RF CERAMIC CHIP INDUCTORS

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Shana Jones
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RF CERAMIC CHIP INDUCTORS High frequency multi-layer chip inductors feature a monolithic body made of low loss ceramic and high conductivity metal electrodes to achieve optimal high frequency

These RF chip inductors are compact in size and feature lead-free tin plated nickel barrier terminations and tape and reel packaging which makes them ideal for small size/high volume wireless

1 RF CERAMIC CHIP INDUCTORS High frequency multi-layer chip inductors feature a monolithic body made of low loss ceramic and high conductivity metal electrodes to achieve optimal high frequency performance. These RF chip inductors are compact in size and feature lead-free tin plated nickel barrier terminations and tape and reel packaging which makes them ideal for small size/high volume wireless applications. APPLICATIONS & FEATURES CELL/PCS Modules Wireless LAN Broadband Components RFID RF Tranceivers 5 Mini. Size Available RoHS Compliant (Standard, V Code) Sn/Pb Terminations Optional ( T Code) PRODUCT RANGE SUMMARY EIA SIZE () SIZE CODE L RANGE FACTOR (Min.) SRF (Typ.) TEMPERATURE 5 (42) L nh 2 ( MHz) >21 GHz ( nh) -4 C to + C 21 (63) L nh 4 ( MHz) >21 GHz ( nh) -4 C to + C 42 (5) L-7-12 nh 8 ( MHz) >21 GHz ( nh) -4 C to + C 63 (168) L nh 12 ( MHz) >23 GHz ( nh) -4 C to + C 85 (212) L nh 8 ( MHz) >21 GHz (1.5 nh) -4 C to + C MECHANICAL CHARACTERISTICS Length Width Thickness End Band 5 (42).16 ±.1 (.4 ±.3).8 ±.1 (.2 ±.3).8 ±.1 (.2 ±.3).4 ±.2 (.1 ±.5) 21 (63).24 ±.1 (.6 ±.3).12 ±.1 (.3 ±.3).12 ±.1 (.3 ±.3).6 ±.2 (.15 ±.5) 42 (5).39 ±.4 ( ±.).2 ±.4 (.5 ±.).2 ±.4 (.5 ±.).9 ±.4 (.23 ±.) 63 (168).63 ±.6 (1.6 ±.15).31 ±.6 (.8 ±.15).31 ±.6 (.8 ±.15).12 ±.8 (.3 ±.2) 85 (212).79 ±.8 (2. ±.2).47 ±.8 (1.2 ±.2).33 ±.8 (.85 ±.2).2 ±.12 (.5 ±.3) E/B T W HOW TO ORDER L L- 7 C N J V 6 T DEVICE Inductor SIZE 5 = 21 7 = = = 85 TYPE Ceramic VALUE See Table TOLERANCE C = ±.2 nh nh S = ±.3 nh to 5.6 nh J = ± 5% 6.8 nh and above K = ± % 3.3 nh and above TERMINATION V = Ni/Sn T = Ni / SnPb MARKING 4 = No Marking 6 = Orientation Mark (42 Only) TAPE & REEL Size Code Tape Reel ty 21 T Paper 7 15, 42 T Paper 7, 63 T Paper 7 4, 85 E Embossed 7 4, Part number written: L-7CNJV6T 16

