Más de 25 años de fabricante Inductor de potencia Power Choke (Serie SDB)

Inductor de potencia Power Choke (Serie SDB)

0420 / 0520 / 0530 / 0620 / 0625 / 0630 / 1040 / 1340 / 1350 / 1365

Inductor de potencia SMD moldeado y blindado - Serie SDB Files Download

Bobina de potencia SMD, bobinas de alambre plano para corriente grande adaptable, bajo aumento de temperatura a gran corriente, perfil bajo para baja resistencia en CC.

Características

Adaptable a corriente grande.
Compatible con la mayoría de estándares de tamaño.
Menor aumento de temperatura a gran corriente.
Perfil bajo, baja resistencia en CC.
Disponible en cinta y carrete para montaje superficial automático.

Aplicaciones

Computadoras portátiles / de escritorio / portátiles.
Terminales / Servidores portátiles / Estación de trabajo.
Convertidor DC/DC en Sistemas de Alimentación Distribuida o Aplicaciones VRM.
Módulo de fuente de alimentación a bordo delgado para intercambiador.

Rangos de Inductancia y Corriente Nominal

- SDB0420: 0.10μH ~ 3.3μH, @Saturation Current: 22 ~ 4A
- SDB0520: 0.10μH ~ 4.7μH, @Saturation Current: 45 ~ 5A
- SDB0530: 0.10μH ~ 4.7μH, @Saturation Current: 27 ~ 8.2A
- SDB0620: 0.10μH ~ 4.7μH, @Saturation Current: 40 ~ 8A
- SDB0625: 0.10μH ~ 10μH, @Saturation Current: 50 ~ 7A
- SDB0630: 0.10μH ~ 22μH, @Saturation Current: 60 ~ 3.5A
- SDB0650: 0.56μH ~ 10μH, @Saturation Current: 12 ~ 4.5A
- SDB1040: 0.19μH ~ 15μH, @Saturation Current: 90 ~ 8A
- SDB1340: 0.10μH ~ 10μH, @Saturation Current: 84 ~ 14A
- SDB1350: 0.10μH ~ 10μH, @Saturation Current: 118 ~ 16A
- SDB1365: 0.10μH ~ 22μH, @Saturation Current: 120 ~ 10A
- Test equipment:
• L: HP4284A LCR meter
• DCR: Milli-ohm meter
- Electrical specifications at 25°C
- Operating temperature rang: -40°C ~ +125°C

Características

- Saturation Rated Current would cause inductance to drop approximately 25% (0402 drop approximately 30%)
- Temperature Rise Current would cause an approximately ΔT of 40°C
- All test data is referred to 25°C ambient

Identificación del Producto

Power Choke Power inductor (SDB) Product Identification

Especificaciones Eléctricas Estándar

SDB0420 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB0420□TR10	0.10	M	100KHz, 0.25V	4.0	22.0	12.0
SDB0420□TR22	0.22	M	100KHz, 0.25V	6.6	12.5	9.0
SDB0420□TR47	0.47	M	100KHz, 0.25V	14	9.5	7.0
SDB0420□TR56	0.56	M	100KHz, 0.25V	16	8.5	6.5
SDB0420□T1R0	1.0	M	100KHz, 0.25V	27	7.0	4.5
SDB0420□T1R5	1.5	M	100KHz, 0.25V	46	6.0	4.0
SDB0420□T2R2	2.2	M	100KHz, 0.25V	58	5.0	3.0
SDB0420□T3R3	3.3	M	100KHz, 0.25V	87	4.0	2.5

