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Спецификация NIN изготовлена ​​​​«NIC-Components» и имеет функцию, называемую «Molded Chip Wirewound Inductors».

Детали детали

Номер произв NIN
Описание Molded Chip Wirewound Inductors
Производители NIC-Components
логотип NIC-Components логотип 

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NIN Даташит, Описание, Даташиты
Molded Chip Wirewound Inductors
FEATURES
RoHS
• EIA SIZES A (1210), B (1812) AND C (1008)
• EXCELLENT HIGH Q AND HIGH SRF CHARACTERISTICS
Compliant
• BOTH FLOW AND REFLOW SOLDERING APPLICABLE
includes all homogeneous materials
• HIGH INDUCTANCE AVAILABLE IN SMALL SIZE
*See Part Number System for Details
• EMBOSSED PLASTIC TAPE PACKAGE FOR AUTOMATIC PICK-PLACE
AVAILABLE TYPE AND RANGE
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SPECIFICATIONS
Specifications
Inductance Range
Inductance Tolerance
Operating Temperature Range
www.DataSheet4U.com
Insulation Resistance
Withstanding Voltage
Q-Factor, Self Resonant Frequency
DC Resistance, Rated DC Current
and Inductance Tolerance
Case Size
1008
1210
1812
10nH ~ 100 µH 47nH ~ 330µH 0.10µH ~ 1000 µH
±20% (M), ±10% (K), ±5% (J)
±10% (K), ±5% (J)
-25°C ~ +85°C (at 100% of rated voltage)
1,000 MegOhm Min. (@ 100Vdc, Termination to Case)
250 Vdc for 1 minute (Termination to Case)
See Individual Product Listings
NIN Series
ENVIRONMENTAL CHARACTERISTICS
Test Specification
Solderability
90% Min. Coverage
Humidity
Soldering Effect
(1) No Evidence of Damage
(2) Inductance Shall Be
Within +5% of initial
Low Frequency Vibration Value
Thermal Shock
(3) Q Factor Shall Be
Within +10 of initial
Low Temperature Storage Value
(1) No Evidence of Damage
High Temperature Load (2) Inductance Shall Be
Life Within ±10% of Initial
Value
(3) Q Factor Shall Be
Humidity Load Life
Within ±10% of Initial
Value
Test Method & Condition
After 3 Sec. Dip in +230oC Solder Pot (Post Flux)
After 500 Hrs at 60oC and 90 ~ 95% RH
After 5 Seconds at -260oC (5 Min. 120oC Pre-Heat)
After 2 Hrs per Axis, 10 ~ 55Hz, 1.5 mm Ampl
After 100 cycles (-40o to +85oC) 30 Min. Each
After 500 Hrs at -40oC
After 500 Hrs at +85oC with rated DC Current
After 500 Hrs at 60oC with 90 ~ 95% RH
with Rated DC Current
®
NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com www.RFpassives.com www.SMTmagnetics.com 27









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NIN Даташит, Описание, Даташиты
Molded Chip Wirewound Inductors
DIMENSIONS (mm)
SIZE A and C
NIN Series
SIZE B
MARKING
L
MARKING
L
B
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B
PART MARKING
Inductance
Tolerance
±20%
Marking for
Tolerance
M
±10%
No Identification
±5%
J
Example
2R2M
470
270J
(1) 3 digits system in µH
(2) R indicates decimal point in µH Ex:2R7 = 2.7µH
Ex:R18 = .18µH = 180nH
(3) N indicates nanohenries (0.001 µH), Ex: 10N = 0.01 µH = 10nH
Applicable Guidelines:
1. Recommended soldering conditions :
Flow (wave): 250oC for 5 sec. max. (preheating of 120oC for 5 minutes.)
Reflow: 250oC for 10 sec. max., total time above 230°C is 40 sec. max. (preheating 150°C ~ 180°C/120 sec. max.)
2. Avoid placing inductor over any metal pattern on the PCB, which may create mutual inductance problems.
3. For mounting, it is suggested to secure chip inductor by means of epoxy adhesive curable by ultraviolet.
4. Ultrasonic cleaning is not recommended. If it is necessary, the cleaning conditions must be examined so as not to create mechanical
damage by unexpected resonant vibration. Please contact our engineering department.
5. An excessive mechanical force may effect the electrical and magnetic properties of chip inductors. Make sure not to use any stress
greater than 2Kg when component is placed.
PART NUMBER SYSTEM
NIN-FA R47 M TR F
Lead Free/RoHS compliant
(99.3% Sn, 0.7% Cu)
Packaging: TR = Tape & Reel
Inductance Tolerance Code:
M = ±20%, K = ±10%, J = ±5%
Rated inductance in µH (3 digits, first 2 numbers
are significant, R stands for decimal point)
Series-Type
®
28 NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com www.RFpassives.com www.SMTmagnetics.com