2 5 INDUCTANCE RANGE / ELECTRICAL CHARACTERISTICS Part Number Inductance Tolerance (Min.) (Typ.) Typ. Typ. Typical SRF DC MHz Max Resistance Current L-3CN8SV4T.8 nh +/-.3 nh > 135 MHz.2 Ω 2 ma L-3C1NSV4T nh +/-.3 nh > 135 MHz.2 Ω 2 ma L-3C1N2SV4T 1.2 nh +/-.3 nh > 135 MHz.22 Ω 2 ma L-3C1N5SV4T 1.5 nh +/-.3 nh > 135 MHz.24 Ω 2 ma L-3C1N8SV4T 1.8 nh +/-.3 nh > 135 MHz.3 Ω 2 ma L-3CSV4T 2.2 nh +/-.3 nh Ω 2 ma L-3C2N7SV4T 2.7 nh +/-.3 nh Ω 2 ma L-3C3N3SV4T 3.3 nh ±.3 nh or ±% Ω 2 ma L-3C3N9SV4T 3.9 nh ±.3 nh or ±% Ω 2 ma 21 INDUCTANCE RANGE / ELECTRICAL CHARACTERISTICS L-5CN6CV4T.6 nh ±.2 nh 4 MHz >13 MHz.12 Ω 3 ma L-5CN7CV4T.7 nh ±.2 nh 4 MHz >13 MHz.12 Ω 3 ma L-5CN8CV4T.8 nh ±.2 nh 4 MHz >13 MHz.12 Ω 3 ma L-5CN9CV4T.9 nh ±.2 nh 4 MHz >13 MHz.12 Ω 3 ma L-5C1N*V4T nh ±.2 or ±.3 nh 4 MHz >13 MHz.12 Ω 3 ma L-5C1N2*V4T 1.2 nh ±.2 or ±.3 nh 4 MHz >13 MHz.15 Ω 3 ma L-5C1N3*V4T 1.3 nh ±.2 or ±.3 nh 4 MHz >13 MHz.15 Ω 3 ma L-5C1N5*V4T 1.5 nh ±.2 or ±.3 nh 4 MHz >13 MHz.18 Ω 3 ma L-5C1N8SV4T 1.8 nh ±.3 nh 4 MHz 5 MHz.22 Ω 3 ma L-5CSV4T 2.2 nh ±.3 nh 4 MHz 95 MHz.26 Ω 3 ma L-5C2N3SV4T 2.3 nh ±.3 nh 4 MHz 92 MHz.28 Ω 3 ma L-5C2N4SV4T 2.4 nh ±.3 nh 4 MHz 9 MHz.3 Ω 3 ma L-5C2N5SV4T 2.5 nh ±.3 nh 4 MHz 9 MHz.3 Ω 3 ma L-5C2N7SV4T 2.7 nh ±.3 nh 4 MHz 85 MHz.32 Ω 3 ma L-5C3N@V4T 3. nh ±.3 nh ±% 4 MHz 8 MHz.36 Ω 3 ma L-5C3N3@V4T 3.3 nh ±.3 nh ±% 4 MHz 75 MHz.38 Ω 3 ma L-5C3N6@V4T 3.6 nh ±.3 nh ±% 4 MHz 7 MHz.43 Ω 3 ma L-5C3N7@V4T 3.7 nh ±.3 nh ±% 4 MHz 69 MHz.44 Ω 3 ma L-5C3N9@V4T 3.9 nh ±.3 nh ±% 4 MHz 68 MHz.45 Ω 3 ma L-5C@V4T 4.7 nh ±.3 nh ±% 4 MHz 6 MHz.5 Ω 3 ma L-5C5N1@V4T 5.1 nh ±.3 nh ±% 5 MHz 57 MHz.55 Ω 3 ma L-5C5N6@V4T 5.6 nh ±.3 nh ±% 5 MHz 55 MHz.6 Ω 3 ma L-5C6N8#V4T 6.8 nh ±5% ±% 5 MHz 48 MHz.7 Ω 25 ma L-5C8N2#V4T 8.2 nh ±5% ±% 5 MHz 46 MHz.9 Ω 25 ma L-5CN#V4T. nh ±5% ±% 5 MHz 4 MHz 1.2 Ω 25 ma L-5C#V4T 12. nh ±5% ±% 5 MHz 35 MHz 1.3 Ω 25 ma L-5C13N#V4T 13. nh ±5% ±% 5 MHz 35 MHz 1.35 Ω 25 ma L-5C15N#V4T 15. nh ±5% ±% 5 MHz 3 MHz 1.4 Ω 25 ma L-5C18N#V4T 18. nh ±5% ±% 5 MHz 25 MHz 1.5 Ω 2 ma L-5C22N#V4T 22. nh ±5% ±% 5 MHz 22 MHz 1.8 Ω 2 ma L-5C#V4T 27. nh ±5% ±% 5 MHz 18 MHz 2. Ω 2 ma L-5C33N#V4T 33. nh ±5% ±% 5 MHz 15 MHz 2.3 Ω 2 ma L-5C39N#V4T 39. nh ±5% ±% 5 MHz 14 MHz 2.5 Ω 2 ma 42 INDUCTANCE RANGE / ELECTRICAL CHARACTERISTICS L-7C1N*V6T nh ±.2 or.3 nh 8 MHz >15 MHz.12 Ω 3 ma L-7C1N2SV6T 1.2 nh ±.3 nh 8 MHz >15 MHz.12 Ω 3 ma L-7C1N5SV6T 1.5 nh ±.3 nh 8 MHz >15 MHz.13 Ω 3 ma L-7C1N6SV6T 1.6 nh ±.3 nh 8 MHz 14 MHz.14 Ω 3 ma L-7C1N8SV6T 1.8 nh ±.3 nh 8 MHz 14 MHz.14 Ω 3 ma L-7C1N9SV6T 1.9 nh ±.3 nh 8 MHz 13 MHz.15 Ω 3 ma L-7C2NSV6T 2. nh ±.3 nh 8 MHz 12 MHz.16 Ω 3 ma L-7CSV6T 2.2 nh ±.3 nh 8 MHz 12 MHz.16 Ω 3 ma * = Choice of C or S = S or K Tolerance, # = J or K Tolerance 17