SDB0520 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB0520□TR10	0.10	M	100KHz, 0.25V	3.9	45.0	17.0
SDB0520□TR22	0.22	M	100KHz, 0.25V	5.2	22.0	15.0
SDB0520□TR33	0.33	M	100KHz, 0.25V	8.2	25.0	12.0
SDB0520□TR47	0.47	M	100KHz, 0.25V	9.4	21.0	11.5
SDB0520□TR68	0.68	M	100KHz, 0.25V	12.4	15.0	10.0
SDB0520□T1R0	1.0	M	100KHz, 0.25V	20.0	16.0	7.0
SDB0520□T2R2	2.2	M	100KHz, 0.25V	50.1	9.5	4.2
SDB0520□T3R3	3.3	M	100KHz, 0.25V	85.5	8.5	3.3
SDB0520□T4R7	4.7	M	100KHz, 0.25V	116.6	5.0	2.8

SDB0530 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB0530□TR10	0.10	M	100KHz, 0.25V	3.16	27.0	23.0
SDB0530□TR22	0.22	M	100KHz, 0.25V	4.52	21.0	15.5
SDB0530□TR33	0.33	M	100KHz, 0.25V	5.56	19.0	13.7
SDB0530□TR47	0.47	M	100KHz, 0.25V	7.04	16.0	12.2
SDB0530□TR68	0.68	M	100KHz, 0.25V	8.96	13.5	10.2
SDB0530□TR82	0.82	M	100KHz, 0.25V	11.9	13.0	9.3
SDB0530□T1R0	1.0	M	100KHz, 0.25V	13.7	12.0	9.2
SDB0530□T1R5	1.5	M	100KHz, 0.25V	20.7	11.0	7.2
SDB0530□T2R2	2.2	M	100KHz, 0.25V	29.2	10.0	5.8
SDB0530□T3R3	3.3	M	100KHz, 0.25V	54.7	8.5	5.0
SDB0530□T4R7	4.7	M	100KHz, 0.25V	77.5	8.2	3.5

SDB0620 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB0620□TR10	0.10	M	100KHz, 0.25V	3.5	40.00	18.00
SDB0620□TR15	0.15	M	100KHz, 0.25V	5.2	38.00	15.00
SDB0620□TR22	0.22	M	100KHz, 0.25V	5.7	26.00	14.00
SDB0620□TR33	0.33	M	100KHz, 0.25V	7.0	18.00	12.00
SDB0620□TR47	0.47	M	100KHz, 0.25V	9.3	18.00	11.00
SDB0620□TR68	0.68	M	100KHz, 0.25V	13.9	17.00	9.00
SDB0620□TR82	0.82	M	100KHz, 0.25V	15.9	17.00	8.00
SDB0620□T1R0	1.0	M	100KHz, 0.25V	18.3	14.00	7.00
SDB0620□T1R5	1.5	M	100KHz, 0.25V	34.0	13.00	4.00
SDB0620□T2R2	2.2	M	100KHz, 0.25V	46.0	11.50	3.75
SDB0620□T3R3	3.3	M	100KHz, 0.25V	60.1	10.00	3.25
SDB0620□T4R7	4.7	M	100KHz, 0.25V	78.0	8.00	3.00

SDB0625 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB0625□TR10	0.10	M	100KHz, 0.25V	1.7	50.0	30.0
SDB0625□TR22	0.22	M	100KHz, 0.25V	3.2	34.0	21.0
SDB0625□TR33	0.33	M	100KHz, 0.25V	4.1	22.0	18.0
SDB0625□TR47	0.47	M	100KHz, 0.25V	6.5	21.0	13.5
SDB0625□TR68	0.68	M	100KHz, 0.25V	9.4	18.0	11.0
SDB0625□TR82	0.82	M	100KHz, 0.25V	11.8	17.0	10.0
SDB0625□T1R0	1.0	M	100KHz, 0.25V	14.2	16.0	9.0
SDB0625□T1R5	1.5	M	100KHz, 0.25V	21.2	15.0	7.5
SDB0625□T2R2	2.2	M	100KHz, 0.25V	34.0	14.0	6.5
SDB0625□T3R3	3.3	M	100KHz, 0.25V	51.6	13.0	5.0
SDB0625□T4R7	4.7	M	100KHz, 0.25V	63.0	10.0	4.5
SDB0625□T6R8	6.8	M	100KHz, 0.25V	95.0	9.0	3.5
SDB0625□T8R2	8.2	M	100KHz, 0.25V	106.0	8.0	3.0
SDB0625□T100	10	M	100KHz, 0.25V	129.0	7.0	2.5

