Induttore a chip avvolto in filo (Ferrite) (Serie NL NL05JTR33)Produttori

Induttore a chip avvolto in filo (Ferrite) (Serie NL NL05JTR33)

NL05JTR33

Induttore a chip avvolto in filo (Ferrite) (Serie NL NL05JTR33) Files Download

Induttore in ferrite a chip avvolto in filo, disponibile in alta corrente, tipo stampato e aperto. Dimensioni ridotte fino a 0603, ottima saldabilità tramite saldatura a flusso o saldatore, saldatura a onda. Altamente resistente agli urti meccanici e alla pressione. Estremamente affidabile in ambienti con cambiamenti di temperatura improvvisi e umidità. Caratteristiche super Q.
NL Series0805 ±5% 0.33μH 0.35 Ω 1200mA 30 750

Dimensione	Tolleranza	Induttanza	Condizione di test	DCR (Ω) max.	IDC (mA)	Q	SRF
0805	±5%	0.33	25MHz	0.35	1200	30	750

Specifiche Elettriche per Alta Corrente

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
R10	0.10	± 5, ± 10, ± 20%	12	7.9	1150	0.13	1700	Black
R12	0.12	± 5, ± 10, ± 20%	12	7.9	1100	0.15	1700	Orange
R15	0.15	± 5, ± 10, ± 20%	15	7.9	1050	0.15	1600	Brown
R18	0.18	± 5, ± 10, ± 20%	15	7.9	950	0.15	1500	Green
R22	0.22	± 5, ± 10, ± 20%	15	7.9	900	0.30	1200	Red
R24	0.24	± 5, ± 10, ± 20%	15	7.9	850	0.16	1460	Green
R27	0.27	± 5, ± 10, ± 20%	15	7.9	835	0.30	1460	Yellow
R33	0.33	± 5, ± 10, ± 20%	15	7.9	725	0.40	1420	Orange
R39	0.39	± 5, ± 10, ± 20%	15	7.9	680	0.41	1400	Blue
R47	0.47	± 5, ± 10, ± 20%	15	7.9	640	0.43	1400	Black
R56	0.56	± 5, ± 10, ± 20%	15	7.9	630	0.44	1400	Brown
R68	0.68	± 5, ± 10, ± 20%	15	7.9	510	0.52	1340	Red
R78	0.78	± 5, ± 10, ± 20%	15	7.9	465	0.63	1300	Orange
R82	0.82	± 5, ± 10, ± 20%	15	7.9	460	0.69	1200	Yellow
1R0	1.0	± 5, ± 10, ± 20%	15	7.9	320	0.81	1100	Green
1R2	1.2	± 5, ± 10, ± 20%	15	7.9	270	0.87	1100	Blue
1R5	1.5	± 5, ± 10, ± 20%	15	7.9	230	0.96	920	Violet
1R8	1.8	± 5, ± 10, ± 20%	15	7.9	210	1.10	900	Gray
2R2	2.2	± 5, ± 10, ± 20%	15	7.9	115	1.20	740	White
2R7	2.7	± 5, ± 10, ± 20%	15	7.9	100	1.38	700	Black
3R3	3.3	± 5, ± 10, ± 20%	15	7.9	84	1.50	680	Brown
3R9	3.9	± 5, ± 10, ± 20%	15	7.9	75	1.50	600	Red
4R7	4.7	± 5, ± 10, ± 20%	15	7.9	67	2.10	580	Orange
5R6	5.6	± 5, ± 10, ± 20%	15	7.9	55	2.37	540	Yellow
6R8	6.8	± 5, ± 10, ± 20%	15	7.9	48	3.10	500	Green
7R8	7.8	± 5, ± 10, ± 20%	15	7.9	40	3.35	460	Blue
8R2	8.2	± 5, ± 10, ± 20%	15	7.9	38	3.50	440	Violet
100	10	± 5, ± 10, ± 20%	15	7.9	32	4.46	400	Gray

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

Codes	Inductance (uH)	Tolerance	Q typ.	Test Freq. (MHz)	SRF (MHz) typ.	DCR (Ω) max.	IDC (mA) typ.	Color Code
R47	0.47	± 5, ± 10, ± 20%	14	7.9	850	0.156	1400	Blue
R68	0.68	± 5, ± 10, ± 20%	14	7.9	765	0.195	1200	Gray
1R0	1.00	± 5, ± 10, ± 20%	14	7.9	208	0.169	1100	Black
1R2	1.20	± 5, ± 10, ± 20%	14	7.9	159	0.208	960	Red
1R5	1.50	± 5, ± 10, ± 20%	14	7.9	159	0.221	920	Brown
1R8	1.80	± 5, ± 10, ± 20%	14	7.9	112	0.260	860	Orange
2R2	2.20	± 5, ± 10, ± 20%	13	7.9	87	0.286	740	Red
2R7	2.70	± 5, ± 10, ± 20%	13	7.9	72	0.325	680	Yellow
3R3	3.30	± 5, ± 10, ± 20%	12	7.9	70	0.364	620	Orange
3R9	3.90	± 5, ± 10, ± 20%	14	7.9	61	0.494	580	Green
4R7	4.70	± 5, ± 10, ± 20%	14	7.9	51	0.559	520	Yellow
5R6	5.60	± 5, ± 10, ± 20%	12	7.9	47	0.650	480	Blue
6R8	6.80	± 5, ± 10, ± 20%	14	7.9	46	0.884	420	Green
8R2	8.20	± 5, ± 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
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

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

Caratteristiche ambientali

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

Riflusso

Ferrite Wire-wound Inductors (NL) - Reflow

Imballaggio

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

Codice

Download dei file

Scheda Dati
Induttore a Chip a Filo Avvolto (Ferrite) - Serie NL

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Induttore a chip avvolto in filo (Ferrite) (Serie NL NL05JTR33)Produttore - Viking

Con sede a Taiwan, Viking Tech Corporation è uno dei principali produttori di Induttore a chip avvolto in filo (Ferrite) (Serie NL NL05JTR33) dal 1997.E i loro prodotti sono utilizzati in tutto il settore automobilistico e nelle applicazioni di dispositivi elettronici, con tolleranze di produzione fino allo 0,01% e TCR fino a 2 ppm in un'ampia gamma di dimensioni dei pacchetti.

TS16949/ ISO9001/ ISO14001 e soddisfa gli standard AEC-Q200, Viking offre resistori di precisione anti-zolfo, anti-sovratensione, a impulsi, ad alta tensione e ad alta potenza, inclusi resistori a film sottile/spesso, resistori automobilistici, resistori melf, resistori di rilevamento della corrente, ecc. Induttori a bassa rumorosità, bassa TC e alta potenza come induttori RF, induttori a chip, induttori di potenza, induttori variabili, induttori a chip in ferrite, induttori schermati, induttori avvolti in filo e induttori a dip.

Induttore a chip avvolto in filo (Ferrite) (Serie NL NL05JTR33)ha offerto ai clienti resistori di potenza, induttori di potenza e condensatori elettrolitici in alluminio di alta qualità con una solida reputazione. Sia con tecnologia avanzata che con 25 anni di esperienza, Viking si assicura di soddisfare le esigenze di ogni cliente.

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