3 42 CONTINUED L-7C2N4SV6T 2.4 nh ±.3 nh 8 MHz MHz.16 Ω 3 ma L-7C2N7SV6T 2.7 nh ±.3 nh 8 MHz 95 MHz.17 Ω 3 ma L-7C3N@V6T 3. nh ±.3 nh 8 MHz 9 MHz.18 Ω 3 ma L-7C3N3@V6T 3.3 nh ±.3 nh ±% 8 MHz 85 MHz.19 Ω 3 ma L-7C3N6@V6T 3.6 nh ±.3 nh ±% 8 MHz 75 MHz.21 Ω 3 ma L-7C3N9@V6T 3.9 nh ±.3 nh ±% 8 MHz 7 MHz.22 Ω 3 ma L-7C4N3@V6T 4.3 nh ±.3 nh ±% 8 MHz 6 MHz.24 Ω 3 ma L-7C@V6T 4.7 nh ±.3 nh ±% 8 MHz 6 MHz.24 Ω 3 ma L-7C5N1@V6T 5.1 nh ±.3 nh ±% 8 MHz 55 MHz.26 Ω 3 ma L-7C5N6@V6T 5.6 nh ±.3 nh ±% 8 MHz 54 MHz.27 Ω 3 ma L-7C6N2#V6T 6.2 nh ±5% ±% 8 MHz 52 MHz.3 Ω 3 ma L-7C6N8#V6T 6.8 nh ±5% ±% 8 MHz 5 MHz.32 Ω 25 ma L-7C7N5#V6T 7.5 nh ±5% ±% 8 MHz 46 MHz.4 Ω 25 ma L-7C8N2#V6T 8.2 nh ±5% ±% 8 MHz 46 MHz.4 Ω 25 ma L-7CN#V6T. nh ±5% ±% 8 MHz 37 MHz.45 Ω 25 ma L-7C#V6T 12. nh ±5% ±% 8 MHz 32 MHz.5 Ω 25 ma L-7C13N#V6T 13. nh ±5% ±% 8 MHz 3 MHz.55 Ω 25 ma L-7C15N#V6T 15. nh ±5% ±% 8 MHz 3 MHz.6 Ω 25 ma L-7C18N#V6T 18. nh ±5% ±% 8 MHz 29 MHz.65 Ω 2 ma L-7C2N#V6T 2. nh ±5% ±% 8 MHz 2 MHz.8 Ω 2 ma L-7C22N#V6T 22. nh ±5% ±% 8 MHz 2 MHz.8 Ω 2 ma L-7C23N#V6T 23. nh ±5% ±% 8 MHz 2 MHz.85 Ω 2 ma L-7C#V6T 27. nh ±5% ±% 8 MHz 19 MHz.9 Ω 2 ma L-7C33N#V6T 33. nh ±5% ±% 8 MHz 16 MHz Ω 2 ma L-7C39N#V6T 39. nh ±5% ±% 8 MHz 14 MHz 1.2 Ω 15 ma L-7C43N#V6T 43. nh ±5% ±% 8 MHz 13 MHz 1.3 Ω 15 ma L-7C47N#V6T 47. nh ±5% ±% 8 MHz 12 MHz 1.3 Ω 15 ma L-7C#V6T 56. nh ±5% ±% 8 MHz 1 MHz 2. Ω 15 ma L-7C68N#V6T 68. nh ±5% ±% 8 MHz MHz 2.2 Ω ma L-7C82N#V6T 82. nh ±5% ±% 8 MHz 9 MHz 2.5 Ω ma L-7CR#V6T nh ±5% ±% 8 MHz 85 MHz 2.5 Ω ma L-7CR12#V6T 12 nh ±5% ±% 8 5 MHz 75 MHz 2.5 Ω ma 63 INDUCTANCE RANGE / ELECTRICAL CHARACTERISTICS L-14C1NSV4T nh ±.3 nh 8 MHz >17 MHz. Ω 3 ma L-14C1N2SV4T 1.2 nh ±.3 nh 8 MHz >17 MHz. Ω 3 ma L-14C1N5SV4T 1.5 nh ±.3 nh 8 MHz >17 MHz. Ω 3 ma L-14C1N8SV4T 1.8 nh ±.3 nh 8 MHz 13 MHz. Ω 3 ma L-14CSV4T 2.2 nh ±.3 nh 8 MHz 12 MHz.15 Ω 3 ma L-14C2N7SV4T 2.7 nh ±.3 nh 8 MHz 86 MHz.15 Ω 3 ma L-14C3N3@V4T 3.3 nh ±.3 nh ±% 8 MHz 65 MHz.2 Ω 3 ma L-14C3N9@V4T 3.9 nh ±.3 nh ±% 8 MHz 63 MHz.2 Ω 3 ma L-14C@V4T 4.7 nh ±.3 nh ±% 8 MHz 54 MHz.2 Ω 3 ma L-14C5N6@V4T 5.6 nh ±.3 nh ±% 8 MHz 46 MHz.25 Ω 3 ma L-14C6N8#V4T 6.8 nh ±5% ±% 8 MHz 45 MHz.3 Ω 3 ma L-14C8N2#V4T 8.2 nh ±5% ±% 8 MHz 38 MHz.33 Ω 3 ma L-14CN#V4T. nh ±5% ±% 8 MHz 37 MHz.35 Ω 3 ma L-14C#V4T 12. nh ±5% ±% 8 MHz 32 MHz.4 Ω 3 ma L-14C15N#V4T 15. nh ±5% ±% 8 MHz 29 MHz.45 Ω 3 ma L-14C18N#V4T 18. nh ±5% ±% MHz 2 MHz.5 Ω 3 ma L-14C22N#V4T 22. nh ±5% ±% MHz 2 MHz.55 Ω 3 ma L-14C#V4T 27. nh ±5% ±% MHz 2 MHz.6 Ω 3 ma L-14C33N#V4T 33. nh ±5% ±% MHz 16 MHz.65 Ω 3 ma L-14C39N#V4T 39. nh ±5% ±% MHz 15 MHz.7 Ω 3 ma L-14C47N#V4T 47. nh ±5% ±% 12 MHz 12 MHz.9 Ω 3 = Choice of S or K Tolerance, # = J or K Tolerance 18

