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| IC Featured | Unitrode Literature Number | TI Literature Number | Application |
| Motor Control | U-120 | SLUA076 | A Simplified Approach to DC Motor Modeling for Dynamic Stability Analysis |
| U-133A | SLUA149 | UCC3800/1/2/3/4/5 BiCMOS Current Mode Control ICs | |
| PWMs | U-97 | SLUA101 | Modeling, Analysis and Compensation of the Current Mode Converter |
| U-111 | SLUA111 | Practical Considerations in Current Mode Power Supplies | |
| DN-62 | SLUA119 | Switching Power Supply Topology: Voltage Mode vs. Current Mode | |
| DN-64 | SLUA099 | Inductorless Bias Supply for Synchronous Rectification and High Side Drive Applications | |
| UC2577-12/15 | DN-49 | SLUA181 | UC2577 Controls SEPIC Converter for Automotive Applications |
| UC2577-ADJ | DN-49 | SLUA181 | UC2577 Controls SEPIC Converter for Automotive Applications |
| UCC3305 | U-161 | SLUA078 | Powering a 35W DC Metal Halide High Intensity Discharge (HID) Lamp using the UCC3305 HID Lamp Controller |
| DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs | |
| UC3525/27B | DN-36 | SLUA170 | UC1525B/1527B Devices - Comparison Summary to UC1525A/ 1527A Devices |
| UCC3570 | U-150 | SLUA077 | Applying the UCC3570 Voltage-Mode PWM Controller to Both Off-Line and DC/DC Converter Designs |
| DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs | |
| UCC35701 | U-150 | SLUA077 | Applying the UCC3570 Voltage-Mode PWM Controller to Both Off-Line and DC/DC Converter Designs |
| DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs | |
| UC3573 | DN-70 | SLUA199 | UC3573 Buck Regulator PWM Control IC |
| UC3578 | U-167 | SLUA140 | UC3578 Telecom Buck Converter Evaluation Board |
| UCC3581 | DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs |
| UC3584 | DN-83 | SLUA092 | UC3584DW Secondary Side Post Regulator Evaluation Board, Schematic, and List of Materials |
| UCC3585 | DN-104 | SLUA223 | UCC3585,Low Voltage Synchronous Buck Controller,Evaluation Board,Schematic and List of Materials |
| UCC3588 | DN-105 | SLUA224 | UCC3588 5-Bit Programmable OutputBiCMOSPower Supply Controller,Evaluation Board,Schematic and List of Materials |
| UC3620 | U-106 | SLUA237 | UC3620 Brushless DC Motors get a Controller IC that Replaces Complex Circuits |
| UC3625 | U-115 | SLUA106 | New Integrated Circuit Produces Robust, Noise Immune System for Brushless DC Motors |
| U-120 | SLUA076 | A Simplified Approach to DC Motor Modeling for Dynamic Stability Analysis | |
| DN-50 | SLUA182 | Simple Techniques for Isolating and Correcting Common Application Problems with UC3625 Brushless DC Motor Drives | |
| U-130 | SLUA083 | Dedicated ICs Simplify Brushless DC Servo Amplifier Design | |
| UCC3626 | U-120 | SLUA076 | A Simplified Approach to DC Motor Modeling for Dynamic Stability Analysis |
| UC3633 | U-113 | SLUA085 | Design Notes on Precision Phase Locked Speed Control for DC Motors |
| UC3634 | U-113 | SLUA085 | Design Notes on Precision Phase Locked Speed Control for DC Motors |
| UC3635 | U-113 | SLUA085 | Design Notes on Precision Phase Locked Speed Control for DC Motors |
| UC3637 | U-120 | SLUA076 | A Simplified Approach to DC Motor Modeling for Dynamic Stability Analysis |
| U-102 | SLUA137 | UC1637/2637/3637 Switched Mode Controller for DC Motor Drive | |
| U-112 | SLUA073 | A High Precision PWM Transconductance Amplifier for Microstepping using Unitrode's UC3637 | |
| DN-53A | SLUA184 | Design Considerations for Synchronizing Multiple UC3637 PWMs | |
