DIV 12V 12V 27V ADJUSTABLE CLAMP Ideal Diode Controllers Applications: 100ms/DIV Replaces Power Schottky Diode Reverse Battery Protection Saves Power, Voltage and Board Area Smooth Switchover without Oscillation No Reverse DC Current Supply Holdup Diode-OR for Redundancy Engine Stop-Start Body Electronics 12V, 20A Automotive Reverse Battery Protection Power Dissipation vs Load Current 10 Forward Voltage Drop Comparison Between MOSFET and Schottky Diode 20 12V SMAT70A 70V BSC028N06NS V OUT TO LOAD POWER DISSIPATION (W) SCHOTTKY DIODE (SBG2040CT) POWER SAVED MOSFET (BSC028N06NS) CURRENT (A) MOSFET (BSC028N06NS) VOLTAGE SAVED SCHOTTKY DIODE (SBG2040CT) SMAJ24A 24V IN SOURCE GATE OUT SHDN LTC4359 V SS 47nF k CURRENT (A) FORWARD VOLTAGE Range Supplies Internal FET I Q (ma) I SD (µa) Reverse Battery Diode On/Off Control Monitors Maximum Ambient Temperature LTC to , FET On/Drop 150 C 3x3 DFN-12, MSOP-12 LTC to FET On 85 C 4x3 DFN-16, MSOP-16 LTC to 80 2 (OR) 1.2 FET Drop 85 C 3x2 DFN-8, SO-8 LTC to 80 2 (OR) 2.0, Fuse, FET Drop 125 C 4x3 DFN-14, MSOP-16, SO-16 LTC to C 2x3 DFN-6, MSOP-8 LTC to C 4x3 DFN-14, TSSOP-16 LTC to V 125 C 2x3 DFN-6, MSOP-8

5 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 3 Silent Switcher Ultralow EMI Synchronous Switching Regulators Silent Switcher Architecture: Ultralow EMI/EMC Emissions Meets CISPR 25, Class 5 EMI Requirements 3.4V to 42V Input Range 4A of Continuoius Output Current High Efficiency at High Frequency Up to 96% Efficiency at 1MHz Up to 94% Efficiency at 2MHz Ultralow Quiescent Current Burst Mode Operation: I Q <2.5μA 18-Lead 3mm 4mm QFN VIN 5.8V TO 42V 4.7µF 1µF 10nF 1µF 41.2k EN/UV VIN1 1 LT8614 PG SYNC/MODE TR/SSB INTVCC RT VIN2 2 BST SW IAS FB 1µF 4.7pF 4.7µH 1M 243k VOUT 4A 47µF fsw = 1MHz Silent Switcher EMI Performance Radiated EMI Performance MHz 2MHz (dbµv/m) LT8614 CISPR25 CLASS 5 PEAK (MHz) LT8614 Solution Footprint Actual Size Demo Board EFFICIENCY (%) LOAD CURRENT (A) 4.0 Device Architecture Range I OUT (A) V OUT(MIN Frequency Ext Sync Range I Q (µa) I SD (µa) Max Junc Temp ( C) LT8641 Silent Switcher Synchronous Step-Down 3.0 to kHz to 3MHz 200kHz to 3MHz x4 QFN-18 LT8614 Silent Switcher Synchronous Step-Down 3.4 to kHz to 2.2MHz 200kHz to 2.2MHz x4 QFN-18 LT8640 Silent Switcher Synchronous Step-Down 3.4 to kHz to 3MHz 200kHz to 3MHz x4 QFN-18 LT8645 Silent Switcher Synchronous Step-Down 3.4 to kHz to3mhz 200kHz to 3MHz x4 QFN-18

6 4 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 60V, High Efficiency Monolithic Step-Down DC/DC Converters LT 8620: 6, 2A Synchronous Step-Down DC/DC Converter with only 2.5μA of Quiescent Current Wide Input Voltage Range: 3.4V to 6 Ultralow Quiescent Current Burst Mode Operation: I Q <2.5μA 94% Efficiency at 1A, 12 to OUT 92% Efficiency at 1A, 12 to 3.3V OUT Low Dropout Under All Conditions: 250mV at 1A Safely Tolerates Inductor Saturation in Overload Low EMI Small Thermally Enhanced 16-Lead MSOP and 24-Lead 3mm 5mm QFN s VIN 20V/DIV VIN 0V VOUT 20mV/DIV AC COUPLED IOUT 250mA LOAD DUMP 2A Step-Down Converter VIN 5. TO 6 4.7µF 10nF 50ms/DIV COLD CRANK 1µF VIN EN/UV PG LT8620 SYNC INTVCC RT 60.4k TR/SS fsw = 700kHz Efficiency EFFICIENCY (%) BST SW BIAS FB 4.7µH 1M 10pF 243k fsw = 700kHz 55 VIN = 12V 50 VIN = 24V LOAD CURRENT (A) 47µF VOUT 2A 60V, Ultralow Quiescent Current Synchronous Monolithic Step-Down DC/DC Converters Device Architecture Range I OUT (A) V OUT(MIN) Frequency (MHz) Ext Sync Range (MHz) I Q (µa) I SD (µa) Max Junc Temp ( C) LT8619 Synchronous Step-Down 3.4 to kHz to 2.2MHz 200kHz to 2.2MHz x3 DFN-10, MSOP-10E LT8620 Synchronous Step-Down 3.4 to kHz to 2.2MHz 200kHz to 2.2MHz MSOP-16E LT8626 Dual Output Synchronous Step-Down 3.4 to A + 1A kHz to 3MHz 200kHz to 3MHz x6 QFN, TSSOP-28E LT8641* Synchronous Step-Down 3.0 to kHz to3mhz 200kHz to 3MHz x4 QFN-18 LT8645* Synchronous Step-Down 3.4 to kHz to3mhz 200kHz to 3MHz x4 QFN-18 *Silent Switcher 76V to 150V, Low Quiescent Current High Efficiency Monolithic Step-Down DC/DC Converters Device Architecture Range I OUT (A) V OUT(MIN) Frequency (MHz) Ext Sync Range (MHz) I Q (µa) I SD (µa) Max Junc Temp ( C) LTC3639 Synchronous Step-Down 4.0 to Hysteretic n/a HV MSOP-16E LTC3638 Synchronous Step-Down 4.0 to Hysteretic n/a HV MSOP-16E LTC7138 Step-Down 4.0 to Hysteretic n/a HV MSOP-16E LTC3630A Synchronous Step-Down 4.0 to Hysteretic n/a HV MSOP-16E, 3x5 DFN-16 LTC3637 Step-Down 4.0 to Hysteretic n/a HV MSOP-16E, 3x5 DFN-16 LT8631 Synchronous Step-Down 3.0 to kHz to1mhz 100kHz to 1MHz TSSOP-20E

7 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 5 60V, High Efficiency Monolithic Step-Down DC/DC Converters (continued) 60V, Ultralow Quiescent Current Monolithic Step-Down DC/DC Converters Device Architecture Range I OUT (A) V OUT(MIN) Frequency (MHz) Ext Sync Range (MHz) I Q (µa) I SD (µa) Max Junc Temp ( C) LT3990 Step-Down 4.2 to kHz to 2MHz 250kHz to 2MHz x3 DFN-10, MSOP-16E LT3991 Step-Down 4.3 to kHz to 2MHz 250kHz to 2MHz x3 DFN-10, MSOP-10E LT3995 Step-Down 4.3 to kHz to 2MHz 200kHz to 2MHz MSOP-16E 60V, Low Quiescent Current Monolithic Step-Down DC/DC Converters Device Architecture Range I OUT (A) V OUT(MIN) Frequency (MHz) Ext Sync Range (khz) I Q (µa) I SD (µa) Max Junc Temp ( C) LT3437 Step-Down Regulator 3.3 to kHz 240kHz to 700kHz x3 DFN-10, TSSOP-16E LT3433 Buck-Boost Regulator 4 to kHz n/a TSSOP-16E LTC3630/A Synchronous Step-Down 4 to Hysteretic n/a x5 DFN-16, MSOP-16E LT1976/-1 Step-Down Regulator 3.3 to /100kHz 230kHz to 600kHz TSSOP-16E LT1977 Step-Down Regulator 3.3 to kHz 575kHz to 700kHz TSSOP-16E LT3980 Step-Down Regulator 3.6 to 58, 80MAX kHz to 2.4MHz 100kHz to 2.4MHz x4 DFN-16, MSOP-16E LT3434 Step-Down Regulator 3.3 to kHz 230kHz to 500kHz TSSOP-16E LT3435 Step-Down Regulator 3.3 to kHz 575kHz to 700kHz TSSOP-16E 60V Monolithic Switching Regulators Device Architecture Range I OUT (A) V OUT(MIN) Frequency (MHz) Ext Sync Range (khz) I Q (ma) I SD (µa) Max Junc Temp ( C) LT1676 Step-Down 7.4 to kHz 130kHz to 250kHz N8/SO-8 LT1956/-5 Step-Down 5.5 to kHz 580kHz to 700kHz TSSOP-16/E LT1766/-5 Step-Down 5.5 to kHz 228kHz to 700kHz TSSOP-16/E LT3988 Dual Step-Down 4.0 to 60, 80 Max 2x kHz to 2.5MHz 250kHz to 2.5MHz MSOP-16E LT3431 Step-Down 5.5 to kHz 580kHz to 700kHz TSSOP-16E LT3430/-1 Step-Down 5.5 to /100kHz 228kHz to 700kHz TSSOP-16E LT3992 Dual Step-Down 3.0 to 60 3 x kHz to 2MHz 250kHz to 2MHz x5 QFN-32, TSSOP-38E LT8300 Flyback Converter 6.0 to Variable N/A TSOT-23

8 6 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 60V/100V DC/DC Controllers LTC 3864: 60V Synchronous Step-Down Controller with Low I Q and 100% Duty Cycle Operation 5.2V to 60V Input, /2A Output 5.2V TO 60V 10µF Wide Operating Range: 3. to 60V Wide V OUT Range: 0.8V to Low Operating I Q = 40μA Very Low Dropout Operation: 100% Duty Cycle Strong High Voltage MOSFET Gate Driver Constant Frequency Current Mode Architecture Verified FMEA for Adjacent Pin Open/Short LTC3864 Actual Size Demo Board 350kHz 3.3nF 9.09k RUN CAP VIN PLLIN/MODE SS SENSE GATE ITH LTC3864 FREQ S PGOOD P V FB 25mΩ 10µH 100k 422k 80.6k V OUT 2A 47µF 2 60V Input, Low Quiescent Current DC/DC Controllers Device Architecture Range I OUT (A)* V OUT(MIN) Frequency (khz) Ext Sync Range (khz) I Q (µa) I SD (µa) Max Junc Temp ( C) LTC3864 Step-Down 3.5 to to to DFN-12, MSOP-12 LTC3824 Step-Down 4 to to to MSOP-10E LT3840 Synchronous Step-Down 2.5 to to 1MHz 50 to 1MHz TSSOP-28/QFN-38 LT3844 Step-Down 4 to to to TSSOP-16E LTC3863 Inverter 3.5 to to to DFN-12, MSOP-12 LTC3891 Synchronous Step-Down 4 to to to QFN-20, TSSOP-20E LT3800 Synchronous Step-Down 4 to n/a TSSOP-16E LT3845/A Synchronous Step-Down 4 to to to TSSOP-16E LTC3890/-1/-2/-3 Dual Synchronous Step-Down 4 to 60 2 X to to QFN-32 LTC3769 Synchronous Step-Up 4.5 to Up to to to QFN-24, SSOP-20 * Dependent on External FET 60V/100V Input DC/DC Controllers Device Architecture Range I OUT (A)* V OUT(MIN) Frequency (khz) Ext Sync Range (khz) I Q (µa) I SD (µa) Max Junc Temp ( C) LT3748 Flyback 5 to variable n/a 1.3mA MSOP-16 (12) LT3758 Flyback, Boost, SEPIC, Inverter 5.5 to to 1MHz 100 to 1MHz 1.7mA DFN-10, MSOP-10 LT3751 Flyback 4.75 to variable n/a 5.5mA QFN-20, TSSOP-20 LTC3803/-3 Flyback 9.2 to ** /300 n/a ThinSOT LTC Flyback 5 to ** n/a ThinSOT LTC3805 Flyback 8.8 to ** to to DFN-10/MSOP-10 LTC Flyback 4.7 to ** to to DFN-10/MSOP-10 LT8710 Synchronous SEPIC, Boost, Inverter 4.5 to to to 700 4mA TSSOP-20 LTC Synchronous Step-Up 4.5 to to 1MHz n/a 3mA TSSOP-16E LTC3813 Synchronous Step-Up 7 to to 1MHz 100 to 1MHz 3mA SSOP-28 LTC Synchronous Step-Down 4.1 to to to mA SSOP-16, TSSOP-28 LTC3703 Synchronous Step-Down/Step-Up 9.3 to to to mA SSOP-16, TSSOP-28 LT3796 Buck, Boost, Buck/Boost 6 to to 1MHz 100 to 1MHz 2.5mA TSSOP-28E LT3791/-1 Synchronous Buck-Boost Controller 4.7 to to to 700 3mA TSSOP-38E LTC Synchronous Step-Down 4.2 to to 1MHz n/a 3mA TSSOP-16E LTC Synchronous Step-Down 4.2 to to 1MHz 100 to 1MHz 3mA TSSOP-16E LTC3810 Synchronous Step-Down 6.2 to to 1MHz 100 to 1MHz 3mA TSSOP-16E LT8705 Synchronous Buck Boost 2.8 to to to TSSOP-38/QFN-38 * Dependent on External FET **Depends on External Components

9 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 7 40V, Low Quiescent Current Monolithic Switching Regulators LT8640: 42V, 5A, 3MHz Silent Switcher with Ultralow I Q 12 to OUT Efficiency Silent Switcher Architecture: Ultralow EMI/EMC Emissions 90 Spread Spectrum Frequency Modulation High Efficiency at High Frequency Up to 96% Efficiency at 1MHz Up to 95% Efficiency at 2MHz Wide Input Voltage Range: 3.4V to 42V Ultralow Quiescent Current Burst Mode Operation: I Q < 2.5μA Small 18-Lead 3mm 4mm QFN OUT, 5A Step-Down Converter VIN 5.8V TO 42V 4.7µF 1µF 10nF 41.2k 1µF LT8640 Actual Size Demo Board VIN1 EN/UV VIN2 1 2 PG LT8640 BST SYNC/MODE TR/SS INTVCC RT SW BIAS FB 1µF 4.7µH 4.7pF EFFICIENCY (%) LOAD CURRENT (A) 1M 243k VOUT 6A 47µF 1MHz 2MHz 3MHz 55.5 fsw = 1MHz 42V, Ultralow Quiescent Current Synchronous Monolithic Switching Regulators Device Architecture Range I OUT (A) V OUT(MIN) Frequency (MHz) Ext Sync Range (MHz) I Q (µa) I SD (µa) LT8608 Synchronous Step-Down 3.0 to kHz to 3MHz 200kHz to 3MHz Max Junc Temp ( C) 2x2 DFN-8, MSOP-10E LT8609 Synchronous Step-Down 3.0 to kHz to 2.2MHz 200kHz to 3MHz MSOP-10E LT8610 Synchronous Step-Down 3.4 to kHz to 2.2MHz 200kHz to 2.2MHz MSOP-16E LT8610A Synchronous Step-Down 3.4 to kHz to 2.2MHz 200kHz to 2.2MHz MSOP-16E LT8610AB Synchronous Step-Down 3.4 to kHz to 2.2MHz 200kHz to 2.2MHz MSOP-16E LT8610AC Synchronous Step-Down 3.0 to kHz to 2.2MHz 200kHz to 2.2MHz MSOP-16E LT8611 Synchronous Step-Down with Current Sense 3.4 to kHz to 2.2MHz 200kHz to 2.2MHz x5 QFN-24 LT8697 Synchronous Step-Down with Cable Comp 3.4 to kHz to 2.2MHz 300kHz to 2.2MHz x5 QFN-24 LT3690 Synchronous Step-Down 3.9 to 36,60MAX kHz to 1.5MHz 170kHz to 1.5MHz x6 QFN-26 LT8616 Dual Output Synchronous Step-Down 3.4 to A + 1.5A kHz to 3MHz 200kHz to 3MHz x6 QFN-28, TSSOP-28E LT8614* Synchronous Step-Down 3.4 to kHz to 2.2MHz 200kHz to 2.2MHz x4 QFN-18 LT8612 Synchronous Step-Down 3.4 to kHz to 2.2MHz 200kHz to 2.2MHz x6 QFN-28 LT8613 Synchronous Step-Down with Current Sense 3.4 to kHz to 2.2MHz 200kHz to 2.2MHz x6 QFN-28 LT8640* Synchronous Step-Down 3.4 to kHz to 3MHz 200kHz to 3MHz x4 QFN-18 LT8602 Quad Output Synchronous Step-Down 3.0 to 42 * Silent Switcher 2.5A + 1.5A + 1.5A + 1.5A kHz to 2.2MHz 250kHz to 2.2MHz 25 (total) x6 QFN-40 40V, Ultralow Quiescent Current Monolithic Switching Regulators Device Architecture Range I OUT (A) V OUT(MIN) Frequency (MHz) Ext Sync Range (MHz) I Q (µa) I SD (µa) Max Junc Temp ( C) LT3970 Step-Down 4.2 to kHz to 2.2MHz 200kHz to 2.2MHz x3 DFN-10, MSOP-10 LT3973 Step-Down 4.3 to kHz to 2.2MHz 250kHz to 2.2MHz x3 DFN-10, MSOP-10E LT3971 Step-Down 4.3 to kHz to 2.2MHz 200kHz to 2.2MHz x3 DFN-10, MSOP-10E/16E LT3975 Step-Down 4.3 to kHz to 2MHz 200kHz to 2MHz MSOP-16E LT3976 Step-Down 4.3 to kHz to 2MHz 200kHz to 2MHz MSOP-16E

