Fixed Inductors / AL TYPE

Transcript

1 .Features: 1.Coating epoxy resin that ensures the humidity resistance to be long life. 2.Contribute to be high Q and selfresonant frequencies.applications: 1.Electronics products. 2.Communication equipment. 3.Computer Devices. 4.TV, VCR.Product Identification: PIHD Tolerance Inductance. Shape and Dimension.Schematic Figure A Figure B Dimensions in mm TYPE A(max) B(max) C(max) D(max) AL AL AL AL Figure A B B B.Recommended Reflow

2 . Electrical Characteristics(AL0204 TYPE) Inductance L/Q Test Freq. Q SRF RDC IDC Tolerance (μh) (MHZ) Min. (MHZ)Min. (Ω)Max. (ma)max. (±%) AL0204STR10M AL0204STR12M AL0204STR15M AL0204STR18M AL0204STR22M AL0204STR27M AL0204STR33M AL0204STR39M AL0204STR47M AL0204STR56M AL0204STR68M AL0204STR82M AL0204ST1R0M AL0204ST1R2M AL0204ST1R5M AL0204ST1R8M AL0204ST2R2M AL0204ST2R7M AL0204ST3R3K AL0204ST3R9K AL0204ST4R7K AL0204ST5R6K AL0204ST6R8K AL0204ST6R8K AL0204ST100K AL0204ST120K AL0204ST150K AL0204ST180K AL0204ST220K AL0204ST270K AL0204ST330K AL0204ST390K AL0204ST470K AL0204ST560K AL0204ST680K AL0204ST820K AL0204ST101K

3 Electrical Characteristics(AL0307 TYPE) Inductance L/Q Test Freq. Q SRF RDC IDC Tolerance (μh) (MHZ) Min. (MHZ)Min. (Ω)Max. (ma)max. (±%) AL0307STR10K AL0307STR12K AL0307STR15K AL0307STR18K AL0307STR22K AL0307STR27K AL0307STR33K AL0307STR39K AL0307STR47K AL0307STR56K AL0307STR68K AL0307STR70K AL0307STR82K AL0307STR90K AL0307ST1R0K AL0307ST1R1K AL0307ST1R2K AL0307ST1R5K AL0307ST1R6K AL0307ST1R8K AL0307ST2R0K AL0307ST2R2K AL0307ST2R3K AL0307ST2R4K AL0307ST2R7K AL0307ST3R0K AL0307ST3R2K AL0307ST3R3K AL0307ST3R6K AL0307ST3R9K AL0307ST4R2K AL0307ST4R7K AL0307ST5R6K AL0307ST6R0K AL0307ST6R4K AL0307ST6R8K AL0307ST8R2K AL0307ST100K AL0307ST120K

4 Electrical Characteristics(AL0307 TYPE) Inductance L/Q Test Freq. Q SRF RDC IDC Tolerance (μh) (MHZ) Min. (MHZ)Min. (Ω)Max. (ma)max. (±%) AL0307ST150K AL0307ST180K AL0307ST200K AL0307ST220K AL0307ST270K AL0307ST330K AL0307ST360K AL0307ST390K AL0307ST470K AL0307ST560K AL0307ST680K AL0307ST820K AL0307ST101K AL0307ST121K AL0307ST151K AL0307ST161K AL0307ST181K AL0307ST221K AL0307ST271K AL0307ST331K AL0307ST391K AL0307ST471K AL0307ST561K AL0307ST621K AL0307ST681K AL0307ST821K AL0307ST102K Electrical Characteristics(AL0410 TYPE) Inductance L/Q Test Freq. Q SRF RDC IDC Tolerance (μh) (MHZ) Min. (MHZ)Min. (Ω)Max. (ma)max. (±%) AL0410STR10K AL0410STR12K AL0410STR15K AL0410STR18K AL0410STR22K AL0410STR27K AL0410STR33K AL0410STR39K AL0410STR47K

5 Electrical Characteristics(AL0410 TYPE) Inductance L/Q Test Freq. Q SRF RDC IDC Tolerance (μh) (MHZ) Min. (MHZ)Min. (Ω)Max. (ma)max. (±%) AL0410STR56K AL0410STR68K AL0410STR70K AL0410STR82K AL0410STR85K AL0410ST1R0K AL0410ST1R2K AL0410ST1R5K AL0410ST1R6K AL0410ST1R8K AL0410ST1R9K AL0410ST2R0K AL0410ST2R2K AL0410ST2R4K AL0410ST2R7K AL0410ST3R0K AL0410ST3R3K AL0410ST3R9K AL0410ST4R2K AL0410ST4R7K AL0410ST5R6K AL0410ST6R4K AL0410ST6R8K AL0410ST8R2K AL0410ST100K AL0410ST120K AL0410ST150K AL0410ST180K AL0410ST220K AL0410ST270K AL0410ST330K AL0410ST390K AL0410ST470K AL0410ST560K AL0410ST680K AL0410ST820K AL0410ST101K AL0410ST121K AL0410ST151K