SDB0625 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB0625□TR10	0.10	M	100KHz, 0.25V	1.7	50.0	30.0
SDB0625□TR22	0.22	M	100KHz, 0.25V	3.2	34.0	21.0
SDB0625□TR33	0.33	M	100KHz, 0.25V	4.1	22.0	18.0
SDB0625□TR47	0.47	M	100KHz, 0.25V	6.5	21.0	13.5
SDB0625□TR68	0.68	M	100KHz, 0.25V	9.4	18.0	11.0
SDB0625□TR82	0.82	M	100KHz, 0.25V	11.8	17.0	10.0
SDB0625□T1R0	1.0	M	100KHz, 0.25V	14.2	16.0	9.0
SDB0625□T1R5	1.5	M	100KHz, 0.25V	21.2	15.0	7.5
SDB0625□T2R2	2.2	M	100KHz, 0.25V	34.0	14.0	6.5
SDB0625□T3R3	3.3	M	100KHz, 0.25V	51.6	13.0	5.0
SDB0625□T4R7	4.7	M	100KHz, 0.25V	63.0	10.0	4.5
SDB0625□T6R8	6.8	M	100KHz, 0.25V	95.0	9.0	3.5
SDB0625□T8R2	8.2	M	100KHz, 0.25V	106.0	8.0	3.0
SDB0625□T100	10	M	100KHz, 0.25V	129.0	7.0	2.5

SDB0630 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB0630□TR10	0.10	M	100KHz, 0.25V	1.7	60.0	32.5
SDB0630□TR22	0.22	M	100KHz, 0.25V	2.8	40.0	23.0
SDB0630□TR33	0.33	M	100KHz, 0.25V	3.9	30.0	20.0
SDB0630□TR47	0.47	M	100KHz, 0.25V	4.2	26.0	17.5
SDB0630□TR56	0.56	M	100KHz, 0.25V	4.5	24.5	16.5
SDB0630□TR68	0.68	M	100KHz, 0.25V	5.5	25.0	15.5
SDB0630□TR82	0.82	M	100KHz, 0.25V	8.0	24.0	13.0
SDB0630□T1R0	1.0	M	100KHz, 0.25V	10.0	22.0	11.0
SDB0630□T1R5	1.5	M	100KHz, 0.25V	15.0	18.0	9.0
SDB0630□T2R2	2.2	M	100KHz, 0.25V	20.0	14.0	8.0
SDB0630□T3R3	3.3	M	100KHz, 0.25V	30.0	13.5	6.0
SDB0630□T4R7	4.7	M	100KHz, 0.25V	40.0	10.0	5.5
SDB0630□T6R8	6.8	M	100KHz, 0.25V	60.0	8.0	4.5
SDB0630□T8R2	8.2	M	100KHz, 0.25V	68.0	7.5	4.0
SDB0630□T100	10	M	100KHz, 0.25V	105.0	7.0	3.0

SDB0650 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB0650□TR56	0.56	M	100KHz, 0.25V	3.6	12.0	20.0
SDB0650□TR68	0.68	M	100KHz, 0.25V	4.5	11.5	18.0
SDB0650□TR82	0.82	M	100KHz, 0.25V	4.9	13.0	16.5
SDB0650□T1R0	1.0	M	100KHz, 0.25V	6.5	15.0	13.0
SDB0650□T1R5	1.5	M	100KHz, 0.25V	9.0	12.0	12.0
SDB0650□T2R2	2.2	M	100KHz, 0.25V	13.6	10.0	10.0
SDB0650□T3R3	3.3	M	100KHz, 0.25V	20.9	8.0	8.0
SDB0650□T4R7	4.7	M	100KHz, 0.25V	30.3	7.0	6.5
SDB0650□T5R6	5.6	M	100KHz, 0.25V	34.4	7.0	6.0
SDB0650□T6R8	6.8	M	100KHz, 0.25V	44.6	5.5	5.5
SDB0650□T8R2	8.2	M	100KHz, 0.25V	50.7	5.0	5.0
SDB0650□T100	10	M	100KHz, 0.25V	71.3	4.5	4.5