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NIN Даташит, Описание, Даташиты
Molded Chip Wirewound Inductors
NIN Series
For Quality Factor (Q) and Inductance (L)
over Frequency curves
see www.RFpassives.com
NIN-FC SERIES
NIC
P/N
NIN-FCR22xTR
NIN-FCR27xTR
NIN-FCR33xTR
NIN-FCR39xTR
NIN-FCR47xTR
NIN-FCR56xTR
NIN-FCR68xTR
NIN-FCR82xTR
NIN-FC1R0 xTR
NIN-FC1R2 xTR
NIN-FC1R5 xTR
NIN-FC1R8 xTR
NIN-FC2R2xTR
NIN-FC2R7 xTR
NIN-FC3R3 xTR
NIN-FC3R9 xTR
NIN-FC4R7 xTR
NIN-FC5R6 xTR
NIN-FC6R8 xTR
NIN-FC8R2 xTR
NIN-FC100 xTR
NIN-FC120 xTR
NIN-FC150 xTR
NIN-FC180 xTR
NIN-FC220 xTR
NIN-FC270 xTR
NIN-FC330 xTR
NIN-FC390 xTR
NIN-FC470 xTR
NIN-FC560 xTR
NIN-FC680 xTR
NIN-FC820 xTR
NIN-FC101 xTR
®
C SIZE (1008)
'L'
Inductance
(µH)
Tolerance
(std) (opt)
0.22 ±20% (M) ±10% (K)
0.27 ±20% (M) ±10% (K)
0.33 ±20% (M) ±10% (K)
0.39 ±20% (M) ±10% (K)
0.47 ±20% (M) ±10% (K)
0.56 ±20% (M) ±10% (K)
0.68 ±20% (M) ±10% (K)
0.82 ±20% (M) ±10% (K)
1.0 ±10% (K) ±5% (J)
1.2 ±10% (K) ±5% (J)
1.5 ±10% (K) ±5% (J)
1.8 ±10% (K) ±5% (J)
2.2 ±10% (K) ±5% (J)
2.7 ±10% (K) ±5% (J)
3.3 ±10% (K) ±5% (J)
3.9 ±10% (K) ±5% (J)
4.7 ±10% (K) ±5% (J)
5.6 ±10% (K) ±5% (J)
6.8 ±10% (K) ±5% (J)
8.2 ±10% (K) ±5% (J)
10 ±10% (K) ±5% (J)
12 ±10% (K) ±5% (J)
15 ±10% (K) ±5% (J)
18 ±10% (K) ±5% (J)
22 ±10% (K) ±5% (J)
27 ±10% (K) ±5% (J)
33 ±10% (K) ±5% (J)
39 ±10% (K) ±5% (J)
47 ±10% (K) ±5% (J)
56 ±10% (K) ±5% (J)
68 ±10% (K) ±5% (J)
82 ±10% (K) ±5% (J)
100 ±10% (K) ±5% (J)
STANDARD TYPE
'Q'
Factor
(min.)
L&Q
Test
Freq.
25 25.2 Mhz
25 25.2 Mhz
25 25.2 Mhz
25 25.2 Mhz
25 25.2 Mhz
25 25.2 Mhz
25 25.2 Mhz
25 25.2 Mhz
25 7.96 Mhz
25 7.96 Mhz
25 7.96 Mhz
25 7.96 Mhz
25 7.96 Mhz
25 7.96 Mhz
25 7.96 Mhz
25 7.96 Mhz
25 7.96 Mhz
25 7.96 Mhz
25 7.96 Mhz
25 7.96 Mhz
25 2.52 Mhz
25 2.52 Mhz
25 2.52 Mhz
25 2.52 Mhz
25 2.52 Mhz
20 2.52 Mhz
20 2.52 Mhz
20 2.52 Mhz
20 2.52 Mhz
20 2.52 Mhz
20 2.52 Mhz
20 2.52 Mhz
15 0.796 Mhz
SRF
Mhz
(min.)
230
210
190
175
160
150
135
125
115
100
90
85
80
75
65
60
55
50
45
40
32
30
28
25
22
21
20
18
17
16
15
13
12
DC
Resistance
(ohms) Max.
0.70
0.75
0.85
0.95
1.00
1.10
1.25
1.4
0.65
0.75
0.85
0.95
1.05
1.20
1.30
1.40
1.55
1.75
1.95
2.20
3.50
3.80
4.40
5.00
5.80
6.30
7.10
9.50
11.0
12.1
16.6
19.0
21.0
Rated
DC Current
(mA) Max.
190
180
170
160
155
150
140
130
195
180
170
160
155
145
135
130
125
120
115
105
80
75
70
65
60
115
110
90
80
75
70
65
60
NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com www.RFpassives.com www.SMTmagnetics.com 29










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