MULTILAYER CHIP INDUCTORS

Transcription

1 CONTENTS PAGE GENERAL INFORMATION HIGH FREQUENCY - L63H HIGH FREQUENCY - L85H L63S L85S L26S

2 General information GENERAL INFORMATION Description LxxxxH Series for high frequencies applications (up to 6 GHz) in 63 and 85 sizes. LxxxxS Series for general purposes applications in 63, 85 and 26 sizes. Both series feature low DC resistance and High Q characteristics in their frequency ranges; their closed magnetic shielding avoids crosstalk and make them accordingly suitable for high density printed circuit boards. Their monolithic inorganic material construction together with their nickel-tin plated terminations insure a good reliability over a wide range of applications. Applications Depending upon the frequency range chosen, the S or H series may be used in modems, computers communication, printers, cellular phones, pagers, covering a wide range of applications. Dimentions All dimensions are given in millimeters. Size Length Width Thickness End bands (L) (W) (T) (Eb) 63.6 ±.5.8 ±.5.8 ±.5.3 ± ±.2.2 ±.2.9 ±.2.5 ±.3 up to and = 2.2 µh.2 ±.2 above ±.2.6 ±.2. ±.2.5 ±.3 Electrical characteristics Operating temperature range: -25 to +85 C Storage temperature range: -4 to +85 C Inductance, Q factor, DC resistance & rated current: See tables referenced: L63S - L85S - L26S - L63H - L85H and related curves. Inductance values are indicated in microhenry for LxxxxS series and in nanohenry for LxxxxH series. 25 E.b. L W T

3 General information Tolerance on inductance Chip inductor series LxxxxS LxxxxxH Preferred tolerances L <. µh ± 2 % = M L < 3.3 nh ±.3 nh = S L. µh ± % = K L 3.3 nh ± % = K ± 2 % = M For other tolerances, please consult your local sales office. How to order? Read the part number corresponding to your choice in the selected table and add at the end of it the letter corresponding to the selected tolerance on inductance (see above table). Example: L 63 H N2 S Inductor Size Series Code of the inductance in nh Tolerance on inductance Can be: Can be: (See tables for each range) NOTE: 63 S = Standard S = ±.3 nh 85 or K = ± % 26 H = High frequency M = 2 % All chips inductors will be delivered on tape (7 inches reel) with following quantities depending on case size: Size Quantity

4 High frequency - L63H HIGH FREQUENCY - L63H Mini self Max. D.C Max. rated TEMEX Q resonant resistance current part frequency Idc L (nh) number MHz 8 MHz (MHz) (Ω) (ma).2 L63H N2 x 4 > L63H N5 x 38 > L63H N8 x 36 > L63H 2N2 x 34 > L63H 2N7 x 32 > L63H 3N3 x L63H 3N9 x L63H 4N7 x L63H 5N6 x L63H 6N8 x L63H 8N2 x L63H x L63H 2 x L63H 5 x L63H 8 x L63H 22 x L63H 27 x L63H 33 x L63H 39 x L63H 47 x L63H 56 x x Tolerance on inductance value 252

5 High frequency - L63H TYPICAL ELECTRICAL CHARACTERISTICS CURVES (TEST INSTRUMENT: HP-429 A) Inductace (nh) nh 5 nh nh Q nh 6.8 nh nh nh 22 nh Impedance ( ) 22 nh 5 nh nh 6.8 nh 253

6 High frequency - L85H HIGH FREQUENCY - L85H Mini self Max. D.C Max. rated TEMEX Q resonant resistance current part frequency Idc L (nh) number MHz 8 MHz (MHz) (Ω) (ma).5 L85H N5 x 3 4 > L85H N8 x 3 45 > L85H 2N2 x 3 48 > L85H 2N7 x 2 36 > L85H 3N3 x 3 56 > L85H 3N9 x L85H 4N7 x L85H 5N6 x L85H 6N8 x L85H 8N2 x L85H x L85H 2 x L85H 5 x L85H 8 x L85H 22 x L85H 27 x L85H 33 x L85H 39 x L85H 47 x L85H 56 x L85H 68 x L85H 82 x L85H x x Tolerance on inductance value 254

