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TPS62200DBVR - 300mA, 95% Buck Converter | Texas Instruments
The Texas Instruments TPS62200DBVR is a high-efficiency synchronous step-down DC-DC converter delivering up to 300 mA output current from a 5-pin SOT-23 (SOT-23-5 / SC-74A / SOT-753) package. It accepts an input voltage range of 2.5 V to 6 V and produces an adjustable output voltage from 0.7 V to 6 V, operating at a fixed 1 MHz PWM switching frequency with up to 95% efficiency. A synchronous buck converter is a type of switching voltage regulator that replaces the traditional freewheeling diode with an integrated low-side MOSFET. Within the power management IC hierarchy (converter -> switching regulator -> DC-DC converter -> power management IC), synchronous topologies achieve higher efficiency than asynchronous designs because conduction losses on the low-side switch are lower than diode forward-voltage losses, especially at light loads. Key features include up to 95% efficiency across a wide load range, 1 MHz fixed-frequency PWM operation that permits small external inductors (typically 2.2 uH) and capacitors, a 300 mA output current rating, and input compatibility with 1-cell Li-Ion, 3-cell NiMH/NiCd batteries, and standard 3.3 V or 5 V rails. The TPS6220x family also offers fixed-output voltage options, such as the TPS62205DBVR (2.5 V) and TPS62207DBVR (3.3 V), for BOM simplification. Technically, the TPS62200 integrates both power MOSFETs, the control loop, and protection features in the 5-pin SOT-23 package. The 1 MHz switching frequency reduces the required inductance and shrinks the total solution size for space-constrained portable designs. The FB pin supports precise output regulation through an external resistor divider, setting VOUT via a standard feedback network. Typical applications include powering low-voltage DSPs and microcontrollers in portable systems, battery-powered point loads in Li-Ion handheld devices, and local point-of-load conversion from 3.3 V or 5 V rails in industrial and consumer electronics. Design tip: keep the input and output ceramic capacitors (typically 4.7 uF) close to the VIN and SW pins, and choose the adjustable version only when no fixed-output variant of the TPS6220x family matches your rail voltage. This page synthesizes distributor pricing, drop-in alternatives, comparison tables, and practical design notes not found in the manufacturer datasheet.
TPS62290TDRVRQ1 - 1A 2.25MHz Automotive Buck Converter | TI
The Texas Instruments TPS62290TDRVRQ1 is a 1A synchronous step-down (buck) DC-DC converter in a 6-pin WDFN (DRV, 2x2 mm) package with an exposed thermal pad. It operates from a 2.3V to 6V input rail and delivers an adjustable output from 0.6V up to 6V at fixed 2.25 MHz switching frequency. The AEC-Q100 qualified version targets automotive point-of-load regulation requirements. A buck converter (step-down switching regulator) is a type of switched-mode power supply that uses an inductor, capacitor, and two switches (typically a high-side MOSFET and a synchronous rectifier) to efficiently convert a higher DC voltage to a lower DC voltage. By storing and releasing energy in the inductor during the switching cycle, buck converters achieve efficiency levels of 90-95%, far exceeding linear regulators that dissipate the difference as heat. The TPS62290-Q1 family belongs to TI's broader portfolio of small-package low-power PMICs that power microcontrollers, sensors, and processors in space-constrained automotive designs. Key features of the TPS62290TDRVRQ1 include up to 1A continuous output current, 2.25 MHz fixed switching frequency enabling low-noise operation and small external LC components, internal power MOSFETs, and an output voltage accuracy of 1.5%. The 2.25 MHz frequency is intentionally placed above the AM radio band to avoid EMI interference with automotive infotainment receivers. The device also supports power-save mode at light loads to extend battery life, plus internal soft-start, thermal shutdown, and over-current protection. The TPS62290TDRVRQ1 uses a voltage-mode PWM control architecture with synchronous rectification to maximize efficiency across the load range. Its internal MOSFETs and small WDFN package minimize the total solution footprint to roughly 12 mm², making it ideal for compact modules. The 2x2 mm footprint is among the smallest 1A-capable automotive regulators on the market, allowing engineers to place the converter directly adjacent to the load. Typical applications include automotive infotainment systems, Advanced Driver Assistance Systems (ADAS) sensor power, instrument clusters, body control modules, and ADAS camera/radar power rails. The wide 2.3V to 6V input supports both 3.3V and 5V automotive rails, making it drop-in compatible with most low-voltage automotive power trees. When designing with this part, keep the input capacitor within 2 mm of the PVIN pin and use a 1uH to 2.2uH inductor with low DCR. Output voltage is set by an external resistor divider on the feedback pin. Derate maximum output current at high ambient temperatures per the AEC-Q100 thermal envelope. This page synthesizes distributor pricing, drop-in alternatives, and practical design notes not found in the manufacturer datasheet alone.
TPS62355DRC - 1A 3MHz Sync Step-Down Converter | TI
The Texas Instruments TPS62355DRC is a 1 A, 3 MHz synchronous step-down DC-DC converter with an I2C-compatible interface for dynamic voltage scaling, housed in a 10-pin VSON/DFN (DRC) exposed-pad package. It accepts an input voltage range of approximately 2.7 V to 6.0 V (battery-powered portable range) and supports an adjustable output from 0.75 V (with selectable 0.9 V and 1.15 V defaults via I2C), targeting single-cell Li-ion core rails such as those feeding ARM Cortex application processors. A buck (step-down) converter is a switching regulator topology that uses an inductor and a control loop to deliver a lower output voltage from a higher input rail with high efficiency. The synchronous variant replaces the external rectifier diode with an internal low-side MOSFET, which reduces conduction loss and enables efficiencies above 88% at 3 MHz. Buck converters sit within the broader power-management IC family and are preferred over linear regulators when the input-to-output voltage difference is large, because dissipation scales with (VIN minus VOUT) times IOUT rather than VIN. Key features of the TPS62355DRC include a 3 MHz fixed switching frequency, best-in-class load and line transient response, a complete 1 mm component profile solution that enables ultra-thin PCB designs, and ±2 percent PWM DC voltage accuracy. The I2C-compatible interface allows the system processor to reprogram VOUT on the fly for dynamic voltage scaling, a critical technique for extending battery life in smartphones, wearables, and other portable devices. Architecturally, the device integrates high-side and low-side MOSFETs in a single die, eliminating the external rectifier and shrinking the overall solution to roughly 4 mm x 5 mm. The 3 MHz switching frequency allows the use of a 1 uH inductor and tiny ceramic output capacitors, and the exposed thermal pad keeps junction temperature low even under full 1 A load. Typical applications include single-cell Li-ion powered portable electronics such as smartphones, tablet computers, and wearable devices, as well as USB-powered peripherals, Bluetooth headsets, and low-power FPGAs requiring small-footprint core rails. The I2C programmability makes it especially attractive in dynamic voltage scaling (DVS) schemes where the application processor reduces its supply voltage during idle periods to minimize battery drain. When designing with this part, prioritize a tight, low-ESR ceramic output capacitor placed within 1 mm of the DRC pad and follow the recommended 1 uH chip inductor with less than 50 mohm DCR for peak efficiency. Designers should also budget the I2C pull-ups for 400 kHz Fast-Mode operation when system response time matters. This page synthesizes distributor pricing, drop-in alternatives, and practical design notes not found in the manufacturer datasheet.
