Shrink & simplify designs with our DC/DC boost converters
Efficient, power-dense DC/DC step-up (boost) converters that meet a variety of power supply needs
Our portfolio of synchronous and non-synchronous DC/DC step-up converters features size-optimized, power-dense and low-IQ devices for a variety of power designs – from ultra-low power to 60 W or higher. With one or more integrated FETs and few off-chip components, our DC/DC boost converters offer a balance of flexibility and ease of use for your power design.
Li-ion battery-powered applications
Speed response times to deliver high power while safely and reliably shrinking total solution size.
Ultra-low IQ products (300 nA to 5.5 µA)
Extend battery life and shelf life for low power mode and light load applications.
Featured DC/DC boost converter reference designs
Featured DC/DC boost converter content
This application report describes how to design for very low APD bias voltage ripple in order to precisely measure various current condition levels.
This guide discusses how a good PCB layout is critical for the boost converter because it is sensitive to parasitic capacitance and inductance due to the switch-mode operation.
This article defines IQ and how it is measured, explains what IQ is not and how it should not be used, and gives design considerations on how to use IQ while avoiding common measurement errors.
Boost converter technical articles
Boost converter resources
Browse complete board-level and system-level reference design circuits to help you quickly evaluate and customize your power system.
Search for any suppliers’ boost converter devices to find our similar devices by parameter.
Receive fast and reliable technical support from our engineers throughout every step of your boost converter design.
Power design tools & simulation
Perform quick calculations and simulations to help you analyze and understand your design performance with our comprehensive power design tools.
Reduce development time with our end-to-end power-supply design tool.
Quickly create circuit simulations with our library of easy-to-use analog simulation programs.
Accelerate your power-supply designs with in-depth, real-time calculations of voltages and currents.
Select the correct discrete point-of-load regulators and PMICs to power your processor or FPGA from TI, Xilinx, Intel, NXP and more.
Generate a quick estimate of the junction temperatures of components on your PCB.