6 Electrical Characteristics(AL0410 TYPE) Inductance L/Q Test Freq. Q SRF RDC IDC Tolerance (μh) (MHZ) Min. (MHZ)Min. (Ω)Max. (ma)max. (±%) AL0410ST181K AL0410ST201K AL0410ST221K AL0410ST271K AL0410ST331K AL0410ST391K AL0410ST471K AL0410ST561K AL0410ST621K AL0410ST681K AL0410ST821K AL0410ST102K AL0410ST122K AL0410ST152K AL0410ST202K AL0410ST222K AL0410ST272K AL0410ST332K Electrical Characteristics(AL0510 TYPE) Inductance L/Q Test Freq. Q RDC IDC Tolerance (μh) (MHZ) Min. (Ω)Max. (ma)max. (±%) AL0510ST100K AL0510ST120K AL0510ST220K AL0510ST300K AL0510ST360K AL0510ST430K AL0510ST101K AL0510ST221K AL0510ST102K AL0510ST112K AL0510ST122K AL0510ST152K AL0510ST182K AL0510ST222K AL0510ST272K AL0510ST302K AL0510ST312K AL0510ST332K

7 Electrical Characteristics(AL0510 TYPE) Inductance L/Q Test Freq. Q RDC IDC Tolerance (μh) (MHZ) Min. (Ω)Max. (ma)max. (±%) AL0510ST392K AL0510ST472K AL0510ST562K AL0510ST682K AL0510ST822K AL0510ST103K AL0510ST123K AL0510ST153K AL0510ST163K AL0510ST183K AL0510ST203K AL0510ST223K AL0510ST253K AL0510ST273K AL0510ST303K AL0510ST333K AL0510ST393K AL0510ST403K AL0510ST473K AL0510ST683K NOTE: The Nominal Inductance Is Marked By a Color Code As Listed In Table Below Nomial Inductance(uH) Color First Figure Second Figure Magnification Black 0 1 Brown 1 10 Red Orange Yellow 4 Green 5 Blue 6 Purple 7 Grey 8 White 9 Gold 0.1 Silver 0.01 Tolerance ±20% ±5% ±10%

8 . Reliability and Test Conditions( 可靠性測試條件 ) 11.Environmental Performance Item Specification Solderability Resistance to soldering heat The metalized area must have 90% minimum solder coverage. There must be no case deformation or change in dimensions. Inductance must not change more than the stated tolerance. Test Method Dip pads in flux and dip in solder pot( 96.5 Sn/3.5 Ag solder) at 255 C ±5 C. Inductors shall be reflowed onto a PC board using 96.5 Sn/3.5 Ag solder paste. Solder process shall be at a maximum temperature of 260 C. For 96.5 Sn/3.5 Ag solder paste:>217 C for 90 seconds Vibration High temperature resistance Static Humidity Component adhesion(push test) Low temperature storage Resistance to solvent Thermal shock There must be no case deformation or change in dimensions. Inductance must not change more than the stated tolerance. There must be no case deformation or change in dimensions. Inductance must not change more than the stated tolerance. Inductors must not have a shorted or open winding. Inductors shall be subjected to 0.9Kg There must be no case deformation or change in dimensions. Inductance must not change more than the stated tolerance. There must be no case deformation, change in dimensions, or obliteration of marking. There must be no case deformation or change in dimensions. Inductance must not change more than the stated tolerance. Solder specimen inductor on the test printed circuit board. Apply vibrations in each of the x,y and z directions for 2 house for a total of 6 hours. Frequency : 10~50 Hz Amplitude : 1.5mm Inductors shall be subjected to temperature 85±2 for 500±12 hours. Measure the test items after leaving the inductors at room temperature and humidity for 2 hours. Inductors shall be subjected to temperature 85±2 and 90 to 95%RH. for ten 24hours. Measure the test items after leaving the inductors at room temperature and humidity for 2 hours. Inductors shall be reflow soldered (255 C ±5 C for 10 seconds) to a tinned copper substrate. A force gauge shall be applied to the side of the component. The device must withstand the stated force without a failure of the termination. Inductors shall be subjected to temperature 25±2 for 48±12 hours. Measure the test items after leaving the inductors at room temperature and humidity for 1 to 2 hours. Inductors must withstand 6 minutes of alcohol or water. Inductors shall be subjected to 10 cycles to the following temperature cycle: 85 1 cycle 30 min. 30 sec min. Measure the test items after leaving the inductors at room temperature and humidity for 2 hours.

9 .Packing Specifications TYPE AL0204 AL0307 AL0410 AL0510 Packaging Quantity Pcs / BOX Tape Dimension(mm) A B C D ± 1 5 ± ± 1 5 ± ± 1 5 ± ± 1 5 ± 0.5

10 . SGS

11

12