ワイヤ巻きチップインダクタ（フェライト）（NLシリーズNL05JT1R5）メーカー

ワイヤ巻きチップインダクタ（フェライト）（NLシリーズNL05JT1R5）

NL05JT1R5

ワイヤ巻きチップインダクタ（フェライト）（NLシリーズNL05JT1R5） Files Download

ワイヤ巻きチップフェライトインダクターは、高電流で、成形タイプとオープンタイプが利用可能です。0603までの小型サイズで、フローはんだ付けやはんだごて、ウェーブはんだ付けによる非常に強力なはんだ付け性を持っています。機械的な衝撃や圧力に対して非常に耐性があります。急激な温度変化や湿度の環境でも高い信頼性を持っています。超高Q特性です。
NL Series0805 ±5% 1.5μH 1.05 Ω 350A 15 250

サイズ	許容差	インダクタンス	テスト条件	DCR（Ω）の最大値	IDC（A）	Q	SRF
0805	±5%	1.5	7.96MHz	1.05	350	15	250

低プロファイルの電気仕様

NL05 Wound Chip Inductors (Ferrite / Open Type) / Low Profile Type

Codes	Inductance (uH)	Tolerance	Q min.	Test Freq. (MHz)	SRF (MHz) min.	DCR (Ω) max.	IDC (mA) max.
1R0	1.0	± 5, ± 10%	15	L: 7.96 / Q: 25.2	115	0.90	450
3R3	3.3	± 5, ± 10%	13	7.96	70	1.40	450
4R7	4.7	± 5, ± 10%	15	7.96	65	1.90	400
6R8	6.8	± 5, ± 10%	15	7.96	41	2.40	400
100	10	± 5, ± 10%	14	7.96	31	2.70	400
150	15	± 5, ± 10%	12	7.96	28	5.00	300
220	22	± 5, ± 10%	10	7.96	25	6.00	250

大電流電気仕様

NL03 Wound Chip Inductors (Ferrite / Open Type) / Large Current Type

Codes	Inductance (uH)	Tolerance	Q min.	Test Freq. (MHz)	SRF (MHz) min.	DCR (Ω) max.	IDC (mA) max.	Color Code
47N	0.047	± 10%	12	7.9	2000	0.075	1800	White
51N	0.051	± 10%	12	7.9	1500	0.075	1800	Violet
56N	0.056	± 10%	7	7.9	1500	0.095	2200	Blue
68N	0.068	± 10%	10	7.9	1500	0.12	2200	Gray
72N	0.072	± 10%	12	7.9	1500	0.12	2200	Brown
R10	0.10	± 10%	12	7.9	1150	0.13	2200	Black
R12	0.12	± 5, ± 10%	12	7.9	1100	0.15	1900	Orange
R15	0.15	± 5, ± 10%	15	7.9	1050	0.15	1800	Brown
R18	0.18	± 5, ± 10%	15	7.9	950	0.15	1800	Green
R22	0.22	± 5, ± 10%	15	7.9	900	0.30	1300	Red
R24	0.24	± 5, ± 10%	15	7.9	850	0.16	1700	Green
R27	0.27	± 5, ± 10%	15	7.9	835	0.30	1400	Yellow
R33	0.33	± 5, ± 10%	15	7.9	725	0.40	1300	Orange
R36	0.36	± 5, ± 10%	15	7.9	720	0.41	1300	Green
R39	0.39	± 5, ± 10%	15	7.9	680	0.41	1200	Blue
R47	0.47	± 5, ± 10%	15	7.9	640	0.43	1200	Black
R56	0.56	± 5, ± 10%	15	7.9	630	0.44	1200	Brown
R65	0.65	± 5, ± 10%	15	7.9	510	0.52	1000	Blue
R68	0.68	± 5, ± 10%	15	7.9	510	0.52	1000	Red
R78	0.78	± 5, ± 10%	15	7.9	465	0.63	990	Orange
R82	0.82	± 5, ± 10%	15	7.9	460	0.69	990	Yellow
R90	0.90	± 5, ± 10%	15	7.9	350	0.81	950	Black
1R0	1.0	± 5, ± 10%	15	7.9	320	0.81	850	Green
1R2	1.2	± 5, ± 10%	15	7.9	270	0.87	850	Blue
1R5	1.5	± 5, ± 10%	15	7.9	230	0.96	830	Violet
1R8	1.8	± 5, ± 10%	15	7.9	210	1.10	820	Gray
2R2	2.2	± 5, ± 10%	15	7.9	115	1.20	720	White
2R7	2.7	± 5, ± 10%	15	7.9	100	1.38	700	Black
3R0	3.0	± 5, ± 10%	15	7.9	90	1.45	680	Black
3R3	3.3	± 5, ± 10%	15	7.9	84	1.50	640	Brown
3R9	3.9	± 5, ± 10%	15	7.9	75	1.50	630	Red
4R7	4.7	± 5, ± 10%	15	7.9	67	2.10	530	Orange
5R6	5.6	± 5, ± 10%	15	7.9	55	2.37	510	Yellow
6R8	6.8	± 5, ± 10%	15	7.9	48	3.10	490	Green
7R8	7.8	± 5, ± 10%	15	7.9	40	3.35	420	Blue
8R2	8.2	± 5, ± 10%	15	7.9	38	3.50	450	Violet
100	10	± 5, ± 10%	15	7.9	32	4.46	370	Gray
150	15	± 5, ± 10%	14	7.9	25	9.50	240	White

