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Home > Technical Product Info > Aluminum Electrolytic Capacitors - "YF" - Automotive


Automotive CapacitorAluminum Electrolytic Capacitors 
For automotive equipment

Order FREE samples
Request quote sales channel
AEC-Q200 Qualified Components | TS-16949 Certified Production Sites ("YF" part number suffix) | PPAP support
135°C, 125°C, 105°C Power Train / Chassis / Body | High Vibration Applications
Surface Mount (SMT) for mounting on surface of PCB Leaded (LDD) for mounting through-hole of PCB

PCB Assembly Process: Reflow soldering compatible
Reflow Soldering Heat Limits: Series & Size
 

PCB Assembly Process: Wave soldering compatible
Wave Soldering Heat Limits: LINK
 

Type Image Comments Type Image Comments
V-Chip
Vertical Can
SMT

=  SMT V-Chip
Most common
Lowest cost
Lifetime limited
by operating
temperature; LINK
Radial
Leaded
LDD
Most common
Lowest cost
Lifetime limited
by operating
temperature; LINK
PDF: SMT Components for Automotive applications
PDF: Leaded Components for Automotive applications


 Automotive
Applications
Suggested SMT Product Series
+135°C +125°C +105°C
Power Train NSPE-Y NSPE-T
NATT
NATK
NSPE-H
NAZT
NACY
Chassis NSPE-Y NSPE-T
NATT
NATK
NSPE-H
NAZT
NACY
Body NSPE-Y NSPE-T
NATT
NATK
NSPE-H
NAZT
NACY
Information Technology
(Navigation, Telematic,
Personnel Electronics, etc)
    NSPE-S
NSPE-H
NAZT
NACY
Hybrid Construction  | =  SMT V-Chip
Use NIC QuickBuilder tool to compare and select "YF" suffix components
for use in automotive applications [ Link ]

NIC provides test data package supporting compliance to AEC-Q200 "Stress Test Qualification For Passive Components"
AEC-Q200 "Qualification"
is defined as successful completion of test requirements of AEC-Q200 Table 3 (Aluminum Electrolytic Capacitors); Ref: AEC-Q200 Section 1.1
Automotive Electronics Council
AEC-Q200 Test Data:

SMT Aluminum Electrolytic Capacitors
  • Qualified to AEC-Q200
  • "Stress Test Qualification for Passive Components"
  • AEC-Q200 Table 3 (Aluminum Electrolytic Capacitors)
  • Operating Temperature Ranges:
    -55C ~ +105C
    -40C ~ +125C
    -55C ~ +125C
    -55C ~ +135C
  • Pb-Free Reflow Soldering
  • 16V, 25V, 35V, 50V & 63VDC ratings

rohsDevice (PN) specific qualification test data to AEC-Q200 is available from NIC
... Make AEC-Q200 request: e16LINK 

AEC-Q200

Tests Description:

  • High Temperature
  • Exposure (Storage)
  • Temperature Cycling
  • Moisture Resistance
  • Biased Humidity
  • Operational Life
  • Physical Dimension
  • Resistance to Solvents
  • Mechanical Shock
  • Vibration
  • Resistance to Soldering Heat
  • Thermal Shock
  • ESD
  • Solderability
  • Electrical Characterization
  • Flammability
  • Board Flex
  • Terminal Strength (SMD)
  • Surge Voltage
AEC-Q200 Qualified Part Numbers
PDF Document: LINK [ Updated March 2014 ]