TPS62590DRVR - 2.25MHz 1A Step-Down Converter | Texas Instruments
The Texas Instruments TPS62590DRVR is a high-efficiency synchronous step-down (buck) converter optimized for battery-powered portable applications. It delivers up to 1A output current from a single Li-Ion cell or 2-3 AA/AAA batteries, with an input voltage range of 2.5V to 5.5V. The device is available in a compact 6-pin WSON (2mm x 2mm) package with exposed thermal pad, making it ideal for space-constrained designs. A step-down converter, also known as a buck converter, is a type of DC-DC switching regulator that steps down an input voltage to a lower output voltage with high efficiency. Unlike linear regulators, which dissipate excess power as heat, switching regulators use inductive energy storage to achieve efficiencies often above 90%, making them essential in battery-powered devices where power conservation is critical. The TPS62590 belongs to the family of synchronous buck converters, which use an internal high-side and low-side MOSFET to avoid the need for an external Schottky diode, further improving efficiency. Key features of the TPS62590DRVR include a 2.25MHz fixed switching frequency, which allows the use of small, low-cost inductors and capacitors, reducing PCB footprint. The output voltage is adjustable from 0.75V to 5.5V via an external resistor divider, with an accuracy of ±2.5% in PWM mode. The device supports 100% duty cycle operation for lowest dropout, and features a low quiescent current of 15µA (typical), extending battery life in light-load conditions. It also includes internal soft-start, overcurrent protection, and thermal shutdown. Technically, the TPS62590 uses a current-mode control architecture with synchronous rectification, providing fast transient response and stable operation with ceramic output capacitors. The 2.25MHz switching frequency is above the AM radio band, reducing EMI concerns. The device operates over a junction temperature range of -40°C to +125°C, with an ambient temperature range of -40°C to +85°C. Typical applications include powering DSPs, microcontrollers, and FPGAs in portable devices, as well as point-of-load (POL) converters in battery-powered equipment such as smartphones, tablets, and wireless sensors. Its high efficiency and small size make it particularly suitable for wearable devices and IoT nodes. When designing with the TPS62590DRVR, ensure proper input and output capacitor selection (typically 10µF input and 22µF output) and place them close to the IC. The exposed pad should be soldered to a large copper area for thermal management. The feedback resistor divider should use 1% tolerance resistors to maintain output accuracy.
TPS62740DSSR - 300mA 360nA Iq Buck Converter | Texas Instruments
The Texas Instruments TPS62740DSSR is an ultra-low-power step-down buck DC-DC converter delivering up to 300mA output current from a 2.2V to 5.5V input, housed in a compact 12-pin 2x3mm WSON (DSS) package with exposed pad. It is purpose-built for battery-powered Bluetooth Low Energy (BLE) and wireless sensor applications, featuring a typical quiescent current of only 360nA. A step-down (buck) converter is a switching voltage regulator that efficiently converts a higher input voltage to a lower output voltage using a switch, inductor, and capacitor. Within the power management IC hierarchy, it belongs to the DC-DC converter family, which achieves far higher efficiency than linear regulators by storing and transferring energy rather than dissipating it as heat. This makes buck converters the preferred choice for extending battery life in portable and IoT systems. Key features include up to 90% efficiency at just 10uA output current, RF-friendly DCS-Control topology, and a switching frequency of up to 2MHz, which permits a tiny 2.2uH inductor and 10uF output capacitor for a total solution size of approximately 31mm2. The device also integrates a load switch, enabling system power gating of downstream circuitry to further reduce standby current. The DCS-Control (Direct Control with Seamless Transition into Power Save Mode) architecture combines the low output ripple of PWM operation with the high light-load efficiency of PFM power-save mode, transitioning seamlessly without transient excursions. This is critical for RF power rails, where ripple and spurious noise can degrade transmitter phase noise and receiver sensitivity. Compared with conventional power-save-mode converters, the seamless transition means output impedance stays low across the entire load range, preserving output-voltage accuracy from full load down to nanoamp quiescent levels. Typical applications include BLE beacons and sensors, energy harvesting systems, wearable devices, and battery-powered metering, where a single lithium or alkaline cell must power the system for months or years. With 360nA quiescent current, a coin cell (approx. 220mAh) can support a duty-cycled sensor node for several years in standby-dominated operation. Design consideration: optimize the output capacitor ESR and inductor value per the TI datasheet recommendation (2.2uH, 10uF) to preserve the low-ripple, RF-friendly behavior in power-save mode. This page synthesizes distributor pricing, drop-in alternatives, and practical design notes not found in the manufacturer datasheet.
TPS62745DSSR - 300mA Ultra-Low IQ Step-Down Converter | Texas Instruments
The Texas Instruments TPS62745DSSR is a 300 mA ultra-low quiescent-current synchronous step-down (buck) DC/DC converter housed in a 12-pin WSON (DSS) package with exposed thermal pad. It accepts a 3.3 V to 10 V input range and delivers a programmable output voltage of 1.8 V to 3.3 V via the VSEL pin, while achieving typically 360 nA quiescent current for sleep-mode efficiency in battery-powered applications. The device is targeted at low-power wireless systems that must ride through long idle periods on small cells such as CR2032, 2xAA, or Li-ion batteries. What is a step-down (buck) DC/DC converter? A buck converter is a switched-mode power supply (SMPS) topology that converts a higher input voltage to a lower regulated output voltage by storing energy in an inductor and switching it through synchronous MOSFETs at high frequency. Buck converters sit within the broader hierarchy of voltage regulators -> power management ICs -> semiconductors. Compared with linear regulators (LDOs), buck converters trade a small switching-ripple penalty for 80-95% efficiency across a wide VIN/VOUT differential, making them essential when battery energy is precious. Key features of the TPS62745DSSR include a sub-1 uA quiescent current, integrated MOSFETs (no external power switches), VSEL output-voltage switching for dynamic power-rail selection, and an input-voltage switch (VIN_SW) that lets the device ride through supply transients. Output current is rated to 300 mA continuous, with a 2.5 MHz typical switching frequency that allows the use of a tiny 1.0 uH inductor and small ceramic capacitors, minimising total solution footprint. The TPS62745DSSR uses TI's DCS-Control topology (Direct Control with Seamless transition into power-saving mode) to maintain high efficiency across the entire 1 mA to 300 mA load range. A dedicated power-good output, internal soft-start, and thermal shutdown protection complete the integration. The WSON-12 exposed-pad package offers a low thermal resistance path, supporting operation from -40 C to +125 C junction temperature. Typical applications include Bluetooth Low Energy (BLE) sensor nodes, wearable health monitors, energy-harvesting power conditioning, smart thermostats, and IoT endpoint devices powered by coin-cell or dual-AA batteries. The ultra-low IQ and high light-load efficiency directly extend battery life when radio duty-cycling dominates the average current draw. When designing with this part, select the inductor for both DC resistance and saturation current rating at peak load, and place the input/output ceramic bypass capacitors within 2 mm of the package to keep the feedback loop stable. Verify that the VSEL logic levels match the host MCU's GPIO rail before relying on dynamic voltage scaling. This page synthesises distributor pricing, drop-in WSON-12 alternatives, and practical low-power design notes that are not consolidated in the manufacturer datasheet, giving engineers a faster path from selection to qualified BOM.
