NLCV25T-1R5M-PFR TDK Corporation, NLCV25T-1R5M-PFR Datasheet

INDUCTORS

NLCV25T-1R5M-PFR

Manufacturer Part Number
NLCV25T-1R5M-PFR
Description
INDUCTORS
Manufacturer
TDK Corporation
Series
NLCVr
Datasheet

Specifications of NLCV25T-1R5M-PFR

Rohs Compliant
YES
Inductance
1.5µH
Current
890mA
Tolerance
±20%
Dc Resistance (dcr)
180 mOhm
Q @ Freq
10 @ 7.96MHz
Self Resonant Freq
80MHz
Package / Case
1008 (2520 Metric)
Mounting Type
Surface Mount
Operating Temperature
-40°C ~ 125°C
Frequency - Test
7.96MHz
Applications
Power Line
Maximum Dc Current
435 mAmps
Maximum Dc Resistance
0.42 Ohms
Self Resonant Frequency
165 MHz
Q Minimum
20
Dimensions
2 mm W x 2.5 mm L x 1.8 mm H
Shielding
Unshielded
Operating Temperature Range
- 40 C to + 105 C
Termination Style
SMD/SMT
Test Frequency
7.96 MHz
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Shielding
-
Current - Saturation
-
Current - Temperature Rise
-
Lead Free Status / Rohs Status
 Details
Other names
445-6448-2

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
NLCV25T-1R5M-PFR
Manufacturer:
TDK/东电化
Quantity:
20 000
Part Number:
NLCV25T-1R5M-PFRD
Manufacturer:
TDK/东电化
Quantity:
20 000
SMD Inductors(Coils)
For Power Line(Wound)
NLCV Series NLCV25T-R
FEATURES
• Rated current is maintained in the range of 1.7 to 2.0 times
• Stable inductance, as the inductance change in the maximum
• Maximum operating temperature is +125°C (including self-
• Lead-free material is adopted for terminal soldering.
• PC board pattern is compatible with the existing NLCV25 series.
• This product is in compliance with the RoHS Directive. Other
APPLICATIONS
Power supply lines, audio visual systems, electronic equipment for
vehicle, IT equipment
SPECIFICATIONS
Operating temperature range
Storage temperature range
RECOMMENDED SOLDERING CONDITIONS
REFLOW SOLDERING
FLOW SOLDERING
• Conformity to RoHS Directive: This means that, in conformity with EU Directive 2002/95/EC, lead, cadmium, mercury, hexavalent chromium, and specific
• All specifications are subject to change without notice.
255˚C
230˚C
180˚C
150˚C
260˚C max.
170˚C
150˚C
bromine-based flame retardants, PBB and PBDE, have not been used, except for exempted applications.
compared to the existing NLCV25 series.
rated current load is within –10%.
temperature rise).
products with specifications that do not include exemption
regulations are also available.
Pre-heating
Pre-heating
90 to 120s
60 to 120s
Time ( s )
Time ( s )
10s max.
10s max.
40s max.
–40 to +125°C
[Including self-temperature rise]
–40 to +125°C
Natural
cooling
Natural
cooling
IRON SOLDERING
Tip temperature
Heating time
Soldering rod specifications
• Please contact us for details.
PRODUCT IDENTIFICATION
(1) Series name
(2) Dimensions
(3) Packaging style
(4) Inductance
(5) Inductance tolerance
(6)
(7) TDK internal code
NLCV 25
Based on the above conditions, use a maximum product temperature of
260°C and a maximum accumulated heating time of 10 seconds as a
guideline.
(1)
25
T
R10
1R0
100
K
M
Lead-free compatible product
PF
EF
(2) (3) (4) (5)
T R10 M - PF R
(6) (7)
300 to 350°C
3 seconds/soldering
Output: 30W Tip diameter: 1mm
001-02 / 20080717 / e531_nlcv25t_r.fm
2.5× 2.0× 1.8mm(L× W× T)
Taping (reel)
0.1µH
1µH
10µH
±10%
±20%
Conformity to RoHS directive,
exemption regulations apply
Conformity to RoHS directive
Conformity to RoHS Directive
(1/2)

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NLCV25T-1R5M-PFR Summary of contents

Page 1

... W× T) (3) Packaging style T Taping (reel) (4) Inductance R10 0.1µH 1R0 1µH 100 10µH (5) Inductance tolerance K ±10% M ±20% Lead-free compatible product (6) Conformity to RoHS directive, PF exemption regulations apply EF Conformity to RoHS directive (7) TDK internal code 001-02 / 20080717 / e531_nlcv25t_r.fm (1/2) ...

Page 2

... NLCV25T-R22M- R 0.065 1480 NLCV25T-R33M- R 0.08 1340 NLCV25T-R47M- R 0.09 1260 NLCV25T-R68M- R 0.14 1000 NLCV25T-1R0M- R 0.18 890 NLCV25T-1R5M- R 0.27 730 NLCV25T-2R2M- R 0.44 570 NLCV25T-3R3M- R 0.57 500 NLCV25T-4R7M- R 0.92 390 NLCV25T-6R8M- R 1.1 360 NLCV25T-100K 100 1000 DC current ( mA ) 001-02 / 20080717 / e531_nlcv25t_r.fm (2/2) ∗ R 10000 ...

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