CMCC1608C4N7SSP

CMCC CMCC1608C CC1608C Series Multilayer Chip Ceramic Inductor Pb ◆ Features 、 、 、 、 1 Monolithic Structure for high reliability 2 High self-resonant frequency 3 Excellent solderability and high heat resistance 4 RoHS Compliant. ◆ PRODUCT IDENTIFICATION ◆ Application 、 CMCC 1608 (1) (2) 1 RF Circuit of in telecommunication and other Equipments (1) (2) (3) (4) C (3) 2N2 S (4) (5) S P (6) (7) Series Type Chip Size mm :Length X Width Material Code Inductance 1N0=1nH 10N=10nH R10=100nH (5) Inductance Tolerance S=±0.3; J=±5%; K=±10% (6) Company Code (7) Packaging:P–Embossed paper tape, 7" reel E- Embossed plastic tape, 7" reel ◆ Dimensions Size(EIA) Rev.01 （ ） ： ； ： Unit: mm L W T E 1.60±0.150 0.80±0.150 0.80±0.150 0.30±0.200 Page 1 of 6 www.cybermaxtech.com CMCC CMCC1608C CC1608C Series ◆ Specifications Min. Part Number Inductance Quality (nH) L, Q Min. Self- Typical Q @ Freq. (MHz) Test Factor Freq. (Q) L/Q(MHz) resonant 100 300 500 800 1000 1800 Frequency (MHz) Q Max. DC Resistance Max. Rated （Ω） （Current mA） CMCC1608 Series CMCC1608C1N0SSP 1.0±0.3 8 100 12 22 37 38 68 85 6000 0.10 500 CMCC1608C1N2SSP 1.2±0.3 8 100 12 22 37 38 68 85 6000 0.10 500 CMCC1608C1N5SSP 1.5±0.3 8 100 12 22 37 38 68 85 6000 0.10 500 CMCC1608C1N8SSP 1.8±0.3 8 100 12 21 33 35 61 85 6000 0.12 500 CMCC1608C2N2SSP 2.2±0.3 8 100 12 26 40 39 60 85 6000 0.20 500 CMCC1608C2N7SSP 2.7±0.3 8 100 12 23 27 37 47 85 6000 0.20 500 CMCC1608C3N3SSP 3.3±0.3 8 100 12 23 27 36 47 77 6000 0.20 500 CMCC1608C3N9SSP 3.9±0.3 8 100 12 25 28 38 47 73 6000 0.20 500 CMCC1608C4N7SSP 4.7±0.3 8 100 12 26 30 38 49 81 6000 0.20 500 CMCC1608C5N6SSP 5.6±0.3 8 100 12 26 29 35 34 28 5000 0.30 500 CMCC1608C6N8JSP 6.8 8 100 12 23 27 35 40 63 4500 0.30 500 CMCC1608C8N2JSP 8.2 8 100 12 22 26 33 39 50 4000 0.30 500 CMCC1608C10NJSP 10 8 100 14 25 31 38 45 64 3500 0.50 300 CMCC1608C12NJSP 12 8 100 14 24 28 35 39 50 2800 0.50 300 CMCC1608C15NJSP 15 8 100 14 22 27 34 40 45 2300 0.60 300 CMCC1608C18NJSP 18 8 100 14 24 28 35 38 37 2200 0.60 300 CMCC1608C22NJSP 22 8 100 15 27 32 38 43 36 2000 0.60 300 CMCC1608C27NJSP 27 8 100 15 26 29 36 44 25 1700 0.80 300 CMCC1608C33NJSP 33 8 100 15 26 30 35 34 6 1500 0.80 300 CMCC1608C39NJSP 39 8 100 15 22 25 28 28 - 1300 0.80 300 CMCC1608C47NJSP 47 8 100 15 25 29 30 25 - 1200 1.00 300 CMCC1608C56NJSP 56 8 100 15 28 31 31 25 - 1100 1.00 300 CMCC1608C68NJSP 68 8 100 15 22 25 22 15 - 900 1.00 300 CMCC1608C82NJSP 82 8 100 15 23 24 22 - - 800 1.00 300 CMCC1608CR10JSP 100 8 100 15 25 27 16 - - 700 1.20 300 CMCC1608CR12JSP 120 8 50 15 24 23 - - - 600 1.40 200 Rev.01 Page 2 of 6 www.cybermaxtech.com CMCC CMCC1608C CC1608C Series ◆ Specifications Min. Part Number L, Q Inductance Quality (nH) Min. Self- Typical Q @ Freq. (MHz) Test Factor Freq. (Q) L/Q(MHz) resonant 100 300 500 800 1000 1800 Frequency (MHz) Q Max. DC Resistance Max. Rated （Ω） （Current mA） CMCC1608 Series CMCC1608CR15JSP 150 8 50 15 19 16 - - - 500 1.60 200 CMCC1608CR18JSP 180 8 50 15 18 12 - - - 400 1.90 200 CMCC1608CR22JSP 220 8 50 15 16 - - - - 350 2.40 200 CMCC1608CR27JSP 270 8 50 16 18 - - - - 350 2.60 150 CMCC1608CR33JSP 330 8 50 16 16 - - - - 350 2.80 150 CMCC1608CR39JSP 390 8 50 16 - - - - - 300 3.20 150 CMCC1608CR43JSP 430 8 50 16 - - - - - 280 3.40 150 CMCC1608CR47JSP 470 8 50 15 - - - - - 250 3.60 150 CMCC1608CR56JSP 560 8 50 15 250 4.00 100 CMCC1608CR68JSP 680 8 50 15 250 4.50 100 ◆ General Technical Data Storage Condition ℃ ~ +125℃ Less than 40℃ and 70% RH Soldering Method Reflow or Wave Soldering Operating Temperature Range Rev.01 -55 Page 3 of 6 www.cybermaxtech.com CMCC CMCC1608C CC1608C Series ◆ Composition / Information on Ingredients Rev.01 Page 4 of 6 www.cybermaxtech.com CMCC CMCC1608C CC1608C Series ◆ TYPICAL ELECTRICAL CHARACTERISTICS CMCC1608 Series Inductance vs. Frequency Characteristics Impedance vs. Frequency Characteristics Q vs. Frequency Characteristics Rev.01 Page 5 of 6 www.cybermaxtech.com CMCC CMCC1608C CC1608C Series ◆ Packaging Rev.01 Type A B P T max Quantity 1608(0603) 1.0±0.2 1.8±0.2 4.0±0.1 1.1 4K Page 6 of 6 www.cybermaxtech.com