4 63 CONTINUED L-14C#V4T 56. nh ±5% ±% 12 MHz 1 MHz Ω 3 ma L-14C68N#V4T 68. nh ±5% ±% 12 MHz MHz 1. Ω 3 ma L-14C82N#V4T 82. nh ±5% ±% 12 MHz 85 MHz 1.2 Ω 3 ma L-14CR#V4T nh ±5% ±% 12 MHz 75 MHz 1.2 Ω 3 ma L-14CR12#V4T 12 nh ±5% ±% 8 5 MHz 7 MHz 1.3 Ω 3 ma L-14CR15#V4T 15 nh ±5% ±% 8 5 MHz 65 MHz 1.4 Ω 3 ma L-14CR18#V4T 18 nh ±5% ±% 8 5 MHz 55 MHz 1.5 Ω 3 ma L-14CR22#V4T 22 nh ±5% ±% 8 5 MHz 45 MHz 1.7 Ω 3 ma 85 INDUCTANCE RANGE / ELECTRICAL CHARACTERISTICS L-15C1N5SV4E 1.5 nh ±.3 nh MHz >6 MHz. Ω 3 ma L-15C1N8SV4E 1.8 nh ±.3 nh MHz >6 MHz. Ω 3 ma L-15CSV4E 2.2 nh ±.3 nh MHz >6 MHz. Ω 3 ma L-15C2N7SV4E 2.7 nh ±.3 nh 12 MHz >6 MHz.12 Ω 3 ma L-15C3N3@V4E 3.3 nh ±.3 nh ±% 12 MHz >6 MHz.13 Ω 3 ma L-15C3N9@V4E 3.9 nh ±.3 nh ±% 12 MHz 56 MHz.15 Ω 3 ma L-15C@V4E 4.7 nh ±.3 nh ±% 12 MHz 55 MHz.2 Ω 3 ma L-15C5N6@V4E 5.6 nh ±.3 nh ±% 12 MHz 47 MHz.23 Ω 3 ma L-15C6N8#V4E 6.8 nh ±5% ±% 15 MHz 39 MHz.25 Ω 3 ma L-15C8N2#V4E 8.2 nh ±5% ±% 15 MHz 32 MHz.28 Ω 3 ma L-15CN#V4E. nh ±5% ±% 15 MHz 3 MHz.3 Ω 3 ma L-15C#V4E 12. nh ±5% ±% 15 MHz 28 MHz.35 Ω 3 ma L-15C15N#V4E 15. nh ±5% ±% 15 MHz 24 MHz.4 Ω 3 ma L-15C18N#V4E 18. nh ±5% ±% 15 MHz 2 MHz.45 Ω 3 ma L-15C22N#V4E 22. nh ±5% ±% 15 MHz 2 MHz.5 Ω 3 ma L-15C#V4E 27. nh ±5% ±% 15 MHz 18 MHz.55 Ω 3 ma L-15C33N#V4E 33. nh ±5% ±% 15 MHz 17 MHz.6 Ω 3 ma L-15C39N#V4E 39. nh ±5% ±% 18 MHz 14 MHz.65 Ω 3 ma L-15C47N#V4E 47. nh ±5% ±% 18 MHz 12 MHz.7 Ω 3 ma L-15C#V4E 56. nh ±5% ±% 18 MHz MHz.75 Ω 3 ma L-15C68N#V4E 68. nh ±5% ±% 18 MHz 9 MHz.8 Ω 3 ma L-15C82N#V4E 82. nh ±5% ±% 18 MHz 9 MHz.85 Ω 3 ma L-15CR#V4E nh ±5% ±% 18 MHz 7 MHz.9 Ω 3 ma L-15CR12#V4E 12 nh ±5% ±% 13 5 MHz 6 MHz.95 Ω 3 ma L-15CR15#V4E 15 nh ±5% ±% 13 5 MHz 5 MHz Ω 3 ma L-15CR18#V4E 18 nh ±5% ±% 13 5 MHz 43 MHz 1. Ω 3 ma L-15CR22#V4E 22 nh ±5% ±% 12 5 MHz 4 MHz 1.2 Ω 3 ma L-15CR27#V4E 27 nh ±5% ±% 12 5 MHz 34 MHz 1.3 Ω 3 ma L-15CR33#V4E 33 nh ±5% ±% 12 5 MHz 32 MHz 1.5 Ω 3 ma L-15CR39#V4E 39 nh ±5% ±% 5 MHz 27 MHz 1.6 Ω 3 ma L-15CR47#V4E 47 nh ±5% ±% 5 MHz 25 MHz 1.8 Ω 3 ma L-15CR56#V4E 56 nh ±5% ±% 5 MHz 23 MHz 2.5 Ω 3 ma L-15CR68#V4E 68 nh ±5% ±% 5 MHz 18 MHz 3. Ω 3 = Choice of S or K Tolerance, # = J or K Tolerance 19

