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ESR over Frequency

  
 
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 Type Capacitance Values

NPC - Solid Polymer Aluminum Electrolytic Capacitors

100uF & 150uF

NSPE: Hybrid Electrolyte 
SMT Low ESR Aluminum Electrolytic Capacitors		 Comparison:
Hybrid Construction
to Liquid Construction
PDF
 Performance
Comparison

NRE-HL: Liquid Electrolyte 
Radial LDD
Aluminum Electrolytic Capacitors		 ESR over Temperature
ESR over Frequency
PDF
 Performance Characteristics

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

NMC: High Capacitance MLCCs
SMT Ceramic Chip Capacitors

1.0uF  |  2.2uF  
10uF  |  100uF

 
 
Typical Frequency Characteristics:

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

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

P/N: NACZ221M16V6.3X8TR

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

P/N: NACZ331M35V10X10.5TR13

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

P/N: NMC1812Y5V107Z6.3TR

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

P/N: NMC1206Y5V106Z10TR

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

P/N: NMC1206X7R225K10  &  NMC1206Y5V225Z16

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

P/N: NMC1812X7R105K50TR

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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  
Comparison:
Hybrid Construction
to Liquid Construction
PDF
 Performance
Comparison

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