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Telecom and Server

Telecom and Server Power Solutions

MPS telecom and server power solutions are engineered to perform in always-on and harsh operating environments required by the applications.


Step-Down Buck: Solutions passing rigorous testing to ensure confident usage in challenging environments.
Efuse: Leveraging proprietary process to integrate key components in a single package.
Controller:  Products designed to eliminate labor intensive system fine tuning.
Intelli-Phase:  Best-in-class high efficiency and power density.
AEC-Q100 Qualified
Automotive application ready

High Power Efficiency
Excellent thermal performance

Leading Power Density
Reduces space requirements

Step-down (Buck) (28) Show More Show Less
E-Fuse (8) Show More Show Less
Controller (7) Show More Show Less
Intelli-Phase (19) Show More Show Less

Server and Telecom Articles

Article: Designing a Multi-Phase Buck Converter with Digital Controllers

Article: Increasing the Power Density and Efficacy of Datacenters Using a Two-Stage Solution for 48V Power Distribution

Article: Analysis and Simulation of PCB ACR Losses for Vcore DrMOS Optimization

Article: Achieve Fast Transient Performance with MPS’s Latest 12V-to-Load Multi-Phase Solution

Article: Simple, Compact, Elegant Hot-Swap Solution for Server Design

Article: Scalable Current-Sharing E-Fuse Solution

Article: Simple, Intelligent, High-Density Power: PMBus Compatible, Monolithic 30A DC/DC Regulator can Parallel up to Eight Phases and Output more than 240A

Article: Output Voltage Ripple Measurement and Reduction for DC/DC Voltage Regulators

Article: MP2888A Receives World Electronics Achievement Award

VIEW ALL

Videos

APEC Telecom Video
48V-1V for CPU, SoC or ASIC power controller.

Featured Telecom and Server Part

The MP5023 is a hot-swap protection device designed to protect circuitry on its output from transients on its input. The MP5023 also protects its input from undesired shorts and transients coming from its output.

During start-up, inrush current is limited by the slew rate at the output. The slew rate is controlled by the external capacitor at SS.

The maximum load at the output is current-limited through on-die current sense technology. The magnitude of the current limit is controlled by a low-power resistor from ISET to ground.

An internal charge pump drives the gate of the power device, allowing for a power MOSFET with a very low on resistance of 1.1mΩ.

MP5023