WIRE WOUND CHIP CERAMIC INDUCTORS FEATURES APPLICATIONS ORDERING CODE DIMENSIONS

Transcription

1 WIRE WOUND CHIP CERAMIC INDUCTORS FEATURES ature size, suitable for SMT; Using teral electrode structure to restrain the parasitic component effect quite caused by lead; High value and Tight inductance tolerance Execellent in solderability and heat resistance. APPLICATIONS PDA Portable communication equipment and PDA; High speed electronic device; Used for radiation high speed noise suppression. ORDERING CODE FHW 85 UC 68 J G T () Code FHW Dimensions (L W ) (mm) Material UC HC Ceramic 1N 1. R 1R B.1 C.2 S.3 D.5 F 1 G 2 H 3 J 5 K M 2 Teral G GOLD S TIN Packaging Style T Tape&Reel B Bulk DIMENSIONS

2 WIRE WOUND CHIP INDUCTORS (Unit): mm/inch Par N (.7) 2.3 (.91) 2.92 (.115) 3.5 (.138) 1. (.43) 1.7 (.67) 2.79 (.1) 2.9 (.114).95 (.37) 1.52 (.6) 2. (.83) 2.2 (.88) 5 D E F G A (.) B (.) C (.).3 (.12).5 (.2).5 (.2).5 (.2) 1.2 (.4) 1.78 (.7) 2.54 (.) 2.54 (.).64 (.) 1.2 (.4) 1.2 (.4) 1.2 (.4).64 (.).76 (.3) 1.27 (.5) 1.78 (.7) (.47).66 (.26).6 (.24).23 (.9).66 (.26).36 (.14).46 (.18) FHW42UC1N FHW42UC2N2 FHW42UC2N7 FHW42UC3N3 FHW42UC3N9 FHW42UC4N7 FHW42UC5N6 FHW42UC6N8 FHW42UC8N2 FHW42UC FHW42UC12 FHW42UC15 FHW42UC18 FHW42UC22 FHW42UC27 FHW42UC33 FHW42UC39 FHW42UC47 FHW42UC56 FHW42UC68 FHW42UC82 FHW42UCR FHW42UCR12 1.@MHZ 2.2@MHZ 3.3@MHZ 3.9@MHZ 4.7@MHZ 5.6@MHZ 6 12@MHZ 15 18@MHZ 22@MHZ 27@MHZ 33@MHZ 39@MHZ 47@MHZ 56@MHZ 68@MHZ 12@MHZ UC Series ELECTRICAL CHARACTERISTICS SRF(MHz) Idc ma FHW63UC1N6 FHW63UC1N8 FHW63UC2N2 FHW63UC3N3 FHW63UC3N6 FHW63UC3N9 FHW63UC4N3 FHW63UC4N7 FHW63UC5N1 FHW63UC5N6 FHW63UC6N8 FHW63UC7N5 1.6@MHZ 1.8@MHZ 2.2@MHZ 3.3@MHZ 3.6@MHZ 3.9@MHZ 4.3@MHZ 4.7@MHZ 5.1@MHZ 5.6@MHZ 6.8@MHZ 7.5@MHZ 18@MHZ 16@MHZ 12@MHZ 2@MHZ 22@MHZ 22@MHZ 22@MHZ 2@MHZ 2@MHZ 18@MHZ 27@MHZ 28@MHZ UC Series

3 FHW63UC8N2 FHW63UC9N5 FHW63UC FHW63UC12 FHW63UC15 FHW63UC18 FHW63UC22 FHW63UC27 FHW63UC33 FHW63UC36 FHW63UC39 FHW63UC43 FHW63UC47 FHW63UC56 FHW63UC68 FHW63UC75 FHW63UC82 FHW63UCR FHW63UCR12 FHW63UCR15 FHW63UCR18 FHW63UCR2 FHW63UCR22 FHW63UCR27 FHW63UCR33 FHW63UCR39 @MHZ UC Series FHW85UC2N2 FHW85UC2N7 FHW85UC3N3 FHW85UC4N7 FHW85UC5N6 FHW85UC6N8 FHW85UC8N2 FHW85UC FHW85UC12 FHW85UC15 FHW85UC18 FHW85UC22 FHW85UC27 FHW85UC33 FHW85UC39 FHW85UC47 FHW85UC56 FHW85UC68 FHW85UC75 FHW85UC82 FHW85UCR FHW85UCR12 FHW85UCR15 FHW85UCR18 FHW85UCR22 FHW85UCR @2MHz 56@2MHz 68@2MHz 75@2MHz 12@15MHz 15@MHz 18@MHz 22@MHz 27@MHz 5@1MHz 5@1MHz 35@1MHz 4@MHz 5@MHz 5@MHz 35@MHz 5@MHz 5@MHz 45@MHz 55@MHz 55@MHz 55@MHz 55@MHz 55@MHz 55@MHz 55@MHz 55@MHz 55@MHz 55@MHz 5@MHz