TPS62810QWRWYRQ1 - 4A Automotive Buck Converter | TI
The Texas Instruments TPS62810QWRWYRQ1 is an automotive-grade synchronous step-down DC/DC converter delivering up to 4A of continuous output current from a 2.75V to 6V input, with an adjustable output voltage starting from 0.6V. It is housed in a compact 2mm x 3mm VQFN-9 (RWY) package with wettable flanks for enhanced solder-joint inspection in automotive manufacturing. A synchronous buck converter is a type of switching voltage regulator that steps down a higher input voltage to a lower output voltage with high efficiency, typically above 90%. Within the power management IC hierarchy, buck converters sit alongside LDOs and boost converters and are preferred whenever load current or efficiency demands exceed what a linear regulator can dissipate. The TPS62810QWRWYRQ1 belongs to the TPS6281x-Q1 family of pin-to-pin 1A, 2A, 3A, and 4A automotive converters. Key features include AEC-Q100 qualification (temperature grade 1, -40C to +125C ambient), Functional Safety-Capable documentation to support ISO 26262 system design, and peak current mode control topology for fast transient response. Low-resistive integrated switches minimize conduction losses, while the adjustable switching frequency can be synchronized to an external clock to control EMI. A power-good output, enable pin, and soft-start support robust power sequencing in multi-rail systems. The device is designed for automotive applications such as infotainment and advanced driver assistance systems (ADAS). Reference designs pair the TPS62810-Q1 with an LM63635-Q1 bus converter switching at 2.1 MHz, with the load converters switching at 2.2 MHz to ease filtering. Typical rails include core supplies for processors, camera and radar modules, and communication modules in vehicles. When designing with this converter, choose input and output capacitors and the inductor per the datasheet guidelines to maintain stability and minimize output ripple. Use thermal vias under the exposed pad to optimize heat dissipation at full 4A load.
TPS62811QWRWYRQ1 - 1A 6V Automotive Step-Down Buck | TI
The Texas Instruments TPS62811QWRWYRQ1 is an AEC-Q100 qualified automotive 2.75-V to 6-V input, 1-A step-down (buck) switching regulator with adjustable output voltage starting at 0.6 V, housed in a 2 mm x 3 mm 9-pin wettable-flank QFN (RWY/QFN-HR) package. A step-down converter, also called a buck converter, is a type of DC-DC switching regulator that converts a higher input voltage to a lower output voltage with high efficiency by rapidly switching an internal power stage and filtering the result through an inductor and capacitor. Buck converters sit within the power management IC hierarchy (voltage regulator -> switching regulator -> DC-DC converter) and are the workhorses of point-of-load power conversion in automotive and industrial systems, where they routinely exceed 90% efficiency compared with 40-60% for linear regulators. Key features of the TPS62811QWRWYRQ1 include a wide 2.75 V to 6 V input range that directly supports automotive 5-V and 3.3-V rails and cold-crank-tolerant pre-regulator outputs, a 1-A continuous output current rating, adjustable output voltage from 0.6 V, and adjustable-frequency operation that lets designers trade switching loss against passive-component size. The wettable-flank QFN package enables reliable solder-joint inspection (AOI) required in automotive manufacturing. Architecturally, the device belongs to the TPS6281x-Q1 family, which shares the DCS-Control style control topology known for fast, stable transient response with small output capacitance; the datasheet details compensation settings and output-capacitor ranges (for example, minimum capacitance values rising for outputs below 1 V on related family members such as TPS62810-Q1 and TPS62813-Q1). Typical applications include automotive ADAS camera and sensor module point-of-load rails, infotainment and cluster supplies fed from 5-V rails, and industrial systems requiring AEC-Q100 Grade 1 robustness at -40C to +125C ambient. Design consideration: because this is a switching regulator, PCB layout matters - keep the input capacitor, inductor, and SW/GND loops tight and place feedback traces away from the switch node for best output ripple and stability. This page adds value beyond the TI datasheet by synthesizing distributor pricing, drop-in family alternatives, design notes, and AEO-optimized FAQ content in one place. Pricing reflects data as of 2026-10-13.
TPS62825DMQR - 2A Step-Down Converter 2.4-5.5V | Texas Instruments
The Texas Instruments TPS62825DMQR is a 2-A synchronous step-down (buck) DC/DC converter with 2.4-V to 5.5-V input range, 1% output voltage accuracy, and adjustable output down to 0.6 V, packaged in a 6-pin VSON-HR (DMQ) 1.5-mm x 1.5-mm module. The device uses TI's DCS-Control topology to deliver fast transient response and operates at a typical switching frequency of 2.2 MHz, enabling a very small 470 nH inductor, a single 4.7 µF input capacitor, and only one 22 µF (or two 10 µF) output capacitors. A step-down converter (also called a buck converter) is a switch-mode DC/DC regulator that converts a higher input voltage to a lower output voltage with high efficiency by rapidly switching an inductor and rectifying the resulting waveform. As a member of the broader DC/DC converter family, it sits hierarchically under switching regulators, then voltage regulators, then power management ICs. This category is essential in modern battery-powered and space-constrained electronics because linear regulators waste VIN-VOUT * IOUT as heat, whereas a properly designed buck like the TPS62825 typically achieves 90%+ efficiency across most of its load range. Key features of the TPS62825DMQR include a best-in-class quiescent current of 4 µA (light-load), 2-A continuous output current, 2.4-V to 5.5-V input voltage range, output voltage adjustable from 0.6 V up to 4 V, 2.2-MHz fixed switching frequency, power-good output, and an enable pin that supports power sequencing. The device supports both forced PWM and power-save (DCM) operation, optimizing efficiency at light loads. The DCS-Control (Direct Control with Seamless transition into power-save mode) architecture combines the fast transient response of hysteretic control with the high efficiency of a pulse-frequency-modulated (PFM) light-load mode. The internal reference is trimmed to 1% accuracy over the -40 °C to +125 °C junction-temperature range, providing a tight output tolerance demanded by core-rail and SoC power requirements. Typical applications include powering processors, FPGAs, and SoCs from a single-cell Li-ion battery, 5-V USB rails, low-power IoT sensors, portable consumer devices, and wearable electronics. The wide VIN range also makes the part suitable for 3.3-V industrial bus rails. When designing with the TPS62825DMQR, place the input 4.7-µF ceramic and the 470-nH inductor as close to the IC as possible, return all grounds to a single low-impedance exposed pad, and select the feedback resistors so the output lands within the 0.6-V to 4-V regulation window. With its 2-A rating and compact 1.5-mm x 1.5-mm QFN, it minimizes both PCB area and BOM cost. This page synthesizes distributor pricing, same-family and cross-brand drop-in alternatives, and practical design notes that go beyond the manufacturer datasheet.