10 8 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 40V, Low Quiescent Current Monolithic Switching Regulators (continued) 40V, Low Quiescent Current Monolithic Switching Regulators Device Architecture Range I OUT (A) V OUT(MIN) Frequency (MHz) Ext Sync Range (MHz) I Q (µa) I SD (µa) Max Junc Temp ( C) LTC3632 Synchronous Step-Down 4.5 to hystr. n/a x3 DFN-8, MSOP-8 LTC3642 Synchronous Step-Down 4.5 to hystr. n/a x3 DFN-8, MSOP-8 LTC3631 Synchronous Step-Down 4.5 to hystr. n/a x3 DFN-8, MSOP-8 LT3470 Step-Down 4.0 to hystr. n/a ThinSOT LT1934/-1 Step-Down 3.3 to COT* n/a x3 DFN-6,ThinSOT LT3667 Step-Down with Dual LDOs 4.3 to kHz to 2.2MHz 300kHz to 2.2MHz x5 QFN-24, MSOP-16E LT3668 Step-Down with Dual Tracking LDOs 4.3 to kHz to 2.2MHz 300kHz to 2.2MHz MSOP-16E LT3689 Step-Down with POR 3.6 to 36, 60 Max kHz to 2.2MHz 350kHz to 2.2MHz x3 QFN-16, MSOP-16E LT3973 Step-Down 4.3 to kHz to 2.2MHz 250kHz to 2.2MHz x3 DFN-10, MSOP-10E LTC3646/-1 Synchronous Step-Down 4.0 to kHz to 3MHz 250kHz to 3MHz x4DFN-14,MSOP-16E LT3695 Step-Down with Fault Protection 3.6 to 36, 60 Max kHz to 2.2MHz 250kHz to 2.2MHz MSOP-16E LT3682 Step-Down 3.6 to 36, 60 Max kHz to 2.2MHz 250kHz to 2.2MHz x3 DFN-12 LT3480 Step-Down 3.6 to 38, 60 Max kHz to 2.4MHz 250kHz to 2MHz x3 DFN-10, MSOP-10E LT3481 Step-Down 3.6 to 34, 36 Max kHz to 2.8MHz n/a x3 DFN-10, MSOP-10E LT3681 Step-Down 3.6 to 34, 36 Max kHz to 2.8MHz n/a x4 DFN-14 LT3972 Step-Down 3.6 to 33, 62 Max kHz to 2.4MHz 250kHz to 2MHz MSOP-10E LT3680 Step-Down 3.6 to kHz to 2.4MHz 250kHz to 2MHz x3 DFN-10, MSOP-10E 40V Monolithic Switching Regulators Device Architecture Range I OUT (A) V OUT(MIN) Frequency (MHz) Ext Sync Range (MHz) I Q (ma) I SD (µa) Max Junc Temp ( C) LT3502/A Step-Down 3.4 to /2.2MHz n/a x2 DFN-8 LT3645 Step-Down + LDO Controller 3.6 to 36, 55 Max kHz n/a MSOP-12E LT1933 Step-Down 3.6 to kHz n/a ThinSOT, 2x3DFN-6 LT1776 Step-Down 7.4 to kHz 250kHz to 400kHz SO-8 LT3686/A Step-Down 3.6 to 37, 60 Max kHz to 2.5MHz 300kHz to 2.5MHz x3 DFN-10, MSOP-10E LT3493/A Step-Down 3.6 to kHz n/a x3 DFN-6 LT3505 Step-Down 3.6 to kHz to 2.8MHz n/a x3 DFN-8, MSOP-8E LT3663 Step-Down with Current Limiting 7.5 to 36, 60 Max MHz n/a x3 DFN-8, MSOP-8 LT3509 Dual Step-Down 3.6 to 36, 60 Max 2x kHz to 2.2MHz 300kHz to 2.2MHz x4 DFN-14,MSOP-16E LT3688 Dual Step-Down w/por/watchdog 3.6 to 36 2x kHz to 2.5MHz 350kHz to 2.5MHz 115µA x4 QFN-24,TSSOP-24E LT3640 Dual Step-Down 4.0 to 35, 55 Max kHz to 2.5MHz 350kHz to 2.5MHz 290µA x5 QFN-28,TSSOP-28E LT3641 Dual Step-Down 4.0 to 42, 55 Max kHz to 2.5MHz 350kHz to 2.5MHz 290µA x5 QFN-28,TSSOP-28E LT1936 Step-Down 3.6 to kHz n/a MSOP-8E LT3508 Dual Step-Down 3.7 to 36 2x kHz to 2.5MHz 250kHz to 2.5MHz x4 QFN-24,TSSOP-16E LT3685 Step-Down 3.6 to 38, 60 Max kHz to 2.4MHz 250kHz to 2MHz x3 DFN-10, MSOP-10E LT3684 Step-Down 3.6 to 34, 36 Max kHz to 2.8MHz n/a x3 DFN-10, MSOP-10E LT1912 Step-Down 3.6 to kHz to 500kHz n/a x3 DFN-10, MSOP-10E LT3500 Step-Down + LDO Controller 3.6 to kHz to 2.2MHz 250kHz to 2.2MHz x3 DFN-12 LT3697 Step-Down w/ Cable Comp 5 to 40, 60 Max kHz to 2.2MHz 200kHz to 2.2MHz 700µA MSOP-16E LT3694/-1 Step-Down + Dual LDO Controller 4 to 37, 70 Max kHz to 2.5MHz 250kHz to 2.5MHz x5 QFN-28, TSSOP-20E LT3514 Triple Step-Down + LDO Controller 3.2 to 40 2A+1A+1A +10mA kHz to 2.2MHz 250kHz to 2.2MHz x5 QFN-28, TSSOP-24E LT3504 Quad Step-Down 3.2 to 40 4x kHz to 2.2MHz 250kHz to 2.2MHz x5 QFN-28 LT3507/A Triple Step-Down + LDO Controller 4 to , 2x kHz to 2.5MHz 250kHz to 2.5MHz x7 QFN-38 LT3692/A Dual Step-Down 3 to 36, 60 Max 2x to 2.25MHz 250kHz to 2MHz x5 QFN-32, TSSOP-38E LT3693 Step-Down 3.6V to 36V kHz to 2.4MHz 250kHz to 2MHz x3 DFN-10, MSOP-10E

11 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 9 40V, Step-Down DC/DC Converters with Cable Drop Compensation for USB Applications LT8697: 42V, 2.5A Synchronous Buck Regulator with Cable Drop Compenstation for USB Applications Accurate Output: ±1.4% Over Full Operating Junction Temperature Range Programmable Cable Drop Compensation Programmable Output Current Limit Output Current Monitor Dual Input Feedback Permits Regulation on Output of USB Switch Forced Continuous Mode for Fast Load Step Low Recovery Ultralow Quiescent Current Burst Mode Operation: 3.6μA I Q Regulation 12 to OUT 2MHz Step-Down Converter with Cable Drop Compensation and Output Current Monitor 6V TO 42V 4.7µF 1µF 10nF EN/UV PG INTV CC ICTRL SYNC TR/SS RT LT8697 BST 18.2k P SW SYS ISP ISN USB RCBL V OUT 2.7µH 0.02Ω 100k 16.5k 47µF I OUT MONITOR 0.4A/V 10k CABLE 0.12Ω 0.12Ω LOAD + VLOAD, 2.1A VOUT 5 LT8697 Actual Size Demo Board VOLTAGE VLOAD 4 3 CURRENT (A) ILOAD 1 Transient Response with 0.24Ω Total R LINE TIME (µs) 40V, Low Quiescent Current Monolithic Regulators with Cable Compensation Device Architecture Range I OUT (A) V OUT(MIN) Frequency (MHz) Ext Sync Range (MHz) I Q (µa) I SD (µa) Max Junc Temp ( C) LT3086 Low Dropout Linear Regulator 1.65 to n/a n/a 1.2mA LT8697 Synchronous Step-Down with Cable Comp 3.4 to kHz to 2.2MHz 300kHz to 2.2MHz x5 QFN-24 LT3697 Step-Down w/ Cable Comp 5.0 to 40, 60 Max kHz to 2.2MHz 200kHz to 2.2MHz MSOP-16E LT3971-A-5 Step-Down 4.3 to kHz to 2MHz 200kHz to 2MHz MSOP-10E 5x4 QFN-16, TSSOP-16E, DDPak-7, TO-220

12 10 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 36V to 60V Multioutput Step-Down DC/DC Converters LT8602: 42V Quad Monolithic Synchronous Step-Down Regulator Two High Voltage Synchronous Buck Regulators: 3V to 42V Input Voltage Range: Output Currents Up to 2.5A and 1.5A Two Low Voltage Synchronous Buck Regulators: 2. to 5. Input Voltage Range: Output Currents Up to 1.5A 250kHz to 2.2MHz Switching Frequency Low Ripple Burst Mode Operation: I Q =25µA 6mm x 6mm QFN-40 LT8602 Actual Size Demo Board Channel 1 Start-Up Dropout Performance 2V/DIV V OUT 100ms/DIV 20Ω LOAD (250mA IN REGULATION) Channel 1 Efficiency EFFICIENCY (%) LOAD CURRENT (A) = 12V V OUT = f SW = 1MHz V to 60V Multioutput Step-Down DC/DC Converters Device Architecture Range I OUT Frequency (A) V OUT(MIN) (MHz) Ext Sync Range (MHz) I Q (µa) I SD (µa) Max Junc Temp ( C) LT3667 Step-Down with Dual LDOs 4.3 to kHz to 2.2MHz 300kHz to 2.2MHz x5 QFN-24, MSOP-16E LT3668 Step-Down with Dual Tracking LDOs 4.3 to kHz to 2.2MHz 300kHz to 2.2MHz MSOP-16E LT3645 Step-Down + LDO Controller 3.6 to 36, 55MAX kHz n/a 1.4mA MSOP-12E LT3509 Dual Step-Down 3.6 to 36, 60MAX 2 x kHz to 2.2MHz 300kHz to 2.2MHz 1.9mA x4 DFN-14,MSOP-16E LT3688 Dual Step-Downw/POR, Watchdog Timer 3.6 to 36 2 x kHz to 2.5MHz 350kHz to 2.5MHz x4 QFN-24,TSSOP-24E LT3988 Dual Step-Down 4 to 60, 80MAX 2 x kHz to 2.5MHz 250kHz to 2.5MHz 2mA MSOP-16E LT3508 Dual Step-Down 3.7 to 36 2 x kHz to 2.5MHz 250kHz to 2.5MHz 4.6mA x4 QFN-24 TSSOP-16E LT3640 Dual Step-Down 4 to 35, 55MAX kHz to 2.5MHz 350kHz to 2.5MHz x5 QFN-28,TSSOP-28E LT3641 Dual Step-Down 4 to 42, 55MAX kHz to 2.5MHz 350kHz to 2.5MHz x5 QFN-28,TSSOP-28E LT3500 Step-Down + LDO Controller 3.6 to kHz to 2.2MHz 250kHz to 2.2MHz 2.5mA x3 DFN-12 LT8626 LT3694/-1 LT3514 LT8616 Dual Output Synchronous Step-Down Step-Down + Dual LDO Controller Triple Step-Down + LDO Controller Dual Output Synchronous Step-Down 3.4 to A + 1A kHz to 3MHz 200kHz to 3MHz x6 QFN, TSSOP-28E 4 to 37, 70MAX kHz to 2.5MHz 250kHz to 2.5MHz 1mA x5 QFN-28, TSSOP-20E 3.2 to 40 2A + 1A + 1A + 10mA kHz to 2.2MHz 250kHz to 2.2MHz 2.7mA x5 QFN-28, TSSOP-24E 3.4 to A + 1.5A kHz to 3MHz 200kHz to 3MHz x6 QFN-28, TSSOP-28E LT3504 Quad Step-Down 3.2 to 40 4 x kHz to 2.2MHz 250kHz to 2.2MHz 7mA x5 QFN-28 LT3507/A Triple Step-Down + LDO Controller 4 to , kHz to 2.5MHz 250kHz to 2.5MHz 7mA x7 QFN-38,TSSOP-38E LT3692/A Dual Step-Down 3 to 36, 60MAX 2 x kHz to 2.25MHz 250kHz to 2MHz 4mA x5 QFN-32, TSSOP-38E LT8602 LT8603 Quad Output Synchronous Step-Down Quad Output Synchronous Step-Down with Pre-Boost Controller 3.0 to to A + 1.5A + 1.5A + 1.5A 2.5A + 1.5A + 1.5A + 2A kHz to 2.2MHz 250kHz to 2.2MHz x6 QFN kHz to 2.2MHz 250kHz to 2.2MHz x6 QFN-40 LT3992 Dual Step-Down 3 to x 2 250kHz to 2MHz 250kHz to 2MHz 4.7mA x5 QFN-32, TSSOP-38E

13 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 11 36V Low Quiescent Current Synchronous DC/DC Controllers LTC3859AL: Buck/Buck/Boost Synchronous Controller with Burst Mode Operation Dual Buck Plus Single Boost Synchronous Controllers Outputs Remain in Regulation Through Cold Crank Down to 2. Low Operating I Q : 28μA (One Channel On) Wide Bias Input Voltage Range: 4. to 38V Buck Output Voltage Range: 0.8V V OUT 24V Boost Output Voltage Up to 60V LTC3859A Demo Board Efficiency vs Input Voltage FIGURE 12 CIRCUIT ILOAD = 2A INPUT VOLTAGE 36V Input Low Quiescent Current Synchronous DC/DC Controllers EFFICIENCY (%) Automotive Input to V OUT = & 8. VOUT3 REGULATED AT 10V WHEN VIN < 10V FOLLOWS VIN WHEN VIN > 10V VIN 2. TO 38V (START-UP ABOVE ) VOUT2 = 8. VOUT1 = 220µF 2mΩ 220µF 1µF 499k VFB3 VBIAS 68.1k TG1 1.2µH TG3 SW1 SW3 LTC3859AL BG1 BG3 SENSE1 + SENSE3 SENSE3 + SENSE1 VFB1 INTVCC 4.7µF RUN1, 2, 3 BOOST1, 2, 3 EXTVCC SW1, 2, 3 TG2 ITH1, 2, 3 SW2 BG2 SENSE2+ TRACK/SS1, 2 SENSE2 SS3 VFB2 P S VOUT1 4.9µH 68.1k 357k 6.5µH 6mΩ 8mΩ VOUT1 5A 220µF VOUT2 8. 3A 68.1k 649k 68µF Device Architecture Range I OUT (A)* V OUT(MIN) Frequency (khz) Ext Sync Range (khz) I Q (µa) I SD (µa) Max Junc Temp ( C) LTC3807 Synchronous Step-Down 4 to to to QFN-20, TSSOP-20 LTC3834 Synchronous Step-Down 4 to to to DFN-16, SSOP-16 LTC Synchronous Step-Down 4 to to to QFN-20, TSSOP-20 LTC3835 Synchronous Step-Down 4 to to to DFN-16, SSOP-16 LTC Synchronous Step-Down 4 to to to QFN-20, TSSOP-20 LTC3857/-1 Dual Synchronous Step-Down 4 to 38 20/ to to QFN-32/SSOP-28 LTC3858/-1 Dual Synchronous Step-Down 4 to 38 20/ to to QFN-32/QFN-28/SSOP-28 LTC3859AL Buck/Buck/Boost 4.5 to 38 10/10/ to to QFN-38/TSSOP-38 LTC3786 Synchronous Step-Up 4.5 to Up to 60V 50 to to QFN-16, TSSOP-16 LTC1871/-1 Step-Up 2.5 to to 1MHz 65 to 1.3MHz MSOP-10 36V/40V Input DC/DC Controllers Device Architecture Range I OUT (A)* V OUT(MIN) Frequency (khz) Ext Sync Range (khz) I Q (ma) I SD (µa) Max Junc Temp ( C) LTC3851A/-1 Synchronous Step-Down 4 to to to QFN-16, SSOP-16 LTC3878 Synchronous Step-Down 4 to Constant On-time n/a SSOP-16 LTC3879 Synchronous Step-Down 4 to Constant On-time n/a QFN-16, MSOP-16 LTC3866 Synchronous Step-Down 4.5 to to to x4 QFN-24, TSSOP-24 LTC3775 Synchronous Step-Down 4.5 to to 1MHz 250 to 1MHz MSOP-16, QFN-16 LTC3833 Synchronous Step-Down 4.5 to to 2MHz 200 to 2MHz QFN-20. TSSOP-20 LTC Phase Synchronous Step-Down 4.5 to to 2MHz 200 to 2MHz QFN-32 LTC3850 Dual Synchronous Step-Down 4 to 30 20/ to to µA QFN-32, SSOP-28 LTC3855 Dual Synchronous Step-Down 4.5 to 38 25/ to to x6 QFN-40, SSOP-38 LTC3865/-1 Dual Synchronous Step-Down 4.5 to 38 25/ to to QFN-32, TSSOP-38 LTC3869/-2 Dual Synchronous Step-Down 4 to 38 25/ to to QFN-28, TSSOP-28 LTC3787 Synchronous Step-Up 4.5 to Up to to to µA QFN-28, SSOP-28 LTC3788/-1 Dual Synchronous Step-Up 4.5 to 38 2 X 10 Up to to to µA QFN-32 LTC3862/-1/-2 2-Phase Step-Up 4 to * 50 to to QFN-24, SSOP-24, TSSOP-24 LT3782A 2-Phase Step-Up 4 to to to SSOP-28 LT3757 Boost, SEPIC, Flyback and Inverter 2.9 to to 1MHz 100 to 1MHz DFN-10, MSOP-10 LTC3789 Synchronous Buck-Boost 4 to to to SSOP-24, 5x5 QFN-32 LT3759 Boost, SEPIC, Inverter 1.6 to to 1MHz 100 to 1MHz 350μA MSOP-12 * Dependent on External FET

