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NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com

www.RFpassives.com

www.SMTmagnetics.com

SPECIFICATIONS ARE SUBJECT TO CHANGE

Surface Mount Specialty Polymer Solid Aluminum

Electrolytic Capacitors

NSP Series

CHARACTERISTICS

STANDARD PRODUCTS AND SPECIFICATIONS

FEATURES

• REPLACES MULTIPLE TANTALUM CHIPS IN HIGH

CURRENT POWER SUPPLIES AND VOLTAGE REGULATORS

• FITS EIA (7343) “D” AND “E” TANTALUM CHIP LAND PATTERNS

• Pb-FREE AND COMPATIBLE WITH REFLOW SOLDERING

LOW ESR COMPONENT

SOLID POLYMER ELECTROLYTE

For Performance Data

see www.LowESR.com

Rated Working Range

2.0 ~ 16VDC

Rated Capacitance Range

2.2 ~ 560µF

Operating Temperature Range

-40 ~ +105°C

Capacitance Tolerance

± 20% (M)

Max. Leakage Current (µA)

After 2 Minutes (+20°C)

All Case Sizes

See Standard Products and

Specifications Tables

Max. Tan δ, 120Hz, +20°C

High Temperature Load Life

1,000 Hours @ 105°C

at Rated Working Voltage

Capacitance Change

Within ±10% of initial measured value

Tan δ

Less than specified max. value

Leakage Current

Less than specified max. value

Damp Heat Test

500 Hours @ +60°C at 90 ~ 95% RH

and Rated Working Voltage

Capacitance Change

8V ~ 16V

Within -20%/+40% of initial measured value

6.3V

Within -20%/+50% of initial measured value

4V

Within -20%/+60% of initial measured value

2V, 2.5V

Within -20%/+70% of initial measured value

Tan δ

Less than 200% of specified max. value

Leakage Current

Less than specified max. value

NIC Part Number

WV Cap.

Max. LC

Tan δ

Max. Ripple Current

+105°C & 100KHz (mArms)

Max. ESR

+20°C & 100KHz (Ω)

Height

H

(Vdc) (µF)

(µA)

NSP101M2D2ATRF

2.0

100

20.0

0.06

2,500

0.018

1.8±0.1

NSP101M2D2XATRF

100

20.0

0.06

2,700

0.015

1.8±0.1

NSP101M2D2ZATRF

100

20.0

0.06

3,000

0.009

1.8±0.1

NSP121M2D2ATRF

120

24.0

0.06

2,500

0.018

1.8±0.1

NSP121M2D2XATRF

120

24.0

0.06

2,700

0.015

1.8±0.1

NSP121M2D2ZATRF

120

24.0

0.06

3,000

0.009

1.8±0.1

NSP151M2D2ATRF

150

30.0

0.06

2,500

0.018

1.8±0.1

NSP151M2D2ZATRF

150

30.0

0.06

3,000

0.009

1.8±0.1

NSP181M2D2ATRF

180

36.0

0.06

2,500

0.018

1.8±0.1

NSP181M2D2ZATRF

180

36.0

0.06

3,000

0.009

1.8±0.1

NSP181M2D6ZATRF

180

36.0

0.06

3,000

0.009

1.9±0.2

NSP221M2D2ATRF

220

26.4

0.06

2,500

0.018

1.8±0.1

NSP221M2D2ZATRF

220

44.0

0.06

3,000

0.009

1.8±0.1

NSP221M2D6ATRF

220

44.0

0.06

2,700

0.015

1.9±0.2

NSP221M2D6ZATRF

220

44.0

0.06

3,000

0.009

1.9±0.2

NSP271M2D6XATRF

270

54.0

0.06

3,000

0.012

1.9±0.2

NSP271M2D6ZATRF

270

37.5

0.06

3,000

0.009

1.9±0.2

NSP271M2D6YATRF

270

37.5

0.06

3,500

0.006

1.9±0.2

NSP271M2D6UATRF

270

37.5

0.06

3,800

0.0045

1.9±0.2

NSP331M2D6ATRF

330

66.0

0.06

2,700

0.015

1.9±0.2

NSP331M2D6XATRF

330

66.0

0.06

3,000

0.012

1.9±0.2

NSP331M2D6ZATRF

330

45.0

0.10

3,000

0.009

1.9±0.2

NSP331M2D6YATRF

330

45.0

0.06

3,500

0.006

1.9±0.2

NSP331M2D6UATRF

330

45.0

0.06

3,500

0.0045

1.9±0.2

NSP331M2D6VATRF

330

66.0

0.06

4,000

0.003

1.9±0.2

NSP391M2D6ATRF

390

78.0

0.06

2,700

0.015

1.9±0.2

NSP391M2D6ZATRF

390

78.0

0.06

3,000

0.009

1.9±0.2

NSP391M2D6YATRF

390

78.0

0.06

3,500

0.006

1.9±0.2

NSP391M2D6UATRF

390

78.0

0.06

3,800

0.0045

1.9±0.2

NSP471M2D6ATRF

470

94.0

0.06

2,700

0.015

1.9±0.2

NSP471M2D6ZATRF

470

94.0

0.06

3,000

0.009

1.9±0.2

NSP471M2D6YATRF

470

94.0

0.06

3,500

0.006

1.9±0.2

***EXPANDED***

NEW ULTRA

LOW ESR 3.0mΩ

New Values