Computing

Solid-state drive

SSDs as a semiconductor-based storage device offer significant advantages, including faster read and write speeds, lower power consumption, and better shock resistance. Electronic components play a vital role in ensuring stable power supply and signal integrity of SSDs.

A. Low resistance SMD PPTC fuse: PTSLR0805, PTSLR1206, PTSLR1210

B. TVS diodes: TVS Diodes / TVS Diode Array, Power TVS diodes

C. Multilayer Varistor: MLV series 0402-2020, Low capacitance PolySurg: PS04LTVA / 0402ESDA-MLP / 0603ESDA-MLP / 0603ESDA2-TR2 / 41206ESDA-TR1

D. Molding power inductor: HCM1A, HCM1AV2, MPIA, Semi-shielded power inductor: SDCL1V / SDCH1V

E. Coin cells: KR, KW

F. E3X series / E9X series / E3K series 25MHz/30MHz/40MHz/50MHz/32.768kHz

Enhancing SSD performance with Eaton’s advanced quartz crystal resonators

Due to their superior speed, durability, and efficiency, solid-state drives (SSDs) are ubiquitous in diverse applications from personal computing devices to enterprise-level data centers. Core to SSD functionality is managing data operations at high speeds, where timing and frequency control are critical requirements. Quartz crystal resonators provide the precision required for these tasks.

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Solid-state drive

Enhancing SSD performance with Eaton’s advanced quartz crystal resonators

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