14 12 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS µmodule Power Products Resembling surface mount ICs, our family of μmodule (micromodule) power products includes complete system-in-a-package solutions for DC/DC point-of-load conversion, and LED illumination. The components are integrated into a compact thermally enhanced LGA or BGA package. The 40 C to 150 C tested LTM 8008, for example, is targeted for use in engine control units, and 40 C to 125 C tested products power the latest electronics in the dashboard, console, body and interior lighting. The high level of integration enables specific µmodule products to be certified compliant with the EN55022 class B EMI standard. Inside the LTM8058 Isolated µmodule Converter in 9 x x 4.92mm BGA package 9mm Isolated Transformer 4.9mm Surface Mount Resistors & Capacitors Linear Technology Silicon 11.25mm Surface Mount Resistors & Capacitors Linear Technology s New UL60950 Recognized Isolated µmodule Converters (LTM8058 Shown) μmodule (micromodule) power products simplify implementation, verification, and manufacturing of complex power circuits by integrating the function in a compact molded plastic package. s (mm) Isolated EN55022 Class B LED Driver Step-Up & Down Step-Down Benefits How it s done Reduce ground noise to improve signal integrity. Internal transfomer provides galvanic isolation between primary and secondary sides. Reduce emitted electro-magnetic interference (EMI) to improve system reliability and improve chances of passing government radiated emissions standards. Shielded inductors, Pi-ilters, switch gate drive control and PCB layout exemplified by the demo board reduce EMI. These devices are certified to meet EN55022B with margin. Power and dim (up to a 3000:1 ratio) LEDs with as few as three external components. Integrated inductor, switches, LED current controller and compensation are incorporated in a LGA package. Maintain a regulated output voltage while the input voltage could fluctuate above, below or equal to the desired output voltage with a small PCB footprint. The buck-boost controller seamlessly transitions the internal H-bridge power switches between buck and boost operation. Choose from a wide range of regulated output voltage options from 0.6V to 34V that are tailored to meet the specific operating requirements of loads from FPGAs and SoCs to high performance ADCs and amplifiers up to intermediate bus voltages. A combination of state of the art Mid & High Voltage Wafer Processes, superb IC design and characterization create a wide portfolio of products each targeted to meet the specific needs. 15 x x 15 9 x 15 9 x x x 6.25

15 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS C to 150 C Tested Products Input Voltage Output Voltage Min Max Min Max Output Current (A) Outputs Adjustable Switching Frequency Range Dimensions (mm) , 0.3, 0.15, 0.15, 0.15, kHz to 1MHz LTM x15x2.8 LGA Step-Up & Down 40 C to 125 C Tested Products Input Voltage Output Voltage Output Current Min Max Min Max (A) Outputs Parallelable Outputs (Total I OUT ) EN55022B Certified Low Output Noise Dimensions (mm) x4 (60A) - - LTM x 15 x 4.3 LGA, 15 x 15 x 4.9 BGA x4 (80A) - - LTM x 15 x 4.3 LGA, 15 x 15 x 4.9 BGA x2 (12A) - - LTM x 15 x 4.3 LGA x2 (8A) - - LTM x 15 x 2.8 LGA x4 (32A) - - LTM x 15 x 4.3 LGA, 15 x 15 x 4.9 BGA x2 (12A) - LTM x 15 x 2.8 LGA, 15 x 15 x 3.4 BGA , ,5,4 3 x2(10a) - - LTM x 15 x 5.0 BGA LTM x x 2.8 LGA Step-Down EN55022 Class B LTM x x 3.4 BGA LTM x x 2.8 LGA x10 (10A) - LTM x 15 x 3.4 BGA LTM x x 2.8 LGA, 9 x x 3.4 BGA LTM x 15 x 2.8 LGA, 9 x 15 x 3.4 BGA x2 (6A) - LTM x 15 x 4.3 LGA, x 15 x 4.9 BGA LTM x 15 x 4.9 BGA x2 (10A) - - LTM x 15 x 2.8 LGA x2 (10A) - LTM x 15 x 2.8 LGA x2 (16A) - LTM x 15 x 4.3 LGA x4 (8A) - - LTM x 15 x 4.9 BGA LTM x 15 x 4.3 LGA Input Voltage Output Voltage Min Max Min Max Output Current (A) Outputs Parallelable Outputs (Total I OUT ) Dimensions (mm) x4 (20A) LTM x15x2.8 LGA x4 (20A) LTM x15x2.8 LGA Step-Up & Down x4 (16A) LTM x15x2.8 LGA, 15x15x3.4 BGA Input Voltage Output Voltage Min Max Min Max LED Current (A) Outputs Supported Dimming Method Dimensions (mm) Analog & PWM LTM x15x2.8 LGA Analog & PWM LTM8042 9x15x2.8 LGA LED Driver Input Voltage Output Voltage Min Max Min Max Output Power (W) Outputs Low Output Noise Isolation Voltage UL60950 Recognized Dimensions (mm) DC - LTM x x 4.9 BGA DC - LTM x x 4.9 BGA kV DC LTM x x 4.9 BGA Isolated kV DC LTM x x 4.9 BGA kV DC LTM x 15 x 4.9 BGA

16 14 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS High Voltage Power Managers and Battery Chargers LTC4020: 5 Buck-Boost Multi-Chemistry Battery Charger Wide Voltage Range: 4. to 5 Input, Up to 5 Output (60V Absolute Maximums) Synchronous Buck-Boost DC/DC Controller Li-Ion and Lead-Acid Charge Algorithms ±0.5% Float Voltage Accuracy High Efficiency USB/Automotive Battery Charger with Overvoltage Protection VIN RSENSEA BUCK-BOOST DC/DC CONVERTER PowerPath BATTERY CHARGER RCS VOUT ±5% Charge Current Accuracy Instant-On for Heavily Discharged Batteries Ideal Diode Controller Provides Low Loss PowerPath RSENSEB LTC4020 Input Voltage Regulation for High Impedance Input Supplies Onboard Timer for Protection and Termination RNTC Bad Battery Detection with Auto-Reset NTC Input for Temperature Qualified Charging Binary Coded Open-Collector Status Pins Low Profile (0.75mm) 38-Pin 5mm 7mm QFN High Voltage Battery Chargers and Power Managers Max Charge Current Wall (A) # of Battery Cells (Series) Max Charge Current USB (ma) Topology Input Voltage Standby Current (µa) I BAT Drain Current (µa) Charge R DS(ON) Ideal Diode LTC V to 18V n/a Switching 4.3V to 40V 2.5 <1 Timer n/a 3x3 QFN-16 LTC4089* Linear 4.3 to 5. USB, 6V to 36V, 40V max adapter Timer + C/10 LTC Linear 4.3 to 5. USB, 6V to 36V, 40V max adapter Timer + C/10 LTC4089-1* Linear 4.3 to 5. USB, 6V to 36V, 40V max adapter Timer + C/10 LTC Linear 4.3 to 5. USB, 6V to 38V, 60V max adapter Timer + C/10 215mΩ <50mΩ (opt.) 215mΩ <50mΩ (opt.) 215mΩ <50mΩ (opt.) 215mΩ <50mΩ (opt.) 3x6 DFN-22 3x6 DFN-22 3x6 DFN-22 3x6 DFN-22 LTC4098* Switching 4.3 to 5. USB, 6V to 38V & 60V transient adapter, 66V OVP Timer + C/10 180mΩ <50mΩ (opt.) 3x4 QFN-20 LT / n/a Switching 4.7 to 32V / 9V to 32V, 40V abs max Timer + C/10 n/a 3x3 DFN-12, TSSOP-16 LT3652/HV V to 14.4/18V n/a Switching 4.9 to 32/34V, 40V abs max Timer + C/10 n/a 3x3 DFN-12, MSOP-12E LTC A up to 5 n/a Switching 4. to Timer + C/10 n/a 5x7 QFN-38 LTC4000 ** >20A 3V to 60V n/a n/a 3V to 60V Timer or C/x external 4x5 QFN-28, SSOP-28 * Bat-Track adaptive output control ** Battery charging controller - works in conjunction with externally compensated switching regulator 4.1V cell voltage For a more detailed review of Linear s extensive portfolio of battery chargers, see the Battery Charger and Management Solutions brochure.

17 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 15 High Voltage Charge Pumps LTC3245: Wide Range, Low Noise, 250mA Buck-Boost Charge Pump 2.7V to 38V Range I Q = 18μA Operating; 4μA in Shutdown 12V to Efficiency = 81% Multimode Operation (2:1, 1:1, 1:2) with Automatic Mode Switching Low Noise, Constant Frequency Operation Pin Selectable Burst Mode Operation V OUT : Fixed 3.3V, or Adjustable (2. to ) I OUT Up to 250mA Overtemperature and Short-Circuit Protection Operating Junction Temperature: 150 C Maximum Thermally Enhanced 12-Pin MSOP and Low Profile 12-Pin (3mm x 4mm) DFN LTC3245 Actual Size Demo Board Efficient Regulated Output VIN = 2.7V TO 38V 1µF 1µF OUT Efficiency vs Output Current EFFICIENCY (%) C + C LTC3245 VIN VOUT SEL2 OUTS/ADJ BURST PGOOD SEL1 90 VIN = 12V EFFICIENCY PLOSS IOUT (ma) 500k VOUT = IOUT UP TO 250mA 10µF PLOSS (mw) Product Topology Range Max I OUT V OUT I Q (µa) LDO Post-Regulator Max Junc Temp ( C) LTC3255 Buck mA 2.4 to No 150 3x3 DFN-10, MSOP-10E LTC3245 Buck-Boost mA 3.3, 5, Adj 18 No 150 3x4 DFN-12, MSOP-12E LTC3260 Dual/Inverting mA ±Adj 100 Yes 150 3x4 DFN-14, MSOP-16E LTC3261 Inverting mA - 60 No 150 MSOP-12E Available Output Current vs Input Current LTC3255: Wide Range Fault Protected 50mA Step-Down Charge Pump Input Voltage Range: 4V to 48V Adjustable Regulated Output: 2.4V to 12. Output Current: 50mA Maximum 16μA Quiescent Current in Regulation at No Load Input Fault Protection from 52V to 60V Multimode Charge Pump (2:1, 1:1) with Automatic Mode Switching Maintains Regulation Over Wide Range Input Voltage Shunt Mode for Current-Fed Applications Power Good Output Overtemperature and Short-Circuit Protection Operating Junction Temperature: 150 C Maximum Thermally Enhanced 10-Lead MSOP and 10-Lead (3mm 3mm) DFN packages LTC3255 Actual Size Demo Board 7.4mA DC Supply from 4mA to 20mA Current Loop + 4mA TO 20mA INPUT >10V COMPLIANCE 1µF VIN EN SHUNT BIAS 1µF C + C LTC3255 AVAILABLE OUTPUT CURRENT (ma) VOUT PGOOD FB AVAILABLE IOUT INCREASED IOUT CAPABILITY INPUT CURRENT INPUT CURRENT (ma) 220k PGOOD 2.15M 1.21M OUTPUT 3.3V 7.4mA 10µF

18 16 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 36V to 80V Synchronous Buck-Boost Switching Regulators LTC3115-1: 40V, 2A Synchronous Buck Boost DC/DC Converter Wide Range: 2.7V to 40V Automotive Input to OUT Wide V OUT Range: 2.7V to 40V 10µH 1A Output Current for 3.6V, V OUT = 2A Output Current in Step-Down Operation for 6V 2.7V TO 40V BST1 SW1 SW2 BST2 PVIN PVOUT 4.7µF VIN 47µF LTC k 3300pF BURST PWM PWM/SYNC VC OFF ON RUN FB RT PVCC VCC 47.5k P 4.7µF 1M 249k 33pF 15k 1A VIN > 3.6V 2A VIN 6V LTC Actual Size Demo Board EFFICIENCY (%) VIN = 3.6V VIN = VIN = 12V VIN = 24V VIN = 36V LOAD CURRENT (A) Efficiency vs Output Current 36V to 80V Synchronous Buck-Boost Switching Regulators Device Architecture Range I OUT (A) V OUT Range Frequency (khz) Ext Sync Range (khz) I Q (µa) I SD (µa) Max Junc Temp ( C) LT3433 Buck-Boost Regulator 4 to to n/a TSSOP-16E LTC3114 Synchronous Buck-Boost Regulator 2.2 to to MHz 1.2MHz x5 DFN-16, TSSOP-16E LTC Synchronous Buck-Boost Regulator 2.7 to to kHz to 2MHz 100 to 2MHz x5 DFN-20, TSSOP-20E LT3790 Synchronous Buck-Boost Controller 4.7V to 60V 10* 1.2 to to to 700 3mA TSSOP-38E LTC3780 Synchronous Buck-Boost Controller 4 to 36 10* 0.8 to to to mA SSOP-24, 5x5 QFN-32 LTC3789 Synchronous Buck-Boost Controller 4 to 40 10* 0.8 to to to 400 3mA SSOP-24, 4x5 QFN-28 LT8705 Synchronous Buck-Boost Controller 2.8 to 80 20* 1.3 to to to mA x7 QFN-38, TSSOP-38E *Dependent on External FET.

19 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 17 Low Voltage (<6V) Point-of-Load Monolithic Synchronous Step-Down Switching Regulators LTC3615: Dual 4MHz, 3A Synchronous Step-Down DC/DC Converter High Efficiency: Up to 94% Dual Outputs with 2 3A Output Current Capability 5 Dual Output Synchronous Step-Down Converter Low Output Ripple Burst Mode Operation: I Q = 130μA 2.2 to 5. Input Voltage Range ±1% Output Voltage Accuracy LTC3615 Actual Size Demo Board EFFICIENCY (%) MHz VOUT = OUTPUT CURRENT (A) VIN = 3.3V VIN = 4V VIN = POWER LOSS (W) µF S P1 P2 RUN1 SW1 TRACK/SS1 PGOOD1 ITH1 LTC3615 SRLIM FB1 R T /SYNC MODE PHASE SW2 RUN2 TRACK/SS2 PGOOD2 FB2 ITH2 S P 0.47µH 0.47µH 422k 210k 665k 210k V OUT1 1.8V/3A 47µF V OUT2 2./3A 47µF Low Voltage (<6V) Point-of-Load Monolithic Synchronous Step-Down Switching Regulators Device Architecture Range V OUT(MIN) I OUT (A) Frequency (MHz) Ext Sync Range I Q (µa) I SD (µa) Max Junc Temp ( C) LTC3410/B Synchronous 2.5 to n/a SC70 LTC3542 Synchronous 2.5 to MHz to 3MHz x2 DFN-6, ThinSOT LTC3547/B Dual Synch 2.5 to / n/a x3 DFN-8 LTC3406A/AB Synchronous 2.5 to n/a ThinSOT LTC3406AB-2 Synchronous 2.5 to n/a ThinSOT LTC3448 Synchronous 2.5 to MHz to 4MHz MSOP-8E, DFN-8 LTC3543 Synchronous 2.5 to MHz to 3MHz x3 DFN-6 LTC3544/B Quad Synch 2.25 to /0.2/0.2/ n/a x3 QFN-16 LTC3560 Synchronous 2.5 to MHz to 3MHz ThinSOT LTC3561 Synchronous 2.6 to kHz to 4MHz n/a x3 DFN-10 LTC3446 Synchronous + LDOs 2.7 to /0.3/ n/a x3 DFN-14 LTC3407A Dual Synch 2.5 to / MHz MSOP-10, 3x3 DFN-10 LTC3409 Dual Synch 1.6 to / /2.60 1MHz to 3MHz x3 DFN-8 LTC3419 Dual Synch 2.5 to / n/a MSOP-10, 3x3 DFN-10 LTC3548 Dual Synch 2.5 to / MHz MSOP-10, 3x3 DFN-10 LTC3411A Synchronous 2.5 to kHz to 4.0MHz 400kHz to 4MHz x3 DFN-10, MSOP-10 LTC3407A-2 Synchronous 2.5 to / MHz MSOP-10, 3x3 DFN-10 LTC3568 Synchronous 2.5 to kHz to 4MHz 400kHz to 4MHz x3 DFN-10, LTC3417A-2 Dual Synch 2.25 to / MHz TSSOP-20E, 3x5 DFN-20 LTC3545 Triple Synch 2.25 to /0.8/ MHz to 3MHz x3 QFN-16 LTC3612 Synchronous 2.25 to kHz to 4.0MHz 300kHz to 4.0MHz TSSOP-20E, 3x4 QFN-20 LTC3412A Synchronous 2.25 to kHz to 4.0MHz 300kHz to 4.0MHz TSSOP-16E, QFN LTC3414 Synchronous 2.25 to kHz to 4.0MHz 300kHz to 4.0MHz TSSOP-20E LTC3614 Synchronous 2.25 to kHz to 4.0MHz 300kHz to 4.0MHz x5 QFN-24 LTC3416 Synchronous 2.25 to kHz to 4.0MHz n/a TSSOP-20E LTC3615 Dual Synchronous 2.25 to x 2 300kHz to 4.0MHz 400kHz to 4.0MHz TSSOP-24E, 4x4 QFN-24 LTC3616 Dual Synchronous 2.25 to kHz to 4.0MHz 300kHz to 4.0MHz x5 QFN-24 LTC3418 Synchronous 2.25 to kHz to 4.0MHz 300kHz to 4.0MHz x7 QFN-38 LTC Channel Sync PMIC 2.7 to /1.2 x 2/1 1.12/2.5 n/a 8 n/a 150 6x6 QFN-40 LTC Channel Sync PMIC 2.5 to x 2/1.5 x /2.5 n/a 12 n/a 150 6x6 QFN-40

