Multi-channel ICs (PMICs)
Discover the simplicity and scalability of power management ICs (PMICs)
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Browse by input voltage
Low VIN <7 V
PMICs designed for low-VIN applications commonly found in industrial, automotive and personal electronics applications.
Mid VIN ≥7 to 30 V
PMICs designed for mid-VIN applications commonly found in industrial, automotive and personal electronics applications.
Wide VIN >30 V
PMICs intended for automotive systems with wide VIN off-battery applications needed for vehicle electrification.
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Design & development resources
PMIC Efficiency Estimator Tool (PEET)
Fully functional SOM boards integrating TI PMIC, NXP application processors and different interfaces
VVDN is a third party developing System on Module (SOM) to demonstrate that TI PMICs can be optimized to power NXP processors. These SOMs are fully featured, high performance, low cost boards with high speed audio/video processing and improved power efficiency. The fully-functional board (...)
IPG-UI EVM GUI
The IPG-UI GUI can be used to configure multiple PMIC devices to evaluate the features and performance of those devices. This GUI is build using web based technologies and supports interacting with the EVM hardware using a USB2ANY adapter board. The USB2ANY Explorer is provided to allow (...)
New products
Automotive three 3-A low-noise buck converter, IO LDO & 5-V boost converter PMIC for radar MMICs
User programmable PMIC with three step-down converters and a high PSRR LDO for camera modules
Automotive four 8.8-MHz buck converters for AWR and IWR MMICs
Customize your PMIC in seconds with our DIY portfolio
User-programmable PMICs
Simplify your power design with user-programmable PMICs. Simply connect the socketed programming BoosterPack™ Plug-in Module and LaunchPad™ Development Kit to our GUI to update the PMIC settings.
Hardware-configurable PMICs
Scale your power design with hardware-configurable PMICs. Resistor dividers and individual enables on each regulator allows for flexible voltage scaling and sequencing.
Software-configurable PMICs
Customize your power design with software-configurable PMICs. With SPI and I2C interfaces you can easily configure the PMIC at runtime using an MCU or processor.
Power trends
Power density
Using a PMIC can optimize your layout without sacrificing efficiency or thermal performance. Whether it’s a configurable or scalable solution you’re looking for, our high efficiency PMICs let you reduce system complexity with fewer components. Consider high-density PMICs when powering high-current digital loads such as FPGAs and processors. Use our processor attach tool to find the best devices to power your FPGA or processor.
The Benefits of FlexPower PMIC Devices (Rev. B)
TPS650330-Q1 Powering multiple Image Sensors with the same Power Management IC
Featured products for power density
Low EMI
Mitigating EMI is a major challenge for many power supply designs. Our industry-leading built-in spread spectrum technology mitigates EMI by spreading energy over a larger frequency range, saving you design time and helping you reach required CISPR standards when necessary.
High-Performance CMOS Image Sensor Power Supply in Industrial Camera and Vision (Rev. A)
Passing CISPR-25 Radiated and Conduction Emissions Using the TPS65033x-Q1 (Rev. A)
Featured products for low EMI
Low noise & precision
Any DC/DC regulator by its nature will have some fundamental ripple noise at switching frequency. Our low-noise PMICs provide a clean power supply for noise-sensitive applications by increasing the switching frequency without significantly impacting efficiency. Our high-performance multiphase regulators maintain precise output voltage accuracy across load transients. The ripple, noise and load transient requirements vary by application and use case.
Improving industrial radar RF performance with low-noise, thermal-optimized power solutions
Power Supply Design for xWR Radar Using LP87702K-Q1 (Rev. A)
Featured products for low noise & precision
Discover featured applications
Meet noise and functional safety requirements necessary in automotive radar systems using our high-performance PMICs.
Our low-noise PMICs provide a clean power supply for noise-sensitive radar applications by increasing switching frequency without significantly impacting efficiency.