4 WIRE WOUND CHIP INDUCTORS () FHW85UCR33 FHW85UCR39 FHW85UCR47 FHW85UCR56 FHW85UCR68 FHW85UCR75 FHW85UCR82 FHW85UCR91 FHW85UC1R FHW85UC1R2 FHW85UC1R5 FHW85UC1R8 FHW85UC2R2 @MHz @MHz 23@5MHz 23@5MHz 23@5MHz 23@5MHz 2@5MHz 2@5MHz 18@5MHz 18@5MHz 18@5MHz 16@7.9MHz UC Series FHW8UC3N9 FHW8UC4N7 FHW8UC5N6 FHW8UC8N2 FHW8UC FHW8UC12 FHW8UC15 FHW8UC18 FHW8UC22 FHW8UC27 FHW8UC33 FHW8UC39 FHW8UC47 FHW8UC56 FHW8UC68 FHW8UC82 FHW8UCR FHW8UCR12 FHW8UCR15 FHW8UCR18 FHW8UCR22 FHW8UCR27 FHW8UCR33 FHW8UCR39 FHW8UCR47 FHW8UCR56 FHW8UCR68 FHW8UCR82 FHW8UC1R FHW8UC1R2 FHW8UC1R5 FHW8UC1R8 FHW8UC2R2 FHW8UC2R7 FHW8UC3R3 FHW8UC3R9 FHW8UC4R7 FHW8UC5R6 FHW8UC6R8 FHW8UC8R2 FHW8UC 3.9@5MHz 4.7@5MHz 12@5MHz 15@5MHz 18@5MHz 22@5MHz 27@5MHz 33@5MHz 39@5MHz 47@5MHz 56@5MHz 68@5MHz 12@MHz 15@MHz 18@MHz 22@MHz 27@MHz 33@MHz 39@MHz 47@MHz 56@MHz 68@MHz 12@7.9MHz 1@7.9MHz 18@7.9MHz 22@7.9MHz 2@7.9MHz 33@7.9MHz 39@7.9MHz 4@7.9MHz 5@7.9MHz 68@7.9MHz @1MHz 5@1MHz 3@MHz 5@MHz 5@MHz 5@MHz 45@MHz 5@35MHz 55@35MHz 55@35MHz 6@35MHz 6@35MHz 65@35MHz 65@35MHz 65@35MHz 6@35MHz 6@35MHz 6@35MHz 45@MHz 45@MHz 45@MHz 45@MHz 45@MHz 45@MHz 45@MHz 45@MHz 45@MHz 45@MHz 35@5MHz 35@5MHz 28@5MHz 28@5MHz 2@5MHz 22@MHz 22@MHz 16@MHz 18@MHz 18@7.9MHz 18@7.9MHz 18@7.9MHz 2@7.9MHz

5 ( ( 12HC Series FHW12HC3N9 FHW12HC4N7 FHW12HC8N2 FHW12HC FHW12HC12 FHW12HC15 FHW12HC18 FHW12HC22 FHW12HC27 FHW12HC33 FHW12HC39 FHW12HC47 FHW12HC56 FHW12HC68 FHW12HC82 FHW12HCR FHW12HCR12 FHW12HCR15 FHW12HCR18 FHW12HCR22 FHW12HCR27 FHW12HCR33 FHW12HCR39 FHW12HCR47 FHW12HCR56 FHW12HCR68 FHW12HCR75 FHW12HCR82 FHW12HC1R FHW12HC1R2 FHW12HC1R5 FHW12HC1R8 FHW12HC2R2 FHW12HC2R7 FHW12HC3R3 FHW12HC3R9 FHW12HC4R7 FHW12HC5R6 FHW12HC6R8 FHW12HC8R2 FHW12HC 3.9@MHz 4.7@MHz 12@MHz 15@MHz 18@MHz 22@MHz 27@MHz 33@MHz 39@MHz 47@MHz 56@MHz 68@MHz 12@MHz 15@MHz 18@5MHz 22@5MHz 27@5MHz 33@5MHz 39@5MHz 47@5MHz 56@35MHz 68@35MHz 75@35MHz 12@35MHz 1@7.9MHz 18@7.9MHz 22@7.9MHz 2@7.9MHz 33@7.9MHz 39@7.9MHz 4@7.9MHz 5@7.9MHz 68@7.9MHz 3@3MHz 3@3MHz 3@3MHz 4@3MHz 4@3MHz 4@3MHz 5@3MHz 5@3MHz 5@3MHz 55@3MHz 55@3MHz 55@3MHz 55@3MHz 55@3MHz 55@3MHz 55@3MHz 6@3MHz 6@3MHz 6@3MHz 6@3MHz 55@3MHz 45@15MHz 45@15MHz 45@15MHz 45@15MHz 45@15MHz 45@15MHz 45@15MHz 45@15MHz 35@15MHz 3@5MHz 3@5MHz 2@MHz 2@MHz 16@MHz 2@7.9MHz 2@7.9MHz 2@7.9MHz 22@7.9MHz