20 18 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS Monolithic Step-Up DC/DC Converters LT8471 Actual Size Demo Board LT8471: Dual Multitopology DC/DC Converters with 2A Switches and Synchronization Dual 2A and One 500mA, 50V Internal Power Switch Channels Wide Input Voltage Range of 2.6V to 50V 2A Primary Channels Can Be Buck, Boost, SEPIC, ZETA, Flyback or Inverting DC/DC Converter 500mA Skyhook Channel Efficiently Generates Boosted Input Voltage 20-Lead TSSOP Efficiency and Power Loss Load from V OUT1 to V OUT2 EFFICIENCY (%) EFFICIENCY POWER LOSS 20 VCC = 1 6V 10 18V 32V LOAD CURRENT (A) POWER LOSS (W) 6V to 32V to ±, Dual DC/DC Converter 6V TO 32V 2.2µF VIN1 C1 1µF VIN2 1µF SHOUT FB1 E1 15µH LT8471 C3 475k OV/UV 100k PG1 100k C2 PG2 FB2 SS1 SS2 E2 SYNC RT 187k 2.2µF 10µH 2.2µF 10µH 316k 59k 59k 316k VOUT1 1.5A VOUT2 0.65A High Voltage Outputs to 84V Device Architecture Range V OUT Max I SW (A) Frequency (MHz) I Q (ma) I SD (µa) Max Junc Temp ( C) LT3461/A Boost 2.5 to / ThinSOT LT3460 Boost 2.5 to SC70, ThinSOT LT1945 Boost 1 to 15 ± COT 20μA MSOP-10 LT3495/B/B-1 Boost 2.3 to /0.35 LNAPC 60µA x3 DFN-10 LT1930/A Boost, SEPIC, Inverting 2.6 to / / ThinSOT LT8330 Boost, SEPIC, Inverting 2.7 to MHz 6µA x3 DFN-8, MSOP-8 LT8580 Boost, SEPIC, Inverting 2.55 to kHz to 1.5MHz x3 DFN-8, SOT-23-8 LT3467 Boost, SEPIC 2.4 to ThinSOT LT1946/A Boost 2.45 to MSOP-8E LT1618 Boost 1.6 to MSOP-10 LT3580 Boost, SEPIC, Inverting 2.5 to kHz to 2.5MHz x3 DFN-8, MSOP-8 LT8495 Boost, SEPIC 2.5 to kHz to 1.5MHz 9μA TSSOP-20E LT8582 Boost, SEPIC, Inverting 2.5 to 22,40MAX kHz to 2.5MHz x7 QFN-24 LT3581 Boost, SEPIC, Inverting 2.5 to 22,40MAX kHz to 2.5MHz x4DFN-14, MSOP-16E LT3956 Boost, SEPIC 4.5 to KHz to 1MHz x6 QFN-36 LT3958/A Boost, SEPIC, Inverting 5 to KHz to 1MHz x6 QFN-36 LT8471 Boost, Buck, SEPIC, Inverting 2.6 to x 2A 100KHz to 2MHz 70μA TSSOP-20E LT3957/A Boost, SEPIC, Inverting 3 to KHz to 1MHz x6 QFN-36 LT3579/-1 Boost, SEPIC, Inverting 2.5 to 16,40MAX kHz to 2.5MHz x5 QFN-20, TSSOP-20E Low Voltage Outputs to 10V Device Architecture Range V OUT Max I SW (A) Frequency (MHz) I Q (µa) I SD (µa) Max Junc Temp ( C) LTC3459 Synch Boost 1.5 to COT ThinSOT LTC3526/B Synch Boost 0.85 to x2 DFN-6 LTC3528/B Synch Boost 0.7 to x3 DFN-8 LTC3527 Synch Boost 0.7 to & / x3 QFN-16 LTC3458 Synch Boost 1.5 to kHz to 1.5MHz x4 DFN-12 LTC3422 Synch Boost 1.0 to kHz to 3MHz x3 DFN-10 LTC3426 Boost 1.6 to ThinSOT LTC3421 Synch Boost 0.5 to x4 QFN-24 LTC3425 Synch Boost 0.5 to x5 QFN-32

21 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 19 LCD and OLED Biasing Boost and Inverting Monolithic DC/DC Converters LT3513: Quad Power Converter for TFT Displays Four Integrated Switches: 3A Buck, 2.5A Boost 0.35A Boost, 0.35A Inverter (Guaranteed Minimum Current Limit) External NPN LDO Driver Fixed Frequency, Low Noise Outputs Start-Up Waveforms RUN/SS 2V/DIV VLOGIC /DIV AVDD 10V/DIV VOFF 10V/DIV Quad Output Converter for TFT Displays V OFF 10V 20mA 2.2µF V LOGIC 0.5A V LDO 3.3V 0.5A 10µF 8V TO 16V 69.8k 10k 30.1k 22µF 10k 42.2k 10k 0.47µF 10µH 10µF 10µH V LOGIC 178k 53.6k 100k 60.4k UVLO LDOPWR SW4 D4 NFB4 BIAS BOOST 4.7µH 0.22µF SW1 SENSE + LT3513 SENSE FB1 7.5k 4.7k 2.7nF BD FB5 VC1 V C2 30k 4.7nF 1.5nF SW2 FB2 PGOOD RUN-SS1 RUN-SS2 RUN-SS3/4 C T V ON_CLK V ON V ONSINK E3 V C3 10k 47nF 15nF 15nF 15nF V ON_CLK 232k 10µF 6.8µH 165k SW3 V LOGIC FB3 V C4 10k 13k 2.2nF AV DD 8V 80mA 2.2µF V ON 22V 20mA 0.47µF VE3 20V/DIV VON 20V/DIV IIN(AVG) 1A/DIV LT3513 Actual Size Demo Board 5ms/DIV LCD and OLED Biasing DC/DC Converters Device Architecture Range V OUT Max I SW (A) Frequency (MHz) I Q (ma) I SD (µa) Max Junc Temp ( C) LT3472/A Dual-Boost/Inverter 2.20 to 16 ± / x3 DFN-10 LT1946/A Boost 2.45 to MSOP-8E LT3487 Dual-Boost/Inverter 2.30 to 16 ± / x3 DFN-10 LT3580 Boost 2.50 to kHz to 2.5MHz x3 DFN-8, MSOP-8 LT3471 Dual-Boost/Inverter 2.40 to 16 ±40 1.3/ x3 DFN-10 LT8582 Boost/Inverter 2.50 to 22, 40 Max kHz to 2.5MHz x7 QFN-24 LT3513 Quad-Buck, Boost, Boost/Inverter + LDO Controller 4.50 to 36 ±40 3.0/2.5/0.35/ x7 QFN-38

22 20 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS High Efficiency LED Drivers LT3791 Actual Size Demo Board LT3791: 60V, 4-Switch Synchronous Buck-Boost LED Driver 4-Switch Single Inductor Architecture Allows Above, Below or Equal to V OUT Wide Range: 4.7V to 60V Wide V OUT Range: 0V to 60V (5 LED) ±2% Output Voltage Accuracy Efficiency vs Input Voltage High Efficiency LED Drivers EFFICIENCY (%) BOOST BUCK-BOOST BUCK INPUT VOLTAGE Automotive Input Synchronous Buck-Boost 50W LED Driver 4.7V TO 58V R11 1M R12 237k R3 1M R1 332k R2 121k R4 54.9k SYNC TWO SIGNALS R IN 0.003Ω 100Hz 300kHz f = 300kHz C3 R7 1µF 50Ω C7 470nF INTV CC R9 200k C8 R10 200k IVINN IVINP EN/UVLO OVLO SHORTLED OPENLED PWM SYNC IVINMON ISMON CLKOUT VREF CTRL TEST1 SS V C C SS 10nF LT3791 C C 22nF INTV CC TEST2 BST2 BST1 TG1 SWI BG1 SNSP SNSN P BG2 SW2 TG2 FB ISP ISN PWMOUT RT S R8 86.6k M1 M2 D1 D2 C2 C1 L1 10µH R SENSE 0.004Ω C VCC 4.7µF M4 M3 CIN 2.2µF 100V 4 R5 1M R6 44.2k RLED 0.05Ω 2 LED 2A M5 C OUT 4.7µF 50V 4 Topology Dimming Type Max # of LEDs X ILED from 12 LED Configuration Input Voltage Range Max. Output Voltage I SW (A) Frequency Range Over Voltage Protection Max Junc Temp ( C) LT3517 Buck, Boost, Buck/Boost 5000:1 PWM, 20:1 Analog 4x 300mA Series 3 to 30, 40 Max kHz to 2.5MHz Yes 150 4x4 QFN-16, TSSOP-16E LT3474/-1 Buck Mode 400:1 PWM 2 x 1A Series 4 to 36 9/ kHz to 2MHz Yes 125 TSSOP-16E LT3496 Buck, Boost, Buck/Boost 3,000:1 PWM 3 x 10 x 100mA Triple Parallel Strings 3 to 30, 40 Max 45 3 x kHz to 2.1MHz Yes 150 4x4 QFN-28 LT Channel Boost 3000:1 PWM, 20:1 Analog 6 x 10 x 30mA Six Parallel Strings 3 to kHz to 2.5MHz Yes 125 4x4 QFN-24 LT Channel Boost 3000:1 PWM, 20:1 Analog 4 x 10 x 100mA Four Parallel Strings 3 to kHz to 2.5MHz Yes 150 LT3518 Buck, Boost, Buck/Boost 5000:1 PWM, 20:1 Analog 8x 300mA Series 3 to 30, 40 Max kHz to 2.5MHz Yes 150 5x5 QFN-32, TSSOP-28E 4x4 QFN-16, TSSOP-16E LT3475/-1 Dual Buck Mode 3,000:1 PWM 4 x 1.5A Dual Parallel Strings 4 to 36, 40 Max 9/34 2x kHz to 2MHz Yes 125 TSSOP-20E LT3478/-1 Buck, Boost, Buck/Boost 3000:1 PWM 6 x 1A Series 2.8 to 36, 40 Max kHz to 2.25MHz Yes 125 TSSOP-16E LT3952 Buck, Boost, Buck/Boost 5000:1 PWM 20:1 Analog 7 x 1A Series 3 to kHz to 3MHz Yes 150 TSSOP-28E LT3476 Buck, Boost, Buck/Boost Quad 1000:1 PWM 4 x 8 x 350mA 4 x Mutiple Series String 2.8 to x kHz to 2MHz Yes 125 5x7 QFN-38 LT Channel Boost 3000:1 PWM, 25:1 Analog 8 x 10 x 100mA Eight Parallel Strings 6 to Ext FET 100kHz to 1MHz Yes 125 TSSOP-28E LT Channel Boost 3000:1 PWM, 25:1 Analog 16 x 10 x 50mA Sixteen Parallel Strings 6 to Ext FET 100kHz to 1MHz Yes 125 5x5 QFN-28 LT3761 Buck, Boost, Buck/Boost LED Driver w/pwm 3000:1 PWM, 20:1 Analog 14 x 1A Series 4.5 to Ext FET 100kHz to 1MHz Yes 125 MSOP-16E LT3797 Triple Buck, Boost, Buck/Boost 3000:1 PWM, 20:1 Analog 3 x 14 x 1A Series 2.5 to 40, 60 Max 100 Ext FET 100kHz to 1MHz Yes 125 7x8 QFN-52 LT3795 Buck, Boost, Buck/Boost 3000:1 PWM, 20:1 Analog 14 x 1A Series 6 to Ext FET 100kHz to 1MHz Yes 150 TSSOP-28E LT3796 Buck, Boost, Buck/Boost 3000:1 PWM, 20:1 Analog 20 x 400mA Series 6 to Ext FET 100kHz to 1MHz Yes 150 TSSOP-28E LT3791 Synchronous Buck-Boost 100:1 PWM, 20:1 Analog 14 x 2A Series 4.2 to Ext FET 200kHz to 700kHz Yes 150 TSSOP-38E LT3755 Buck, Boost, Buck/Boost 3000:1 PWM, 20:1 Analog 14 x 1A Series 4.5 to 40 Limited by ext. FET Ext FET 100kHz to 1MHz Yes 150 3x3 QFN-16, MSOP-16E LT3756 Buck, Boost, Buck/Boost 3000:1 PWM, 20:1 Analog 14 x 1A Series 6 to 100 Limited by ext. FET Ext FET 100kHz to 1MHz Yes 150 3x3 QFN-16, MSOP-16E LT3956 LT3763 Constant Current/Constant Voltage Converter High Current Synchronous Step-Down 3000:1 PWM, 20:1 Analog 18 x 0.35A Series 4.5 to Ext FET 100kHz to 1MHz Yes 125 5x6 QFN :1 PWM, 20:1 Analog 4 x 20A Series 6 to Ext FET 200kHz to 1MHz Yes 125 TSSOP-28E LT3741 High Current Synchronous Step-Down 3000:1 PWM, 20:1 Analog 4 x 20A Series 6 to Ext FET 200kHz to 1MHz Yes 125 4x4 QFN-20, TSSOP-20E LT3743 High Current Synchronous Step-Down 3000:1 PWM, 20:1 Analog 4 x 20A Series 6 to Ext FET 200kHz to 1MHz Yes 125 4x5 QFN-28, TSSOP-28E

23 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 21 Digital Power System Management Digitally Managed Power Supplies Provide Easier and Faster Design, Debug and Troubleshooting Capabilities for Multirail Applications EEPROM Provides User Configuration, Fault Logging, and Telemetry Readback for Voltage, Current and Temperature Up to ±0.25% Max Total Unadjusted Error Over Temperature I2C/SMBus Interface, PMBus Command Set PMBus Compliant Devices All Managed with Intuitive and Powerful LTpowerPlay GUI Applications: Infotainment Battery Management LTC2974 Quad Digital Power Supply Manager with EEPROM 4. < V IBUS < 1 PMBUS INTERFACE TO/FROM OTHER DEVICES OV V PWR AUXFAULTB V DD33** _SNS I SENSEP0 I SENSEM0 V DAC0 V SENSEP0 SDA SCL LTC2974* ALERTB V CONTROL0 SENSEM0 V OUT_EN0 FAULTB0 T SENSE0 FAULTB1 SHARE_CLK ASEL0 PWRGD ASEL1 WP WDI/RESETB LOAD TO µp RESETB INPUT WATCHDOG TIMER INTERRUPT MMBT3906 I I + DC/DC CONVERTER TG SW BG V FB S RUN/SS *SOME DETAILS OMITTED FOR CLARITY ONLY ONE OF FOUR CHANNELS SHOWN **LTC2974 MAY ALSO BE POWERED DIRECTLY FROM EXTERNAL 3.3V SUPPLY LTC3880: Dual Output PolyPhase Step-Down DC/DC Controller with Digital Power System Management PMBus/I2C Compliant Serial Interface Telemetry Read Back Includes, I IN, V OUT, I OUT, Temperature and Faults Programmable Voltage, Current Limit, Digital Soft-Start/Stop, Sequencing, Margining, OV/UV and Frequency Synchronization (250kHz to 1MHz) ±0.5% Output Voltage Accuracy Over Temperature Integrated 16-Bit ADC Internal EEPROM and Fault Logging Wide Range: 4. to 24V V OUT Range: 0. to 5. Analog Current Mode Control Loop Accurate PolyPhase Current Sharing for Up to Six Phases Dual Output Buck Converter with Digital Power System Management V OUT0 3.3V 15A + 530µF 1.0µH 2.15k 0.2µF *SOME DETAILS OMITTED FOR CLARITY 10µF 1µF INTV CC TG0 TG1 LTC3880* BOOST0 BOOST1 0.56µH V OUT1 SW0 SW1 1.8V BG0 BG1 1.74k 20A P 0.2µF I + SENSEO I + SENSE1 I SENSEO I SENSE1 V + SENSEO V SENSE1 V SENSEO TSNS0 TSNS1 + 10nF 10nF 530µF 2200pF 2200pF 6.04k 4.99k I THO I TH1 PMBus INTERFACE TO/FROM OTHER LTC DEVICES WRITE PROTECT SDA GPIO0 SCL GPIO1 ALERT RUN0 V DD33 RUN1 V DD25 SHARE_CLK S WP FAULT MANAGEMENT 1µF 1µF Function of Outputs Supply Voltage EEPROM PMBus Compliant Monitors Supervises Sequences Margins Maximum Junction Temperature (ºC) s LTM4676 Dual 13A µmodule to 26.5 V, I, T V, I, T x16 BGA-144 LTM2987 Sixteen Supply Manager to 15 V, I V x15 BGA-144 LTC2977 Octal Supply Manager to 15 V, I V 105 9x9 QFN-64 LTC2974 Quad Supply Manager to 15 V, I, T V, I, T 85 9x9 QFN-64 LTC2970 Dual Supply Manager to 15 V, I V, I 85 4x5 QFN-24 LTC3880 Dual Step-Down Controller to 24 V, I, T V, I, T 125 6x6 QFN-40 LTC3883 Single Step-Down Controller to 24 V, I, T V, I, T 125 5x5 QFN-32 LTC3882 Dual Step-Down Controller 2 3 to 38 V, I, T V, I, T 125 6x6 QFN-40 LTC3870 Dual Phase Extender Controller to 60 V, I, T V, I, T 125 4x5 QFN-28