NL05 Wire Wound Chip Inductors (Ferrite / Open Type) / Large Current Type

Codes	Inductance (uH)	Tolerance	Q min.	Test Freq. (MHz)	SRF (MHz) min.	DCR (Ω) max.	IDC (mA) max.	Color Code
R10	0.10	± 10, ± 20%	9	7.9	1700	0.091	2400	Black
R15	0.15	± 10, ± 20%	12	7.9	1500	0.104	1900	Brown
R22	0.22	± 10, ± 20%	12	7.9	1200	0.130	1700	Red
R33	0.33	± 10, ± 20%	12	7.9	900	0.156	1400	Orange
R47	0.47	± 10, ± 20%	14	7.9	850	0.156	1400	Blue
R56	0.56	± 10, ± 20%	14	7.9	360	0.195	1200	Violet
R68	0.68	± 10, ± 20%	14	7.9	290	0.195	1200	Gray
R82	0.82	± 10, ± 20%	14	7.9	208	0.195	1100	White
1R0	1.00	± 10, ± 20%	14	7.9	208	0.169	1100	Black
1R2	1.20	± 10, ± 20%	14	7.9	159	0.208	960	Red
1R5	1.50	± 10, ± 20%	14	7.9	159	0.221	920	Brown
1R8	1.80	± 10, ± 20%	14	7.9	112	0.260	860	Orange
2R2	2.20	± 10, ± 20%	13	7.9	87	0.286	740	Red
2R7	2.70	± 10, ± 20%	13	7.9	72	0.325	680	Yellow
3R3	3.30	± 10, ± 20%	12	7.9	70	0.364	620	Orange
3R9	3.90	± 10, ± 20%	14	7.9	61	0.494	580	Green
4R7	4.70	± 10, ± 20%	14	7.9	51	0.559	520	Yellow
5R6	5.60	± 10, ± 20%	12	7.9	47	0.650	480	Blue
6R8	6.80	± 10, ± 20%	14	7.9	46	0.884	420	Green
8R2	8.20	± 10, ± 20%	13	7.9	33	0.949	400	Violet
100	10	± 5, ± 10,± 20%	14	2.5	31	1.105	360	Blue
120	12	± 5, ± 10,± 20%	14	2.5	30	1.17	340	Gray
150	15	± 5, ± 10,± 20%	15	2.5	28	1.82	300	Violet
180	18	± 5, ± 10,± 20%	15	2.5	27	2.01	280	White
220	22	± 5, ± 10,± 20%	15	2.5	20	2.288	240	Gray
270	27	± 5, ± 10,± 20%	15	2.5	17	2.60	220	Black
330	33	± 5, ± 10,± 20%	15	2.5	17	3.055	200	White
390	39	± 5, ± 10,± 20%	14	2.5	15	4.355	180	Brown
470	47	± 5, ± 10,± 20%	14	2.5	15	4.42	160	Black
560	56	± 5, ± 10,± 20%	14	2.5	10	5.746	150	Yellow
680	68	± 5, ± 10,± 20%	14	2.5	10	5.785	140	Brown
820	82	± 5, ± 10,± 20%	14	2.5	10	9.75	100	Orange
101	100	± 5, ± 10,± 20%	10	1	9	9.75	100	Red
221	220	± 5, ± 10,± 20%	8	1	4	30.03	70	Blue