TPS62827ADMQR - 4A Buck Converter 2.4-5.5V Input | TI QFN-6
The Texas Instruments TPS62827ADMQR is a 4-A synchronous step-down DC/DC converter with an input voltage range of 2.4 V to 5.5 V and a 1% accurate adjustable output from 0.6 V up to the input rail, packaged in a compact 6-pin 1.5 mm x 1.5 mm VSON-HR (QFN) module. The part uses TI's DCS-Control (Direct Control with Seamless transition) topology, achieving a quiescent current of only 4 uA while delivering fast transient response for dynamic load steps typical of portable processors. A buck converter (step-down switching regulator) is a type of DC-DC converter that efficiently reduces a higher DC input voltage to a lower DC output voltage. Within the power-management hierarchy, the TPS62827ADMQR sits between the battery/USB rail and the point-of-load. It belongs to the DC-DC converter family, which itself is a sub-category of power management ICs in the broader semiconductor ecosystem. The DCS-Control architecture combines hysteretic and PWM control, eliminating the need for external compensation components and enabling a tiny external BOM. Key differentiators include the 4 uA quiescent current for long battery standby, 1% output accuracy across the -40 C to +125 C junction range, true 4-A continuous output current in a 6-pin 1.5 mm x 1.5 mm package, internal MOSFETs (no external FETs), and support for forced-PWM, power-save, and ultrasonic modes. The device is pin-to-pin and BOM-to-BOM compatible with the rest of the TPS6282x family, allowing 1/2/3/4-A current scaling on a single PCB layout. Typical applications include 1-cell Li-ion / 2-cell alkaline battery-powered systems, USB Type-C powered accessories, solid-state drives, portable consumer electronics, and infotainment head units. The wide 2.4 V to 5.5 V input range lets a single device operate from a depleted Li-ion cell (2.5 V) all the way through USB VBUS (5 V) without a pre-regulator. When designing with this device, choose a 470 nH inductor and place input/output capacitors within 1 mm of the exposed thermal pad; the pad MUST be soldered to a top-layer copper pour to carry 4 A dissipation in still air. Always check the derating curves in the manufacturer datasheet to ensure the junction temperature stays below 125 C at worst-case load.
TPS62840DLCR - 60nA IQ 750mA Buck Converter 1.8-6.5V | TI
The Texas Instruments TPS62840DLCR is a high-efficiency step-down (buck) converter that operates from a 1.8 V to 6.5 V input rail and delivers up to 750 mA of output current from an 8-pin VFDFN (DLC) package measuring 3.0 mm x 3.0 mm. Its headline specifications are an ultra-low 60 nA typical quiescent current, 1.8 MHz nominal switching frequency, and 750 mA continuous output capability. The DCR suffix indicates the VFDFN-8 package orientation qualified for the industrial -40C to +125C junction range, and the R suffix on DLC indicates tape and reel packaging. A buck converter (also called step-down converter) is a switching-mode DC-DC regulator that converts a higher input voltage to a lower output voltage by rapidly switching an inductor and rectifying the stored energy. Within the broader taxonomy, a buck converter sits as a sub-type of DC-DC converter, which belongs to the family of voltage regulators, which itself is a category of power management integrated circuits (ICs). Buck converters are the dominant topology for battery-powered electronics because they achieve efficiencies of 80-95%, far higher than the linear regulators (LDOs) they often replace. Key features include the 120 nA IQ achieved in 100% duty-cycle mode for end-of-discharge battery operation, DCS-Control topology that combines voltage-mode and current-mode control for clean RF powering, a STOP pin that disables switching during noise-sensitive measurements, and Power Save Mode that reduces switching frequency at light load to maintain efficiency. The 1.8 MHz switching frequency allows small external inductors and ceramic-only capacitors, enabling a complete sub-1 cm-squared solution footprint. The output voltage is adjustable via an external resistor divider. Technically, the TPS62840 integrates high-side and low-side MOSFETs, a precision reference, and a programmable soft-start. Integrated protection features include overcurrent protection, thermal shutdown, and undervoltage lockout. The wide 1.8 V to 6.5 V input range supports 2S-4S alkaline (2-6 V), 1S-2S Li-MnO2 (3-6 V), 1S Li-Ion/Li-Polymer (2.7-4.2 V), and energy harvester outputs up to 6.5 V. The combination of low IQ and high peak-load capability makes the device especially well suited to IoT duty-cycled loads where sleep currents dominate the energy budget. Typical applications include battery-powered IoT sensors, wearables and wireless earbuds, smart utility meters, energy-harvesting sensor nodes, and standby rails for microcontrollers. It is also used to power RF transceivers (BLE, LoRa, sub-GHz) in wireless sensor nodes and as an auxiliary rail in portable medical and industrial monitor designs. Design tip: place 10 uF input and 22 uF output ceramic capacitors within 2 mm of the IC, choose a 1.8 MHz-rated inductor in the 1-2.2 uH range, and use the STOP pin in test and measurement setups to eliminate switching ripple during ADC acquisition windows. This page synthesizes distributor stock, pricing tiers, drop-in alternatives, and practical design notes that complement the TI datasheet and help engineers select and qualify the TPS62840DLCR for always-on battery applications.
TPS62841DLCR - 750mA, 60nA IQ Step-Down Converter | Texas Instruments
The Texas Instruments TPS62841DLCR is a high-efficiency synchronous step-down (buck) DC-DC converter with an ultra-low quiescent current of typically 60 nA, delivering up to 750 mA output current from a 1.8 V to 6.5 V input rail, housed in an 8-pin VFDFN (DLC) package. It uses DCS-Control topology with a typical switching frequency of 1.8 MHz, supporting small inductors and capacitors for compact IoT and wearable designs. The output voltage is adjustable down to 0.8 V, making it suitable for powering modern processors, MCUs, and radios from single-cell Li-ion or multi-cell alkaline sources. A step-down (buck) converter is a type of switched-mode power supply (SMPS) that efficiently steps a higher DC input voltage down to a lower DC output voltage by rapidly switching an inductor/capacitor energy-transfer network. Within the broader power management taxonomy, a buck converter sits under DC-DC converters, alongside boost, buck-boost, and LDO topologies. Compared with linear regulators, buck converters achieve much higher efficiency (often above 90%) at the cost of higher output ripple and switching noise; LDOs trade efficiency for ultra-clean output. The TPS62841 family targets the ultra-low-IQ segment where standby drain dominates total energy budget. Key features include 60 nA typical quiescent current (120 nA in 100% mode), 750 mA continuous output current, an operating input range of 1.8 V to 6.5 V, and an adjustable output from 0.8 V upward via an external resistor divider. Power-Save Mode maximizes light-load efficiency, while DCS-Control provides clean PWM operation at higher loads. Integrated MOSFETs and internal compensation reduce external component count to one inductor plus input/output capacitors. The TPS62841DLCR achieves peak efficiency above 90% at moderate loads and supports DCS-Control to cleanly power noise-sensitive radio blocks. Its 1.8 MHz typical switching frequency keeps the fundamental and harmonics well above the AM band, simplifying EMI filtering in space-constrained designs. Typical applications include battery-powered IoT sensors, wearable health monitors, Bluetooth/Zigbee/LoRa nodes, energy-harvesting systems, and always-on microcontroller rails. The wide input range also supports USB and 2x AA/AAA alkaline source designs where quiescent drain directly determines operating life. When designing with the TPS62841DLCR, ensure the inductor saturation current exceeds the peak switch current and that the input/output ceramic capacitors meet the datasheet's minimum effective capacitance after DC bias derating. Power-Save Mode is automatic, but the converter exits PFM at heavy load and re-enters cleanly; leave adequate copper for thermal relief of the exposed pad. This page synthesizes distributor pricing, drop-in alternatives, application guidance, and design notes that complement - rather than duplicate - the official Texas Instruments datasheet.