6 WIRE WOUND CHIP INDUCTORS CHARACTERISTIC CURVE FREUENCY CHARACTERISTIC Ls VS FRE. VSFRE Frequency[MHz] 1 Frequency[MHz] Frequency[MHz] Frequency[MHz] Frequency[MHz] Frequency[MHz] Frequency[MHz] 1 Frequency[MHz] Frequency[MHz] 1 Frequency[MHz]

7 Electrical Specification Test N. Item Specified value 42UC 63UC 85UC 8UC 12HC Test methods 1 Operating Temp. Range -4 ~+1 2 Storage Temp. Range - ~+4 Rated Current 15~136mA() CH2+132 or HP4284A+HP42841A Test Equipment CH2+132 or HP4284A+HP42841A 4 1.~ 7.9~MHz Test Frequency 7.9~MHz HP4286A or HP4287A A or 16197A Test Equipment HP4286A or HP4287A+16193A or 16197A 5 13~65() 7.9~MHz Test Frequency 7.9~MHz HP4286A or HP4287A A or 16197A Test Equipment HP4286A or HP4287A+16193A or 16197A 6.3~9.1 () HP4263B or HP4286A Test Equipment HP4263B or HP4286A 7 SRF 2~MHz() HP872D Test Equipment HP872D

8 WIRE WOUND CHIP INDUCTORS Reliability Test N. Item Specified value 42UC 63UC 85UC 8UC 12HC Test methods 1 Solderability At least 9 of teral electrode is covered by new solder : Solder temp.: Duration:5 1S 2 Resistance to soldering :26 5 Solder temp.: Duration: 1S Thermal shock shall not change more than 5; emperature:-4 for for 6 2 Number of cycles: shall not change more than. 4 High Temperature storage Temperature: Time: 96 2h 5 Low Temperature storage Temperature: Time: 96 2h 6 Damp heat (steady state) shall not change more than 5; 9~95 RH Humidity:9 to 95 RH 5 2 Temperature:5 2 2 Duration: 2h shall not change more than. 7 Vibration ~55~Hz Frequency to 55 to Hz 1.5mm Amplitude:1.5mm X Y Z 1 45 Directions: 1 hours 45utes each in X,Y,Z direction.

9 Reliability Test N. Item Specified value 42UC 63UC 85UC 8UC 12HC Test methods 8 Teral Strength (Pull of Test) 42UC.45Kg 63UC 1.3 Kg 85UC 8UC 12HC 2Kg. 9 Drop shall not change more than 5; Dropped times on a concrete floor from a height of 1m. shall not change more than. Flextrue strength shall not change more than 5; shall not change more than. Flexure:2mm Test board:glass -Epoxy board Thickness:.8mm 11 Over Loading Appearance:No Damage ; Inductors shall not have a open winding. Provide 2 times the rated current of direct current between inductor terals, Direct current error 5, and for 5 utes. 12 Life shall not change more than 5; shall not change more than Temperature:85 2 Duration: h Applied current: Rated current.

10 WIRE WOUND CHIP INDUCTORS Packaging Style Tape Unit(mm) Type A B T Paper Tape Polystyrene tape Type Unit(mm) A B C D E W t R Peeling off force Pull strength ~12 2g ~8g 165 to 18 degree F Cover tape Speed of peeling off 3mm/ Plastic tape Packaging uantity Dimension