Benefits:
- High switching frequency with no filters or ferrites in the system ensures absolutely lowest BOM and solution size while offering the best load transient performance
- Low transients, monitoring, noise, and ripple requirements aligned with our mmWave radar sensors to guarantee compatibility and best performance
- Integrated monitoring features with ISO26262 functional safety support for up to ASIL-C systems
Featured resources
- TIDEP-01027 – High-end corner radar reference design
- LP87745-Q1 – Automotive three 3-A low-noise buck converter, IO LDO & 5-V boost converter PMIC for radar MMICs
- LP87702-Q1 – Dual buck converter and 5-V boost with diagnostic functions
- LP87524J-Q1 – Multiphase 4MHz, 4A/1.0V + 2.5A/1.8V + 1.5A/3.3V + 1.5A/1.2V buck converters for AWR and IWR MMICs
Drive vehicle safety and electrification forward using our wide-input voltage safety PMICs combining high level of integration with small solution size while boosting your functional safety analysis.
Our wide input voltage PMICs provide flexible output power necessary in vehicle electrification without compromising safety, solution size, or cost.
Benefits:
- Tailored PMIC solutions and design tools to simplify your TI or non-TI Safety MCU power design
- Integrated monitoring + protection features with ISO26262 functional safety support for up to ASIL-D systems
- Flexible output power to enable low-cost BOM and small solution size
- Grade-0 version available
- Supports sensor connections outside ECU without external protection
- AUTOSAR support available
Featured resources
- Hybrid, electric & powertrain systems – Traction inverter
- Hybrid, electric & powertrain systems – DC/DC converter
- Hybrid, electric & powertrain systems – Automatic transmission
- Hybrid, electric & powertrain systems – Starter & generator
- Hybrid, electric & powertrain systems – Battery management system (BMS)
- TPS65381A-Q1 – Multi-rail power supply (PMIC) for microcontrollers in safety applications
- TPS653852A-Q1 – SafeTI-ISO26262 ASIL-D multi-rail power supply for MCUs with 500mA I/O rail
Advance self-driving capability and vehicle safety in automotive camera systems using our selection of low EMI and high power density PMICs.
With the evolution of ADAS technology to enable vehicle autonomy, smaller and more power dense devices are becoming a necessity. Our highly efficienct and integrated PMICs can help you confine solution size without compromising performance.
Benefits:
- Integrated monitoring features with ISO26262 functional safety support for up to ASIL-D systems
- Low noise LDO for imager power and remove camera modules
- Mid-VIN capability enables single-chip power solution for PoC modules
- ± 3% DC + AC + monitoring accuracy across load transients
- High power density up to 20-A in 5.5 x 5-mm2 package
Featured resources
- TIDA-050036 – Automotive 2-MP camera module reference design for DMS and other camera modules
- TIDA-050050 – Automotive 1.3-MP camera module reference design with MIPI CSI-2 interface, PMIC, FPD-Link
- TPS650330-Q1 – Three step-down converters with one high PSRR LDO integrated Power Management IC (PMIC)
- LP8764-Q1 – 4 5-A/20-A multiphase buck converters PMIC for automotive SoCs
- LP875701-Q1 – Automotive multiphase 1-V, 10-A buck converter for Mobileye EyeQ4
- D3-3P-TDAX-DK – D3 Engineering RVP-TDAx development kits
- TPS650330Q1EVM – TPS650330-Q1 automotive camera module PMIC evaluation module
- Camera PMIC Spin Selection Guide (Rev. B) – Application note
- The Benefits of FlexPower PMIC Devices (Rev. B) – Application note
Design flexible and efficient factory automation applications using our pre-programmed or user-programmable PMIC options.
Our fully integrated and flexible PMICs act as building blocks that optimize any Industrial system's power that requires 4 to 14+ rails.
Benefits:
- Integrated monitoring, sequencing, and high switching frequency minimizes external components to reduce BOM size and cost.
- User-programmable options enable rapid and customizable updates to the PMIC's sequencing, output voltage, monitoring thresholds, GPIO control and more to power any catalog processor/FPGA.
