NIC Logo

Site Search:


   Selection    
   
 

ESR over Frequency

  
 
                    Quick Links:  

Format

 Type Capacitance Values

NPC - Solid Polymer Aluminum Electrolytic Capacitors

100uF & 150uF

NACE to NACZ Comparison: 
SMT Low ESR Aluminum Electrolytic Capacitors
Low Cost Liquid Electrolyte Construction

150 ~ 330uF

NACZ: Low Cost Liquid Electrolyte  
SMT Low ESR Aluminum Electrolytic Capacitors

220uF | 330uF

NSPE: Hybrid Electrolyte 
SMT Low ESR Aluminum Electrolytic Capacitors

100uF

NMC: High Capacitance MLCCs
SMT Ceramic Chip Capacitors

1.0uF  |  2.2uF  
10uF  |  100uF

ESR over Frequency Comparison (120Hz ~ 200KHz):
Type: SMT Aluminum Electrolytic Capacitors Low Cost Liquid Electrolyte V-Chip  150 ~ 330uF

Data Sheets: Standard (+85°C) NACE / Low ESR (+105°C) NACZ

[ top ]
Typical Impedance Value over Frequency & Temperature:
Type: SMT Aluminum Electrolytic Capacitors V-Chip style 220uF/ 16VDC

P/N: NACZ221M16V6.3X8TR

[ top ]
ESR & Impedance over Frequency:
Type: SMT Aluminum Electrolytic Capacitors Low Cost Liquid Electrolyte V-Chip style 330uF / 35VDC 

P/N: NACZ331M35V10X10.5TR13

[ top ]
ESR & Impedance over Frequency:
Type: SMT Ceramic Chip Capacitor 100uF / 6.3VDC 

P/N: NMC1812Y5V107Z6.3TR

[ top ]
ESR & Impedance over Frequency:
Type: SMT Ceramic Chip Capacitor 10uF / 10VDC 

P/N: NMC1206Y5V106Z10TR

[ top ]
X7R & Y5V ESR over Frequency:
Type: SMT Ceramic Chip Capacitor 2.2uF / 10VDC & 16VDC / X7R & Y5V Comparison 

P/N: NMC1206X7R225K10  &  NMC1206Y5V225Z16

[ top ]
ESR & Impedance over Frequency:
Type: SMT Ceramic Chip Capacitor 1.0uF / 50VDC

P/N: NMC1812X7R105K50TR

[ top ]
ESR over Frequency Comparison:
Types: SMT Aluminum Electrolytic Capacitors V-Chip style 100uF / 6.3VDC values shown are

Standard Liquid Electrolyte (BLUE LINE) and Hybrid  [Solid - Liquid] Electrolyte (RED LINE)  

Hybrid Electrolyte [ NSPE Series ] exhibits significantly lower ESR over wide frequency range  

[ top ]
Typical Frequency Characteristics:


[ top ]

ww.NICcomp.com   |    SMTmagnetics.com   |    RFpassives.com 

Copyright © 2008, NIC Components Corp. All Rights Reserved.
 Reproduction in whole, or in part, without the written permission of the copyright holder is prohibited.
 All information contained within this web site is believed to be accurate and reliable, and is presented
 without guarantee, warranty, or responsibility of any kind, expressed or implied. - NIC