Multilayer Inductors

CHIP INDUCTORS INDEX
CHIP RF INDUCTORS TYPE
Multilayer Inductors MF & MI Series - Chip Multilayer Inductors
Multilayer Beads MA & MB Series - Chip Multilayer Beads
Chip Inductors AD Series - Non-flat Top Air Core Inductors
Chip Inductors AM Series - Flat Top Air Core Inductors
Chip Inductors AL Series - Thin Film Type Inductors
Chip Inductors WL Series - SMD Open-Type Wirewound Inductors
Chip Inductors Wirewound CM Series - SMD Molded-Type Wirewound Inductors
Chip Inductors EC Series - SMD Molded-Type Wirewound Inductors
Chip Inductors EM Series - SMD Molded-Type Wirewound Inductors
PACKAGING SPECIFICATIONS
Tape and Reel Specifications for Surface Mount Device

Token Chip Multilayer Inductors for High Frequency - MF Series are primarily designed for choking power lines and conform to the RoHS directive and Lead-free. Chip Multilayer Inductors Package of chip multilayer inductors is suitable for automatic pick and place equipment. Chip Multilayer Inductors can be customed designs and tighter tolerances available on request. Application of Chip Multilayer Inductors specific designs also available including different inductance values and Q specifications adjusted to frequency requirements.

Features
－High Q and high reliability and ceramic material.
－To prevent EMI interference noises between electronic circuits.
Applications
Notebook Computer, Disc Drive Unit(CD/DVD), Inkjet Printer, Hard Disk Drive, Copying Machine,
Display Monitor, Gaming Machine, Color TV, Video Tape Recorder, DVD Player, Video Camera,
Digital Still Camera, Car Electronics, Lowest EMI.

Multilayer Inductors - Configurations & Dimensions (unit: mm)

Type	A	B	C	D	E	F	G
TCMF100505 (0402)	1.0 ± 0.1	0.5 ± 0.1	0.5 ± 0.1	0.1(min)	0.5	0.45	0.5
TCMF160808 (0603)	1.6 ± 0.2	0.8 ± 0.2	0.8 ± 0.2	0.3 ± 0.2	0.7	0.70	0.7
TCMF201209 (0805)	2.0 ± 0.2	1.2 ± 0.2	0.9 ± 0.2	0.5 ± 0.3	1.0	0.80	1.0

Electrical Characteristics for TCMF100505 (0402) Multilayer Inductors Series

Part Number	Inductance (L)(nH)	Freq. (MHz)	Tolerance	SRF (MHz)(min)	DCR (Ω)(max)	IDC (mA)(max)
TCMF100505 - 1N2*	1.20	100	S	12000	0.10	300
TCMF100505 - 1N5*	1.50	100	S	10500	0.10	300
TCMF100505 - 1N8*	1.80	100	S	9400	0.10	300
TCMF100505 - 2N2*	2.20	100	S	8700	0.20	300
TCMF100505 - 2N7*	2.70	100	S	7700	0.20	300
TCMF100505 - 3N3*	3.30	100	S, K	6800	0.30	300
TCMF100505 - 3N9*	3.90	100	S, K	6300	0.30	300
TCMF100505 - 4N7*	4.70	100	S, K	5700	0.40	300
TCMF100505 - 5N6*	5.60	100	S, K	5100	0.40	300
TCMF100505 - 6N8*	6.80	100	J, K	4550	0.50	300
TCMF100505 - 8N2*	8.20	100	J, K	4100	0.50	300
TCMF100505 - 10N*	10.00	100	J, K	3750	0.60	300
TCMF100505 - 12N*	12.00	100	J, K	2950	0.60	300
TCMF100505 - 15N*	15.00	100	J, K	2600	0.70	300
TCMF100505 - 18N*	18.00	100	J, K	2350	0.80	300
TCMF100505 - 22N*	22.00	100	J, K	1950	0.90	300
TCMF100505 - 27N*	27.00	100	J, K	1750	1.00	300
TCMF100505 - 33N*	33.00	100	J, K	1700	1.50	200
TCMF100505 - 39N*	39.00	100	J, K	1650	1.80	200
TCMF100505 - 47N*	47.00	100	J, K	1300	2.00	200