24 22 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS Low Noise LDOs: Positive Regulators LT3013/H: 250/200mA, 4V to 80V Low Dropout Micropower LDO with Power Good Automotive Input to with Shutdown Wide Input Voltage Range: 4V to 80V Low Quiescent Current: 65µA Low Dropout Voltage: 400mV H-Grade: 140 C Operation, 200mA I OUT Adjustable Output from 1.24V to 60V 5.4V TO 80V 1µF 1.6M IN LT3013 SHDN PWRGD C T OUT ADJ 750k 249k V OUT 250mA 3.3µF V SHDN <0.3V >2.0V OUTPUT OFF ON 1000pF LT3013 At 50% Size Demo Board Low Noise LDOs: Positive Regulators Device Architecture Range V OUT (MIN) I OUT (A) Dropout Voltage Noise (μv RMS ) I Q (µa) I SD (µa) Output Voltage Max Junc Temp ( C) LT3014/HV Single 3.0 to <1 Adj (1.22 to 60) 125 3x3 DFN-8, ThinSOT LT3008 Single 2.0 to <1 Adj, 1.2, 1.5, 1.8, 2.5, 3.3, x2 DFN-6, ThinSOT LT3010/-5 Single 3.0 to <1 Adj, ThinSOT LT3011 Single 3.0 to <1 Adj 140 3x3 DFN-10, MSOP-12E LT1761 Single 1.8 to Adj, 1.5, 1.8, 2, 2.5, 2.8, 3, 3.3, ThinSOT LT3050 Single 2.0 to <1 Adj, 3.3, x3 DFN-12, MSOP-12E LT3060 Single 1.6 to <1 Adj, 1.2, 1.5, 1.8, 2.5, 3.3, x2 DFN-8, ThinSOT LT3061 ^ Single 1.6 to <1 Adj (0.6 to 19) 150 2x3 DFN-8, MSOP-8E LT3023 Dual 1.8 to / Adj (1.22 to 20) 125 3x3 DFN-10, MSOP-10E LT3027 Dual 1.8 to / Adj (1.22 to 20) 125 3x3 DFN-10, MSOP-10E LT1762 Single 1.8 to Adj, 2.5, 3, 3.3, MSOP-8 LTC1844 Single 1.6 to Adj, 1.5, 1.8, 2.5, 2.8, ThinSOT LT3062 Single 1.6 to <1 Adj (0.6 to 40) 150 2x3 DFN-8, MSOP-8E LT3063 ^ Single 1.6 to <1 Adj (0.6 to 19) 150 2x3 DFN-8, MSOP-8E LT3042 ^^ Single 1.8 to mA <1 Adj (0 to 15) 150 3x3 DFN-10, MSOP-10E LT3082 Single 1.2 to n/a Adj (0 to 38.5) 125 3x3 DFN-8, ThinSOT, SOT-223 LT3012 Single 4 to Adj (1.24 to 60) 125 3x4 DFN-12, TSSOP-16E ^ active output discharge ^^ PSRR >80dB@100kHz, 75dB@1MHz, >70dB up to 5MHz

25 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 23 Low Noise LDOs: Positive Regulators (continued) Device Architecture Range V OUT (MIN) I OUT (A) Dropout Voltage Noise (μv RMS ) I Q (µa) I SD (µa) Output Voltage Max Junc Temp ( C) LT3013 Single 4 to Adj (1.24 to 60) 125 3x4 DFN-12, TSSOP-16E LT3012H Single 4 to Adj (1.24 to 60) 140 TSSOP-16E LT3013H Single 4 to Adj (1.24 to 60) 140 TSSOP-16E LT1962 Single 1.8 to mA Adj, 1.5, 1.8, 2.5, 3, 3.3, MSOP-8 LT1763 Single 1.8 to mA Adj, 1.5, 1.8, 2.5, 3, 3.3, SO-8 LT3085 Single 1.2 to mA mA n/a Adj (0 to 35.7) 125 2x3 DFN-6, MSOP-8E LT3055 Single 2.0 to mA Adj (0.6 to 40) 150 3x4 DFN-16, MSOP-16E LT3065 Single 2.0 to mA Adj (0.6 to 40) 150 3x3 DFN-10, MSOP-12E LT3024 Dual 1.8 to /500mA Adj (1.22 to 20) 125 3x4 DFN-12, TSSOP-16E LT3028 Dual 1.8 to /500mA Adj (1.22 to 20) 125 3x5 DFN-16, TSSOP-16E LT3029 Dual 1.8 to /500mA /55 <1 Adj (1.215 to 19.5) 150 3x4 DFN-16, MSOP-16E LT3030 Dual 1.8 to /250mA /70 <1 Adj (1.215 to 19.5) 150 4x5 QFN-28, SSOP-20E LT3088 Single 1.2 to mA n/a Adj (0 to 38.8) 150 3x3 DFN-8, SOT-223, DD-Pak-3 LT1965 Single 1.8 to Adj (1.20 to 20) 125 3x3 DFN-8, MSOP-8E, TO-220-5, DD-Pak-5 LT3080 Single 1.2 to 36 (40VMAX) ** 40 1mA 1 Adj (0 to 36) *** 125 3x3 DFN-8, MSOP-8E, TO-220-5, SOT-223 LT1963/A Single 2.1 to mA 1 Adj, 1.5, 1.8, 2.5, DD-Pak-5, TO-220-5, SOT-223, SO-8 LT3081 Single 1.2 to mA n/a Adj (0 to 38.8) 150 LT3086 Single 1.55 to <1 Adj (0.4 to 32) 125 LT3083 Single 1.2 to 8/18 * mA n/a Adj (0 to 7.5 or 0 to 17.5 *) 125 4x4 DFN-12, TSSOP-16, TO-220-7, DD-Pak-7 4x5 DFN-16, TSSOP-16, TO-220-7, DD-Pak-7 4x4 DFN-12, TSSOP-16E, TO-220, DD-Pak-5 LT1764/A Single 2.7 to mA 1 Adj, 1.8, 2.5, DD-Pak-5, TO LT3070# Single 0.95 to mA n/a Adj (0.8 to 1.8) 125 4x5 QFN-28 LT3071## Single 0.95 to mA n/a Adj (0.8 to 1.8) 125 4x5 QFN-28 * DD-Pak and TO-220 packages ** in two-supply operation *** single resistor V OUT set # digital margining ## analog margining Low Noise LDOs: Negative Regulators Device Architecture Range V OUT(MIN) I OUT (A) Dropout Voltage Noise (μvrms) I Q (µa) I SD (µa) Output Voltage Max Junc Temp ( C) LT1964 Single -1.9 to mA Adj, ThinSOT LT3032 Dual ±1.9 to ±20 ± mA/150mA 0.30/ /30 55 <1 Adj, ± x4 DFN-14 LT1175 Single -4.3 to mA 0.50 n/a Adj, DD-Pak-5, SOT-223, SO-8, PDIP8, TO LT3090 Single -1.5 to mA mA <1 Adj 150 3x3 DFN-12, MSOP-12E LT3015 Single -1.9 to mA <1 Adj 125 3x3 DFN-8, MSOP-12E, DD-Pak-5, TO LT1185 Single -4.3 to n/a 2.5mA 1 Adj 125 DD-Pak-5, TO-220-5

26 24 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS High Voltage Battery Stack Monitors for Battery Management Systems Applications: Passenger Automobiles (EV, HEV) Commercial Vehicles (Buses, Trains) Industrial Equipment (Forklifts, Trucks) Marine (Boats, Submarines) Mil/Aero (Planes, Satellites, Unmanned Vehicles) Electric Bicycles (Motorcycles, Scooters) LTC LTC LTC6803-1/3 LTC6803-2/4 Primary Function 12 Cell Measurements 12 Cell Measurements 12 Cell Measurements 12 Cell Measurements Measurement Error Max Multichip Interface Comments 0.10% isospi, Daisy-Chain SSOP % isospi, Addressable SSOP % SPI, Daisy-Chain SSOP % SPI, Addressable SSOP-44 3rd Generation: High Noise Immunity High Accuracy, 240µsec Conversion 3rd Generation: High Noise Immunity High Accuracy, 240µsec Conversion 2nd Generation: High Noise Immunity, 0µA shutdown 2nd Generation: High Noise Immunity, 0µA shutdown LTC Cell Measurements 0.25% SPI, Daisy-Chain SSOP-44 1st Generation: Superseded by the LTC6804 and LTC6803 for new designs LTC Cell Measurements 0.25% SPI, Addressable SSOP-44 1st Generation: Superseded by the LTC6804 and LTC6803 for new designs LTC Cell Fault Monitor 0.50% Differential Clock Signals, Daisy-Chain SSOP-36 Standalone Undervoltage/Overvoltage Monitor, Provides Redundancy LTC6804: Next Generation Battery Stack Monitor Measures Up to 12 Battery Cells in Series Stackable Architecture Supports 100s of Cells Built-in isospi Interface Delta-Sigma ADC With Frequency Programmable 3rd Order Noise Filter 1.2mV Maximum Total Measurement Error 240µs to Measure All Cells in a System Synchronized Voltage and Current Measurement Engineered for ISO26262 Compliant Systems Passive Cell Balancing with Programmable Timer General Purpose I/O for Digital or Analog Inputs, also Configurable for I2C Interface 4μA Sleep Mode Supply Current 48-Lead SSOP Stackable BMS Architecture + 12s1p LTC6804 Li-Ion LTC6804 LTC6804 Total Measurement Error vs Temperature MEASUREMENT ERROR (mv) CELL VOLTAGE = 3.3V 5 TYPICAL UNITS TEMPERATURE ( C) LTC6820: Noise Immune, Isolated, Bidirectional SPI Communications (isospi) Supports LTC6804 High Voltage Battery Monitor 1Mbps Isolated SPI Using Standard Transformers Bidirectional Interface Over a Single Twisted Pair Supports Cable Lengths Up to 100 Meters Configurable for High Noise Immunity or Low Power Ultralow, 2.5μA Idle Current Interfaces with 1.8V to Logic 16-Lead QFN and MSOP s Isolated 2-Wire Communication MASTER µc SDO SDI SCK CS REMOTE SLAVE IC SDI SDO SCK CS LTC6820 MSTR MOSI MISO SCK CS IP IM LTC6820 MSTR MOSI IP MISO SCK IM CS 120Ω 100 METERS TWISTED PAIR 120Ω Data Rate vs Cable Length 1.2 CAT-5 ASSUMED 1.0 DATA RATE (Mbps) CABLE LENGTH (METERS)

27 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 25 Active Battery Balancing ICs Electric vehicles (EV) and plug-in hybrid vehicles (PHEV) are demanding longer usable run time from their battery stacks. These stacks of batteries are typically made of battery modules, each with as many as 12 Li-Ion cells stacked in series, offering a ~40V battery module. As the battery run time defines the very feasibility of these vehicles, maximizing battery capacity is of primary importance. Batteries can always be made larger to improve driving range, but this increases the weight, size and cost of the vehicle. So the goal for automotive EV IC designers is to find ways to make the existing battery run longer. One effective method is to employ active balancing. LTC3300-1/-2 High Efficiency/Addressable Bidirectional Multicell Battery Balancer Key Technical Features Bidirectional Synchronous Flyback Balancing of Up to 6 Li-Ion or LiFePO 4 Cells in Series Up to 10A Balancing Current (Set by External Components) Bidirectional Architecture Minimizes Balancing Time and Power Dissipation Up to 92% Charge Transfer Efficiency Stackable Architecture Enables >1000V Systems Uses Simple 2-Winding Transformers 1MHz Daisy-Chainable Serial Interface with 4-Bit CRC Packet Error Checking Numerous Fault Protection Features 48-Lead Exposed Pad QFN and LQFP s LT A Monolithic Active Cell Balancer with Telemetry Interface Key Technical Features 2.5A Typical Average Cell Discharge Current Integrated 6A/50V Power Switch Integrates Seamlessly with LTC680x Family (No Additional Software Required for Simple Mode Operation) Selectable Current and Temperature Monitors Ultralow Quiescent Current in Shutdown Engineered for ISO Compliant Systems Isolated Balancing: Can Return Charge to Top of Stack Can Return Charge to Any Combination of Cells in Stack Can Return Charge to 12V Battery for Alternator Replacement Can Be Paralleled for Greater Discharge Capability LTC3305 Lead Acid Battery 4-Cell Balancer Key Technical Features Single IC Balances up to Four 12V Lead Acid Batteries in Series All N-FET Design Stackable to Balance Larger Series Battery Packs Standalone Operation Requires No External µp or Control Circuitry Balancing Current Limited by External PTC Thermistor 38-Lead TSSOP and 7mm x 7mm 48-Lead LQFP s

28 26 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS Current Sense Amplifiers Applications: H-Bridge Motor Control Full Bridge Armature Current Monitor Solenoid Current Sense PWM Control Loops Hydraulic Controls Lamp Monitoring Glow Plug Control Load Monitoring HEV/EV Battery Management Systems 12V / 24V Battery Monitoring High Voltage Data Acquisition Remote Sensing Overcurrent and Fault Detection V S R S 1 V + V+IN 2 4k V + V IN 3 4k 4 V + 0.8k 0.8k LT1999 SHDN + V + 2µA R G + V + 160k 160k V SHDN V OUT V REF Cable Drop Compensation Fuse/MOSFET Monitoring Current Direction Common Mode Voltage Response Time (μs) V OS Max (μv) PSRR Min (db) Max Temperature Range Comments LT1787 Bidirectional 2.5 to C to 125 C Buffered Output; Simple Input Filtering LT1999 Bidirectional 5 to C to 150 C High Speed AC Monitor LT6100 Unidirectional 4.1 to C to 125 C Buffered Output with 5 Gain Settings LTC6101 Unidirectional 4.0 to C to 125 C Fast, High Voltage Monitor LTC6102 Unidirectional 4.0 to C to 125 C Zero-Drift, Highest Precision LTC6103 Unidirectional 4.0 to C to 125 C Dual Precision Amplifiers LTC6104 Bidirectional 4.0 to C to 125 C Each Direction Gain Configurable LT6105 Unidirectional 0.3 to C to 125 C Monitors Voltages Down to LT6106 Unidirectional 2.7 to C to 125 C Lowest Cost, Simple LT6107 Unidirectional 2.7 to C to 150 C Fully Tested at 55 C, 25 C, 150 C LT6108 Unidirectional 2.7 to C to 125 C Includes Comparator+Ref LT6109 Unidirectional 2.7 to C to 125 C Includes 2 Comparators+Ref LT6110 Unidirectional 2.0 to C to 125 C Line Drop Compensator LT6118 Unidirectional 2.7 to C to 125 C Includes Comparator with Power on Reset +Ref LT6119 Unidirectional 2.7 to C to 125 C Includes Comparator with Power on Reset +Ref LT1999: High Voltage, Bidirectional Current Sense Amplifier Buffered Output with 3 Gain Options: 10, 20, 50 Input Common Mode Voltage Range: to 80V AC CMRR > 80dB at 100kHz Supply Range: 2.7V to 36V, 44V Absolute Maximum 3dB Bandwidth: 2MHz Low Offset Voltage: 1.5mV Maximum Smooth, Continuous Operation Over Entire Common Mode Range 4kV HBM Tolerant and 1kV CDM Tolerant Specified for 55 C to 150 C 8-Lead MSOP and 8-Lead SO (Narrow) High AC Common Mode Rejection 2. VOUT (2V/DIV) TIME (10µs/DIV) VOUT V+IN (20V/DIV) V+IN

29 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 27 Power Supply Supervisors/Monitors High Operating Voltage, as High as 100V 12V Automotive Battery UV/OV Indicator High Threshold Accuracy Up to 1% Over Temperature Minimizes Supply Overdesign Guaranteed Valid Reset Signal as Low as V CC = 0. Adjustable and Pin-Selectable Thresholds/ Tolerances Minimizes Bill of Materials Low Operating and Shutdown Currents Conserve Power Applications: pF 10V 162k 12.4k 226k 182k 8.6k VINA REF INHA INLA INHB LTC2966 VINB GS1A GS2A GS1B GS2B OUTA PSA OUTB PSB 1M 1M UVA UVB SYS Battery Management Camera Systems 1.4M INLB Engine Control Unit RTN Infotainment 1 Body Electronics # of Supplies Accuracy % V supply Max Supply Current (µa) Overvoltage Monitoring Negative Monitoring Watchdog Pushbutton Reset Power Good Output RESET Disable for Margining Maximum Ambient Temperature LTC C SSOP-16, 5x3 DFN-16 LTC C 3x3 DFN-12 LTC C TSSOP-20 LTC C TSSOP-20 LTC C SSOP-16, 5x4 DFN-16 LTC C SSOP-16, 5x3 DFN-16 LTC C MSOP-10, 3x3 DFN-10 LTC C SSOP-16 LTC C SOT23-6 LTC C SO-8, MSOP-8 LTC C SO-8, MSOP-8 LTC C SOT23-5 LTC C MSOP-10, 3x3 DFN-10 LTC C SOT23-8, 3x2 DFN-8 LTC C SOT23-8, 3x2 DFN-8 LTC C SOT23-8, 2x2 DFN-8 LTC C SO-20, 3x3 QFN-16 LTC C MSOP-16, 3x3 DFN-8 LTC C SOT23-8, 3x2 DFN-8 LTC C SOT23-8, 3x2 DFN-8 LTC C MSOP-10, 3x2 DFN-10 LTC C MSOP-10, 3x2 DFN-10 LTC C SOT23-8, 3x2 DFN-8