SDB1040 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB1040□TR19	0.19	M	100KHz, 0.25V	0.95	90.0	40.0
SDB1040□TR22	0.22	M	100KHz, 0.25V	0.95	90.0	40.0
SDB1040□TR36	0.36	M	100KHz, 0.25V	1.40	60.0	31.5
SDB1040□TR47	0.47	M	100KHz, 0.25V	1.60	38.0	26.0
SDB1040□TR56	0.56	M	100KHz, 0.25V	1.80	49.0	27.5
SDB1040□TR68	0.68	M	100KHz, 0.25V	2.40	42.0	23.0
SDB1040□T1R0	1.0	M	100KHz, 0.25V	4.10	36.0	17.5
SDB1040□T1R5	1.5	M	100KHz, 0.25V	5.80	27.5	15.0
SDB1040□T2R2	2.2	M	100KHz, 0.25V	9.00	25.6	12.0
SDB1040□T3R3	3.3	M	100KHz, 0.25V	11.80	18.6	10.0
SDB1040□T4R7	4.7	M	100KHz, 0.25V	16.50	17.0	9.5
SDB1040□T5R6	5.6	M	100KHz, 0.25V	19.30	16.0	8.5
SDB1040□T6R8	6.8	M	100KHz, 0.25V	23.30	13.5	8.0
SDB1040□T100	10	M	100KHz, 0.25V	36.50	12.0	6.8

SDB1340 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB1340□TR10	0.10	M	100KHz, 0.25V	0.96	84.0	43.0
SDB1340□TR15	0.15	M	100KHz, 0.25V	1.20	75.0	41.0
SDB1340□TR22	0.22	M	100KHz, 0.25V	1.30	65.0	38.5
SDB1340□TR33	0.33	M	100KHz, 0.25V	1.50	62.0	36.5
SDB1340□TR47	0.47	M	100KHz, 0.25V	2.00	55.0	32.0
SDB1340□TR60	0.60	M	100KHz, 0.25V	2.20	51.0	29.0
SDB1340□TR68	0.68	M	100KHz, 0.25V	2.50	49.0	28.0
SDB1340□TR82	0.82	M	100KHz, 0.25V	3.00	44.0	25.0
SDB1340□T1R0	1.0	M	100KHz, 0.25V	3.50	40.0	24.0
SDB1340□T1R5	1.5	M	100KHz, 0.25V	5.50	35.0	19.0
SDB1340□T1R8	1.8	M	100KHz, 0.25V	7.00	30.0	16.5
SDB1340□T2R2	2.2	M	100KHz, 0.25V	8.00	29.0	16.0
SDB1340□T3R3	3.3	M	100KHz, 0.25V	12.00	27.0	12.0
SDB1340□T4R7	4.7	M	100KHz, 0.25V	15.00	24.0	10.0
SDB1340□T5R6	5.6	M	100KHz, 0.25V	19.00	19.0	9.5
SDB1340□T6R8	6.8	M	100KHz, 0.25V	22.00	18.0	9.0
SDB1340□T8R2	8.2	M	100KHz, 0.25V	28.00	16.0	8.5
SDB1340□T100	10	M	100KHz, 0.25V	34.00	14.0	7.0

