Dc-Dc Converter, 0.8V-15V, 2A; Power Supply Applications:Industrial; Dc/Dc Converter Type:Bga-28, Micro Module; Output Power Max:-; Output Voltage Min:800Mv; Output Voltage Max:15V; Output Current Max:2A; Input Voltage Dc Min:3.2V Rohs Compliant: Yes |Analog Devices LTM8063IY#PBF

LTM8063IY#PBF – 2A µModule® DC-DC Converter – Analog Devices

Simplify your power design with the LTM8063IY#PBF from Analog Devices, a high-efficiency non-isolated point-of-load (PoL) µModule® regulator. Engineered for space-constrained applications, this integrated solution delivers up to 2A output current with exceptional thermal performance. Trust PCX for reliable sourcing and expedited shipping of this advanced power management IC.

Key Features

• Wide Input Voltage Range: 3.2V to 40V operation
• Adjustable Output: 0.8V to 15V with ±1.5% accuracy
• High Power Density: 6.3mm × 4.0mm × 2.2mm BGA package
• Robust Protection: Short-circuit (SCP) and undervoltage lockout (UVLO)
• Extended Temperature Range: -40°C to +125°C operation

Technical Specifications

This surface-mount DC-DC converter integrates power switches, inductors, and control circuitry in a compact 28-pin BGA module. Featuring a single-output buck topology, it achieves up to 94% efficiency while minimizing external components. The device maintains stable performance across industrial temperature ranges with <0.1% load regulation. Download full datasheet for design guidelines.

Typical Applications

• Telecom infrastructure power subsystems
• Industrial automation control modules
• Medical diagnostic equipment
• Embedded computing & FPGA power rails
• Test and measurement instrumentation

About Analog Devices

Analog Devices Inc. (ADI) sets industry benchmarks for precision power management and signal processing ICs. With over 50 years of innovation, ADI holds 4,000+ patents and maintains ISO 9001-certified manufacturing facilities. Their µModule® technology combines switch-mode controller, power FETs, and passive components in validated layouts, eliminating complex power design challenges.

ADI’s rigorous qualification process includes 168-hour burn-in testing and production flow monitoring, ensuring military-grade reliability for commercial applications. As a Fortune 500 semiconductor leader, ADI powers mission-critical systems in aerospace, healthcare, and communications infrastructure worldwide.

About Non-Isolated PoL Modules

Non-isolated point-of-load converters deliver localized voltage regulation directly to high-current ICs like processors, ASICs, and memory arrays. By placing regulation near the load, PoL modules minimize voltage drops and noise while improving transient response. This architecture reduces bulk capacitance requirements and simplifies PCB layout compared to centralized power solutions.

Modern PoL modules like the LTM8063 integrate magnetics and compensation networks, shrinking solution size by 50% versus discrete designs. They enable rapid prototyping with guaranteed EMI/thermal performance, critical for high-density designs in IoT gateways, robotics, and portable medical devices where board space is premium.

Packaging Options

Available in manufacturer tray packaging for automated assembly. PCX provides custom kitting and reel services for volume production. Note: Product images are representational; refer to datasheet for exact dimensions.

Frequently Asked Questions

Q: What input capacitance is recommended for the LTM8063?
A: Use 10µF ceramic capacitor near input pins; add bulk capacitance if input source exceeds 20cm.

Q: Does this support remote voltage sensing?
A: Yes, connect SENSE+ and SENSE- pins directly to load for improved regulation.

Q: Can it operate in parallel for higher current?
A: Yes, multiple modules can share load using ADI’s current-sharing protocol.

Q: What thermal management is required?
A: 4-layer PCB with thermal vias under package is recommended for full 2A operation at 125°C.

Q: Is external compensation needed?
A: No, the module includes internal compensation optimized for all output voltages.

Q: How does UVLO protection function?
A: The module disables output when input drops below 3.0V (typ) and auto-restarts above 3.2V.

Get Your Design Powered Today!

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