CIH02T2N0SNC

Ver. 201308 Multilayer High Frequency Inductor CIH02T Series (0402/ EIA 01005) APPLICATION Mobile communication systems, noise suppression at high frequency and Impedance matching. FEATURES




High Q value in high frequency range Small size(0.4×0.2×0.2) Monolithic structure for high reliability Do not contain lead and support lead-free soldering. RoHS compliant DIMENSION Dimension [mm] Type 02 L W t d 0.4±0.02 0.2±0.02 0.2±0.02 0.1±0.04 DESCRIPTION Part No. Inductance (nH)@100MHz DC Q Typical Frequency[Hz] Q(Min.) 100MHz 500M 800M 1.8G 2.0G 2.4G Rated SRF Resistance current [GHz] [Ω]max. (mA)max. min. CIH02T0N2□ 0.2nH±0.1nH,0.2nH - 11 13 23 24 27 0.1 350 10.0 CIH02T0N3□ 0.3nH±0.1nH,0.2nH - 11 13 23 24 27 0.2 350 10.0 CIH02T0N4□ 0.4nH±0.1nH,0.2nH - 12 14 24 25 29 0.2 350 10.0 CIH02T0N5□ 0.5nH±0.1nH,0.2nH - 12 14 24 25 29 0.2 350 10.0 CIH02T0N6□ 0.6nH±0.1nH,0.2nH - 12 15 26 27 31 0.3 320 10.0 CIH02T0N7□ 0.7nH±0.1nH,0.2nH - 12 15 26 27 31 0.4 320 10.0 CIH02T0N8□ 0.8nH±0.1nH,0.2nH - 12 14 27 28 32 0.4 320 10.0 CIH02T0N9□ 0.9nH±0.1nH,0.2nH - 11 13 22 23 27 0.4 320 10.0 CIH02T1N0□ 1.0nH±0.1nH,0.2nH,0.3nH 2 11 13 22 23 27 0.4 250 10.0 CIH02T1N1□ 1.1nH±0.1nH,0.2nH,0.3nH 2 11 14 23 24 28 0.5 250 10.0 CIH02T1N2□ 1.2nH±0.1nH,0.2nH,0.3nH 2 11 14 24 25 29 0.5 250 10.0 CIH02T1N3□ 1.3nH±0.1nH,0.2nH,0.3nH 2 11 14 24 25 29 0.6 250 10.0 CIH02T1N4□ 1.4nH±0.1nH,0.2nH,0.3nH 2 10 13 22 23 26 0.6 250 10.0 CIH02T1N5□ 1.5nH±0.1nH,0.2nH,0.3nH 2 10 13 22 23 26 0.6 220 10.0 CIH02T1N6□ 1.6nH±0.1nH,0.2nH,0.3nH 2 10 13 22 23 26 0.6 220 10.0 CIH02T1N7□ 1.7nH±0.1nH,0.2nH,0.3nH 2 10 13 23 24 27 0.6 200 10.0 CIH02T1N8□ 1.8nH±0.1nH,0.2nH,0.3nH 2 11 14 23 25 28 0.6 200 10.0 CIH02T1N9□ 1.9nH±0.1nH,0.2nH,0.3nH 2 10 14 22 24 26 0.6 200 9.0 CIH02T2N0□ 2.0nH±0.1nH,0.2nH,0.3nH 2 10 13 21 23 25 0.6 200 9.0 Ver. 201308 Part No. Inductance (nH) Q Typical Frequency[Hz] Q(Min.) 100MHz 500M 800M DC 1.8G 2.0G 2.4G Rated SRF Resistance current [GHz] [Ω]max. (mA)max. min. CIH02T2N1□ 2.1nH±0.1nH,0.2nH,0.3nH 2 10 13 21 23 25 0.7 200 8.0 CIH02T2N2□ 2.2nH±0.1nH,0.2nH,0.3nH 2 10 13 21 23 26 0.8 200 8.0 CIH02T2N3□ 2.3nH±0.1nH,0.2nH,0.3nH 2 10 13 21 23 25 0.8 200 7.0 CIH02T2N4□ 2.4nH±0.1nH,0.2nH,0.3nH 2 10 13 21 23 25 0.8 200 7.0 CIH02T2N5□ 2.5nH±0.1nH,0.2nH,0.3nH 2 10 13 21 22 25 0.8 200 7.0 CIH02T2N6□ 2.6nH±0.1nH,0.2nH,0.3nH 2 11 13 22 23 26 0.8 200 7.0 CIH02T2N7□ 2.7nH±0.1nH,0.2nH,0.3nH 2 11 13 22 23 26 0.8 200 7.0 CIH02T2N8□ 2.8nH±0.1nH,0.2nH,0.3nH 2 10 13 20 22 24 0.8 200 7.0 CIH02T2N9□ 2.9nH±0.1nH,0.2nH,0.3nH 2 10 13 20 21 23 0.8 200 7.0 CIH02T3N0□ 3.0nH±0.1nH,0.2nH,0.3nH 2 10 13 20 21 24 0.8 200 7.0 CIH02T3N1□ 3.1nH±0.1nH,0.2nH,0.3nH 2 10 13 20 21 24 0.9 200 7.0 