MULTI-LAYER CERAMIC CHIP INDUCTORS LCCI Series APPLICATIONS FEATURES High Frequency Applications: For high frequency applications Standard EIA sizes 0201 (0603), 0402 (1005), Mobile Communications 0603 (1608) WLAN Lead-free RoHS compliant parts PHS Tight tolerance in physical dimensions EMI Counter measure in High Surface mounting applicability Frequency Circuits (Supports reflow soldering condition) Computer Communication Tight Inductance Tolerance, Excellent Q and Guaranteed SRF range High product quality and outstanding reliability. (Ceramic integrated structure) Operating temperature -40C to +85C HOW TO ORDER 101 LC Cl 0402 K G T A R Family Series Size Tolerance Inductance Style Termination Special Packaging LC = Chip Inductor 0201 G = 2% 3N9 = 3.9nH G = Standard T = Sn Plating A = Standard R = 7 Reel 0402 H = 3% 39N = 39nH 0603 J = 5% R39 = 390nH K = 10% B = 0.1nH C = 0.2nH S = 0.3nH DIMENSIONS mm (inches) A Size L W T L Min Max A 0.60 0.03 0.30 0.03 0.30 0.03 0.10 0.20 0201 (0.024 0.001) (0.012 0.001 ) (0.012 0.001) (0.004) (0.008) 1.00 0.10 0.50 0.10 0.50 0.10 0.10 0.30 0402 (0.040 0.004) (0.020 0.004) (0.020 0.004) (0.004) (0.012) W T 1.60 0.15 0.80 0.15 0.80 0.15 0.20 0.60 0603 (0.063 0.006) (0.031 0.006) (0.031 0.006) (0.008) (0.024) AVAILABLE INDUCTANCE VALUE AND TOLERANCE Size Code Available Inductance Inductance Ranges Standard Tollerance 0.3nH-0.9nH B=0.1nH 1.0nH-6.2nH B=0.1nH, C=0.2nH, S= 0.3 nH LCCI0201 0.3nH - 39nH 6.8nH - 27nH H=3%, J=5% 33nH-39nH J=5% 0.3nH-0.8nH B=0.1nH 1.0nH-6.2nH B=0.1nH, C=0.2nH, S= 0.3 nH LCCI0402 0.3nH - 150nH 6.8nH-68nH G=2%, H=3%, J=5% 82nH-150nH J=5% 1.0nH-5.6nH S= 0.3nH LCCI0603 1.0 nH - 470 nH 6.8nH-470nH J=5% The Important Information/Disclaimer is incorporated in the catalog where these specifications came from or 31 available online at www.avx.com/disclaimer/ by reference and should be reviewed in full before placing any order. 040320MULTI-LAYER CERAMIC CHIP INDUCTORS LCCI Series ELECTRICAL CHARACTERISTICS Case Size 0201 L Ordering DC Resistance () Irms (mA) L (nH) Q Min. L,Q TEST FREQ. (MHz) SRF (MHz) MIN. Code MAX. MAX. Tolerance 0N3 0.3 B=0.1nH 4 100 10,000 0.07 850 0N4 0.4 B=0.1nH 4 100 10,000 0.07 850 0N5 0.5 B=0.1nH 4 100 10,000 0.08 800 0N6 0.6 B=0.1nH 4 100 10,000 0.08 800 0N7 0.7 B=0.1nH 4 100 10,000 0.09 750 0N8 0.8 B=0.1nH 4 100 10,000 0.1 750 0N9 0.9 B=0.1nH 4 100 10,000 0.1 750 1N0 1 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.14 600 1N1 1.1 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.14 600 1N2 1.2 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.14 600 1N3 1.3 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.14 600 1N4 1.4 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.18 550 1N5 1.5 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.18 550 1N6 1.6 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.18 500 1N7 1.7 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.19 500 1N8 1.8 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.19 500 1N9 1.9 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.2 450 2N0 2 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.2 450 2N1 2.1 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.2 450 2N2 2.2 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.22 450 2N3 2.3 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.22 450 2N4 2.4 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.24 450 2N5 2.5 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.24 450 2N6 2.6 B=0.1nH, C=0.2nH, S= 0.3 Nh 4 100 10,000 0.25 450 2N7 2.7 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 10,000 0.25 450 2N9 2.9 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 9,500 0.28 450 3N0 3 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 9,500 0.28 450 3N1 3.1 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 9,500 0.28 450 3N2 3.2 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 9,500 0.3 450 3N3 3.3 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 9,500 0.3 450 3N4 3.4 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 8,000 0.3 400 3N5 3.5 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 8,000 0.3 400 3N6 3.6 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 8,000 0.3 400 3N7 3.7 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 8,000 0.3 400 3N8 3.8 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 6,500 0.3 400 3N9 3.9 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 6,500 0.3 400 4N3 4.3 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 6,500 0.4 350 4N7 4.7 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 6,500 0.4 350 5N1 5.1 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 6,500 0.4 350 5N6 5.6 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 6,000 0.4 350 6N2 6.2 B=0.1nH, C=0.2nH, S= 0.3 Nh 5 100 6,000 0.44 300 6N8 6.8 H=3%, J=5% 5 100 5,400 0.5 300 7N5 7.5 H=3%, J=5% 5 100 4,800 0.53 300 8N2 8.2 H=3%, J=5% 5 100 4,800 0.55 250 9N1 9.1 H=3%, J=5% 5 100 4,500 0.62 250 10N 10 H=3%, J=5% 5 100 4,500 0.65 250 12N 12 H=3%, J=5% 5 100 3,700 0.7 250 15N 15 H=3%, J=5% 5 100 2,200 0.8 250 18N 18 H=3%, J=5% 5 100 2,200 0.9 200 The Important Information/Disclaimer is incorporated in the catalog where these specifications came from or 32 available online at www.avx.com/disclaimer/ by reference and should be reviewed in full before placing any order. 021420