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Datacenter

Today’s datacenters are facing the challenges of exponential growth in data from IoT devices, 5G/6G networks, high-performance computing (HPC) for AI, scientific research, media, and blockchain. 

Electronic components play a crucial role in managing power supply which supports data traffic, and in facilitating high-speed data communication to ensure the stable and efficient operation of data center systems.

ELXD computing datacenter block diagram
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A. Cartridge fuse: AHC, MDP, EAC10

B. SMD fuse: 1025HC, 1245HC, 2822HC

C. SMxJxxH high power TVS diode

D. 0402 / 0603 polymer ESD suppressor

E. STNA / STSA TVS diode ESD suppressor

 

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F. Current sense resistor: CHSA metal shunt / MFS metal strip, MFL / MFH metal film

G. ECST current sense transformer

 

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H. DR high power shielded inductor

I. HC1 high current inductor

J. ECMS1V0704 common mode choke

K. Chip inductor: MCL, MCQ

L. ACE1V2012 common mode chip inductor

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M. PTV cylindrical pack supercapacitor

N. EFX1S / EFX2S safety film capacitor

O. EFPLS pulse film capacitor

P. EFACA AC filtering film capacitor

Q. EHBSA hybrid polymer capacitor (commercial grade is coming)

Eaton provides reliable overcurrent protection for modern computing infrastructure

Eaton has developed a comprehensive portfolio (14DE and 1210HC, 2822HC, 1025HC and 1245HC SMD fuse) of high-power fuses for overcurrent protection in high-power density computing applications. They are UL-recognized for high reliability, with select products TUV-certified to meet global safety standards.

Eaton CLCC series for Ethernet applications

Ethernet LAN (Local Area Network) is an essential piece of modern networking. Ethernet forms the backbone of most data networks around the globe due to its robust performance and scalability. Eaton’s CLCC is a complete Chip LAN auto transformer and common mode choke combination solution offering flexible and reliable network PHY.