30 28 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS Power Monitors Monitor Instantaneous or Average Power, as well as Voltage, Current and Temperature Up to 100V Operation I2C or Current-Proportortional-to-Power Interface Applications: Battery Management Infotainment/GPS High Side Power, Energy and Charge Monitor VIN V 4V TO VOUT 100V SENSE + SENSE VDD ADIN VADIN 2k 2k 2k VDD INTVCC SCL SCL ADR1 SDAI SDA LTC2946 µp SDAO ALERT ADR0 GPIO3 3.3V INT 2k ACCUMULATE GPIO2 GPIO1 GP OUTPUT CLKIN CLKOUT Load Monitor Alarms Above 60W 6V TO 80V 1k LED ON WHEN P LOAD > 60W V PMON = P LOAD mv W LATCH VCC CMPOUT CMPOUT I + LT2940 I LOAD 0A TO 10A 20mΩ 2W I V + 110k 10.0k CMP + V PMON IMON V IMON = I LOAD 100 mv A 24.9k 4.99k P LOAD = V LOAD I LOAD LOAD + V LOAD 33pF 33pF of Channels Voltage Supply Range Resolution (Bits) Interface Measures Power Measures Voltage Measures Current Measures Energy Measures Charge Measures Temperature Maximum Ambient Temperature LTC to I2C 125 C MSOP-16, 4x3 DFN-16 LTC to I2C 85 C MSOP-12, 3x3 QFN-12 LTC to I2C 125 C MSOP-10, 3x3 DFN-10, SO-16 LTC to I2C 85 C MSOP-10 LTC to I2C 85 C MSOP-16 LT to 80 Analog Temperature Sensors Current Output 85 C MSOP-12, 3x3 DFN-12 Measure Internal or External Temperature, as well as Voltage and Current I2C, SPI or Voltage-Proportional-to- Absolute-Temperature (V PTAT ) Interface Applications: Infotainment LED Lighting Voltage, Current, Temperature Monitor 2. V CC SDA SCL ADR0 ADR1 V1 LTC2990 R SENSE V2 V3 V4 I LOAD T REMOTE Single Remote Temperature Sensor 2. TO 5. MMBT 3904 D+ V CC 470pF LTC2997 D V REF V PTAT 1.8V 4mV/K T INTERNAL MEASURES: TWO SUPPLY VOLTAGES, SUPPLY CURRENT, INTERNAL AND REMOTE TEMPERATURES Voltage Supply Range Interface Internal Temp Accuracy External Temp Accuracy Measures Voltage Measures Current PWM Output Alert Outputs Reference Output Maximum Ambient Temperature LTC to 5.5 V PTAT ±0.5 C ±0.25 C 125 C 2x3 DFN-6 LTC to 5.5 V PTAT ±0.5 C ±0.25 C 125 C 3x3 DFN-10 LTC to 5.5 V PTAT ±0.5 C ±0.25 C 125 C 3x3 QFN-20 LTC to 5.5 I2C ±0.5 C ±0.5 C 85 C MSOP-10 LTC to 5.5 I2C ±1 C ±0.7 C 85 C MSOP-16 LTC to 5.25 SPI ±0.1 C 125 C 7x7 LQFP-48

31 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 29 Coulomb Counters High Accuracy Coulomb Counting (Battery Gas Gauging), and Voltage, Temperature and Current Measurements Multicell Application Support up to 60V External Sense Resistor or 50mΩ Internal Sense Resistor Options Low Quiescent Current Down to <100µA Small s Applications: Battery Management 60V Coulomb Counter with Integrated Sense Resistor CHARGER I 2 C/SMBUS TO HOST 1µF BYP LTC ALCC SDA SCL SENSE+ SENSE + LOAD 1µF Operating Range Interface Integrated Sense Resistor Measures Charge Measures Voltage Measures Temperature Measures Current Maximum Ambient Temperature LTC to 5.5 I2C 85 C 2x3 DFN-6 LTC to 5.5 I2C 85 C 2x3 DFN-6 LTC to 5.5 I2C 85 C 2x3 DFN-6 LTC to 5.5 I2C 85 C 2x3 DFN-6 LTC to 20 I2C 85 C 3x3 DFN-8 LTC to 20 I2C 85 C 3x3 DFN-8 LTC to 60 I2C 85 C 3x3 DFN-8 LTC to 60 I2C 85 C 3x3 DFN-8 LTC to 8.5 Interrupt 85 C MSOP-10 Pushbutton Controllers Provide Switch Debounce Protection, Power Supply Control & Optional Processor Interfacing High Operating Voltage Up to 36V DC/DC On/Off Control via Pushbutton or Presence/Absence of a Supply 8.4V V TRIP = 5.4V LT V OUT SHDN 3.3V Adjustable On/Off Timing No Coding Required High ESD Up to ±25kV HBM Applications: Infotainment/GPS 2.32M 402k EN VIN LTC2955 SEL INT ON KILL PGD PB TMR 1M 1M µp POWER-FAIL Description Supply Voltage Supply Current (µa) Turn ON Debounce Time (ms) System OK Response Time (ms) Interrupt Debounce Time (ms) Turn OFF Debounce Time (ms) Kill Turn OFF Delay (ms) HBM ESD (kv) Maximum Ambient Temperature LTC2950 Basic Pushbutton Controller 2.7 to Adj 512 Adj n/a 1024 ±10 85 C LTC2951 Basic Pushbutton Controller 2.7 to Adj n/a Adj ±10 85 C LTC2952 Pushbutton Controller with PowerPath Controller 2.7 to Adj n/a Adj ±8 85 C TSOT-8, 3x2 DFN-8 TSOT-8, 3x2 DFN-8 TSSOP-20, 4x4 QFN-20 LTC2953 Pushbutton Controller with Supply Monitor, UVLO and Power Fail Comparators for Supervisory Applications 2.7 to Adj n/a ±10 85 C 3x3 DFN-12 LTC2954 Pushbutton Controller with Interrupt Logic for Menu Driven Applications 2.7 to Adj Adj n/a ±10 85 C TSOT-8, 3x2 DFN-8 LTC2955 Pushbutton Controller with Automatic Turn-On and Interrupt Logic for Menu Driven Applications 1.5 to Adj n/a ±25 85 C TSOT-8, 3x2 DFN-10

32 30 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS TimerBlox Products Dedicated Timing Devices LED Dimming via Direct PWM Control Includes Internal Silicon Oscillator Easily Programmed with Resistors ±20mA Output Current 60μA to 250μA Supply Current 2.2 to 5. Single Supply Operation Small Size Fast Start-Up Immune to Shock & Vibration V DIMMING R SET 105k MOD SET LTC OUT V + DIV R3 90.9Ω R1 1M R2 280k C1 D1 HIGH INTENSITY LED Specified from 55 C to 125 C Temperature to Frequency Converter OE OUT LTC6990 f OUT V k SET DIV 1M 21.5k 523k Hardware Watchdog Timer TRIGGER RSET RST SET LTC6995 FALLING EDGE TRIGGERED POL = 0 OUT V + DIV R1 R2 OUTPUT V + TimerBlox Board Actual Size Demo Board Function Operating Range Details LTC6990 Voltage-Controlled Oscillator (VCO) 488Hz to 1MHz SOT-23, DFN Simple and Flexible Control LTC6991 Low Frequency Clock 29μHz to 488Hz SOT-23, DFN Period from 2msec Up to 9.5 Hrs LTC Pulse-Width Modulation (PWM) 3.8Hz to 1MHz SOT-23, DFN 0% to 100% Pulse Width Control LTC Pulse-Width Modulation (PWM) 3.8Hz to 1MHz SOT-23, DFN 5% to 95% Pulse Width Control LTC Pulse-Width Modulation (PWM) 3.8Hz to 1MHz SOT-23, DFN 0% to 95% Pulse Width Control LTC Pulse-Width Modulation (PWM) 3.8Hz to 1MHz SOT-23, DFN 5% to 100% Pulse Width Control LTC One-Shot Circuit 1µs to 34s SOT-23, DFN Rising Edge Trigger LTC One-Shot Circuit 1µs to 34s SOT-23, DFN Rising Edge Trigger, Retriggerable LTC One-Shot Circuit 1µs to 34s SOT-23, DFN Falling Edge Trigger LTC One-Shot Circuit 1µs to 34s SOT-23, DFN Falling Edge Trigger, Retriggerable LTC Delay Block 1µs to 34s SOT-23, DFN Rising or Falling Edge Trigger LTC Delay Block 1µs to 34s SOT-23, DFN Rising & Falling Edge Trigger LTC6995 Long Duration Power-On Reset 1.024ms to 9.54 hours SOT-23, DFN High or Low Reset, Selectable Polarity

33 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 31 Silicon Oscillators Simple Square Wave Oscillators No Crystal 1kHz to 170MHz Output Frequencies On-the-Fly Frequency Programmability Accuracy from 0.1% to 1.5% Low Power Small Size Fast Start-Up Immune to Shock & Vibration Specified from 55 C to 125 C LTC6906 Micropower Clock Generator 2.2 TO 3.6V NO DECOUPLING CAPACITOR NEEDED LTC6906 V + OUT GRD DIV SET 10kHz TO 1MHz R SET 100k TO 1M Frequency Output Max Error (%) Supply Current Features LTC1799 1kHz to 33MHz 1.5 3MHz SOT-23 Frequency Set via 1 Resistor LTC6903 1kHz to 68MHz 1.1 3MHz MSOP-8 Frequency Set via SPI Interface LTC6904 1kHz to 68MHz 1.1 3MHz MSOP-8 Frequency Set via I2C Interface LTC MHz to 170MHz MHz SOT-23 Frequency Set via 1 Resistor, 100µsec Startup LTC6905-xx 20MHz to 133MHz MHz SOT-23 Pin Selectable Frequency LTC kHz to 1MHz 0.5 1MHz SOT-23 Frequency Set via 1 Resistor, Very Low Power LTC kHz to 4MHz 0.5 4MHz SOT-23 Frequency Set via 1 Resistor, Very Low Power LTC kHz to 10MHz kHz SOT-23 2 Phase Output with Spread Spectrum Capability LTC kHz to 10MHz kHz SOT-23 8 Phase Output with Spread Spectrum Capability LTC kHz to 8.192MHz kHz MS8, DFN High Accuracy, Pin Selectable Frequency LTC6908: Dual Output Oscillator for Switching Regulators Two Options: Outputs Complementary (0 /180 ) or Quadrature (0 /90 ) Ideal for Switching Regulator Phase Synchronization 50kHz to 10MHz Frequency Range One External Resistor Sets the Frequency Optional Spread Spectrum Modulation for Improved EMC 400µA Supply Current Dual Phase Clocking for 2 Switching Regulators 2.8V TO k C BYP V + OUT1 LTC OUT2 SET fout = 10MHz 10k/R SET MOD 2.2M 1000pF S TRACK P RT SW 41.2k LTC3418 PGOOD RUN/SS P I TH S 4.99k SYNC/MODE V FB 820pF 4.32k CLOCK SIGNAL FOR REGULATOR #1 (0 PHASE) 2k C IN 100µF 0.2µH VOUT 2. 8A C OUT 2 100µF (IN PARALLEL) 260µsec Start-Up Time Outputs Muted Until Stable CLOCK SIGNAL FOR REGULATOR #2 (180 PHASE) Operates from a Single 2.7V to 5. Supply Available in Low Profile (1mm) ThinSOT and DFN (2mm x 3mm) s 5dB/DIV 9kHz Res BW Frequency (Fundamental and Third Harmonic Shown) Spread Spectrum Frequency Modulation

34 32 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS Precision Operational Amplifiers High Precision Over Temperature: I-Grade: 40 C to 85 C H-Grade: 40 C to 125 C Over-The-Top (OTT) Inputs Allow Operation with Input Voltages above V+ Photodiode Amplifier TEMD1000 IR PHOTODIODE 2. 1/2 LTC AT 870nm (IR), V OUT = 600mV/μW RECEIVED POWER + 1M 3.8pF V OUT Single Dual Quad VOS Max 25 C (μv) TCVOS Max (μv/ C) IB Max 25 C (na) GBW Typ 25 C (MHz) en Typ 25 C (nv/ Hz) IS Max 25 C (ma) VS Range Rail-to-Rail I/O Temperature Grade LTC2054HV LTC2055HV to 12 Out I, H LTC2050HV LTC2051HV LTC2052HV to 12 Out I, H LTC to 60 Out I, H LTC1050 LTC to 18 Out I, H LTC6078 LTC to 6 Yes I, H LT to 30 Out I, H LT to 44 I LT6015 LT6016 LT Typ to 50 OTT I, H LT1881 LT to 40 Out I, H LT1884 LT to 40 Out I LT6010 LT6011 LT to 40 Out I LTC6081 LTC to 5.5 Yes I, H LT1468 LT to 36 I LT1678 LT to 36 Yes I LTC to 7 Out I, H LTC6240 LTC6241 LTC to 6 Out I, H LT1013 LT to 44 SS I LT to 40 Out I LTC to 5.25 Out I, H LTC6255 LTC6256 LTC to 5.25 Yes I, H LT1637 LT1638 LT to 44 OTT I, H LT6220 LT6221 LT to 12.6 Yes I LT6233 LT6234 LT to 12.6 Out I LT1800 LT1801 LT to 12.6 Yes I LT1494 LT1495 LT to 36 OTT I, H LT1722 LT1723 LT to 12.6 I LT6003 LT6004 LT to 16 Yes I, H LT1636 LT1490A LT1491A to 44 OTT I, H LT6202 LT6203 LT to 12.6 Yes I LTC6246 LTC6247 LTC to 5.25 Yes I, H LT1806 LT to 12.6 Yes I LT1351 LT1352 LT to 36 I LT to 36 I LT1357 LT1358 LT to 36 I LT6000 LT6001 LT to 18 Yes I LTC6084 LTC to 5.5 Yes I, H LTC6087 LTC to 5.5 Yes I, H LT to 18 OTT I, H LT to 18 OTT I, H LT1354 LT1355 LT to 36 I LTC6090 LTC to 140 Out I, H Notes: Some parameters vary between single/dual/quad versions For a complete list of products and full specifications visit OTT=Over-The-Top Inputs

35 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 33 Programmable Gain and Gain Selectable Amplifiers High Precision Over Temperature: I-Grade: 40 C to 85 C H-Grade: 40 C to 125 C Integrated Resistors Simplify Design Rail-to-Rail Gain = 1 Difference Amplifier V M(IN) 50k 150k 450k 450k 4pF V OUT = V REF + SWING 40mV TO EITHER RAIL R OUT <0.1Ω + V P(IN) INPUT RANGE 0. TO 5.1V R IN = 900kΩ 450k 150k 50k + LT k 4pF V REF = 2. Channels Gain Range GBW (MHz) Railto-Rail V s I s (ma) Temperature Grade Features Instrumentation Amplifiers High Precision Over Temperature: I-Grade: 40 C to 85 C H-Grade: 40 C to 125 C High Impedance Differential Inputs V os Max 25 C (µv) Gain Error Max (%) CMRR MIN (db) I B Max(nA) V s LTC to In/Out 2.7 to I, H Programmable 3-Bit Digital Gain Control LTC to In/Out 2.7 to I, H Dual, Programmable Matched Channels LTC to In/Out 2.7 to I, H Dual, Programmable Independent Channels LTC to In/Out 2.7 to I, H Zero-Drift PGA Instrumentation Amp LT1991A 1-13 to Out 2.7 to I, H Precision Pin-Configurable Diff Amp LT1990A 1 1 to Out 2.7 to I, H ±250V Input Pin-Configurable Diff Amp LT to to I High Speed Pin-Configurable Diff Amp LT to Out 2.7 to I Precision Pin-Configurable Diff Amp I s (ma) Temperature Grade Features LTC to I, H Zero-Drift Instrumentation Amp LT to I Precision Low Bias Current In Amp LT to I Precision Power Current In Amp LT to I Micropower Precision In Amp LTC to I, H Zero-Drift PGA Instrumentation Amp Differential Bridge Amplifier 3V R < 10K LTC R2 10K 1, 4 R1 10Ω OUT GAIN = 1+ R2 R1 High Temp (125 C) Comparators Fully Specified for 40 C to 125 C Operation High Voltage, Over-The-Top Inputs High Voltage, Open Collector Outputs High Sink Current Output Ideal for Level Translation Combination s Include: Internal Voltage Reference Current Sense Amplifiers Channels Internal Reference V S Max Input Voltage Max Output Voltage I S Max (μa) Prop Delay (µs) LT No 2.7 to V SUPPLY 50 9 SOT23 Comparator Combined with Voltage Reference LT mV 1.4 to SOT23, 2x3mm DFN LT6700HV 2 400mV 1.4 to SOT23, 2x3mm DFN LT mV 1.4 to SOT23, 2x2mm DFN LT6703HV 1 400mV 1.4 to SOT23, 2x2mm DFN Comparator Combined with High Side Current Sense and Voltage Reference LT mV 2.7 to MSOP8, 2x3mm DFN LT mV 2.7 to MSOP8, 2x3mm DFN LT mV 2.7 to MSOP10 LT mV 2.7 to MSOP8, 2x3mm DFN LT mV 2.7 to MSOP10

36 34 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS High Speed Amplifiers High Gain Bandwidth Product and Slew Rate Fully Specified Over Temperature: I-Grade: 40 C to 85 C H-Grade: 40 C to 125 C 80MHz, 20dB Gain Block + 1/2 LT /2 LT Ω 432Ω 200Ω 200Ω 3dB BANDWIDTH: 80MHz V OUT Channels GBW Typ 25 C (MHz) Slew Rate Typ 25 C (V/μs) V OS Max 25 C (μv) I B Max 25 C (na) e n Typ 25 C (nv/ Hz) I S Max 25 C (ma) V S Range Rail-to-Rail I/O Temperature Grade LTC to 5.25 Out I, H LTC6252/3/4 1/2/ to 5.25 Yes I, H LT6553/ to 13.2 I LT6555/ to 12.6 I LT6557/ to 7.5 I LTC6268/9 1/ to 5.25 Out I, H LT1818/9 1/ to 12.6 I LT1395/6/7 1/2/ to 12.6 H LT1806/7 1/ to 12.6 Yes I LT1398/9 2/ to 15.5 I LT to 12.6 Out I LT1815/6/7 1/2/ to 12.6 I LT6230/1/2 1/2/ to 12.6 Out I LT6210/1 1/ to 13.2 Out I LT6300/1 2/ to 27 I LT1722/3/4 1/2/ to 12.6 I LT1468-2/9-2 2/ to 36 I LTC6246/7/8 1/2/ to 5.25 Yes I, H LT6200/1 1/ to 12.6 Yes I LT1809/10 1/ to 12.6 Yes I LT6550/1 3/ to 12.6 Out I LT1812/3/4 1/2/ to 12.6 I LT6205/6/7 1/2/ to 12.6 Out I, H LT6202/3/4 1/2/ to 12.6 Yes I Notes: Some parameters vary between single/dual/quad version For a complete list of products and full specifications visit Single-Supply 16-Bit ADC Driver LTC6253: 720MHz, 3.5mA Power Efficient Rail-to-Rail I/O Op Amp Gain Bandwidth Product: 720MHz 3dB Frequency (AV = 1): 400MHz VIN 27.4mV TO ( mV) + 143Ω ½ LTC k 2.5k 249Ω 100Ω Low Quiescent Current: 3.5mA Max High Slew Rate: 280V/μs Input Common Mode Range Includes Both Rails Output Swings Rail-to-Rail Low Broadband Voltage Noise: 2.75nV/ Hz Power-Down Mode: 42μA Fast Output Recovery Supply Voltage Range: 2. to 5.2 Input Offset Voltage: 350μV Max Large Output Current: 90mA AMPLITUDE (dbfs) Ω fs = 1Msps F1 = kHz F1 AMPLITUDE = 1.032dBFS SNR = 93.28dB THD = dB SINAD = 92.53dB SFDR = 104.7dB F2 = dBc F3 = dBc F4 = dBc F5 = dBc ~2.08V ½ LTC pF 249Ω LTC6253 Driving LTC Bit ADC Single-Supply Performance 100Ω LTC FREQUENCY (khz)

