The size, density and the sheer number of data centers are rapidly growing, which is driving an increasing need for efficiency. The largest operational cost for data centers is electricity. Improving the power conversion efficiency at every stage in the power distribution architecture is a critical factor to reduce cost. Emerging applications, such as artificial intelligence, machine-to-machine connectivity, and cloud computing, are driving the need for higher rack power density, in addition to the challenge of adapting to a 48 V backplane.
To address the emerging challenges of servers in the datacenter, ON Semiconductor offers a broad portfolio of power supply solutions to quickly design a rack server system with high power density and high energy efficiency. Our power portfolio includes:
High-Power Ac-Dc Block Diagram
| Application Note | Description |
|---|---|
| MOSFETs | Application Notes for MOSFETs |
| CONTROLLERS | Application Notes for CONTROLLERS |
| MOSFET / IGBT Drivers | Application Notes for Application Notes for MOSFET / IGBT Drivers |
| DIODES | Application Notes for DIODES |
| RECTIFIERS | Application Notes for RECTIFIERS |
| POWER FACTOR CONTROLLERS | Application Notes for POWER FACTOR CONTROLLERS |
| PFC MODULES | Application Notes for PFC MODULES |
| OPERATIONAL AMPLIFIERS (Op Amps) | Application Notes for Op Amps |
| Product | Description |
|---|---|
| MOSFETS | Evaluation/Development Tools for MOSFETS |
| CONTROLLERS | Evaluation/Development Tools for Controllers |
| MOSFET/IGBT DRIVERS | Evaluation/Development Tools for MOSFET / IGBT Drivers |
| RECTIFIERS | Evaluation/Development Tools for RECTIFIERS |
| POWER FACTOR CONTROLLERS | Evaluation/Development Tools for POWER FACTOR CONTROLLERS |
| PFC MODULES | Evaluation/Development Tools for PFC MODULES |
| OPERATIONAL AMPLIFIERS (Op Amps) | Evaluation/Development Tools for Op Amps |