5 RF CHARACTERISTICS CHARACTERISTICS (TYPICAL) INDUCTANCE VS FREUENCY: SIZE 42 VS FREUENCY: SIZE N 15N 6N8 3N3 1N5 1N N3 4 6N8 15N 2 47N INDUCTANCE VS FREUENCY: SIZE 63 VS FREUENCY: SIZE 63 8 R R INDUCTANCE VS FREUENCY: SIZE 85 VS FREUENCY: SIZE R15 R 5 R R15 MECHANICAL & ENVIRONMENTAL CHARACTERISTICS SOLDERABILITY: RESISTANCE TO SOLDERING: THERMAL SHOCK: LIFE TEST: HUMIDITY RESISTANCE: TERMINAL ADHESION: PCB DEFLECTION: SPECIFICATION Solder coverage 75% of electrodes L=±% =± 2% No apparent damage Solder coverage 75% L=±% =± 2% No apparent damage L=±% =± 2% No apparent damage L=±% =± 2% Inductance change: 2% or.5pf Max Termination should not pull off. Ceramic should remain undamaged. No mechanical damage. TEST PARAMETERS Preheat 12±2 C for 1 min. Dip 23± C for 3±1 sec. Preheat 12±2 C for 1 min. Dip 26± C for ±1 sec. cycles: 3±3 + C then 3±3 -4 C ±48 +85±2 C, rated current (1-2 hour recovery) ±48 +4±2 C, 9-95% relative humidity, rated current (1-2 hour recovery) Lateral pull force: 21 Lbs Lbs For Lbs For Lbs Glass Epoxy PCB: 1 deflection 2

RF WIREWOUND CHIP INDUCTORS

RF WIREWOUND CHIP INDUCTORS These high frequency High-Q chip inductors feature a monolithic body made of low loss ceramic wound with wire to achieve optimal high frequency performance. These RF chip inductors