37 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 35 Differential Amplifiers/ADC Drivers Applications: Pipeline ADC Drivers Single-Ended to Differential Conversion SAR ADC Drivers 10k Differential Driver/Receiver Single-Ended to Differential Conversion 0V INPUT SIGNAL FROM A ± SYSTEM 10k 10k 0.01µF V MID LTC1992 V OCM k 2. 0V 2. 0V OUTPUT SIGNAL FROM A SINGLE-SUPPLY SYSTEM Input Frequency (MHz) Gain 72dB HD2/HD3 (MHz) 84dB HD2/HD3 (MHz) Input- Referred Noise (nv/ Hz) Settling Time (ns) V s I s Max (ma) Temperature Grade Comments LTC6417 DC to 700 0dB (1%) 4.75 to I Can drive 50Ω LTC6409 DC to 600 Resistor Set (1%) 2.7 to I, H Input Common Mode range includes Ground LTC DC to 100 Resistor Set (0.01%) 2.7 to I, H Rail-to-Rail Out, AV 1 LTC DC to 100 Resistor Set (0.01%) 2.7 to I, H Rail-to-Rail Out, AV 2 LTC DC to 100 Resistor Set (0.01%) 2.7 to I, H Rail-to-Rail Out, AV 4 LTC6406 DC to 70 Resistor Set (0.1%) 2.7 to I Rail-to-Rail In LTC6405 DC to 70 Resistor Set (0.1%) 4.5 to I Rail-to-Rail In LTC6403 DC to 40 Resistor Set (0.1%) 2.7 to I Rail-to-Rail Out LTC1992 DC to 2 1, 2, 5, 10 V/V, Resistor Set (1%) 2.7 to I, H Rail-to-Rail Out LT6350 DC to 1 6dB, Resistor configurable (0.01%) 2.7 to I, H Rail-to-Rail In and Out LTC6362 DC to 0.1 Resistor Set (0.01%) 2.8 to I, H Rail-to-Rail In and Out LTC6362: Precision Low Power RRIO Differential Op Amp 1mA Supply Current Single 2.8V to 5.2 Supply Fully Differential Input and Output 200μV Max Offset Voltage 260nA Max Input Bias Current Fast Settling: 550ns to 18-Bit, 8V P P Output DC Coupled Single-Ended Input Driving Differential 18-Bit ADC 1k SHDN 1k V OCM + + LTC6362 1k 1k 35.7Ω 35.7Ω 3.9nF 3.9nF 3.9nF A IN + V REF V DD A IN LTC SAR ADC BIT 1.6Msps Low Distortion: 116dBc at 1kHz, 8V P P Rail-to-Rail Inputs and Outputs 3.9nV/ Hz Input-Referred Noise 180MHz Gain-Bandwidth Product AMPLITUDE (dbfs) V S =, 0V V OUTDIFF = 8.9V P-P HD2 = 116.0dBc HD3 = 114.9dBc SFDR = 110.1dB THD = 108.0dB SNR = 101.2dB SINAD = 99.9dB FREQUENCY (khz) LTC % Size Demo Circuit FFT: LTC6362 Driving LTC

38 36 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS High Temp (125 C) Voltage References Fully Specified for High Temperature Operation Outstanding Accuracy, Drift and Noise Buffered Outputs for Symmetrical Drive Low Dropout and Low Power Shutdown Available in Ceramic Hermetic s Immune from Humidity Effect Excellent Long Term Stability Excellent Thermal Hysteresis Performance Precision 36V Voltage Reference (V OUT + 0.) < < 36V C IN 4 6 LT C L 1µF V OUT Temperature Range V OUT Initial Accuracy Temp Coeff Max (ppm/ C) I OUT (ma) Supply Voltage Features LT6654A LT6654B 40 C to 125 C, 55 C to 125 C 40 C to 125 C, 55 C to 125 C 1.25, 2.048, 2.5, 3, 3.3, 4.096, 5 ±0.05% 10 ±10 SOT23 Ceramic LS8 2.5 to ppm Noise, Excellent Load & Line Regulation 1.25, 2.048, 2.5, 3, 3.3, 4.096, 5 ±0.1% 20 ±10 SOT23 Ceramic LS8 2.5 to ppm Noise, Excellent Load & Line Regulation LTC6652A 40 C to 125 C 1.25, 2, 2.5, 3, 3.3, 4, 5 ±0.05% 5 ±5 MSOP8 Ceramic LS8 2.7 to ppm Noise, Low Dropout Shutdown <2µA LTC6652B 40 C to 125 C 1.25, 2, 2.5, 3, 3.3, 4, 5 ±0.1% 10 ±5 MSOP8 Ceramic LS8 2.7 to ppm Noise, Low Dropout Shutdown <2µA LTC6655B 40 C to 125 C 1.25, 2.048, 2.5, 3, 3.3, 4.096, 5 ±0.025% 2 ±5 MSOP8 Ceramic LS8 3.0 to ppm, Low Dropout Shutdown <20µA LTC6655C 40 C to 125 C 1.25, 2.048, 2.5, 3, 3.3, 4.096, 5 ±0.05% 5 ±5 MSOP8 Ceramic LS8 3.0 to ppm, Low Dropout Shutdown <20µA LT1431MP/M 55 C to 125 C 2.5, 5 or Adj. ±0.4% 50 1 to 100 SOP8 CERDIP 2.5 to 36 2., or Adjustable Shunt Regulator LT6654: Precision, Low Noise, Buffered, Tiny Voltage Reference Excellent Accuracy & Drift: Temperature Drift A-Grade (0.05% Initial Accuracy, 10ppm/ C Drift) B-Grade (0.10% Initial Accuracy, 20ppm/ C Drift) TYPICAL PARTS LT ppm p p Noise (0.1Hz to 10Hz) ±10mA Sink & Source Capability 100mV Dropout Voltage Supply Voltage Up to 36V Fully Specified from 40 C to 125 C Two Options: Low Profile (1mm) ThinSOT VOUT ACCURACY (%) Surface Mount Ceramic LS8 (2. Option) TEMPERATURE ( C) mm x 3mm SOT23 5mm x 5mm LS8 Front 5mm x 5mm LS8 Back

39 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 37 Delta-Sigma Analog-to-Digital Converters Complete Easy Drive Delta-Sigma ADC Family Directly Digitizes High Impedance Sensors with Full Accuracy Programmable Gain from 1 to 256 Internal Temperature Sensor Easy Drive Technology Enables Rail-to-Rail Inputs with Zero Differential Current Applications: Infotainment Alternator Monitoring Battery Management Systems Exhaust Systems Temperature Measurement Tire Pressure Sensors Alcohol Breathalyzers Data Loggers Cargo Weight Monitors Fuel Dispensers Software Compatible 16 Bits 16 Bits + PGA 24 Bits 8/16-Channel x7 QFN-38 2/4-Channel x3 DFN-14 1-Channel x3 DFN-10 Pin/Software Compatible Resolution (Bits) Channels Output Rate (Hz) RMS Noise Total Unadjusted Error INL (PPM) I/O Maximum Ambient Temperature LTC μV 0.004% 2 SPI 125 C 3x3 DFN-10 LTC μV 0.004% 2 I2C 125 C 3x3 DFN-10 LTC / μV 0.004% 2 SPI 125 C 5x7 QFN-38 Ultra-Tiny 16-Bit Delta-Sigma ADC Family with I2C or SPI Interface 30Hz/60Hz ADCs with External Reference 60Hz ADCs with 10ppm/ C Reference Fast (208Hz/833Hz) ADCs with 10ppm/ C Reference Single-Ended 2450/ SPI Differential s 2x2 DFN-6, 3x2 DFN-8, 8-Lead TSOT-23 3x3 DFN-12, 12-Lead MSOP 3x3 DFN-12, 12-Lead MSOP Single-Ended I2C Differential s 3x2 DFN-8, 8-Lead TSOT-23 3x3 DFN-12, 12-Lead MSOP 3x3 DFN-12, 12-Lead MSOP 24-Bit High Speed Delta-Sigma ADC Family Inputs 1 Differential 4 Single-Ended/2 Differential 8 Single-Ended/4 Differential 16 Single-Ended/8 Differential No MUXOUT MUXOUT/ADCIN Special Features Dual Internal Amplifiers 5 Differential References Maximum Output Rate 4kHz 8kHz 8kHz 8kHz SSOP-16 SSOP-36 5x7 QFN-38 5x7 QFN-38

40 38 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS SAR Analog-to-Digital Converters Dual 16-/14-/12-Bit Simultaneous SAR ADCs with Wide Input Common Mode Range 8V P-P Differential Inputs with Rail-to-Rail Common Mode 81dB SNR, 90dB THD at f IN = 500kHz (16 Bits) Low Drift (20ppm/ C Max), 2.048V or 4.096V Internal Reference Single 3.3V or Operation No Cycle Latency (LTC2321) Low Power Dissipation: 40mW/Ch (5Msps) 30mW/Ch (2Msps) CMOS or LVDS SPI-Compatible Serial I/O Guaranteed Operation from 40 C to 125 C 28-Lead (4mm 5mm) QFN 16-Bit 81dB SNR 14-Bit 80dB SNR 12-Bit 73dB SNR 2Msps 5Msps Applications: Navigation Systems Entertainment/Multifunction Display Systems Li-Ion Battery Pack Suppervision Gas Sensors Train Control Systems Fleet Management Lane Departure/ Collision Avoidance Warning Systems 18-/16-Bit Pin-Compatible Fully/Pseudo- Differential 2. SAR ADC Family 18-Bit 1.6Msps SAR ADC with Flexible Serial Interface V TO 10µF 1.6Msps Max Throughput Rate at 18 Bits ±2LSB INL (Max), ±0.9LSB DNL (Max) 120dB THD (Typ) at f IN = 2kHz Power-Down Mode: 2.25µW Digital Gain Compression V REF 0V V REF 0V + 20Ω 20Ω 3300pF 3300pF IN+ V DD IN 3300pF REF 2. TO 5.1V LTC OV DD CHAIN RDL/SDI SDO SCK BUSY CNV REF/DGC SAMPLE CLOCK V REF 40 C to 125 C Maximum Ambient Temperature 16-Pin MSOP and 4mm x 3mm DFN s 47µF (X5R, 0805 SIZE) 18-Bit 16-Bit Fully Differential 101dB SNR Pseudo-Differential 96.5dB SNR Fully Differential 96dB SNR Pseudo-Differential 94dB SNR 250ksps 500ksps 1Msps 1.6Msps 2Msps Power Consumption 3.4mW 6.8mW 13.5mW 18mW 19mW

41 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 39 SAR Analog-to-Digital Converters (continued) 16-/12-Bit Serial Single/Multichannel Power ADCs Resolution (Bits) Channels Sample Rate Max Sample Rate Maximum Input Range Supply 3V Supply Supply 3V Supply Ambient Temperature LTC1864 (L) to, 0 to 3V (L) 250ksps (150ksps) 4.25mW (1.22mW) 125 C MSOP-8 LTC1865 (L) to, 0 to 3V (L) 250ksps (150ksps) 4.25mW (1.22mW) 125 C MSOP-10 LTC1867(L) V to 4.096V, ±2.048V, 0 to 2., ±1.2 (L) 200ksps (175ksps) 6mW (2.25mW) 85 C SSOP-16 LTC1860 (L) to, 0 to 3V (L) 250ksps (150ksps) 4.25mW (1.22mW) 125 C MSOP-8 LTC1861 (L) to, 0 to 3V (L) 250ksps (150ksps) 4.25mW (1.22mW) 125 C MSOP-10 LTC1863 (L) V to 4.096V, ±2.048V, 0 to 2., ±1.2 (L) 200ksps (175ksps) 6mW (2.25mW) 85 C SSOP /12-Bit Single Channel and Simultaneous Sampling 3V ADCs Resolution (Bits) Channels Sample Rate Input Range Interface Max Sample Rate Maximum Ambient Temperature LTC1403A/-1 14/ Msps 0V to 2. / ±1.2 SPI 14mW 125 C MSOP-10 LTC1407A/-1 14/12 2 3Msps 0V to 2. / ±1.2 SPI 12mW 125 C MSOP-10 LTC / Msps 0V to 2., ±1.2 SPI 16.5mW 125 C 5x5 QFN Bit SAR ADCs with Multiplexed Analog Inputs Resolution (Bits) Channels Sample Rate SNR Input Range Interface Max Sample Rate Maximum Ambient Temperature LTC ksps 73.5dB 0V to 4.096V, ±2.048V I2C 11.5mW 125 C 4 3 DFN-12, MSOP-12 LTC ksps 73.5dB 0V to 4.096V, ±2.048V I2C 11.5mW 125 C 4 3 DFN-12, MSOP-12 LTC ksps 73.4dB 0V to 4.096V, ±2.048V I2C 11.5mW 125 C 4 4 QFN-24, TSSOP-20 LTC ksps 73.2dB 0V to 4.096V, ±2.048V SPI 14mW 85 C 3 3 DFN-10 LTC ksps 73.2dB 0V to 4.096V, ±2.048V SPI 14mW 85 C 3 3 DFN-10 LTC ksps 73.4dB 0V to 4.096V, ±2.048V SPI 17.5mW 85 C 4 4 QFN-24 Tiny 14-/12-Bit 3V- SAR ADCs with 20ppm/ C (Max) Internal Reference Resolution (Bits) Channels Sample Rate SNR Interface Max Sample Rate Maximum Ambient Temperature LTC ksps 73dB SPI 9mW 125 C TSOT23-8 LTC Msps 73dB SPI 19mW 125 C TSOT23-8 LTC ksps 77.5dB SPI 9mW 125 C TSOT23-8 LTC Msps 77.5dB SPI 14mW 125 C TSOT23-8 LTC Msps 77.5dB SPI 18mW 125 C TSOT23-8 ±10V True Bipolar Input SAR ADCs Resolution (Bits) Channels Sample Rate SNR Input Range Interface Max Sample Rate Maximum Ambient Temperature LTC ksps 87dB ±10V SPI 40mW 85 C SSOP-28 LTC ksps 87dB 0V to, 0V to 10V, ± or ±10V SPI 40mW 85 C SSOP-28 LTC ksps 93.5dB ±6.2, ±10.24V, ±12. SPI 28mW 125 C MSOP-16 LTC Msps 93.5dB ±6.2, ±10.24V, ±12. SPI 50mW 125 C MSOP-16 LTC ksps 100dB ±6.2, ±10.24V, ±12. SPI 28mW 125 C MSOP-16 LTC Msps 100dB ±6.2, ±10.24V, ±12. SPI 50mW 125 C MSOP-16

42 40 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS High Speed Analog-to-Digital Converters Lowest Power 1.8V, 3V and ADCs 10-Bit to 16-Bit Resolutions Sample Rates from 10Msps to 310Msps Single Channel to Octal Channel ADCs Highest SNR and SFDR Performance Flexible Digital Outputs: CMOS, DDR CMOS, DDR LVDS Serial LVDS JESD204B Features for Reducing Digital Feedback Applications: Collision Avoidance Radar 25Msps 40Msps 65Msps 80Msps 105Msps 125Ms0s 16-Bit 76.8dB SNR Power Consumption 39mW/Ch 58mW/Ch 80mW/Ch 100mW/Ch 154mW/Ch 185mW/Ch 14-Bit 73.2dB SNR Bit 70.6dB SNR Bit/12-Bit Power Consumption 24mW/Ch 33mW/Ch 46mW/Ch 55mW/Ch 75mW/Ch 95mW/Ch 9x9 QFN 1.8V Dual ADCs, CMOS, DDR CMOS or DDR LVDS Infotainment/GPS Software-Defined Radio Infrared Night Vision Diagnostic Equipment High Speed ADC Snapshot Channels Resolution (Bits) Sample Rate (Msps) Full Power Bandwidth (MHz) SNR (db) SFDR (db) V cc Power (mw) Digital I/O Maximum Ambient Temperature LTC CMOS/LVDS 85 C 7x7 QFN-48 LTC JESD204B 85 C 7x7 QFN-48 LTC CMOS/LVDS 85 C 9x9 QFN-64 LTC CMOS/LVDS 85 C 9x9 QFN-64 LTC CMOS/DDR CMOS/DDR LVDS 85 C 7x7 QFN-48 LTC Serial LVDS 85 C 7x8 QFN-52 LTC JESD C 6x6 QFN-40 LTC Serial LVDS 85 C 7x8 QFN-52 LTC CMOS/DDR CMOS/DDR LVDS 85 C 6x6 QFN-40 LTC2246H CMOS 125 C 7x7 LQFP-48 LTC CMOS 85 C 9x9 QFN-64 LTC Serial LVDS 85 C 6x6 QFN-40 LTC DDR LVDS 85 C 9x9 QFN-64 LTC Serial LVDS 85 C 7x8 QFN-52 LTM Serial LVDS 85 C 11x9 BGA-140 LTC2226H CMOS 125 C 7x7 LQFP-48 High Speed Digital-to-Analog Converters High Speed DAC Snapshot Channels Resolution (Bits) Sample Rate (Msps) 3dB Bandwidth (MHz) Output Current (ma) SFDR (dbc) Power (mw) Digital I/O Maximum Ambient Temperature LTC , 14, LVDS 85 C 9x15 BGA-170 LTC1666, LTC1667 LTC , 14, TTL/CMOS 85 C SSOP-28