| UC3638 | U-120 | SLUA076 | A Simplified Approach to DC Motor Modeling for Dynamic Stability Analysis |
| UC3705 | U-118 | SLUA054 | New Driver ICs Optimize High Speed Power MOSFET Switching Characterisitics |
| U-137 | SLUA105 | Practical Considerations in High Performance MOSFET, IGBT & MCT Gate Drive Circuits | |
| UC3706 | U-137 | SLUA105 | Practical Considerations in High Performance MOSFET, IGBT & MCT Gate Drive Circuits |
| U-118 | SLUA054 | New Driver ICs Optimize High Speed Power MOSFET Switching Characterisitics | |
| UC3707 | U-118 | SLUA054 | New Driver ICs Optimize High Speed Power MOSFET Switching Characterisitics |
| U-137 | SLUA105 | Practical Considerations in High Performance MOSFET, IGBT & MCT Gate Drive Circuits | |
| UC3708 | DN-35 | SLUA169 | IGBT Drive Using MOSFET Gate Drivers |
| U-137 | SLUA105 | Practical Considerations in High Performance MOSFET, IGBT & MCT Gate Drive Circuits | |
| UC3709 | U-137 | SLUA105 | Practical Considerations in High Performance MOSFET, IGBT & MCT Gate Drive Circuits |
| U-118 | SLUA054 | New Driver ICs Optimize High Speed Power MOSFET Switching Characterisitics | |
| UC3717 | U-99 | SLUA141 | UC3717 and L-C Filter Reduce EMI and Chopping Losses in Step Motor |
| UC3717A | U-99 | SLUA141 | UC3717 and L-C Filter Reduce EMI and Chopping Losses in Step Motor |
| UC3724 | DN-35 | SLUA169 | IGBT Drive Using MOSFET Gate Drivers |
| U-127 | SLUA154 | Unique Chip Pair Simplifies High Side Switch Drive | |
| UC3725 | DN-35 | SLUA169 | IGBT Drive Using MOSFET Gate Drivers |
| U-127 | SLUA154 | Unique Chip Pair Simplifies High Side Switch Drive | |
| UC3726 | DN-60 | SLUA142 | UC3726/UC3727 IGBT Driver Pair Evaluation Kit Testing Procedure |
| DN-57 | SLUA186 | Power Dissipation Considerations for the UC3726N/UC3727N IGBT Driver Pair | |
| U-143C | SLUA057 | New Chip Pair Provides Isolated Drive for High Voltage IGBTs | |
| UC3727 | U-143C | SLUA057 | New Chip Pair Provides Isolated Drive for High Voltage IGBTs |
| DN-57 | SLUA186 | Power Dissipation Considerations for the UC3726N/UC3727N IGBT Driver Pair | |
| DN-60 | SLUA142 | UC3726/UC3727 IGBT Driver Pair Evaluation Kit Testing Procedure | |
| UCC3750 | U-169 | SLUA060 | A Complete Control Solution for a Four-Quadrant Flyback Converter Using the New UCC3750 Source Ringer Controller |
| DN-79 | SLUA103 | Demonstration Board Operating Guidelines | |
| UCC3800/1/2/3/4/5 | U-133A | SLUA149 | UCC3800/1/2/3/4/5 BiCMOS Current Mode Control ICs |
| DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs | |
| UCC3802 | DN-42A | SLUA084 | Design Considerations for Transitioning from UC3842 to the New UCC3802 Family |
| DN-89 | SLUA213 | Comparing the UC3842, UCC3802, and UCC3809 Primary Side PWM Controllers | |
| UCC3803 | DN-43 | SLUA042 | Simple Techniques to Generate a Negative Voltage Bias Supply from a Positive Input Voltage |
| DN-48 | SLUA180 | Versatile Low Power SEPIC Converter Accepts Wide Input Voltage Range | |
| DN-54 | SLUA185 | Innovative Buck Regulator Uses High Side N-Channel Switch without Complex Gate Drive | |
| UCC3805 | DN-46 | SLUA179 | Highly Efficient Low Power DC to DC Inverter Converts +5V Input to -3V Output |
| UCC3806 | DN-45 | SLUA178 | UC3846, UC3856 and UCC3806 Push-Pull PWM Current Mode Control ICs |
| UCC3806 | U-144 | SLUA150 | UCC3806 BiCMOS Current Mode Control IC |
| DN-51 | SLUA183 | Programming the UCC3806 Features | |
| DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs | |
| UCC3807 | DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs |
| UCC3808 | DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs |
| UCC3809 | DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs |
| DN-89 | SLUA213 | Comparing the UC3842, UCC3802, and UCC3809 Primary Side PWM Controllers | |
| U-165 | SLUA086 | Design Review: Isolated 50 Watt Flyback Converter Using the UCC3809 Primary Side Controller and the UC3965 Precision Reference and Error Amplifier | |
| U-168 | SLUA097 | Implementing a Practical Off-line Lithium-Ion Charger Using the UCC3809 Primary Side Controller and the UCC3956 Battery Charger Controller | |
| UCC3810 | DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs |
| UCC3813 | U-133A | SLUA149 | UCC3800/1/2/3/4/5 BiCMOS Current Mode Control ICs |
| DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs | |
| UC3823 | U-131 | SLUA055 | Simple Switchmode Lead-Acid Battery Charger |
| UC3823A,B/3825A,B | U-128 | SLUA125 | The UC3823A,B & UC3825A,B Enhanced Generation of PWM Controllers |
| UC3825 | U-110 | SLUA053 | 1.5MHz Current Mode IC Controlled 50W Power Supply |
| UCC3831 | DN-85 | SLUA209 | UCC3831 USB Power Controller IC, Evaluation Board, Schematic, and List of Materials |
| UC3832/3 | U-152 | SLUA072 | A High Performance Linear Regulator for Low Dropout Applications |
| DN-61 | SLUA089 | A High Performance Linear Regulator for Low Dropout Applications | |
| UC3833 | DN-32 | SLUA167 | Optocoupler Feedback Drive Techniques |
| UC3834 | U-95 | SLUA062 | Versatile UC1834 Optimizes Linear Regulator Efficiency |
| UC3838A | DN-47 | Simple Voltage Inverter Circuit Converts -48V Input to +5V Output | |
| UC3841 | DN-28 | SLUA164 | UC3840/UC3841/UC3851 PWM Controllers - Summary of Functional Differences |
| UC3842/3/4/5 | U-100A | SLUA143 | UC3842/3/4/5 Provides Low-Cost Current-Mode Control |
| UC3842 | DN-89 | SLUA213 | Comparing the UC3842, UCC3802, and UCC3809 Primary Side PWM Controllers |
| UC3842/42A | DN-27 | SLUA163 | UC1842/UC1842A Summary of Functional Differences |
| DN-40 | SLUA173 | The Effects of Oscillator Discharge Current Variations on Maximum Duty Cycle and Frequency in UC3842 and UC3842A PWM ICs | |
| UC3842A | DN-29 | SLUA165 | UC3842A Family Frequency Foldback Technique Provides Protection |
| UC3843A | DN-30 | SLUA166 | Programmable Electronic Circuit Breaker |
| UC3846 | U-93 | SLUA075 | A New Integrated Circuit for Current Mode Control |
| U-100A | SLUA143 | UC3842/3/4/5 Provides Low-Cost Current-Mode Control | |
| DN-45 | SLUA178 | UC3846, UC3856 and UCC3806 Push-Pull PWM Current Mode Control ICs | |
| UC3847 | U-93 | SLUA075 | A New Integrated Circuit for Current Mode Control |
| UC3848 | U-135 | SLUA126 | The UC3848 Average Current Mode Controller Squeezes Maximum Performance from Single Switch Converters |
| U-140 | SLUA079 | Average Current Mode Control of Switching Power Supplies | |
| UC3849 | U-140 | SLUA079 | Average Current Mode Control of Switching Power Supplies |
| UC3851 | DN-28 | SLUA164 | UC3840/UC3841/UC3851 PWM Controllers - Summary of Functional Differences |
| UC3852 | U-132 | SLUA108 | Power Factor Correction Using the UC3852 Controlled ON-Time Zero Current Switching Technique |
| UC3853 | U-159 | SLUA080 | Boost Power Factor Corrector Design with the UC3853 |
| DN-77 | SLUA047 | Overcurrent Shutdown with the UC3853 | |
| DN-78 | SLUA204 | UC3853 Demo Board | |
| UCC38531 | DN-85 | SLUA209 | UCC3831 USB Power Controller IC, Evaluation Board, Schematic, and List of Materials |
| UC3854 | U-134 | SLUA144 | UC3854 Controlled Power Factor Correction Circuit Design |
| DN-39E | SLUA172 | Optimizing Performance in UC3854 Power Factor Correction Applications | |