NL08 Wound Chip Inductors (Ferrite / Open Type) / Large Current Type

Codes	Inductance (uH)	Tolerance	Q typ.	Test Freq. (MHz)	SRF (MHz) min.	DCR (Ω) max.	IDC (mA) max.	Color Code
Codes	Inductance (uH)	Tolerance	Q typ.	Test Freq. (MHz)	SRF (MHz) min.	DCR (Ω) max.	IDC (mA) max.	1st	2nd	3rd
78N	0.078	± 5, ± 10%	19	7.9	1000	0.042	3200	Black	Violet	Gray
R10	0.10	± 5, ± 10%	35	25	1500	0.05	3200	Brown	Red	Brown
R22	0.22	± 5, ± 10%	35	25	800	0.15	2900	Red	Red	Brown
R39	0.39	± 5, ± 10%	35	25	460	0.20	2100	Orange	White	Brown
R47	0.47	± 10%	35	25	460	0.20	2100	Yellow	Violet	Brown
R56	0.56	± 5, ± 10%	35	25	360	0.26	1800	Green	Blue	Brown
R68	0.68	± 5, ± 10%	35	25	400	0.30	1700	Blue	Gray	Brown
R82	0.82	± 5, ± 10%	35	25	360	0.35	1400	Gray	Red	Brown
1R0	1.0	± 10%	32	7.9	340	0.34	1700	Brown	Black	Red
1R1	1.1	± 10%	25	7.9	300	0.34	1500	Brown	Brown	Red
1R2	1.2	± 5, ± 10%	25	7.9	300	0.25	1600	Brown	Red	Red
1R5	1.5	± 5, ± 10%	32	7.9	230	0.42	1200	Brown	Green	Red
1R8	1.8	± 5, ± 10%	27	7.9	180	0.45	1100	Brown	Gray	Red
2R2	2.2	± 5, ± 10%	27	7.9	140	0.50	1100	Red	Red	Red
2R7	2.7	± 5, ± 10%	27	7.9	130	0.55	1000	Red	Violet	Red
3R3	3.3	± 5, ± 10%	27	7.9	125	0.60	1000	Orange	Orange	Red
3R9	3.9	± 5, ± 10%	27	7.9	100	0.80	990	Orange	White	Red
4R7	4.7	± 5, ± 10%	30	7.9	90	0.90	880	Yellow	Violet	Red
5R6	5.6	± 5, ± 10%	27	7.9	60	1.00	850	Green	Blue	Red
6R8	6.8	± 5, ± 10%	27	7.9	60	1.05	840	Blue	Gray	Red
8R2	8.2	± 5, ± 10%	25	7.9	55	1.20	810	Gray	Red	Red
100	10	± 5, ± 10%	23	2.5	55	1.55	700	Brown	Black	Orange
120	12	± 5, ± 10%	23	2.5	36	2.10	580	Brown	Red	Orange
150	15	± 5, ± 10%	23	2.5	36	2.38	580	Brown	Green	Orange
180	18	± 5, ± 10%	23	2.5	32	2.50	520	Brown	Gray	Orange
220	22	± 5, ± 10%	23	2.5	29	2.92	500	Red	Red	Orange
270	27	± 10%	23	2.5	22	3.70	450	Red	Violet	Orange
330	33	± 5, ± 10%	23	2.5	21	4.10	420	Orange	Orange	Orange
390	39	± 5, ± 10%	18	2.5	15	5.50	340	Orange	White	Orange
470	47	± 5, ± 10%	23	2.5	17	7.80	310	Yellow	Violet	Orange
680	68	± 5, ± 10%	20	2.5	9	11.5	220	Blue	Gray	Orange
101	100	± 5, ± 10%	13	1	4	13.2	210	Brown	Black	Yellow
151	150	± 5, ± 10%	13	1	3	22.5	170	Brown	Green	Yelloe
221	220	± 5, ± 10%	13	1	3	26.5	160	Red	Red	Yellow
271	270	± 5, ± 10%	13	1	2	32.0	135	Red	Violet	Yellow
331	330	± 5, ± 10%	13	1	2	32.5	130	Orange	Orange	Yellow