43 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 41 PLL Synthesizers 6GHz-Plus Frequency Generation Low 226dBc/Hz Normalized In-Band Phase Noise Floor 157dBc/Hz Wideband Output Phase Noise Floor 274dBc/Hz Normalized In-Band 1/f Noise Excellent Spurious Performance Integer-N or Fractional-N REF DIV OUT DIV Applications: Infotainment/GPS Satellite Uplink Femtocell Anti-Collision LTC6948 VCO FRAC-N DIV MOD PLL Synthesizer Snapshot Phase Features Frequency Range (GHz) 1MHz 40MHz Spurious Products Vcc Maximum Case Temperature LTC6945 Integer-N PLL to 6 155dBc/Hz 161dBc/Hz 103dBc 3.3V/ 105 C 4x5 QFN-28 LTC6946 Integer-N PLL + VCO to dBc/Hz 157dBc/Hz 102dBc 3.3V/ 105 C 4x5 QFN-28 LTC6947 Frac-N PLL to 6 149dBc/Hz* 160dBc/Hz* 97dBc 3.3V/ 105 C 4x5 QFN-28 LTC6948 Frac-N PLL + VCO to dBc/Hz 157dBc/Hz 98dBc 3.3V/ 105 C 4x5 QFN-28 *At 2.4GHz RF Detectors Applications: RF Sensing Remote Door Lock In-Car Cellular Compenser Software-Defined Radio LTC5582 Actual Size Demo Circuit Function Op Frequency Dynamic Range (db) Detect Range (dbm) Accuracy (db) V cc I cc (ma) LT5538 Wideband Log Detector 40MHz - 3.8GHz to +5 +/ to x3 DFN-8 LT5534 Log Average Power Detector 50MHz - 3GHz to 2 +/ to x2 SC70 LTC5505 Schottky Peak Detector GHz to +18 +/ to SOT-23 LTC5507 Schottky Peak Detector 0.1-1GHz to +14 +/ to SOT-23 LT5537 Log-Linear Detector LF - 1GHz to +10 +/ to x2 DFN-8 LT5581 RMS Detector 10MHz - 6GHz to +6 +/ to x2 DFN-8 LTC5582 RMS Detector 40MHz - 10GHz to +1 +/ to x3 DFN-10 LTC5583 Dual RMS Detector 40MHz - 6GHz to +1 +/ to x4 QFN-24 LTC5587 RMS + ADC 10MHz - 6GHz to +6 +/ to x3 DFN-12 LTC5564 7ns Response Time Schottky Peak Detector + Fast Comparator 600MHz - 15GHz to +16 +/ to x3 QFN-16

44 42 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS Precision Digital-to-Analog Converters Ultra-Tiny 12-/10-/8-Bit DACs with 10ppm/ C Internal Reference Integrated Precision Reference 2. Full Scale 10ppm/ C (-L) 4.096V Full Scale 10ppm/ C (-H) Maximum INL Error: ±2.5LSB (LTC ) Low Power Operation Power-On Reset to Zero, Hi-Z or Mid-Scale Options Maximum Ambient Temperature from 40 C to 125 C Applications: Engine Control Unit Fuel Injection Control Unit Display Unit GPS Receiver Night Vision Camera Air Conditioners Railway Control Systems Single Dual Quad Octal SPI SPI (External Ref) I2C SPI I2C SPI I2C SPI I2C 12-Bit Bit Bit SC70-6 TSOT23-8 TSOT23-8 TSOT23-8 TSOT23-8 3x3 QFN-16 MSOP-10 3x3 QFN-16 MSOP-10 4x3 DFN-14 MSOP-16 4x3 DFN-14 MSOP-16 Low Glitch 16-/14-/12-Bit Unbuffered V OUT DACs Low 0.5nV s Glitch Impulse Single SPI Unipolar Single SPI Bipolar Low 120μA Supply Current Fast 1μs Settling Time to 16 Bits ±1LSB (Max) INL, Guaranteed Monotonic 2.7V to 5. Single Supply Operation Unbuffered Voltage Output Directly Drives 60k Loads Maximum Ambient Temperature from 40 C to 85 C 16-Bit Bit Bit x3 DFN-8 MSOP-8 3x3 DFN-10 MSOP-10 Micropower 16-/12-Bit DAC Family Precision 10ppm/ C Max Internal Reference 2. Full-Scale (-L) 4.096V Full-Scale (-H) Maximum INL Error: ±4LSB at 16 Bits Quad SPI Quad I2C Octal SPI Octal I2C 16-Bit Bit V to 5. Supply Range Ultralow Crosstalk Between DACs (<1nV s) 4x4 QFN-20 Narrow SSOP-16 4x4 QFN-20 Narrow SSOP-16 4x5 QFN-20 TSSOP-20 4x5 QFN-20 TSSOP-20 Power-On Reset to Zero- or Mid-Scale Maximum Ambient Temperature from 40 C to 85 C

45 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 43 Rugged Serial Interface Transceivers Applications: Fuel Management RS485 Link with Large Ground Loop Voltage HVAC Control Door, Window and Seat Controls LTC2875 VCC1 VCC2 LTC2875 Security/Camera Systems Engine Control Unit RXD1 R CANH CANH R RXD2 TXD1 RS1 D CANL CANL D TXD2 RS2 1 AC GROUND LOOP 36V PEAK 2 Fault Protected Transceivers Standard Supply Voltage Max Data Rate Bus Voltage Protection ESD HBM (kv) Maximum Ambient Temperature Comments LTC2862-1/-2 RS485 3 to Mbps/250kbps ±60 ± C SO-8, 3x3 DFN-8 Half-Duplex, Enable Pins LTC2863-1/-2 RS485 3 to Mbps/250kbps ±60 ± C SO-8, 3x3 DFN-8 Full-Duplex LTC2864-1/-2 RS485 3 to Mbps/250kbps ±60 ± C SO-14, 3x3 DFN-10 Full-Duplex, Enable Pins LTC2865 RS485 3 to Mbps/250kbps ±60 ± C MSOP-12, 4x3 DFN-12 Full-Duplex, Enable Pins, Logic Supply LTC2870 RS485/ RS232 3 to Mbps/500kbps ±15 ± C TSSOP-28, 4x5 QFN-28 Half-/Full-Duplex, RS485 Integrated Termination LTC2875 CAN 3.3 or 5 4Mbps ±60 ± C SO-8, 3x3 DFN-8 ±36V Common Mode Range LT1796 CAN 5 125kbps ±60 ± C SO-8, PDIP-8 Standard SO-8 Pinout RS485/RS422 Transceivers Duplex Supply Voltage Max Data Rate Shutdown ESD HBM (kv) Maximum Ambient Temperature Comments LTC2850 Half Mbps yes ± C SO-8, MSOP-8, 3x3 DFN-8 LTC2851 Full Mbps ± C SO-8, MSOP-8, 3x3 DFN-8 No RCVR/DRVR Enable Pins LTC2852 Full Mbps yes ± C SO-14, MSOP-10, 3x3 DFN-10 LTC2854 Half Mbps yes ± C 3x3 DFN-10 Integrated Switchable Termination LTC2855 Half Mbps yes ± C SSOP-16, 4x3 DFN-12 Integrated Switchable Termination LTC2856-1/-2 Half Mbps/250kbps yes ± C MSOP-8, 3x3 DFN-8 LTC2857-1/-2 Full Mbps/250kbps ± C MSOP-8, 3x3 DFN-8 LTC2858-1/-2 Full Mbps/250kbps yes ± C MSOP-10, 3x3 DFN-10 LTC2859 Half Mbps/250kbps yes ± C 3x3 DFN-10 Integrated Switchable Termination LTC2861 Full Mbps/250kbps yes ±15 85 C SSOP-16, 4x3 DFN-12 Integrated Switchable Termination RS232/RS562 Transceivers # Dri/Rec Supply Voltage Max Data Rate Shutdown ESD HBM (kv) Maximum Ambient Temperature Comments LTC2801 1/1 1.8 to kbps yes ±10 85 C 4x3 DFN-12 1μA Shutdown and 15μA Receivers-Active Modes LTC2802 1/1 1.8 to 5.0 1Mbps yes ±10 85 C 4x3 DFN-12 1μA Shutdown and 15μA Receivers-Active Modes LTC2803 2/2 1.8 to kbps yes ±10 85 C SSOP-16, 5x3 DFN-16 1μA Shutdown and 15μA Receivers-Active Modes LTC2804 2/2 1.8 to 5.0 1Mbps yes ±10 85 C SSOP-16, 5x3 DFN-16 1μA Shutdown and 15μA Receivers-Active Modes

46 44 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS Isolated µmodule Transceivers UL Rated 2500V RMS Isolation for RS485/RS422, RS232/RS562, USB, SPI/Digital, or I2C Protocols Up to 1W of Isolated Power Provided No External Components Required or 3.3V Operation High Common Mode Transient Immunity: >30kV/µs Low EMI Applications: Battery Management Engine Control Body Electronics Isolated 4MHz SPI Interface CS SDI SCK SDO LTM2883-5S V CC V L ON SDOE CS SDI SCK DO2 SDO DO1 ISOLATION BARRIER V CC2 AV CC2 V + AV+ V AV CS2 SDI2 SCK2 I2 SDO2 I1 2 AT 20mA 12. AT 20mA 12. AT 15mA CS SDI SCK SDO Infotainment/GPS LTM2883 Operating Through 35kV/μs CM Transient BGA 32-Pin (15mm x 11.25mm x 3.42mm) SCK SD0 SCK2 = SD02 2V/DIV 2V/DIV REPETITIVE COMMON MODE TRANSIENTS 200V/DIV 20ns/DIV Protocol Isolation (V RMS ) # Drivers/ Receivers Supply Voltage Max Data Rate Isolated Power Output(s) Maximum Ambient Temperature LTM2881-5/3 RS /1 5/3.3 20Mbps/250kbps (1W) 105 C 15x11 BGA-32 or LGA-32 LTM2882-5/3 RS /2 5/3.3 1Mbps (1W) 85 C 15x11 BGA-32 or LGA-32 LTM2883-5S/3S SPI/Digital /3 5/3.3 10MHz Adj. 3V-, Adj. ±12V (0.6W) 85 C 15x11 BGA-32 LTM2883-5I/3I I2C /3 5/ kHz Adj. 3V-, Adj. ±12V (0.6W) 85 C 15x11 BGA-32 LTM2884 USB /1 4.4 to Mbps 1W Bus Powered, 2.5W Externally Powered 105 C 15x15 BGA-44 LTM2892-S SPI/Digital /3 3.0 to MHz 125 C 9x6 BGA-24 LTM2892-I I2C /3 3.0 to kHz 125 C 9x6 BGA-24 LTC4310 I2C * 3.0 to kHz or 400kHz 85 C 3x3 DFN-10, MSOP-10 LTC6820 SPI * 2.7 to 5.5 1MHz 125 C 3x3 QFN-16, MSOP-16 *Depends on external transformer selection

47 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 45 I2C Bus Buffers, Multiplexers & Rise Time Accelerators Level Translate 1V to Busses, Isolate Capacitance, Increase Fan-In, Fan-Out or Rise Times 400kHz Operation Stuck Bus Protection High ESD up to ±15kV HBM Small s Applications: Infotainment/GPS Battery Management I2C Bus Buffer with High Noise Margin, V IL = 0.3 V CC 0.01µF SCL1 SDA1 2.7k 3.3V 2.7k V CC ENABLE LTC READY SCL IN SCL OUT SDA IN SDA OUT 10k 1.3k 1.3k READY SCL2 SDA2 I2C Rise Time Accelerator for Heavily Loaded Busses I 2 C SCL SDA VCC µF LTC4311 V CC BUS1 ENABLE BUS2 VCC 2. 10k 10k Stuck Bus Resolved with Automatic Clocking READY /DIV SCLOUT /DIV SDAIN /DIV SDAOUT /DIV DISCONNECT AT TIMEOUT STOP BIT GENERATED STUCK LOW > 45ms AUTOMATIC CLOCKING 1ms/DIV RECOVERS HIGH DRIVEN LOW CLK IN CLK OUT DATA IN DATA OUT CLK IN CLK OUT DATA IN DATA OUT Comparison of I2C Waveforms for the LTC4311 vs Resistor Pull-Up DEVICE 1 DEVICE N 1V/DIV LTC4311 RPULL-UP = 15.8k VCC = CLD = 200pF fi 2 C = 100kHz 1µs/DIV Data Rate (khz) Hot Swappable Rise Time Acceleration Bidirectional Level Translation Stuck Bus Disconnect/ Recovery ENABLE READY VCC2 GPIO or FAULT HBM ESD (kv) Comments Maximum Ambient Temperature LTC4300A to 5.5 ±2 85 C MSOP-8 LTC4301L to 2.7/5.5 ±10 Supply Independent 85 C MSOP-8, 3x3 DFN-8 LTC to 5.5 ±15 RTA Enable 85 C MSOP-10, 3x3 DFN-10 LTC to 5.5 ±5 60mV Offset Voltage 85 C MSOP-8, 3x3 DFN-8 LTC to 2.3/5.5 ±6 60mV Offset Voltage, RTA Enable, Stuck Bus Disable 85 C SSOP-16, 4x3 DFN-12 LTC or to 5.5 ±5 Full I2C Isolation 85 C 3x3 DFN-10, MSOP-10 LTC ±8 Rise Time Accelerator only 85 C 2mm x 2mm DFN-6, SC70-6 LTC to 5.5 ±4 V IL =0.3V CC, Adj. RTA 85 C SSOP-8, 3x3 DFN-8 LTC to 5.5 ±4 4:1 I2C Multiplexer with Bus Buffer, V IL =0.3V CC, Adj. RTA, Stuck Bus Disable 85 C SSOP-8, 3x3 DFN-8

48 46 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS Power over Ethernet (PoE) Controllers LTPoE++ (Up to 90W), PoE+ (25.5W) and PoE (13W) Power Sourcing Equipment (PSE) & Powered Device (PD) Controllers LTPoE++ Devices: Plug-n-Play, Backward Compatible with PoE+ and PoE Equipment Uses Low R DS(ON) External Components for Lowest Heat Dissipation and Highest System Efficiency Typical PoE System PSE 5 D PSE CONTROLLER VEE SENSE GATE OUT 0.25Ω A RJ DATA PAIR DATA PAIR RJ PD R CLASS PWRGD PD CONTROLLER V OUT DC/DC CONVERTER + V OUT Extremely Robust: PSE: Cable Discharge Protection, 80V Input Pins, 4-Point PD Detection PD: 100V Input Pins, Overtemperature Protection SPARE PAIR SPARE PAIR Applications: Body Electronics Infotainment/GPS Security/Camera Systems Type # of Ports Max Power (W) Standard Integrated Switcher Integrated MOSFET Integrated Signature Resistor One-Event Classification Two-Event Classification LTPoE++ Classification Maximum Ambient Temperature LT4275A PD 1 90 LTPoE C MSOP-10, 3x3 DFN-10 LTC4265 PD PoE+ 85 C 4x3 DFN-12 LTC4269/78 PD PoE+ 85 C 7x4 DFN-32 LT4275B PD PoE+ 125 C MSOP-10, 3x3 DFN-10 LTC PD 1 13 PoE 85 C SO-8, 3x3 DFN-8 LTC4267 PD 1 13 PoE 85 C SSOP-16, 3x5 DFN-16 LT4275C PD 1 13 PoE 125 C MSOP-10, 3x3 DFN-10 LTC4274 PSE 1 90 LTPoE++, PoE+, or PoE 85 C 5x7 QFN-38 LTC4266 PSE 4 90 LTPoE++, PoE+, or PoE 85 C 5x7 QFN-38 LTC4290/71 PSE 8 90 LTPoE++, PoE+, or PoE 85 C 6x6 QFN-52, 4x4 QFN-24 LTC4270/71 PSE LTPoE++, PoE+, or PoE 85 C 7x8 QFN-52, 4x4 QFN-24

49 LINEAR AUTOMOTIVE & TRANSPORTATION SOLUTIONS 47 SmartMesh Embedded Wireless Sensor Networking Embedded chips and printed circuit boards with mesh networking software that deliver: >99.999% Data Reliability in the most challenging RF environments >10 Year Battery Life for every node in the network, including routing ones Complete Wireless Mesh Solution so no network stack development is required Self-Forming, Self-Sustaining, Multi-Hop Mesh Network Time Synchronized Channel Hopping (TSCH) link layer, pioneered by Dust Networks Channel Hopping on Each Transmission for frequency diversity Redundant Pathways for spatial diversity Low Power Packet Exchange Duty cycle of <1% without sacrificing network availability Zero In-Network Packet Collisions for a highly scalable network Built-In Network Optimization Algorithms fix problems before they occur 2.4GHz IEEE transceivers operate in globally license-free 2.4GHz band Benefits: Field Proven Network >35,000 customer networks >1 Billion hours of operation in harsh RF environments Highly Resilient, Low Power Communications in some of the most demanding applications: Tough RF Environments with extensive metal and concrete, including industrial plants, data centers, commercial building monitoring, bridges, tunnels Networks on Moving Vehicles, including rail cars, cargo containers, semi-trucks and aircraft Dense Deployments, where thousands of nodes operate within radio range of each other, for instance rail yards, data centers, utility scale solar farms Large Area Networks, such as shipyards, street parking applications Long, Extended Networks, including freight trains, pipelines, mines, tunnels Remote Monitoring, where all nodes must be powered by battery or energy-harvesting, such as oil fields or environmental monitoring Place a sensor anywhere no communications or power lines to wireless nodes required Fast Time to Market Wireless network software is already complete, heavily tested and has proven performance Hardware available as QFN chips or pre-certified PCB modules SmartMesh IP Motes and Managers are available as QFN chips and as pre-certified Printed Circuit Boards To learn more about SmartMesh Embedded Wireless Sensor Mesh Networks, visit

50 Notes:

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