AEC-Q200 Qualified
Part Numbers

Series

Temperature Rating

Load Life Rating

Case Size

Cap Value

Voltage Rating

NACEW101M16V6.3X5.5TR13YF

NACEW

­-55C ~ +105C

1000 Hours @ +105C

6.3X5.5

100uF

16VDC

NACEW101M35V6.3X8TR13YF

NACEW

­-55C ~ +105C

1000 Hours @ +105C

6.3X8

100uF

35VDC

NACEW331M25V8X10.5TR13YF

NACEW

­-55C ~ +105C

2000 Hours @ +105C

8X10.5

330uF

25VDC

NACK331M35V10X10.5TR13YF

NACK

­-55C ~ +105C

2000 Hours @ +105C

10X10.5

330uF

35VDC

NACK471M35V12.5X14TR13YF

NACK

­-55C ~ +105C

5000 Hours @ +105C

12.5X14

470uF

35VDC

NACK102M35V16X17TR13WTYF

NACK

­-55C ~ +105C

5000 Hours @ +105C

16X17

1000uF

35VDC

NACK221M16V8X6.5TR13YF

NACK

­-55C ~ +105C

2000 Hours @ +105C

8X6.5

220uF

16VDC

NACX470M16V6.3X5.5TR13YF

NACX

­-55C ~ +105C

1000 Hours @ +105C

6.3X5.5

47uF

16VDC

NACX220M35V6.3X5.5TR13YF

NACX

­-55C ~ +105C

1000 Hours @ +105C

6.3X5.5

22uF

35VDC

NACY331M35V10X10.5TR13YF

NACY

­-55C ~ +105C

2000 Hours @ +105C

10X10.5

330uF

35VDC

NACZ331M35V10X10.5TR13YF

NACZ

­-55C ~ +105C

2000 Hours @ +105C

10X10.5

330uF

35VDC

NACZ221M50V10X10.5TR13YF

NACZ

­-55C ~ +105C

2000 Hours @ +105C

10X10.5

220uF

50VDC

NACZ151M10V6.3X6.3TR13YF

NACZ

­-55C ~ +105C

1000 Hours @ +105C

6.3X6.3

150uF

10VDC

NACZ101M16V6.3X6.3TR13SNYF

NACZ

­-55C ~ +105C

1000 Hours @ +105C

6.3X6.3

100uF

16VDC

NACZ470M35V6.3X6.3TR13SNYF

NACZ

­-55C ~ +105C

1000 Hours @ +105C

6.3X6.3

47uF

35VDC

NACZ680M35V6.3X8TR13YF

NACZ

­-55C ~ +105C

1000 Hours @ +105C

6.3X8

68uF

35VDC

NATK221M35V10X10.8LSYF

NATK

­-40C ~ +125C

2000 Hours @ +125C

10X10

220uF

35VDC

NATK331M25V10X10.8LBYF

NATK

­-40C ~ +125C

2000 Hours @ +125C

10X10.8

330uF

25VDC

NATK471M25V10X10.8LBYF

NATK

­-40C ~ +125C

2000 Hours @ +125C

10X10.8

470uF

25VDC

NATK221M35V10X10.8LBYF

NATK

­-40C ~ +125C

2000 Hours @ +125C

10X10.8

220uF

35VDC

NATK331M35V10X10.8LLSYF

NATK

­-40C ~ +125C

2000 Hours @ +125C

10X10.8

330uF

35VDC

NATK621M35V16X17JLSYF

NATK

­-40C ~ +125C

3000 Hours @ +125C

16X17

620uF

35VDC

NATK470M35V6.3X8.0NLSYF

NATK

­-40C ~ +125C

2000 Hours @ +125C

6.3X8.0

47uF

35VDC

NATK101M35V8X10.8NLSYF

NATK

­-40C ~ +125C

2000 Hours @ +125C

8X10.8

100uF

35VDC

NATK161M35V8X10.8NLSYF

NATK

­-40C ~ +125C

2000 Hours @ +125C

8X10.8

160uF

35VDC

NATT101M50V10X10.5LBYF

NATT

­-40C ~ +125C

2000 Hours @ +125C

10X10.5

100uF

50VDC

NATT471M35V12.5X14KLBYF

NATT

­-40C ~ +125C

2000 Hours @ +125C

12.5X14

470uF

35VDC

NATT220M35V6.3X6.3NBYF

NATT

­-40C ~ +125C

1000 Hours @ +125C

6.3X6.3

22uF

35VDC

NATT220M50V6.3X8NLBYF

NATT

­-40C ~ +125C

1000 Hours @ +125C

6.3X8

22uF

50VDC

NATT330M50V6.3X8NLBYF

NATT

­-40C ~ +125C

1000 Hours @ +125C

6.3X8

33uF

50VDC

NATT4R7M35V8X10.5NLBYF

NATT

­-40C ~ +125C

2000 Hours @ +125C

8X10.5

4.7uF

35VDC

NAZT331M35V10X10.5LLBYF

NAZT

­-55C ~ +105C

5000 Hours @ +105C

10X10.5

330uF

35VDC

NAZT331M35V10X10.5LSYF

NAZT

­-55C ~ +105C

5000 Hours @ +105C

10X10.5

330uF

35VDC

NAZT221M50V10X10.5LBYF

NAZT

­-55C ~ +105C

5000 Hours @ +105C

10X10.5

220uF

50VDC

NAZT221M50V10X10.5LLSYF

NAZT

­-55C ~ +105C

5000 Hours @ +105C

10X10.5

220uF

50VDC

NAZT102M63V18X22HLSWYF

NAZT

­-55C ~ +105C

5000 Hours @ +105C

18X22

1000uF

63VDC

NAZT100M35V5X6.3NBYF

NAZT

­-55C ~ +105C

2000 Hours @ +105C

5X6.3

10uF

35VDC

NAZT220M63V6.3X8LBYF

NAZT

­-55C ~ +105C

2000 Hours @ +105C

6.3X8

22uF

63VDC

NAZT101M35V8X10.5NSYF

NAZT

­-55C ~ +105C

5000 Hours @ +105C

8X10.5

100uF

35VDC

NAZT221M35V8X10.5NLBYF

NAZT

­-55C ~ +105C

5000 Hours @ +105C

8X10.5

220uF

35VDC

NAZT221M35V8X10.5NSYF

NAZT

­-55C ~ +105C

5000 Hours @ +105C

8X10.5

220uF

35VDC

NSPE-H221M35V10X12.8NBYF

NSPE-H

­-55C ~ +105C

10,000 Hours @ +105C

10X12.8

220uF

35VDC

NSPE-H100M50V6.3X6.3NBYF

NSPE-H

­-55C ~ +105C

5000 Hours @ +105C

6.3X6.3

10uF

50VDC

NSPE-H151M25V8X10.8NLBYF

NSPE-H

­-55C ~ +105C

10,000 Hours @ +105C

8X10.8

150uF

25VDC

NSPE-T151M35V10X10.8NLBYF

NSPE-T

­-55C ~ +125C

3000 Hours @ +125C

10X10.8

150uF

35VDC

NSPE-T101M40V10X10.8NBYF

NSPE-T

­-55C ~ +125C

3000 Hours @ +125C

10X10.8

100uF

40VDC

NSPE-T221M35V10X12.8NBYF