TPS628502QDRLRQ1 - 2A Automotive Buck Converter 2.7V-6V | TI
The Texas Instruments TPS628502QDRLRQ1 is a 2-A continuous-output automotive synchronous step-down (buck) DC/DC converter housed in an 8-pin SOT-583 (DRL) package. Operating from a 2.7-V to 6-V input rail, the device delivers up to 2 A of continuous load current (3 A peak capability shared across the TPS62850x-Q1 family) at switching frequencies up to 4 MHz, making it suitable for space-constrained automotive point-of-load applications. The AEC-Q100-qualified converter is part of TI's pin-to-pin compatible TPS62850x-Q1 family that scales across 1 A, 2 A, and 3 A peak load levels for hardware reuse across multiple rails. A buck converter (step-down switching regulator) is a type of DC-DC converter that uses an inductor and switching elements to convert a higher DC input voltage into a lower regulated DC output voltage at high efficiency. It belongs to the power management IC (PMIC) hierarchy and is preferred over linear regulators when the input-to-output voltage differential is large, because it dissipates far less power as heat. Synchronous buck converters integrate both the high-side and low-side MOSFETs, removing the need for an external Schottky diode and improving efficiency at low output voltages. Key features include a peak current-mode control topology for fast transient response, a MODE/SYNC pin that accepts an external clock for frequency synchronization or selects forced-PWM versus auto-PWM operation, and a wide Vin range that simplifies designs powered from 3.3-V or 5-V rails or directly from automotive battery transients. The SOT-583 footprint (approximately 1.6 mm x 1.6 mm) keeps the solution area compact, and the 4-MHz switching frequency enables the use of small inductors and ceramic output capacitors. Typical automotive applications include ADAS sensor power rails, infotainment processors, body electronics modules, and rear-view camera supplies. The device also suits industrial point-of-load conversion and any 5-V distributed-bus system that needs high efficiency in a small area. When designing with this part, follow the datasheet's minimum on-time and minimum off-time limits carefully when setting the external frequency-adjust resistor; violating these can degrade regulation. Add input ceramic capacitors close to the PGND and VIN pins to minimize ringing and EMI. This page synthesizes distributor pricing, drop-in pin-compatible alternatives, comparison data, and practical design notes that complement the manufacturer datasheet and accelerate component selection.
TPS628660AYCGR - 6A Sync Buck Converter, 5.5V, I2C | TI
The Texas Instruments TPS628660AYCGR is a 6 A synchronous step-down (buck) DC-DC converter with I2C interface, housed in a compact 15-pin XFBGA/WCSP (DSBGA, package code YCG) measuring 1.05 mm x 1.78 mm x 0.5 mm. It accepts an input voltage range of 2.4 V to 5.5 V and provides an adjustable output from 0.4 V up to roughly 1.55 x VIN (up to about 4 V in typical use), making it ideal for point-of-load conversion in space-constrained portable and IoT systems. A buck (step-down) DC-DC converter is a switching-mode power supply circuit that uses an inductor and two switches (typically MOSFETs) to convert a higher DC input voltage into a lower DC output voltage with high efficiency. As a member of the synchronous buck family of voltage regulators (DC-DC converter -> switching regulator -> power management IC -> semiconductor), the TPS62866 family operates at high switching frequency to minimize external LC component size, enabling a sub-2 mm solution footprint suitable for wearable, smartphone, and battery-powered applications. Key technical features include 7 mΩ and 6.5 mΩ internal power MOSFETs, I2C-compatible interface up to 3.4 Mbps for output voltage scaling and telemetry, a VID pin for dynamic voltage scaling (DVS), power-good indication, and thermal pre-warning plus thermal shutdown protection. The high switching frequency supports tiny inductors and capacitors, achieving a solution height of less than 1 mm. The TPS628660AYCGR uses adaptive on-time control architecture with internal compensation, simplifying external design while delivering fast transient response to load steps. The I2C interface allows output voltage margining and monitoring without external resistor changes, while the VID pin enables hardware-based dynamic voltage scaling - critical for processors that lower core voltage in idle states to extend battery life. Typical applications include powering processors, FPGAs, and SoCs in mobile devices, IoT sensor nodes, wearables, single-cell Li-ion battery powered systems, and portable industrial instruments. Its small footprint and I2C programmability suit designs that require adaptive power management under varying load conditions. When designing with this device, place input capacitors as close as possible to the PVIN pin to reduce switching noise. Maintain the PGND-to-AGND ground separation recommended in the datasheet to avoid ground bounce, and use the I2C pins with a pull-up resistor on the host side. Verify that the chosen inductor's saturation current exceeds the device's peak current limit for reliable operation. This page synthesizes distributor pricing, real-world pin-compatible TI alternatives in the same YCG WCSP footprint, and practical design notes that go beyond the manufacturer datasheet.
TPS6287B20VA0WRZVR - 20A Sync Buck Converter | Texas Instruments
The Texas Instruments TPS6287B20VA0WRZVR is a 20A synchronous step-down DC/DC buck converter with I2C interface and differential remote sense, operating from a 2.7V to 6V input and delivering a programmable 0.4V to 1.675V output in a 24-pin WQFN (RZV) package with exposed pad. A buck (step-down) converter is a switching voltage regulator that efficiently reduces a higher DC input voltage to a lower, tightly regulated output voltage using high-frequency switching of integrated power MOSFETs together with an inductor and capacitors. Within the power-management IC hierarchy, it belongs to the family of switching regulators, which achieve far higher efficiency than linear regulators (LDOs), making them the default choice for high-current point-of-load supplies in modern digital systems. Key features include a pin-to-pin compatible current family spanning 10A (TPS6287B10), 15A (B15), 20A (B20), 25A (B25) and 30A (B30), three selectable output voltage ranges with output resolution down to 1.25mV steps, low-resistance integrated power switches for high efficiency at high ambient temperature, and stacking support in parallel mode for even higher output currents. The TPS6287B20 architecture emphasizes fast transient response: it is specified as a fast-transient synchronous converter, allowing tight voltage regulation on dynamically loading rails such as processor cores and FPGAs. The I2C interface enables output voltage programming, telemetry, and status monitoring, while the differential remote sense input compensates for PCB voltage drop at the point of load. Frequency synchronization is also supported, simplifying multi-rail EMI management. Typical applications include powering high-current SoC and FPGA core rails, network processors and switch ASICs, data-center storage and server point-of-load supplies, and stacking multiple devices for 40A-plus rails in AI accelerators and high-performance computing. Design consideration: because this is a high-current buck regulator, inductor selection, switch-node layout, and thermal copper area dominate performance - follow the Texas Instruments datasheet layout guidelines closely to minimize switching losses and board-level temperature rise. This page synthesizes distributor pricing, pin-to-pin family alternatives, drop-in options, and practical design notes not found in the manufacturer datasheet alone.
