Hot-swap controllers

Power up with confidence: Intelligent power protection and control for the most critical systems

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Enable seamless board insertion and removal while protecting systems from inrush currents, faults and unexpected disruptions with TI hot-swap controllers. With precise current monitoring, fast response times and configurable protection, our hot-swap controllers ensure robust and uninterrupted operation. Designed for today’s high power-dense systems, hot-swap controllers deliver the performance and reliability engineers need, while addressing the challenges of future power architectures.

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eFuses (integrated hot swaps)

Explore our internal FET solutions for hot swapping.

LM5066H
Hot-swap controllers

5.5V to 90V advanced hot-swap controller with I/V/P monitoring and PMBus™ interface

Approx. price (USD) 1ku | 2.87

Why choose our hot-swap controllers?

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Fast, accurate power-path protection and monitoring

Get fast and accurate protection against various faults with user-configurable threshold and timings, along with monitoring and diagnostic capabilities.

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High power handling

Designed for modern high-density systems, hot-swap controllers can support higher current and power levels than typical eFuses, making them ideal for high-density, high-performance systems.

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Tailored protection

Configure hot-swap controllers using external FETs to match your system’s exact power and fault requirements, giving you control over every application.

Technical resources

Analog Design Journal
Analog Design Journal
Addressing the protection challenges of 48V AI servers using hot-swap controllers
Learn more about how TI hot-swap controllers address the protection challenges of 48V AI servers.
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Application note
Application note
Handling System Transients in Hot Swap Applications
Learn about application-level solutions for robust hot-swap designs.
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Analog Design Journal
Analog Design Journal
Transient protection design for power switches to achieve robust reliable power-path protection
Learn about how active circuit protection using eFuse and hot-swap solutions have begun to replace discrete front-end protection circuits.
document-pdfAcrobat PDF

Design & development resources

Calculation tool
Hot Swap Design Calculator Tools

Creating a Hot Swap and/or eFuse design can involve complex formulas and calculations. Simplify the process by entering system requirements such as input voltage range, current, and output capacitance and the calculator will guide the user towards developing a robust design.  The tool may also (...)

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Use our reference design selection tool to find designs that best match your application and parameters.