Learn about ADI's complete solution for the Open Compute Project (OCP) Open Rack V3(ORV3) Battery Backup Unit (BBU). ADI's analog and digital parts and solutions, which include electrical, mechanical, and software architecture, are engineered to meet the customer's written application specifications. These devices and solutions are easy to implement and offer low component count and hence small form factor.

See how ADI's methodology to meet power domain sensitivity and realistic power supply noise requirements optimizes power solutions for RF signal chain systems. This methodology utilizes various power supply design optimizations, including RF transceivers, RF amplifiers, high speed ADCs and DACs, and more.

ADI offers some of the industry's best-known tools--LTspice^®, LTpowerCAD^®, EE-Sim^® DC-DC, and EE-Sim OASIS—supporting nearly 1,000 power IC’s to help engineers design power supplies with speed and confidence. Yet we are striving to serve engineers even better! Come by our booth to discuss your ideas about how to enhance our current and future power tools.

See ADI's latest Hot-Swap controller, the LTC4286. It has been designed to support 12V to 54V applications and power levels of several kilowatts which makes it well suited for data center and communications platforms. The LTC4286 also combines ease of use with accurate PMBus telemetry.

Discover ADI's server power products, including the MAX20848 12PH CFP controller and MAX20856/46 5x6 and 4x6 CFP power stages. These solutions provide top tier efficiency while conforming to common footprint standards.

Low Noise µModule Regulators for RF and Imaging Applications ADI's low EMI Silent Switcher^® µModule regulators offer single, dual and quad output, as well as a dual LDO output µModule regulator powered by an integrated EMI barrier and Silent Switcher switching regulator. Learn how the Silent Switcher architecture and ultra-high PSRR LDO technology reduce filters and LDOs on a PCB without decreasing system performance.

ADI’s simplified bidirectional multiphase buck or boost controllers use one bidirectional source while still providing dual bidirectional supply for the device power supply. This smaller solution, and use of 1 bidirectional supply, significantly reduces required space. By also utilizing the multiphase aspect of the controller, it can be designed to higher current applications.

Witness the industries leading ultra-low noise performance of ADI's Silent Switcher 3 family. The Silent Switcher 3 is a game changer in various noise sensitive applications, including 5G wireless, defense, instrumentation, etc. In additional to ultra-low noise, the Silent Switcher 3 brings system-level benefits, including smaller solution size and higher efficiency.

Learn about ADI's regulated and unregulated solutions for 48V to 12V intermediate bus voltage (IBV) converters. The demo will showcase two different solutions: 1) Very high efficiency (98.5%) 4:1 STC with dedicated controller enabling ZCS across operating conditions and BOM variations and 2) Regulated V_OUT multiphase buck converter utilizing ADI's patented Coupled Inductor Magnetics to achieving 97.6% efficiency at 1.2kW in a quarter-brick size.

Observe ADI's µModule regulator solutions in action, including our 54Vin featuring direct and two-step conversion. Our LTP8800-1A, a non-isolated direct conversion µModule regulator with 150A out, provides a low voltage directly from the 54V bus with a single µModule device. Learn about ADI's wide variety of µModule regulators for two-step conversion, including the LTM4681 ,125A POL µModule Regulator and LTM4660, 250W bus convertor µModule regulator. Several of these µModule regulators can be current shared to support higher current applications up to 1,000A.

Learn about ADI's new 4-phase buck boost solution that operates without the need of a leader/follower in the setup. This solution can provide 4-phase operation or operate in 3-phases with 1 phase acting as backup when another fails.

It demonstrates other significant improvements over our popular LT8390 (Buck-Boost Controller) by expanding buck-boost controller into Kilo-Watt power application, having accurate and programmable Dead Time, and consuming 30uA of quiescent current (more than 50x better than LT8390).

Explore ADI's family of PoL design resources available to facilitate prototyping, optimize IC performance, and reduce design lead-time. Included are the EE-SIM device models, EVKIT manuals, reference design, and Excel-based system design tool. Witness first hand the configurability, telemetry reading, and fault reporting of the MAX20830 PoL family through PMBUS communication.

ADI's Open Accelerator Module (OAM) offers a full solution for OAM needs. The offerings are highlighted by ADI's multiphase solution utilizing ADI's patented Coupled Inductor Magnetics that enables high power density with power-stages and magnetics on opposite sides of the board. In addition to OAM cards, ADI offers flexible phase counts and form factors. ADI's latest magnetics IP enables transient performance equal to TLVR without sacrificing efficiency or current capability.