TPS63000DRCR - 1.8A Buck-Boost Converter | Texas Instruments
The Texas Instruments TPS63000DRCR is a high-efficiency buck-boost converter with 1.8A current switches housed in a 10-pin VSON (DRC) package measuring 3 mm x 3 mm. It operates from a 1.8V to 5.5V input and delivers an adjustable output from 1.2V to 5.5V at up to 1.6A switch current, supporting products powered by two-cell or three-cell alkaline, NiCd, or NiMH batteries, or by a single-cell Li-ion/Li-polymer battery. The device reaches up to 96% efficiency, addressing conversion loss in portable applications where battery life and thermal budget are tightly constrained. A buck-boost converter is a switched-mode DC-DC topology that seamlessly transitions between buck (step-down), boost (step-up), and buck-boost operation as the input voltage crosses the regulated output setpoint. Within the broader power management IC hierarchy, it sits above simple LDOs and single-mode buck converters, since it must maintain regulation when VIN is below, equal to, or above VOUT. This makes buck-boost ICs essential for battery-powered systems whose rail voltage crosses a fixed output during discharge, and it gives them a unique role above linear regulators in efficiency, and alongside but functionally distinct from standalone buck or boost converters. Key features of the TPS63000 include a 1.5 MHz fixed switching frequency that permits the use of small inductors and ceramic capacitors, an adaptive hysteresis-based PWM/PFM control that maximizes efficiency across the full load range, and a power-save mode that drops quiescent current substantially at light loads. The device also offers a low-battery warning comparator, an enable input for power sequencing, and built-in thermal shutdown. The QFN-10 (3 mm x 3 mm) package with an exposed thermal pad delivers low parasitic inductance and adequate thermal performance for the converter's continuous 1.6A switch current. The TPS63000 uses TI's proprietary control scheme, described in the manufacturer datasheet, that adjusts duty cycle and switching behavior automatically based on the input-to-output voltage ratio. At 3.3V VIN and 3.3V VOUT the device runs at approximately 95% efficiency at moderate loads, while at 2V VIN (near end-of-discharge of a Li-ion cell) the boost region still maintains roughly 90% efficiency. The exposed thermal pad enables direct PCB heat spreading, which keeps junction temperature rise manageable without an external heatsink. Typical applications include portable media players, handhelds and portable terminals, industrial metering, single-cell Li-ion powered equipment, two-cell alkaline or NiMH powered systems, sensor modules and low-power wireless data acquisition, and any system whose battery voltage range straddles the regulated output voltage. The wide VIN window and adjustable VOUT also suit USB peripherals that must operate at 3.3V from a 4.5V to 5.5V rail. When designing with this converter, pay close attention to inductor selection (a 1.5 uH to 2.2 uH shielded inductor is typically recommended) and ensure the input/output ceramic capacitors meet the minimum value and voltage derating requirements described in the manufacturer datasheet. Place both capacitors as close as possible to the IC pins and use a continuous ground plane under the exposed pad to minimize EMI and ensure proper thermal dissipation. This page synthesizes distributor pricing, drop-in alternatives, and practical design notes not found in the manufacturer datasheet, providing engineering context for the TPS63000DRCR beyond the datasheet alone.
TPS63021 - 4A Switch Buck-Boost Converter | Texas Instruments
The Texas Instruments TPS63021 is a high-efficiency, single-inductor buck-boost converter with 4A switches, designed to provide a regulated output voltage from input sources that can be above or below the output. It supports output currents up to 3A and is available in a 14-pin VFDFN (DSJ) package with exposed thermal pad. The device operates from input voltages ranging from 1.8V to 5.5V, making it suitable for battery-powered applications using two or three alkaline, NiCd, or NiMH cells, or a single Li-ion or Li-polymer cell. A buck-boost converter is a type of DC-DC converter that can step up (boost) or step down (buck) the input voltage to maintain a constant output voltage, regardless of whether the input is higher or lower than the output. This is essential in battery-powered systems where the battery voltage declines over time, falling below the required rail voltage. The TPS63021 belongs to the power management IC family, specifically within DC-DC converters, and is a key component in portable electronics. Key features include a fixed 3.3V output voltage, high efficiency up to 96%, and a low quiescent current of 50 µA. The device integrates synchronous rectification, which eliminates the need for an external Schottky diode, improving efficiency and reducing component count. It also features load disconnect, light-load efficiency, and undervoltage lockout (UVLO) with fixed thresholds. The TPS63021 operates over a junction temperature range of -40°C to +125°C. Technically, the TPS63021 uses a proprietary control architecture that seamlessly transitions between buck and boost modes, ensuring stable output voltage with minimal ripple. The 4A switches allow for high output currents, and the device can deliver up to 3A in boost mode from a 3.3V input. The VFDFN package with exposed pad provides excellent thermal performance, with a thermal resistance of 40°C/W, enabling compact designs without external heatsinks. Typical applications include portable electronics, battery-powered devices, and systems powered by supercapacitors. The TPS63021 is ideal for powering microcontrollers, sensors, and wireless modules in IoT devices, where input voltage varies widely. Its high efficiency extends battery life, and its small footprint saves board space. When designing with the TPS63021, ensure proper input and output capacitor selection to minimize ripple and maintain stability. Use low-ESR ceramic capacitors with sufficient voltage rating. The exposed pad must be soldered to a thermal land on the PCB for optimal heat dissipation.
TPS63070RNMT - 2V-16V, 2A Buck-Boost Converter | TI
The Texas Instruments TPS63070RNMT is a high-efficiency, wide-input buck-boost DC-DC switching regulator that maintains a regulated output whether the input is above or below the target. It operates from 2V to 16V input, delivers up to 2A output current, and provides an adjustable output of 2.5V to 9V in a compact 15-pin VQFN-HR (RNM) package with -40C to +125C junction operation. A buck-boost converter is a type of DC-DC switching regulator within the broader power management IC category that combines buck (step-down) and boost (step-up) topologies. This lets a single inductor-based stage produce a stable rail from sources such as 4-cell alkaline, 12V lead-acid, or solar inputs whose voltage swings across the output level. The TPS63070 belongs to the switching voltage regulator family used in portable, industrial, and IoT power systems. Key features include a 3.6A switch current limit, 2.4MHz switching frequency, and low quiescent current of approximately 50uA typical. Synchronous rectification with integrated MOSFETs improves efficiency and reduces external component count, while the 2.4MHz clock permits small inductors and capacitors for a compact footprint. PWM mode maximizes heavy-load efficiency and PFM mode preserves light-load efficiency; the device also supports negative output current sinking in PWM mode per TI datasheet SLVSDD7B. Architecture-wise, the four-switch synchronous buck-boost topology seamlessly transitions between buck, buck-boost, and boost operating regions with a single inductor, avoiding output discontinuity when the battery voltage crosses the setpoint. The adjustable feedback (FB) pin sets the output with a resistor divider, and programmable soft-start limits inrush current. Typical applications include battery-powered portable instruments, industrial sensors, IoT wireless nodes, and 12V rail conditioning for microcontrollers, RF modules, and displays. Wide input tolerance makes it ideal for solar or vehicle-supplied systems. For best results, keep the inductor and input/output capacitor loops short, place the input capacitor at VIN and PGND, and provide adequate copper on the thermal pad. Pricing references are as of 2026-08-28.