7 High frequency - L85H TYPICAL ELECTRICAL CHARACTERISTICS CURVES (TEST INSTRUMENT: HP-429 A) nh 7 6 Inductace (nh) nh 5 nh Q nh nh 2 5 nh 82 nh 39 nh Impedance ( ) 82 nh 39 nh 5 nh 4.7 nh 255

8 L63S L63S L, Q Mini self Max. D.C Max. rated TEMEX Q min. test resonant resistance current part frequency frequency Idc L (µh) number (MHz) (MHz) (Ω) (ma).47 L63S 47 x L63S 68 x L63S 82 x L63S x L63S 2 x L63S 5 x L63S 8 x L63S 22 x L63S 27 x L63S 33 x L63S 39 x L63S 47 x L63S 56 x L63S 68 x L63S 82 x L63S 2 x L63S 22 x L63S 52 x L63S 82 x L63S 222 x L63S 272 x x Tolerance on inductance 256

9 L63S TYPICAL ELECTRICAL CHARACTERISTICS CURVES 5 TEST EQUIPEMENT: HP 429 TEST EQUIPEMENT: HP Q H Inductance ( H).. H 5. DC Current (ma) Impedance ( ) TEST EQUIPEMENT: HP H 257 TEST EQUIPMENT: HP 4284 L / L (%). H Temperature ( C). H

10 L85S L85S L, Q Mini self Max. D.C Max. rated TEMEX Q min. test resonant resistance current part frequency frequency Idc L (µh) number (MHz) (MHz) (Ω) (ma).47 L85S 47 x L85S 68 x L85S 82 x L85S x L85S 2 x L85S 5 x L85S 8 x L85S 22 x L85S 27 x L85S 33 x L85S 39 x L85S 47 x L85S 56 x L85S 68 x L85S 82 x L85S 2 x L85S 22 x L85S 52 x L85S 82 x L85S 222 x L85S 272 x L85S 332 x L85S 392 x L85S 472 x L85S 562 x L85S 682 x L85S 822 x L85S 3 x x Tolerance on inductance value 258

11 TEMEX L85S TYPICAL ELECTRICAL CHARACTERISTICS CURVES 6 TEST EQUIPMENT: HP 429 TEST EQUIPMENT: HP H 4. H 2.7 H Q H Inductance ( H)..47 H. H. DC Current (ma) Impedance( ) TEST EQUIPMENT: HP H.47 H. H H. H 2.7 H TEST EQUIPMENT: HP 4284 L / L (%) Temperature ( C) 2.7 H. H.47 H

12 L26S L26S L, Q Mini self Max. D.C Max. rated TEMEX Q min. test resonant resistance current part frequency frequency Idc L (µh) number (MHz) (MHz) (Ω) (ma).47 L26S 47 x L26S 68 x L26S x L26S 2 x L26S 5 x L26S 8 x L26S 22 x L26S 27 x L26S 33 x L26S 39 x L26S 47 x L26S 56 x L26S 68 x L26S 82 x L26S 2 x L26S 22 x L26S 52 x L26S 82 x L26S 222 x L26S 272 x L26S 332 x L26S 392 x L26S 472 x L26S 562 x L26S 682 x L26S 822 x L26S 3 x L26S 23 x L26S 53 x L26S 83 x L26S 223 x L26S 273 x L26S 333 x x Tolerance on inductance value 26

13 L26S TYPICAL ELECTRICAL CHARACTERISTICS CURVES 6 TEST EQUIPMENT: HP 429 TEST EQUIPMENT: HP 4284 Q H.8 H H Inductance ( H) H 4.7 H..8 H Impedance ( ) Frequency(MHz) TEST EQUIPMENT: HP H H.8 H H.8 H TEST EQUIPMENT: HP 4284 L / L (%) H DC Current (ma) Temperature ( C).8 H H 4.7 H