NL10 Wire Wound Chip Inductors (Ferrite / Molding Type) / Large Current Type

Codes	Inductance (uH)	Tolerance	Q min.	Test Freq. (MHz)	SRF (MHz) typ.	DCR (Ω) max.	IDC (mA) max.
1R0	1.0	± 5%,± 20%	10	7.96	145	0.156	770
1R5	1.5	± 5%,± 20%	10	7.96	100	0.195	580
2R2	2.2	± 5%,± 20%	10	7.96	80	0.260	480
3R3	3.3	± 5%,± 20%	10	7.96	60	0.325	400
4R7	4.7	± 5%,± 20%	10	7.96	50	0.520	320
6R8	6.8	± 5%,± 20%	10	7.96	40	0.650	280
100	10	± 5%,± 10%	15	2.52	30	1.105	220
150	15	± 5%,± 10%	15	2.52	27	1.690	180
220	22	± 5%,± 10%	15	2.52	22	2.600	145
270	27	± 5%,± 10%	15	2.52	19	3.000	125
330	33	± 5%,± 10%	15	2.52	17	3.640	115
470	47	± 5%,± 10%	20	2.52	15	5.460	105
680	68	± 5%,± 10%	20	2.52	11	8.450	85
820	82	± 5%,± 10%	20	2.52	10	8.710	80
101	100	± 5%,± 10%	20	0.796	9	10.140	75

NL12 Wire Wound Chip Inductors (Ferrite / Molding Type) / Large Current Type

Codes	Inductance (uH)	Tolerance	Q min.	Test Freq. (MHz)	SRF (MHz) typ.	DCR (Ω) max.	IDC (mA) max.
1R0	1.0	± 5%,± 10%	10	7.96	265	0.11	1050
1R2	1.2	± 5%,± 10%	10	7.96	180	0.12	1000
1R5	1.5	± 5%,± 10%	10	7.96	170	0.15	950
1R8	1.8	± 5%,± 10%	10	7.96	105	0.16	900
2R2	2.2	± 5%,± 10%	10	7.96	80	0.18	850
2R7	2.7	± 5%,± 10%	10	7.96	60	0.20	800
3R3	3.3	± 5%,± 10%	10	7.96	55	0.22	750
3R9	3.9	± 5%,± 10%	10	7.96	45	0.24	700
4R7	4.7	± 5%,± 10%	10	7.96	43	0.27	650
5R6	5.6	± 5%,± 10%	10	7.96	40	0.30	650
6R8	6.8	± 5%,± 10%	10	7.96	35	0.35	600
8R2	8.2	± 5%,± 10%	10	7.96	30	0.40	600
100	10	± 5%,± 10%	10	2.52	27	0.50	550
120	12	± 5%,± 10%	10	2.52	25	0.60	500
150	15	± 5%,± 10%	10	2.52	20	0.70	450
180	18	± 5%,± 10%	10	2.52	19	0.80	400
220	22	± 5%,± 10%	10	2.52	18	0.90	370
270	27	± 5%,± 10%	10	2.52	16	1.20	330
330	33	± 5%,± 10%	10	2.52	15	1.40	300
390	39	± 5%,± 10%	10	2.52	13	1.60	280
470	47	± 5%,± 10%	10	2.52	12	1.90	260
560	56	± 5%,± 10%	10	2.52	10	2.20	240
680	68	± 5%,± 10%	10	2.52	9.5	2.60	220
820	82	± 5%,± 10%	10	2.52	8.5	3.50	200
101	100	± 5%,± 10%	20	0.796	8.0	4.00	180
121	120	± 5%,± 10%	20	0.796	7.0	4.50	160
151	150	± 5%,± 10%	20	0.796	6.5	6.50	140
181	180	± 5%,± 10%	20	0.796	6.0	7.50	120
221	220	± 5%,± 10%	20	0.796	5.5	9.00	120
271	270	± 5%,± 10%	20	0.796	5.0	11.0	100
331	330	± 5%,± 10%	20	0.796	4.5	13.0	90
391	390	± 5%,± 10%	20	0.796	4.0	14.0	85
471	470	± 5%,± 10%	20	0.796	3.5	16.0	75
561	560	± 5%,± 10%	20	0.796	3.0	21.0	70
681	680	± 5%,± 10%	20	0.796	2.5	24.0	65