TPS63710 - 1A Low Noise Inverting Buck Converter | TI
The Texas Instruments TPS63710 (TPS63710DRRR) is a low-noise synchronous inverting buck converter that generates a negative output voltage down to -5.5 V from a positive input of 3.1 V to 14 V, delivering up to 1 A of output current depending on the input-to-output voltage ratio. It is packaged in a 3-mm x 3-mm 12-pin WSON with exposed pad (12-WFDFN), providing excellent thermal performance for space-constrained designs. An inverting buck converter is a type of DC-DC switching regulator that produces a negative output rail from a positive supply. It belongs to the broader family of switching voltage regulators within power management ICs, which convert and regulate voltages efficiently using inductive energy storage rather than the dissipative approach of linear regulators. This makes inverting buck converters well suited to battery-powered and higher-current negative-rail applications where charge pumps cannot supply enough current. Key features of the TPS63710 include a filtered reference system with an external capacitor on the CAP pin that suppresses low-frequency 1/f noise up to approximately 100 kHz, a performance level required in high-performance telecommunication systems. The fixed-frequency PWM control topology gives predictable switching behavior and simple EMI filtering. Synchronous rectification eliminates the external Schottky diode, improving efficiency and reducing bill-of-material count. An enable pin supports power sequencing, and integrated soft-start limits inrush current. The device targets applications requiring a clean negative rail, such as op-amp supply rails, data converters, RF transceivers, bias supplies for GaN amplifiers, and optical modules. Its low-noise reference system makes it suitable for powering sensitive analog circuitry where output ripple and noise degrade signal integrity, while the wide input range supports both 5 V and 12 V system rails. When designing with the TPS63710, select input and output capacitors and an inductor with adequate saturation current to maintain stability and handle peak currents, and solder the exposed thermal pad to a copper area for heat dissipation. As of 2026-08-29, single-unit pricing from distributors starts near $1.51 (LCSC), with stock available at DigiKey, Mouser, and LCSC.
TPS63710DRRR - 1A Low-Noise Inverting Buck Converter | TI
The Texas Instruments TPS63710DRRR is a low-noise synchronous inverting buck converter that generates a negative output voltage down to -5.5 V from a positive input of 3.1 V to 14 V, delivering up to 1 A of load current depending on the input-to-output voltage ratio. It is housed in a 12-pin WSON package with an exposed thermal pad (12-WFDFN, 3 mm x 3 mm) that provides low thermal resistance for compact, high-density designs. An inverting buck converter is a type of DC-DC switching regulator that produces a negative output rail from a positive supply rail. It belongs to the broader family of switching voltage regulators within power management ICs, which convert and regulate voltages efficiently using inductive energy storage rather than the dissipative approach of linear regulators. This makes inverting buck converters well suited to battery-powered and higher-current negative-rail applications where simple charge pumps cannot supply enough current and where LDO efficiency would be unacceptable. Key features of the TPS63710 include a filtered reference system with an external capacitor on the CAP pin that suppresses low-frequency 1/f noise up to approximately 100 kHz - a noise performance required in high-performance telecommunication systems. The fixed-frequency PWM control topology gives predictable switching behavior and simplifies EMI filtering. Synchronous rectification eliminates the need for an external Schottky diode, improving efficiency and reducing bill-of-material count. An enable pin supports power sequencing, and integrated soft-start limits inrush current at startup. The device targets applications requiring a clean negative rail such as op-amp supply rails, data converters, RF transceivers, bias supplies for GaN amplifiers, and optical modules. Its low-noise reference system makes it well suited to powering sensitive analog circuitry where output ripple and noise would otherwise degrade signal integrity, while the wide 3.1 V to 14 V input range supports both 5 V and 12 V system rails. When designing with the TPS63710, choose input and output capacitors plus an inductor with adequate saturation current to maintain stability and handle peak currents, and solder the exposed thermal pad to a copper area for heat dissipation. As of 2026-10-11, single-unit pricing from distributors starts near $1.51 (LCSC), with stock available at DigiKey, Mouser, and LCSC. This page synthesizes distributor pricing, drop-in alternatives, and practical design notes not found in the manufacturer datasheet.
TPS63900DSKR - 400mA 75nA IQ Buck-Boost DVS Converter | Texas Instruments
The Texas Instruments TPS63900DSKR is a four-switch synchronous buck-boost converter with 400 mA maximum output current, an ultra-low 75 nA quiescent current, and 32 user-programmable output voltage settings from 1.8 V to 5 V, housed in a 10-pin WSON (DSK) exposed-pad package. It accepts an input voltage range of 1.8 V to 5.5 V and integrates an adjustable input current limit plus Dynamic Voltage Scaling (DVS), which lets the host step the output between two preloaded voltages during operation. A buck-boost DC-DC converter is a switching regulator topology that maintains a regulated output voltage whether the input voltage sits above, below, or equal to the output. Unlike a buck (step-down only) or boost (step-up only) regulator, the buck-boost uses four switches to seamlessly transition between modes, eliminating output-voltage transients during the mode boundary. Within the power management hierarchy, the TPS63900 belongs to the broader family of switching regulators (DC-DC converters) that also includes LDOs, charge pumps, and PMICs. Its 75 nA quiescent current makes it a member of the nano-IQ class favored by battery-powered IoT designs. Key differentiating features include single-mode operation that avoids the mode-switching transients and unpredictable inductor current ripple seen in many competing buck-boost parts, 32 selectable output voltages stored in a one-time-programmable (OTP) memory, true shutdown with 5 nA Iq, and an exposed thermal pad that lowers junction-to-ambient thermal resistance. The DVS pin toggles between two programmed Vout levels without software reload delay, an advantage for systems that must reduce the rail during sleep. Architecturally, the TPS63900 uses a peak-current-mode control loop with synchronous rectification. A single 1-µH inductor handles all four switching phases, reducing BOM cost. The internal MOSFETs are rated for the full 1.8-5.5 V input range, and the adjustable input current limit lets designers protect weak source batteries such as coin cells or energy harvesters. Typical applications include battery-powered IoT nodes, wearables, energy-harvesting sensor platforms, BLE/Zigbee radio power rails, ultra-low-power MCUs, and backup-power systems where the converter must hold regulation across a wide Vin swing. The combination of nano-Iq, DVS, and OTP-programmable outputs is especially well suited to designs that spend most of their life in standby and burst-transmit at higher loads. When designing with this part, follow the datasheet's recommended 1 µH inductor with low DCR (< 50 mΩ) and place the four ceramic bypass capacitors (2x 10 µF input + 2x 10 µF output minimum) within 2 mm of the package. Check the worst-case thermals at the maximum 400 mA load, since the WSON-10 package relies on PCB copper for heat spreading. This page synthesizes XAIPART distributor pricing, drop-in alternatives sourced from TI cross-reference data and same-family parametric memory, and practical design notes that go beyond the manufacturer datasheet to accelerate your selection.