- Plug and play solutions with validated reference designs for TI and non-TI SoCs
Featured resources
- TIDA-050043 – Integrated power supply reference design for NXP i.MX 6ULL processor
- TIDA-050038 – Integrated power supply reference design for NXP i.MX 8M mini processor
- TPS65219 – Integrated power management (PMIC) for ARM Cortex - A53 processors and FPGAs
- TPS65216 – Integrated power management (PMIC) for ARM® Cortex™-A8/A9 SOCs and FPGAs
- TPS6521815 – User-programmable Power Management IC (PMIC) with 6 DC/DC converters, 1 LDO, and 3 load switches
- SK-AM62 – AM62x starter kit for Sitara™ processors
- VVDN-3P-SOM – Fully functional SOM boards integrating TI PMIC, NXP application processors and different interfaces
- Powering the AM62x with the TPS65219 PMIC (Rev. A) – Application note
- AM335x PMIC Selection Guide (Rev. A) – Application note
Efficiently power high-performance SoCs in sensor fusion and domain controller applications using our highly accurate and power dense PMICs.
With ADAS systems evolving, rapid sensor data processing becomes necessary for vehicles to adapt in real time. Our high power density and functional safety compliant PMICs enable you to efficiently and effectively meet your ASIL-D safety requirements without compromising cost or size.
Benefits:
- Integrated monitoring features with ISO26262 functional safety support for up to ASIL-D systems
- Scalable, stackable distributed power approach with inter-PMIC communication
- ± 3% DC + AC + monitoring accuracy across load transients
- Validated reference designs to power our Jacinto™ SoCs
Featured resources
- TIDEP-01020 – Automotive domain controller for gateway, assisted and automated driving systems reference design
- TPS6594-Q1 – Automotive 2.8-V to 5.5-V, 5 buck and 4 LDO Power Management IC (PMIC)
- LP8764-Q1 – 4 5-A/20-A multiphase buck converters PMIC for automotive SoCs
- D3-3P-TDAX-DK – D3 Engineering RVP-TDAx development kits
- J721EXSOMXEVM – TDA4VM and DRA829V socketed system on module (SoM)
- Optimized TPS65941213-Q1 and TPS65941111-Q1 PMIC User Guide for J721E, PDN-0C (Rev. A) – User guide
- Leverage Jacinto 7 Processors Functional Safety Features for Automotive Designs (Rev. A) – Functional safety information
Simplify design, reduce board space, and lower system cost using our pre-programmed or user-programmable PMIC options to maximize motor performance.
Our fully integrated and flexible PMICs act as building blocks that optimize any industrial system's power that requires 4 to 14+ rails.
Benefits:
- Integrated monitoring, sequencing and high switching frequency minimizes external components to reduce BOM size and cost.
- User-programmable options enable rapid and customizable updates to the PMIC's sequencing, output voltage, monitoring thresholds, GPIO control and more, to power any catalog processor/FPGA.
- Plug and play solutions with validated reference designs for TI and non-TI SoCs.
Featured resources
- TIDA-050043 – Integrated power supply reference design for NXP i.MX 6ULL processor
- TIDA-050038 – Integrated power supply reference design for NXP i.MX 8M mini processor
- TPS65219 – Integrated power management (PMIC) for ARM Cortex - A53 processors and FPGAs
- TPS65216 – Integrated power management (PMIC) for ARM® Cortex™-A8/A9 SOCs and FPGAs
- TPS6521815 – User-programmable Power Management IC (PMIC) with 6 DC/DC converters, 1 LDO, and 3 load switches
- VVDN-3P-SOM – Fully functional SOM boards integrating TI PMIC, NXP application processors and different interfaces
- SK-AM62 – AM62x starter kit for Sitara™ processors
- Powering the AM62x with the TPS65219 PMIC (Rev. A) – Application note
- AM335x PMIC Selection Guide (Rev. A) – Application note