CIH02T3N2□ 3.2nH±0.1nH,0.2nH,0.3nH 2 10 13 21 23 25 1.0 200 7.0 CIH02T3N3□ 3.3nH±0.1nH,0.2nH,0.3nH 2 10 13 21 23 25 1.1 180 7.0 CIH02T3N4□ 3.4nH±0.1nH,0.2nH,0.3nH 2 10 12 22 24 25 1.1 180 6.5 CIH02T3N5□ 3.5nH±0.1nH,0.2nH,0.3nH 2 11 13 22 24 25 1.1 180 6.0 CIH02T3N6□ 3.6nH±0.1nH,0.2nH,0.3nH 2 10 14 22 24 26 1.1 180 6.0 CIH02T3N7□ 3.7nH±0.1nH,0.2nH,0.3nH 2 10 12 20 22 25 1.1 180 6.0 CIH02T3N8□ 3.8nH±0.1nH,0.2nH,0.3nH 2 10 13 20 21 23 1.1 180 6.0 CIH02T3N9□ 3.9nH±0.1nH,0.2nH,0.3nH 2 10 12 20 22 23 1.2 180 6.0 CIH02T4N0□ 4.0nH±0.1nH,0.2nH,0.3nH 2 10 13 20 21 24 1.2 180 6.0 CIH02T4N3□ 4.3nH±0.3nH,3%,5% 2 11 13 21 22 24 1.2 180 6.0 CIH02T4N7□ 4.7nH±0.3nH,3%,5% 2 10 13 21 22 25 1.3 160 6.0 CIH02T5N1□ 5.1nH±0.3nH,3%,5% 2 11 14 22 23 25 1.4 160 6.0 CIH02T5N6□ 5.6nH±0.3nH,3%,5% 2 10 13 20 22 25 1.5 140 6.0 CIH02T6N2□ 6.2nH±0.3nH,3%,5% 2 10 14 21 23 23 1.5 140 5.5 CIH02T6N8□ 6.8nH±3%,5% 2 11 13 21 22 22 1.6 140 5.5 CIH02T7N5□ 7.5nH±3%,5% 2 10 14 21 22 24 1.7 140 5.0 CIH02T8N2□ 8.2nH±3%,5% 2 11 14 21 22 24 1.8 140 4.5 CIH02T9N1□ 9.1nH±3%,5% 2 11 14 20 21 23 1.8 140 4.0 CIH02T10N□ 10nH±3%,5% 3 11 14 21 22 23 2.1 140 4.0 CIH02T12N□ 12nH±3%,5% 3 10 13 17 18 19 2.4 140 3.5 CIH02T15N□ 15nH±3%,5% 3 11 13 17 18 18 2.6 140 3.0 CIH02T18N□ 18nH±3%,5% 3 10 12 17 16 16 2.8 140 2.5 ※ Tolerance (B :±0.1nH, C :±0.2nH, S :±0.3nH, H :±3%, J :±5%) ※ The Rated Current is the DC current value when the self-generation of heat rises to 20℃ (Reference ambient temperature:20℃) ※ Measurement : E4991A + 16196D ※ Residual Inductance : 0.11nH Ver. 201308 PRODUCT IDENTIFICATION CI (1) (1) (3) (5) (6) (7) (8) H (2) 02 (3) T (4) 1N0 (5) S (6) N (7) C (8) Chip Inductor (2) H:High frequency type Dimension (4) Material code Inductance(1N0:1.0nH, 18N:18nH) Tolerance(S:±0.3nH, J:±5%) Thickness option(N:Standard, A:Thinner than standard, B:Thicker than standard) Packaging(C:paper tape, E:embossed tape) RECOMMENDED SOLDERING CONDITION REFLOW SOLDERING RECOMMENDED LAND PATTERN Unit : mm Series Chip size a b c CIH02T 0402 0.26 0.54 0.20 Ver. 201308 CARD BOARD TAPE CONDITION Unit : mm Type 0402 Tape Card board Chip Chip Cavity Quantity T Thickness A B 0.2 0.24 ±0.02 0.45 ±0.02 W E F P1 P2 P0 D0 /Reel (PCS) 0.31 ±0.03 8.0 ±0.1 1.75 ±0.05 3.5 ±0.05 2.0 ±0.05 2.0 ±0.05 4.0 ±0.05 Φ1.5 +0.1 20,000 REEL CONDITION t E ΦC ΦB R ΦD W ΦA Unit : mm TYPE A B C D E W t R 7"REEL φ180+0/-3 φ60+1/-0 φ13±0.3 25±0.5 2.0±0.5 9±0.5 1.2±0.2 1.0 Any data in this sheet are subject to change, modify or discontinue without notice. The data sheets include the typical data for design reference only. If there is any question regarding the data sheets, please contact our sales personnel or application engineers.