SDB1350 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB1350□TR10	0.10	M	100KHz, 0.25V	0.6	118.0	55.0
SDB1350□TR22	0.22	M	100KHz, 0.25V	0.8	110.0	51.0
SDB1350□TR33	0.33	M	100KHz, 0.25V	1.1	80.0	42.0
SDB1350□TR47	0.47	M	100KHz, 0.25V	1.3	65.0	38.0
SDB1350□TR56	0.56	M	100KHz, 0.25V	1.5	55.0	36.0
SDB1350□TR68	0.68	M	100KHz, 0.25V	1.7	54.0	34.0
SDB1350□TR82	0.82	M	100KHz, 0.25V	2.3	53.0	31.0
SDB1350□T1R0	1.0	M	100KHz, 0.25V	2.5	50.0	29.0
SDB1350□T1R5	1.5	M	100KHz, 0.25V	4.1	48.0	23.0
SDB1350□T1R8	1.8	M	100KHz, 0.25V	4.9	40.0	19.0
SDB1350□T2R2	2.2	M	100KHz, 0.25V	5.5	32.0	20.0
SDB1350□T3R3	3.3	M	100KHz, 0.25V	9.2	32.0	15.0
SDB1350□T4R7	4.7	M	100KHz, 0.25V	15.0	27.0	12.0
SDB1350□T5R6	5.6	M	100KHz, 0.25V	16.5	22.0	11.5
SDB1350□T6R8	6.8	M	100KHz, 0.25V	18.5	21.0	11.0
SDB1350□T7R8	7.8	M	100KHz, 0.25V	20.5	18.0	10.0
SDB1350□T8R2	8.2	M	100KHz, 0.25V	22.5	18.0	9.5
SDB1350□T100	10	M	100KHz, 0.25V	25.5	16.0	9.0

SDB1365 Type(□:Tolerance) (Electrical Characteristics)

Part No.	Inductance (μH)	Tolerance	Test Condition	DCR (mΩ) Max.	Saturation Current (A) Max.	Temperature Rise Current (A) Max.
SDB1365□TR10	0.10	M	100KHz, 0.25V	0.5	120.0	60.0
SDB1365□TR15	0.15	M	100KHz, 0.25V	0.6	118.0	55.0
SDB1365□TR22	0.22	M	100KHz, 0.25V	0.7	112.0	53.0
SDB1365□TR30	0.30	M	100KHz, 0.25V	0.8	72.0	48.0
SDB1365□TR33	0.33	M	100KHz, 0.25V	0.9	65.0	46.0
SDB1365□TR40	0.40	M	100KHz, 0.25V	1.0	64.0	44.0
SDB1365□TR47	0.47	M	100KHz, 0.25V	1.2	63.0	41.0
SDB1365□TR56	0.56	M	100KHz, 0.25V	1.4	62.0	37.0
SDB1365□TR68	0.68	M	100KHz, 0.25V	1.6	60.0	35.0
SDB1365□TR82	0.82	M	100KHz, 0.25V	1.9	50.0	33.0
SDB1365□T1R0	1.0	M	100KHz, 0.25V	2.0	49.0	32.0
SDB1365□T1R0-1	1.0	M	100KHz, 1V	2.0	49.0	32.0
SDB1365□T1R2	1.2	M	100KHz, 0.25V	2.5	48.0	30.0
SDB1365□T1R5	1.5	M	100KHz, 0.25V	3.0	45.0	27.0
SDB1365□T1R8	1.8	M	100KHz, 0.25V	3.2	41.0	24.0
SDB1365□T2R2	2.2	M	100KHz, 0.25V	4.2	40.0	22.0
SDB1365□T3R3	3.3	M	100KHz, 0.25V	6.8	35.0	18.0
SDB1365□T4R7	4.7	M	100KHz, 0.25V	8.7	32.0	13.5
SDB1365□T5R6	5.6	M	100KHz, 0.25V	10.0	32.0	13.5
SDB1365□T6R8	6.8	M	100KHz, 0.25V	14.0	16.5	11.5
SDB1365□T8R2	8.2	M	100KHz, 0.25V	15.5	16.0	10.5
SDB1365□T100	10	M	100KHz, 0.25V	17.2	15.5	10.0
SDB1365□T100-1	10	M	100KHz, 1V	17.2	15.5	10.0
SDB1365□T220	22	M	100KHz, 0.25V	40.0	10.0	10.0