NL20 Wire Wound Chip Inductors (Ferrite / Molding Type) / Large Current Type

Codes	Inductance (uH)	Tolerance	Q min.	Test Freq. (MHz)	SRF (MHz) min.	DCR (Ω) max.	IDC (mA) max.
1R0	1.0	± 10,± 20%	10	7.96	95	0.03	1800
1R2	1.2	± 10, ± 20%	10	7.96	70	0.035	1700
1R5	1.5	± 10, ± 20%	10	7.96	55	0.04	1600
1R8	1.8	± 10, ± 20%	10	7.96	47	0.05	1400
2R2	2.2	± 10, ± 20%	10	7.96	42	0.06	1300
2R7	2.7	± 10, ± 20%	10	7.96	37	0.07	1200
3R3	3.3	± 10, ± 20%	10	7.96	34	0.08	1120
3R9	3.9	± 10, ± 20%	10	7.96	32	0.09	1050
4R7	4.7	± 10, ± 20%	10	7.96	29	0.11	950
5R6	5.6	± 10, ± 20%	10	7.96	26	0.13	880
6R8	6.8	± 10, ± 20%	10	7.96	24	0.15	810
8R2	8.2	± 10, ± 20%	10	7.96	22	0.18	750
100	10	± 10, ± 20%	10	2.52	19	0.21	690
120	12	± 10, ± 20%	10	2.52	17	0.25	630
150	15	± 10, ± 20%	10	2.52	16	0.30	580
180	18	± 10, ± 20%	10	2.52	14	0.36	530
220	22	± 5, ± 10%	10	2.52	13	0.43	480
270	27	± 5, ± 10%	10	2.52	11.5	0.52	440
330	33	± 5, ± 10%	10	2.52	10.5	0.62	400
390	39	± 5, ± 10%	10	2.52	9.5	0.72	370
470	47	± 5, ± 10%	10	2.52	8.5	0.85	340
560	56	± 5, ± 10%	10	2.52	7.8	1.00	310
680	68	± 5, ± 10%	10	2.52	7.0	1.2	290
820	82	± 5, ± 10%	10	2.52	6.4	1.4	270
101	100	± 5, ± 10%	20	0.796	6.0	1.6	250
121	120	± 5, ± 10%	20	0.796	5.4	1.9	230
151	150	± 5, ± 10%	20	0.796	4.8	2.2	210
181	180	± 5, ± 10%	20	0.796	4.4	2.8	190
221	220	± 5, ± 10%	20	0.796	3.9	3.4	170
271	270	± 5, ± 10%	20	0.796	3.6	4.2	155
331	330	± 5, ± 10%	20	0.796	3.2	4.9	140
391	390	± 5, ± 10%	20	0.796	2.9	5.8	130
471	470	± 5, ± 10%	20	0.796	2.6	7.0	120
561	560	± 5, ± 10%	20	0.796	2.4	8.5	110
681	680	± 5, ± 10%	20	0.796	2.2	10	100
821	820	± 5, ± 10%	20	0.796	2.0	13	90
102	1000	± 5, ± 10%	20	0.252	1.8	15	85

環境特性

Electrical Performance Test

Item	Requirement	Test Method
Inductance	Refer to standard electrical characteristic spec.	HP4291 or HP4284
Q		HP4291 or HP4284
SRF		HP4291
DC Resistance DCR		Agilent 34401A
Rated Current IDC		Applied the current to coils, The inductance change should be less than 10% to initial value.

Mechanical Performance Test

Item	Requirement	Test Method
Solderability	The electrodes shall be at least 90% covered with new solder coating	Lead-free inductor: after fluxing (alpha 100 or equiv), inductor shall be dipped in a melted solder bath at 245 ± 5°C, 5 ± 0.5 seconds
Resistance to Soldering Heat	Appearance: No damage	Pre-heating: 150°C, 1min. Solder Temperature: 260 ± 5°C Immersion Time: 10 ± 1 seconds
Vibration	Appearance: No damage L change: within ± 10% Q change: within ± 30% DCR: within specification	Test device shall be soldered on the substrate Oscillation Frequency: 10 to 55 to 10Hz for 1 min. Amplitude: 1.5 mm Time: 2 hrs for each axis (X, Y & Z), total 6 hrs

Climatic Test

Item

Requirement

Test Method

Temperature Cycle

Appearance: No damage
L change: within ± 10%
Q change: within ± 30%
DCR: within specification

One cycle:

Step	Temperature (°C)	Time (min.)
1	-25 ± 3	30
2	25 ± 2	3
3	85 ± 3	30
4	25 ± 2	3

Total: 100 cycles
Measured after exposure in the room condition for 24 hrs

Damp Heat with Load

Temperature: 40 ± 2°C
Relative Humidity: 90 ~ 95%
Time: 1000 hrs
Measured after exposure in the room condition for 24 hrs

High Temperature Storage

Temperature: 85 ± 3°C
Applied Current: Rated Current
Time: 1000 hrs
Measured after exposure in the room condition for 24 hrs

Low Temperature Storage

Temperature: -25 ± 3°C
Time: 1000 hrs
Measured after exposure in the room condition for 24 hrs

☑ Storage Temperature: 15 ~ 28°C; Humidity < 80%RH
☑ Operating Temperature Range: -40 ~ +85°C

リフロー

Ferrite Wire-wound Inductors (NL) - Reflow

包装

Packaging Quantity & Reel Specifications (Unit : mm)

Type	Ø A	Ø B	Ø C	W	T	Quantity (EA)
NL03	178 ± 2.0	60 ± 0.5	13 ± 0.3	9 ± 0.3	12 ± 1.0	4000
NL05	178 ± 2.0	60 ± 0.5	13 ± 0.3	9 ± 0.3	12 ± 1.0	2000
NL08	178 ± 2.0	60 ± 0.5	13 ± 0.3	9 ± 0.3	12 ± 1.0	2000
NL10	178 ± 2.0	60 ± 0.5	13 ± 0.3	9 ± 0.3	12 ± 1.0	2000
NL12	178 ± 2.0	80 ± 0.5	13 ± 0.3	13.2 ± 0.3	16 ± 1.0	500
NL20	330 ± 2.0	100 ± 0.5	13 ± 0.3	17.4 ± 0.3	22 ± 1.0	1000

Embossed Plastic Tape Specifications (Unit : mm)

Embossed Plastic Tape Specifications - NL Series

Type	A	B	C	D	E	F	G	H	J
NL03	8	1.25	4	1.90	3.5	1.75	2	1.00	0.23
NL05	8	1.85	4	2.55	3.5	1.75	2	1.45	0.23
NL08	8	2.80	4	2.95	3.5	1.75	2	2.22	0.23
NL10	8	2.96	4	3.60	3.5	1.75	2	2.40	0.23
NL12	12	3.30	8	5.00	5.5	1.75	2	3.50	0.30
NL20	16	5.35	12	6.10	7.5	1.75	2	5.50	0.35

Leader / Trailer Tape

Cover Tape Peel Strength

The force for tearing off cover tape is 0.1 ~ 0.6 (N) in the arrow direction at the following conditions:

Temperature: 5 ~ 35°C
Humidity: 45 ~ 85%
Atmospheric Pressure: 860 ~ 1060 hpa

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ワイヤ巻きチップインダクタ（フェライト）（NLシリーズNL05JT1R5）メーカー - Viking

台湾に拠点を置くViking Tech Corporationは、1997年以来、主要なワイヤ巻きチップインダクタ（フェライト）（NLシリーズNL05JT1R5）メーカーの一つです。彼らの製品は自動車や電子機器アプリケーション全体で使用されており、製造許容範囲は0.01%、TCRは2 ppmまでで、さまざまなパッケージサイズで提供されています。

TS16949/ ISO9001/ ISO14001 および AEC-Q200 の基準を満たし、Viking は抵抗器の中でもアンチサルファー、アンチサージ、パルス、高電圧、高出力の精密抵抗器を提供しています。これには薄膜抵抗器、厚膜抵抗器、自動車用抵抗器、MELF 抵抗器、電流センス抵抗器などが含まれます。 RFインダクタ、チップインダクタ、パワーインダクタ、可変インダクタ、フェライトチップインダクタ、シールドインダクタ、ワイヤ巻きインダクタ、DIPインダクタなど、低ノイズ、低温係数、高パワーのインダクタを提供しています。

ワイヤ巻きチップインダクタ（フェライト）（NLシリーズNL05JT1R5）Vikingは、高品質なパワーレジスタ、パワーインダクタ、アルミ電解コンデンサを提供し、確かな評判を築いてきました。先進技術と25年の経験を持つVikingは、お客様の要求に必ず応えることをお約束します。