Electrical Characteristics for TCMF160808 (0603) Multilayer Inductors Series

Part Number	Inductance (L)(nH)	Freq. (MHz)	Tolerance	SRF (MHz)(min)	DCR (Ω)(max)	IDC (mA)(max)
TCMF160808 - 1N2*	1.20	100	S	>6000	0.12	300
TCMF160808 - 1N5*	1.50	100	S	>6000	0.12	300
TCMF160808 - 1N8*	1.80	100	S	>6000	0.12	300
TCMF160808 - 2N2*	2.20	100	S	>6000	0.16	300
TCMF160808 - 2N7*	2.70	100	S	>6000	0.20	300
TCMF160808 - 3N3*	3.30	100	S, K	5700	0.22	300
TCMF160808 - 3N9*	3.90	100	S, K	5600	0.25	300
TCMF160808 - 4N7*	4.70	100	S, K	4800	0.28	300
TCMF160808 - 5N6*	5.60	100	S, K	4350	0.29	300
TCMF160808 - 6N8*	6.80	100	J, K	3750	0.30	300
TCMF160808 - 8N2*	8.20	100	J, K	3300	0.33	300
TCMF160808 - 10N*	10.00	100	J, K	2850	0.35	300
TCMF160808 - 12N*	12.00	100	J, K	2700	0.40	300
TCMF160808 - 15N*	15.00	100	J, K	2400	0.45	300
TCMF160808 - 18N*	18.00	100	J, K	2050	0.50	300
TCMF160808 - 22N*	22.00	100	J, K	1850	0.55	300
TCMF160808 - 27N*	27.00	100	J, K	1750	0.60	300
TCMF160808 - 33N*	33.00	100	J, K	1500	0.65	300
TCMF160808 - 39N*	39.00	100	J, K	1350	0.70	300
TCMF160808 - 47N*	47.00	100	J, K	1200	0.90	300
TCMF160808 - 56N*	56.00	100	J, K	1100	1.00	300
TCMF160808 - 68N*	68.00	100	J, K	1000	1.50	300
TCMF160808 - 82N*	82.00	100	J, K	900	1.80	300
TCMF160808 - R10*	100.00	100	J, K	830	2.10	300

Electrical Characteristics for TCMF201209 (0805) Multilayer Inductors Series

Part Number	Inductance (L)(nH)	Freq. (MHz)	Tolerance	SRF (MHz)(min)	DCR (Ω)(max)	IDC (mA)(max)
TCMF201209 - 1N5*	1.50	100	S	>6000	0.10	300
TCMF201209 - 1N8*	1.80	100	S	>6000	0.10	300
TCMF201209 - 2N2*	2.20	100	S	>6000	0.10	300
TCMF201209 - 2N7*	2.70	100	S	>6000	0.10	300
TCMF201209 - 3N3*	3.30	100	S, K	>6000	0.13	300
TCMF201209 - 3N9*	3.90	100	S, K	5400	0.15	300
TCMF201209 - 4N7*	4.70	100	S, K	4500	0.20	300
TCMF201209 - 5N6*	5.60	100	S, K	4000	0.23	300
TCMF201209 - 6N8*	6.80	100	J, K	3650	0.25	300
TCMF201209 - 8N2*	8.20	100	J, K	3000	0.28	300
TCMF201209 - 10N*	10.00	100	J, K	2500	0.30	300
TCMF201209 - 12N*	12.00	100	J, K	2450	0.35	300
TCMF201209 - 15N*	15.00	100	J, K	2000	0.40	300
TCMF201209 - 18N*	18.00	100	J, K	1750	0.45	300
TCMF201209 - 22N*	22.00	100	J, K	1700	0.50	300
TCMF201209 - 27N*	27.00	100	J, K	1550	0.55	300
TCMF201209 - 33N*	33.00	100	J, K	1350	0.60	300
TCMF201209 - 39N*	39.00	100	J, K	1300	0.65	300
TCMF201209 - 47N*	47.00	100	J, K	1200	0.70	300
TCMF201209 - 56N*	56.00	100	J, K	1150	0.75	300
TCMF201209 - 68N*	68.00	100	J, K	1000	0.85	300
TCMF201209 - 82N*	82.00	100	J, K	850	0.90	300
TCMF201209 - R10*	100.00	100	J, K	730	1.00	300

How to Order

TCMF100505

1N2

Type

Multilayer Chip Inductors for High Frequency:
(TCMF100505, TCMF160808, TCMF201209)

Inductance

1N2 (1.2nH)
10N (10.0nH)
R10 (100.00nH)

Tolerance

S (0.3nH)
J (5%)
K (10%)
M (20%)

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MULTILAYER INDUCTORS