NSPE-T

­-55C ~ +125C

3000 Hours @ +125C

10X12.8

220uF

35VDC

NSPE-T820M50V10X12.8NBYF

NSPE-T

­-55C ~ +125C

3000 Hours @ +125C

10X12.8

82uF

50VDC

NSPE-T680M25V6.3X8NLBYF

NSPE-T

­-55C ~ +125C

2000 Hours @ +125C

6.3X8

68uF

25VDC

NSPE-T470M35V6.3X8NLBYF

NSPE-T

­-55C ~ +125C

2000 Hours @ +125C

6.3X8

47uF

35VDC

NSPE-T101M35V8X10.8NBYF

NSPE-T

­-55C ~ +125C

3000 Hours @ +125C

8X10.8

100uF

35VDC

NSPE-Y221M35V10X12.8NBYF

NSPE-Y

­-55C ~ +135C

2000 Hours @ +135C

10X12.8

220uF

35VDC

NSPE-Y470M35V6.3X8NBYF

NSPE-Y

­-55C ~ +135C

1000 Hours @ +135C

6.3X8

47uF

35VDC

NSPE-Z271M35V10X10.5NLBYF

NSPE-Z

­-55C ~ +125C

4000 Hours @ +125C

10X10.5

270uF

35VDC

NSPE-Z680M50V8X10.5NLBYF

NSPE-Z

­-55C ~ +125C

4000 Hours @ +125C

8X10.5

68uF

50VDC

① Hybrid Construction - Features Ultra Low ESR and Superior Low Temperature Performance

Please contact NIC for items shown above e16[ tpmg@niccomp.com ]
Use NIC QuickBuilder tool to compare and select "YF" suffix components for use in automotive applications [ Link ]


In automotive applications it is requested to design (circuit) based upon component guaranteed specifications, in particular:
  • Category temperature range
  • Thermal shock resistance
  • Mechanical shock
  • Anti-vibration performance

    It is not the scope of our guarantee for unsatisfactory results due to misuse or inadequate usage of our components.
    Please contact NIC sales representative or consult NIC technical support to review your application requirements and conditions prior to product selection
    ... or email NIC at AppReview@niccomp.com
  • Automotive Application Review Form: LINK
    Assuring correct component is selected for use in application
    If unsure or in doubt if your application requires this review?  AppReview@niccomp.com

     
    PPAP Support
     
    NIC can provide PPAP data package on specific part numbers 
    Production Part Approval Process
    Level 1 ~ 5 / Example: PSW LINK

    Component part number specific PPAP document is available upon request
    Make PPAP request: LINK 

    Questions or help on above documentation, please contact NIC:  AppReview@niccomp.com



    High Vibration Applications

    Characterization of Vibration Withstanding Characteristics
    of Surface Mount (SMT) Aluminum Electrolytic Capacitors


    Case Sizes (D x H) : 8x10.5, 8x10.8, 10x10.5, 10x10.8, 10x12.8, 12.5x14, 16x17, 18x17.5 & 18x22
    PDF:  LINK

    Anti-Vibration Type, Wide Termination Option

    Vibration Test Conditions:
    Peak Acceleration: 10G / 20G / 30G
    Total Amplitudes: 1.5mm / 1.5mm / 5mm
    Frequency: 5 to 2,000 Hz (20 min.)
    Duration: 2 hours each for X,Y,Z; Total 6 hours

    Follow JIS-C-5101-4 (Table 2):

    Variation of Capacitance Value:
    Within ±5% of the initial value
    Appearance:
    No visible damage
    No leakage of electrolyte
    APPLICATIONS: Automotive, portable devices,
    industrial equipment or other end-use applications
    where vibration and shock are present

    Use NIC QuickBuilder tool to compare and select Wide Terminal option components [ Link ]

     
    Specify “YF” suffix components for Automotive end use
     
    YS
    Source controlled to TS-16949 certified production sites 
    Specific production lines with focus upon support for automotive equipment applications

    Use of “YF” suffix components provide added value, by assuring best fit component is selected for use in end application
    Can prevent premature wear-out or early end of life of component (and system)
    Assures to meet the customer’s lifetime expectations
    Prevent misapplication of components and related failures (of component & system)
    Review of application for correct component fit, can save by preventing costly repairs (or rework) due to usage of improper component  
     ?
    Questions or help on above, please contact NIC:  AppReview@niccomp.com
    Use NIC QuickBuilder tool to compare and select "YF" suffix components for use in automotive applications [ Link ]
    PDF: SMT Components for Automotive applications PDF: Leaded Components for Automotive applications

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