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Multilayer Chip Inductor Cybermax CMCC1608C8N2JSP Designed for High Reliability and Heat Resistance

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Multilayer Chip Inductor Cybermax CMCC1608C8N2JSP Designed for High Reliability and Heat Resistance

Current Rating : 500mA

Inductance : 8.2nH

Tolerance : ±5%

Frequency - Self Resonant : 4GHz

Current - Saturation (Isat) : -

DC Resistance(DCR) : 300mΩ

Type : Multilayer inductor

Ratings : -

Q @ Frequency : 8@100MHz

Description : 500mA 8.2nH ±5% 300mΩ Multilayer inductor 0603 Fixed Inductors RoHS

Mfr. Part # : CMCC1608C8N2JSP

Model Number : CMCC1608C8N2JSP

Package : 0603

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CMCC1608C Series Multilayer Chip Ceramic Inductor

The CMCC1608C Series is a range of multilayer chip ceramic inductors designed for high-reliability applications. Featuring a monolithic structure, these inductors offer high self-resonant frequency, excellent solderability, and high heat resistance. They are RoHS Compliant and suitable for RF circuits in telecommunication and other equipment.

Product Attributes

Brand: Cybermax
Series: CMCC1608C
Certifications: RoHS Compliant
Material: Ceramic

Dimensions

Unit	L	W	T	E	Size(EIA)
mm	1.600.150	0.800.150	0.800.150	0.300.200	1608

Product Identification

Format: CMCC1608C [Inductance][Tolerance][Packaging]

Example: CMCC1608C2N2SSP

(1) Series Type: CMCC
(2) Chip Sizemm: Length X Width (e.g., 1608)
(3) Material Code: C
(4) Inductance: 1N0=1nH; 10N=10nH; R10=100nH
(5) Inductance Tolerance: S=0.3; J=5%; K=10%
(6) Company Code: CMCC
(7) Packaging: PEmbossed paper tape, 7" reel; E- Embossed plastic tape, 7" reel

Specifications

Part Number	Inductance (nH)	Min. Quality Factor (Q) @ 100 MHz	L, Q Test Freq. (MHz)	Q @ 300 MHz	Q @ 500 MHz	Q @ 800 MHz	Q @ 1000 MHz	Q @ 1800 MHz	Min. Self-resonant Frequency (MHz)	Max. DC Resistance ()	Max. Rated Current (mA)
CMCC1608C1N0SSP	1.00.3	8	100	12	22	37	38	68	85000	0.10	500
CMCC1608C1N2SSP	1.20.3	8	100	12	22	37	38	68	85000	0.10	500
CMCC1608C1N5SSP	1.50.3	8	100	12	22	37	38	68	85000	0.10	500
CMCC1608C1N8SSP	1.80.3	8	100	12	21	33	35	61	85000	0.12	500
CMCC1608C2N2SSP	2.20.3	8	100	12	26	40	39	60	85000	0.20	500
CMCC1608C2N7SSP	2.70.3	8	100	12	23	27	37	47	85000	0.20	500
CMCC1608C3N3SSP	3.30.3	8	100	12	23	27	36	47	77000	0.20	500
CMCC1608C3N9SSP	3.90.3	8	100	12	25	28	38	47	73000	0.20	500
CMCC1608C4N7SSP	4.70.3	8	100	12	26	30	38	49	81000	0.20	500
CMCC1608C5N6SSP	5.60.3	8	100	12	26	29	35	34	50000	0.30	500
CMCC1608C6N8JSP	6.8	8	100	12	23	27	35	40	63000	0.30	500
CMCC1608C8N2JSP	8.2	8	100	12	22	26	33	39	50000	0.30	500
CMCC1608C10NJSP	10	8	100	14	25	31	38	45	64000	0.50	300
CMCC1608C12NJSP	12	8	100	14	24	28	35	39	50000	0.50	300
CMCC1608C15NJSP	15	8	100	14	22	27	34	40	45000	0.60	300
CMCC1608C18NJSP	18	8	100	14	24	28	35	38	37000	0.60	300
CMCC1608C22NJSP	22	8	100	15	27	32	38	43	36000	0.60	300
CMCC1608C27NJSP	27	8	100	15	26	29	36	44	25000	0.80	300
CMCC1608C33NJSP	33	8	100	15	26	30	35	34	6000	0.80	300
CMCC1608C39NJSP	39	8	100	15	22	25	28	28	13000	0.80	300
CMCC1608C47NJSP	47	8	100	15	25	29	30	25	12000	1.00	300
CMCC1608C56NJSP	56	8	100	15	28	31	31	25	11000	1.00	300
CMCC1608C68NJSP	68	8	100	15	22	25	22	15	9000	1.00	300
CMCC1608C82NJSP	82	8	100	15	23	24	22	-	8000	1.00	300
CMCC1608CR10JSP	100	8	100	15	25	27	16	-	7000	1.20	300
CMCC1608CR12JSP	120	8	50	15	24	23	-	-	6000	1.40	200
CMCC1608CR15JSP	150	8	50	15	19	16	-	-	5000	1.60	200
CMCC1608CR18JSP	180	8	50	15	18	12	-	-	4000	1.90	200
CMCC1608CR22JSP	220	8	50	15	16	-	-	-	3500	2.40	200
CMCC1608CR27JSP	270	8	50	16	18	-	-	-	3500	2.60	150
CMCC1608CR33JSP	330	8	50	16	16	-	-	-	3500	2.80	150
CMCC1608CR39JSP	390	8	50	16	-	-	-	-	3000	3.20	150
CMCC1608CR43JSP	430	8	50	16	-	-	-	-	2800	3.40	150
CMCC1608CR47JSP	470	8	50	15	-	-	-	-	2500	3.60	150
CMCC1608CR56JSP	560	8	50	15	-	-	-	-	2500	4.00	100
CMCC1608CR68JSP	680	8	50	15	-	-	-	-	2500	4.50	100

General Technical Data

Parameter	Value
Operating Temperature Range	-55 ~ +125
Storage Condition	Less than 40 and 70% RH
Soldering Method	Reflow or Wave Soldering

Packaging Information

Type	A	B	P	T max	Quantity
1608(0603)	1.00.2	1.80.2	4.00.1	1.1	4K

2410121226_Cybermax-CMCC1608C8N2JSP_C405062.pdf

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