| DN-41 | SLUA174 | Extend Current Transformer Range | |
| UC3854A/B | DN-44 | SLUA177 | UC3854A and UC3854B Advanced Power Factor Correction Control ICs |
| DN-66 | SLUA196 | Unitrode - UC3854A/B and UC3855A/B Provide Power Limiting with Sinusoidal Input Current for PFC Front Ends | |
| UC3855A/B | U-153 | SLUA146 | UC3855A/B High Performance Power Factor Preregulator |
| DN-66 | SLUA196 | Unitrode - UC3854A/B and UC3855A/B Provide Power Limiting with Sinusoidal Input Current for PFC Front Ends | |
| UC3856 | DN-45 | SLUA178 | UC3846, UC3856 and UCC3806 Push-Pull PWM Current Mode Control ICs |
| UCC3858 | DN-90 | SLUA214 | UCC3858 "Energy Star" PFC Evaluation Board, Schematic, and List of Materials |
| UC3861-3864 | U-138 | SLUA159 | Zero Voltage Switching Resonant Power Conversion |
| UC3861-3868 | U-122 | SLUA074 | A New Family of Integrated Circuits Controls Resonant Mode Power Converters |
| UC3871 | U-141 | SLUA056 | Resonant Fluorescent Lamp Converter Provides Efficient and Compact Solution |
| U-148 | SLUA088 | Dimmable Cold-Cathode Fluorescent Lamp Ballast Design Using the UC3871 | |
| UC3872 | U-141 | SLUA056 | Resonant Fluorescent Lamp Converter Provides Efficient and Compact Solution |
| U-148 | SLUA088 | Dimmable Cold-Cathode Fluorescent Lamp Ballast Design Using the UC3871 | |
| DN-75 | SLUA090 | Using the UC3871 and UC3872 Resonant Fluorescent Lamp Drivers in Floating Lamp Applications | |
| UC3875/6/7/8 | U-136 | SLUA107 | Phase Shifted, Zero Voltage Transition Design Considerations and the UC3875 PWM Controller |
| DN-63 | SLUA121 | The Current-Doubler Rectifier: An Alternative Rectification Technique for Push-Pull and Bridge Converters | |
| UC3879 | U-136 | SLUA107 | Phase Shifted, Zero Voltage Transition Design Considerations and the UC3875 PWM Controller |
| U-154 | SLUA122 | The New UC3879 Phase Shifted PWM Controller Simplifies the Design of Zero Voltage Transition Full-Bridge Converters | |
| UC3879 | DN-63 | SLUA121 | The Current-Doubler Rectifier: An Alternative Rectification Technique for Push-Pull and Bridge Converters |
| UCC3884 | U-164 | SLUA114 | The UCC3884 Frequency Foldback Pulse Width Modulator |
| DN-65 | SLUA081 | Considerations in Powering BiCMOS ICs | |
| UC3886 | U-156 | SLUA120 | The UC3886 PWM Controller Uses Average Current Mode Control to Meet the Transient Regulation Performance of High End Processors |
| U-157 | SLUA093 | Fueling the Megaprocessor - A DC/DC Converter Design Review Featuring the UC3886 and UC3910 | |
| UCC3888 | U-149A | SLUA116 | Simple Off-Line Bias Supply for Very Low Power Applications |
| DN-59 | UCC3889 Bias Supply Controller Evaluation Kit - Schematic and Lists of Materials | ||
| UCC3889 | U-149A | SLUA116 | Simple Off-Line Bias Supply for Very Low Power Applications |
| DN-59 | UCC3889 Bias Supply Controller Evaluation Kit - Schematic and Lists of Materials | ||
| UCC3895 | U-136 | SLUA107 | Phase Shifted, Zero Voltage Transition Design Considerations and the UC3875 PWM Controller |
| DN-63 | SLUA121 | The Current-Doubler Rectifier: An Alternative Technique for Push-Pull and Bridge Converters Rectification | |
| UC3901 | U-94 | SLUA124 | The UC1901 Simplifies the Problem of Isolated Feedback in Switching Regulators |
| DN-19 | SLUA161 | A Simple Isolation Amplifier using the UC1901 | |
| DN-33 | SLUA168 | Optocoupler Feedback Drive Techniques Using the UC3901 and UC3903 | |
| UC3902 | U-163 | SLUA128 | The UC3902 Load Share Controller and Its Performance in Distributed Power Systems |