TPS650362-Q1 - Automotive 35V PMIC | Texas Instruments
The TPS650362-Q1 is a highly integrated automotive power management IC (PMIC) from Texas Instruments, designed for camera and radar modules and MCU power in automotive systems. It combines three step-down (buck) converters and one low-dropout (LDO) regulator in a single device, with the BUCK1 input voltage range capable of supporting up to 35V, enabling direct connection to automotive 12V/24V battery rails. The device is qualified for automotive applications up to ASIL-B functional safety level, making it suitable for ADAS and autonomous driving systems. A PMIC (Power Management IC) is a form of integrated circuit that manages the power requirements of a host system, providing multiple regulated voltages from a single input source. The TPS650362-Q1 fits into the power management hierarchy as a highly integrated PMIC → automotive power management IC → automotive semiconductor, consolidating multiple discrete regulators into one solution to reduce board space, cost, and system complexity. Key features include three independent buck converters for high-efficiency step-down conversion, one LDO for noise-sensitive analog rails, and an input voltage capability of 35V on BUCK1. The device's ASIL-B capability supports functional safety requirements in automotive safety-critical systems. Its integrated architecture reduces external component count and enables a compact camera module design. In terms of technical depth, the TPS650362-Q1 utilizes TI's advanced process technology to combine high-voltage input capabilities with efficient switching converters. The buck converters likely operate at high switching frequencies to minimize magnetic component sizes, while the LDO provides low-noise output for sensitive analog circuits. The device is designed to meet stringent automotive reliability standards. Typical applications for the TPS650362-Q1 include automotive camera modules, radar systems, and MCU power supplies. Its 35V input capability allows direct connection to filtered 12V automotive power, while ASIL-B qualification makes it suitable for safety-relevant functions. When designing with this PMIC, ensure proper input decoupling for the high-voltage buck converter and follow recommended layout practices to minimize switching noise. Verify the complete pinout and package specifications from the official datasheet before production.
TPS65036x-Q1 - Automotive PMIC | Texas Instruments
The TPS65036x-Q1 is a highly integrated automotive power management IC (PMIC) from Texas Instruments, designed for camera, radar, and MCU power systems. It combines three step-down (buck) converters and one low-dropout (LDO) regulator in a compact 24-pin VQFN package (3.5mm × 3.5mm), delivering robust, efficient power for ADAS applications. What is a PMIC? A Power Management IC integrates multiple power conversion and regulation functions, such as voltage regulators, LDOs, and battery management, into a single chip. PMICs are essential in automotive electronics to generate the various supply rails required by processors, sensors, and peripherals from a single battery input, reducing board space, cost, and complexity. The TPS65036x-Q1 sits in the power management hierarchy, specifically in the automotive camera/radar/MCU power sub-system. Key features include a wide-input-voltage BUCK1 converter supporting up to 35V, allowing direct connection to automotive 12V/24V battery systems. Two additional low-voltage buck converters and a 300mA LDO provide multiple rails. The device supports forced fixed-frequency PWM mode or AutoPFM mode for efficiency across load ranges, optional spread-spectrum modulation for EMI reduction, and low-power operation controlled via pin or I2C. The TPS65036x-Q1 is AEC-Q100 qualified for automotive reliability, with an operating temperature range up to +125°C. The integrated sequencing and I2C interface enable flexible power management and diagnostics. The 24-pin VQFN package with a 0.5mm pitch and 3.5x3.5mm footprint minimizes PCB area, critical in space-constrained camera modules. Typical applications include automotive camera modules, radar units, and MCU power supplies in ADAS systems, where multiple regulated rails are needed from a single automotive battery. The device also supports infotainment and sensor fusion systems requiring low-noise, reliable power. When designing with the TPS65036x-Q1, pay attention to thermal management: the buck converters and LDO can dissipate significant power at high input voltages and load currents. Ensure adequate copper pour and thermal vias to keep junction temperatures within limits. Also, properly configure the I2C address and default settings for your specific application variant.
TPS65216D0RSLR PMIC for ARM Cortex-A8/A9 SOCs | TI VQFN-48
The Texas Instruments TPS65216D0RSLR is an integrated power management IC (PMIC) purpose-built for ARM Cortex-A8/A9 application processors and FPGA systems, housed in a 48-pin VQFN (RSL) package measuring 6 mm × 6 mm with a 0.4 mm pitch. The device operates from a 3.6 V to 5.5 V input rail, integrating multiple buck converters and LDOs to deliver the complete power tree required by Sitara AMIC110/AMIC120 and other Cortex-A series SOCs in a single chip. A PMIC (Power Management Integrated Circuit) is a mixed-signal IC that combines multiple DC-DC converters, LDOs, sequencers, voltage monitors, and supervisory logic into one package. Within the broader taxonomy, a PMIC belongs to the power management semiconductor category, which itself falls under analogue and mixed-signal ICs. Modern PMICs are essential for systems-on-chip designs because they shrink the power-section footprint, reduce quiescent losses and guarantee deterministic rail sequencing during power-up, power-down and fault events. Key features of the TPS65216 include up to three step-down DC-DC converters (each up to 2 A peak), two LDOs, power-good / reset logic, and programmable output voltages set by I2C or external feedback resistors. The wide 3.6 V to 5.5 V input range allows the device to run directly from a single-cell Li-ion battery, a 5 V USB rail or a regulated intermediate bus. The 48-pin VQFN package includes an exposed thermal pad to keep the junction temperature under control when the converters deliver full output current. Architecturally, the TPS65216D0 (the D0 silicon revision) integrates a synchronous buck topology with internal MOSFETs and uses an internal bandgap reference plus per-rail feedback to hit output accuracies within a few percent. Built-in protection such as over-current, over-temperature, and under-voltage lockout makes it robust for industrial and consumer SBC designs. The PMIC also supports DDR-memory power requirements, including the VPP and VTT rails demanded by LPDDR/DDR memories paired with the host processor. Typical applications include industrial automation controllers, Sitara AM335x/AM437x SBCs, FPGA-based vision and motor-control boards, and portable ARM-based test instruments. The wide input range and integrated sequencing make it especially valuable in any design where the system must start cleanly on a single lithium cell while still powering a multi-rail processor. A key design consideration is decoupling: place a 1 µF ceramic input capacitor and per-output ceramic capacitors as close as possible to the device pins to keep ripple below the level visible to the host SOC. Always tie the exposed pad to a continuous ground plane for thermal relief, especially when drawing full converter current. This page synthesises distributor pricing, drop-in alternative coverage, and practical design notes that complement the TI datasheet with application-level engineering context.