CS0402-430+

CS0402 PREMO | Alldatasheet

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Technical content

Ceramic Chip Inductor 0402 High Q (1nH-120nH) a — a A g Features 9 Leadless smallest size inductor wound on high alumina ceramic bodies. High Q factor 5 and self-resonance frequencies allow excellent operation in GSM frequencies, DECT, 2 cordless communications, wireless LANs, etc. ~~ Operating temperature -40 °C to +125 °C. = Excellent solderability and resistance to soldering heat. 0 High reliability and easy surface mount assembly. Fd Wide range of inductance values are available for flexible needs. fa) a Dimensions Side view Bottom view Pad layout 0.46 0.36 1.19 max [ 0.23 Product List ‘ _ Q_. SRF Min RDC max IDC max Ordering code ' Le (nH) Tolerance Min, Typical (Mts) (2) (mA) 0402 - 1RO+ 1.0 @250 MHz BS 13 26 6000 0,045 1360 €S0402 - 1R9+ 1.9 @250 MHz B,S 16 29 6000 0,07 1040 €s0402 - 2R0+ 2.0 @250 MHz BS 16 30 6000 0,07 1040 €s0402 - 2R2+ 2.2 @250 MHz BS 18 32 6000 0,07 960 CS0402 - 2R4+ 2.4 @250 MHz B,S 16 35 6000 0,068 790 €S0402 - 2R7+ 2.7 @250 MHz BS 16 31 6000 0,12 640 0402 - 3R3+ 3.3 @250 MHz KJ,B 20 4 6000 0,066 840 €S0402 - 3R6+ 3.6 @250 MHz KJ, B 20 43 6000 0,066 840 €S0402 - 3R9+ 3.9 @250 MHz KJ, B 20 4 5800 0,066 840 €s0402 - 4R3+ 4.3 @250 MHz K,J,B 18 45 6000 0,091 700 €S0402 - 4R7+ 4.7 @250 MHz KJ, B 15 45 4775 0,13 640 €S0402 - 5R1+ 5.1 @250 MHz KJ, B 23 49 5800 0,083 800 €S0402 - 5R6+ 5.6 @250 MHz KJ,B 23 46 5800 0,083 760 €S0402 - 6R2+ 6.2 @250 MHz KJ,B 23 49 5800 0,083 760 €S0402 - 6R8+ 6.8 @250 MHz KJ, B 20 50 4800 0,083 680 CS0402 - 7R5+ 7.5 @250 MHz K,J,B 25 50 5800 0,104 680 50402 - 8R2+ 8.2 @250 MHz KJ, B 25 49 4400 0,104 680 €S0402 - 8R7+ 8.7 @250 MHz KJ, B 18 50 4100 0,2 480 €S0402 - 9RO+ 9.0 @250 MHz KJ, B 25 49 4160 0,104 680 50402 - 9RS+ 9.5 @250 MHz K,J,B 18 45 4000 0,2 680 €S0402 - 100+ 10 @ 250 MHz K,J,G 23 47 3900 0,195 480 €S0402 - 110+ 11 @ 250 MHz KJ,G 26 56 3680 0,12 640 1. Replace the + by the code letter for the required inductance tolerance (B=£0.15nH, S=#0.3nH, G=2%, J=5%, K=10%, M=20%)

Ceramic Chip Inductor 0402 High Q (1nH-120nH) g 8 . & Product List mo} : . Q . SRF Min RDC max IDC max

3 Ordering code ' Le (nH) Tolerance Min omniyPical (MHz) (2) (mA)

v s0402 - 120+ 12 @250 MHz KJ,G 26 51 3600 0,12 640 2 €S0402 - 130+ 13 @250 MHz KJ,G 24 54 3450 0,21 560 Q ¢s0402 - 150+ 15 @250 MHz KJG 26 54 3280 0,172 560 = cs0402 - 160+ 16 @250 MHz KG 24 54 3100 0,22 560 Y cs0402 - 180+ 18 @250 MHz KJ,G 25 52 3100 0,23 420 €S0402 - 190+ 19 @250 MHz KJ,G 26 50 3040 0,202 480 50402 - 200+ 20 @250 MHz K,J,G 25 51 3000 0,25 420 C0402 - 220+ 22 @250 MHz K,J,G 25 52 2800 0,3 400 50402 - 230+ 23 @250 MHz KJ,G 26 53 2720 0,214 400 80402 - 240+ 24 @250 MHz KJ,G 25 51 2700 0,3 400 50402 - 270+ 27 @250 MHz KJ,G 26 48 2480 0,298 400 €S0402 - 300+ 30 @250 MHz KJ,G 25 46 2350 0,3 400 50402 - 330+ 33 @250 MHz KJ,G 24 48 2350 0,35 400 €S0402 - 360+ 36 @250 MHz KJ,G 26 48 2320 0,403 320 50402 - 390+ 39 @250 MHz KJ,G 25 45 2100 0,55 320 €S0402 - 400+ 40 @250 MHz KJ,G 26 48 2240 0,438 320 s0402 - 430+ 43 @250 MHz K,J,G 25 46 2030 0,81 100 $0402 - 470+ 47 @200 MHz KG 26 46 2100 0,83 150 50402 - 510+ 51 @200 MHz KJ 25 40 1750 0,82 100 €S0402 - 560+ 56 @200 MHz KJ 22 42 1760 0,97 100 50402 - 680+ 68 @200 MHz KJ 22 36 1620 1,12 100 €S0402 - 820+ 82 @150 MHz KJ 20 33 1500 1,25 100 50402 - 101+ 100 @150 MHz KJ 20 30 1300 2,52 100 $0402 - 121+ 120 @150 MHz KJ 20 29 1100 2,66 100 1, Replace the + by the code letter for the required inductance tolerance (B=+0.15nH, S=+0.3nH, G=2%, J=5%, K=10%, M=20%).