| UC3903 | DN-33 | SLUA168 | Optocoupler Feedback Drive Techniques Using the UC3901 and UC3903 |
| UC3906 | U-104 | SLUA115 | Improved Charging Methods for Lead-Acid Batteries Using the UC3906 |
| U-131 | SLUA055 | Simple Switchmode Lead-Acid Battery Charger | |
| UC3907 | U-129 | SLUA147 | UC3907 Load Share IC Simplifies Parallels Power Supply Design |
| UC3909 | U-155 | SLUA098 | Implementing Multi-State Charge Algorithm with the UC3909 Switchmode Lead-Acid Battery Charger Controller |
| U-166 | SLUA058 | An Off-Line Lead-Acid Charger Based on the UC3909 | |
| UC3910 | U-157 | SLUA093 | Fueling the Megaprocessor - A DC/DC Converter Design Review Featuring the UC3886 and UC3910 |
| U-158 | SLUA129 | The UC3910 Combines Programmability, Accuracy and Integrated Functions to Control and Monitor High End Processor Power Supplies | |
| UCC3911 | DN-81 | SLUA091 | UCC3911 Demonstration Board |
| UCC3912 | U-151 | SLUA131 | UCC3912 Integrated Electronic Circuit Breaker IC for Hot-Swap and Power Management Applications |
| DN-58 | SLUA187 | UCC3912 Programmable Electronic Circuit Breaker - Performance Evaluation and Programming Information | |
| DN-68 | SLUA196 | Parelling UCC3912 Electronic Circuit Breaker ICs | |
| UCC3913 | DN-67 | SLUA197 | UCC3913 Electronic Circuit Breaker for Negative Voltage Applications Evaluation Kit List of Materials for a -48V/1A Test Circuit |
| UCC3917 | DN-98 | SLUA221 | UCC3917 Positive Floating Hot Swap Power Manager Evaluation Kit, Schematic and List of Materials |
| UCC3918 | DN-87 | SLUA211 | Low On-Resistance Hot Swap Power Manager, Evaluation Board, Schematic, and List of Materials |
| UCC3919 | DN-95 | SLUA219 | UCC3919 Hot Swap Power Manager Evaluation Circuit and List of Materials |
| DN-103 | SLUA222 | Controlling a –5V Rail Using the UCC3919,+3V to +8V Hot Swap Power Manager | |
| UCC3926 | DN-91 | SLUA215 | UCC3926DS ± 20A Integrated Current Sensor, Evaluation Board and List of Materials |
| UCC39411 | DN-97 | SLUA220 | UCC39411 Low Power Synchronous Boost Converter, Evaluation Kit, Schematic and List of Materials |
| UCC3941-3/-5/-ADJ | DN-73 | SLUA200 | UCC3941 One Volt Boost Converter Demonstration Kit - Schematic and List of Materials |
| UC39432 | DN-52 | SLUA045 | Adjustable Electronic Load for Low Voltage DC Applications |
| UCC3954 | DN-86 | SLUA210 | UCC3954 Single Cell Lithium-Ion to +3.3V Converter Evaluation Board, Schematic, and List of Materials |
| UCC3956 | DN-84 | SLUA153 | Switch Mode Lithium-Ion Battery Charger Controller, Evaluation Board, Schematic, and List of Materials |
| U-168 | SLUA097 | Implementing a Practical Off-line Lithium-Ion Charger Using the UCC3809 Primary Side Controller and the UCC3956 Battery Charger Controller | |
| UCC3957 | DN-93 | SLUA217 | UCC3957 Three - Four Cell Lithium-Ion Protector Circuit, Evaluation Board and List of Materials |
| UCC3958 | DN-82 | SLUA207 | Demonstration Board Schematic and Bill of Materials |
| UC3965 | U-165 | SLUA086 | Design Review: Isolated 50 Watt Flyback Converter Using the UCC3809 Primary Side Controller and the UC3965 Precision Reference and Error Amplifier |
| UCC3972 | DN-102 | SLUA160 | UCC3972 BiCMOS Cold Cathode Fluorescent Lamp Driver Controller, Evaluation Board and List of Materials |
| UC494/5A&C | DN-38 | SLUA171 | Unique Converter for Low Power Bias Supplies |
| UCC5343 | DN-94 | SLUA218 | UCC5343 Evaluation Board, Schematic and List of Materials |
| UCC5630 | DN-92 | SLUA216 | UCC5630 SCSI Multimode (LVD/SE) Evaluation Board and List of Materials |