DC-DC Converters & Power Management
DC-DC Converters & Power Management ICs
Power your next project with confidence. Our DC-DC Converters & Power Management collection brings together a comprehensive range of high-performance integrated circuits and modules — from compact SMD buck converter chips to high-current step-down modules, AC-DC controller ICs, battery charging controllers, LED driver ICs, and USB-C PD fast-charge boards. Whether you're an electronics engineer, hobbyist, or production buyer, you'll find trusted brands and bulk-value packs designed to meet demanding power supply design requirements across consumer electronics, industrial systems, and embedded applications.
Why Choose Our Power Management ICs?
- Wide Selection: Buck, boost, AC-DC, and battery management solutions all in one place.
- Bulk Value Packs: Save more with 10-packs, 100-packs, and multi-variant bundles.
- Industry-Standard Packages: SMD, QFN, SOT23, SOP, SSOP, DFN and more — ready for PCB assembly.
- Trusted Series: TPS, TLV, TNY, TOP, MP, CR, CN, AW, OB, and other leading IC families.
- Application Versatility: Ideal for IoT devices, LED lighting, battery-powered gadgets, power adapters, and more.
Featured Products
Explore some of our most popular power management solutions:
- 10 Pcs TLV6256x TLV6258x DC-DC Buck Converter ICs | SMD Chips — Precision SMD buck converter ICs in a convenient 10-piece pack, perfect for low-voltage step-down designs.
- 1000W 50A DC-DC Buck Converter – Adjustable Step-Down Module — A powerhouse step-down module delivering up to 1000W and 50A for high-current industrial and automotive applications.
- 10-Pack TPS Series DC-DC Converter Power Management IC Chips — Texas Instruments' renowned TPS series ICs in a bulk 10-pack, ideal for portable and battery-powered designs.
- 100W USB-C PD Decoy Board 5V–20V 5A Fast Charge Power Module — Unlock USB-C Power Delivery voltages from 5V to 20V at up to 5A — a must-have for fast-charge applications.
- 10PCS CN3762 CN3765 Li-Ion Battery Charging IC SOP-10 SSOP-10 — Dual Li-Ion battery charging ICs in SOP/SSOP packages, ideal for portable power banks and handheld devices.
Product Categories at a Glance
- DC-DC Buck Converters: Step down voltage efficiently with minimal heat and power loss.
- DC-DC Boost Converters: Step up voltage for LED drivers, sensor rails, and more.
- AC-DC Controller ICs: Primary-side switching controllers for power adapters and chargers (TNY, TOP, OB series).
- Battery Management ICs: Li-Ion/Li-Po charging controllers with protection features.
- LED Driver ICs: Boost-based and constant-current LED drivers for displays and lighting.
- USB-C PD Modules: Fast-charge trigger boards and decoy circuits supporting multiple PD voltages.
Learn more: EPA guidance on lithium-ion battery handling
Frequently Asked Questions
Q: What is the difference between a DC-DC buck converter and a boost converter IC?
A: A DC-DC buck converter (step-down converter) reduces a higher input voltage to a lower output voltage with high efficiency — for example, converting 12V to 3.3V. A boost converter does the opposite, stepping up a lower input voltage to a higher output voltage, commonly used in LED driver circuits and battery-powered systems that need a higher rail voltage than the battery can provide.
Q: What are AC-DC controller ICs like the TNY and TOP series used for?
A: AC-DC controller ICs such as the TNY284/288 and TOP series are used in offline switching power supplies that convert mains AC voltage (e.g., 110V/220V) to regulated DC output. They are commonly found inside wall adapters, USB chargers, set-top boxes, and other consumer electronics power supplies, handling switching, regulation, and protection in a compact package.
Q: Are these DC-DC converter ICs suitable for professional PCB assembly?
A: Yes. All ICs in this collection are offered in industry-standard SMD and through-hole packages — including QFN, SOT23, SOP, SSOP, DFN, and DIP — making them fully compatible with automated PCB pick-and-place assembly, reflow soldering, and hand soldering processes. The bulk 10-pack and 100-pack options are especially cost-effective for production runs.
Q: What should I consider when selecting a power management IC for my design?
A: Key parameters to evaluate include input/output voltage range, maximum output current, switching frequency, package type, efficiency rating, and any integrated protection features (overcurrent, overvoltage, thermal shutdown). Consulting the IC's datasheet is essential to ensure the device meets your application's power budget, thermal constraints, and PCB layout requirements.