Descargar archivos

SDB_Series Data Sheet (Edition REV.B9).pdf

Informe RoHS

Informe RoHS
Informe RoHS de la serie SDB

ALCANZAR

Declaración REACH - SVHC(Hsin Chu).pdf

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Image	Tamaño	Tolerancia	Inductancia	Condición de prueba	DCR (Ω) máximo.	IDC (A)	Corriente de Elevación de Temperatura (A)	Acción
Bobinas planas de alambre SMD (Serie SDB SDB1365MT1R5)	1365	±20%	1.5	100KHz, 0.25V	3	45	27	Agregar a la lista Consulta
Bobinas planas de alambre SMD (Serie SDB SDB1365MT1R8)	1365	±20%	1.8	100KHz, 0.25V	3.2	41	24	Agregar a la lista Consulta
Bobinas planas de alambre SMD (Serie SDB SDB1365MT2R2)	1365	±20%	2.2	100KHz, 0.25V	4.2	40	22	Agregar a la lista Consulta
Bobinas planas de alambre SMD (Serie SDB SDB1365MT3R3)	1365	±20%	3.3	100KHz, 0.25V	6.8	35	18	Agregar a la lista Consulta
Bobinas planas de alambre SMD (Serie SDB SDB1365MT4R7)	1365	±20%	4.7	100KHz, 0.25V	8.7	32	13.5	Agregar a la lista Consulta
Bobinas planas de alambre SMD (Serie SDB SDB1365MT5R6)	1365	±20%	5.6	100KHz, 0.25V	10	32	13.5	Agregar a la lista Consulta
Bobinas planas de alambre SMD (Serie SDB SDB1365MT6R8)	1365	±20%	6.8	100KHz, 0.25V	14	16.5	11.5	Agregar a la lista Consulta
Bobinas planas de alambre SMD (Serie SDB SDB1365MT8R2)	1365	±20%	8.2	100KHz, 0.25V	15.5	16	10.5	Agregar a la lista Consulta
Bobinas planas de alambre SMD (Serie SDB SDB1365MT100)	1365	±20%	10	100KHz, 0.25V	17.2	15.5	10	Agregar a la lista Consulta

Resultado 145 - 153 de 153

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Inductor de potencia Power Choke (Serie SDB)Fabricante - Viking

Con sede en Taiwán, Viking Tech Corporation es uno de los principales fabricantes de inductores de potencia de choque (Serie SDB) desde 1997. Y sus productos se utilizan en aplicaciones automotrices y dispositivos electrónicos.

Con certificaciones TS16949/ ISO9001/ ISO14001 y cumpliendo con los estándares AEC-Q200, Viking ha estado ofreciendo resistencias de precisión de alta potencia y alto voltaje, incluyendo resistencias de película delgada/ gruesa, resistencias automotrices, resistencias MELF, resistencias de detección de corriente, etc., con protección contra el azufre, sobretensiones y pulsos. Inductores de bajo ruido, bajo coeficiente de temperatura, alta potencia, como inductores de RF, inductores de chip, inductores de potencia, inductores variables, inductores de chip de ferrita, inductores blindados, inductores de hilo enrollado e inductores de inmersión.

Viking ha estado ofreciendo a los clientes resistencias de potencia, inductores de potencia y condensadores electrolíticos de aluminio de alta calidad con una sólida reputación. Tanto con tecnología avanzada como con 25 años de experiencia, Viking se asegura de satisfacer las demandas de cada cliente.

Vea nuestros productos de calidad Inductor de potencia, Resistor de película delgada, Inductor de radiofrecuencia, Resistencia de chip, resistor de sentido de corriente, película metálica, resistores metálicos, Resistor de película gruesa, Condensador de chip, Resistor de potencia y siéntase libre de Contactarnos.