• Language:  en  
  • Currency: 

Eeshops - VIP Club

  • Cart: 0 items

NEC Tokin 0E907 Proadlizer PF/A Capacitors High Speed Decoupling

$3.99

  • Model: 0E907
  • Units in Stock: 992


Free shipping

Description

 

Laptop Chip NEC Tokin 0E907 OE907 Proadlizer PF/A Capacitors High Speed Decoupling Device PFAF250E907MCBTE

Laptop-Chip-NEC-Tokin-0E907-OE907-Proadlizer-PF,A-Capacitors-High-Speed-Decoupling-Device-PFAF250E907MCBTE.jpg

Description:

0E907 OE097 is the Proadlizer  PF/A Capacitors for High Speed Decoupling Device by NEC TOKIN,

Features:

  • Manufacturer: NEC TOKIN
  • Part Number of NEC TOKIN: PFAF250E907MCBYE 
  • Rated Voltage:2.5V
  • Capacitance:900 UF
  • Disipation Factor:10 %
  • DC Leakage Current:250 UA
  • NEC Tokin 0E907 OE907 PFAF250E907MCBTE with excellent noise absorption performance at GHz frequency
  • NEC Tokin 0E907 OE907 PFAF250E907MCBTE has extreme low ESL and high current capability
  • NEC Tokin 0E907 OE907 PFAF250E907MCBTE with high Capacitance and very low ESR based on our Conductive Polymer technology
  • NEC Tokin 0E907 OE907 PFAF250E907MCBTE has distributed capacitance architecture and transmission-line structure

Application:

  • High speed and high power CPU and Gbps backplane decoupling
  • EMI solution for 10 MHz range or above
  • High switching frequency DC/DC converter output capacitor

Found NEC Tokin 0E907 OE097 PFAF250E907MCBTE on the folowing motherboard: 

  • TOSHIBA Satellite A300
  • ACER Aspire 2420
  • ASUS ROG MAXIMUS IV EXTREME
  • ASUS Rampage III Black Edition
  • GIGABYTE GTX470

Package Included:

  • 1 X NEC Tokin 0E907 OE907 Proadlizer  PF/A Capacitors High Speed Decoupling Device PFAF250E907MCBTE

Additional Information

  • Model: 0E907
  • Shipping Weight: 0.3kg
  • 992 Units in Stock

Reviews: 0


There are currently no product reviews.
NOTE: Reviews require prior approval before they will be displayed



This product was added to our catalog on Thursday 21 July, 2011.

Left Sideblock

Warm Tips

Warm Tips
Right Sideblock

You are kindly informed:

contact_us