Power Inductor LVS Series

Transcript

1 RoHS Compliant Halogen Free REACH Compliant Part Numbering LVS 6645 L - 1R M - AU Series Name Dimensions Code Inductance Internal Code (mm) (uh) Tolerance x4.x1.2 L Low DCR R47.47 M ±% x4.x1.8 1R 1. T ±3% 55 5.x5.x x5.x x6.x x6.x x6.x L 6.x6.x x8.x4. 884L 8.x8.x4. Internal Code Recommend Reflow Profile

2 LVS AU Type Dimensions Recommended Land Pattern Electrical Characteristics Part No. Inductance Test Freq. RDC Isat(A) Irms(A) Tolerance Marking (uh) (mω)±3% Typ.(Max) Typ.(Max) (±%) LVS4412-1R -AU 1. khz,1v (2.) 1.7(1.5),3 1R LVS4412-1R5 -AU 1.5 khz,1v 58 2.(1.8) 1.6(1.4),3 1R5 LVS AU 2.2 khz,1v (1.5) 1.5(1.3),3 LVS AU 3.3 khz,1v 9 1.3(1.) 1.4(1.),3 LVS AU 4.7 khz,1v 1 1.(.9) 1.(1.),3 LVS AU 6.8 khz,1v 135.9(.81) 1.(.94),3 LVS AU khz,1v 19.78(.7).9(.81),3 LVS AU 15 khz,1v 25.65(.58).85(.76),3 15 LVS AU 22 khz,1v 4.52(.46).75(.67),3 2 LVS AU 33 khz,1v 6.44(.39).7(.63),3 33 LVS AU 47 khz,1v 93.35(.31).5(.45),3 47 Note: When ordering, please specify tolerance code. Tolerance: M=±% / T=±3% 1. Operating temperature range -4 ~125 (Including self - temperature rise) 2. Isat for Inductance drop 3% from its value with current 3. Irms for a 4 temperature rise from 25 ambient with current 4. Measure Equipment: L: Agilent HP4284A+Agilent HP42841A RDC: DIGITAL MILLINHM METER CHROMA 1652, or equivalent Isat: Agilent HP4284A Irms: Agilent HP4284A

3 LVS AU Type Characteristics Graph 5 Inductance vs. DC Current L(uH) R R 7 Temperature Change vs. DC Current 6 T( ) R 1R

4 LVS AU Type Dimensions Recommended Land Pattern Electrical Characteristics Part No. Inductance Test Freq. RDC Isat(A) Irms(A) Tolerance Marking (uh) (mω)±% Typ.(Max) Typ.(Max) (±%) LVS4418-1R -AU 1 khz,1v 32 4.(3.6) 2.8(2.5),3 1R LVS4418-1R5 -AU 1.5 khz,1v 4 3.3(2.9) 2.6(2.3),3 1R5 LVS4418-1R8 -AU 1.8 khz,1v (2.5) 2.5(2.),3 1R8 LVS AU 2.2 khz,1v 6 2.8(2.5) 2.5(2.),3 LVS4418-2R3 -AU 2.3 khz,1v 6 2.8(2.5) 2.5(2.),3 2R3 LVS AU 3.3 khz,1v 7 2.(1.9) 2.(1.8),3 LVS4418-3R6 -AU 3.6 khz,1v 75 2.(1.8) 1.9(1.7),3 3R6 LVS4418-3R9 -AU 3.9 khz,1v 75 2.(1.8) 1.9(1.7),3 3R9 LVS AU 4.7 khz,1v 9 2.(1.8) 1.7(1.5),3 LVS AU 6.8 khz,1v 1 1.6(1.4) 1.5(1.3),3 LVS AU khz,1v (1.) 1.(1.),3 LVS AU 15 khz,1v 25 1.(.9) 1.(.9),3 15 LVS AU 22 khz,1v 35.9(.81).85(.76),3 2 LVS AU 33 khz,1v 53.8(.72).7(.63),3 33 LVS AU 47 khz,1v 7.7(.63).56(.5),3 47 LVS AU 68 khz,1v.56(.5).45(.4),3 68 LVS AU khz,1v 15.46(.41).38(.34),3 1 LVS AU 15 khz,1v 25.35(.31).3(.27),3 151 LVS AU 2 khz,1v 4.28(.25).23(.),3 221 Note: When ordering, please specify tolerance code. Tolerance: M=±% / T=±3% 1. Operating temperature range -4 ~125 (Including self - temperature rise) 2. Isat for Inductance drop 3% from its value with current 3. Irms for a 4 temperature rise from 25 ambient with current 4. Measure Equipment: L: Agilent HP4284A+Agilent HP42841A RDC: DIGITAL MILLINHM METER CHROMA 1652, or equivalent Isat: Agilent HP4284A Irms: Agilent HP4284A

5 LVS AU Type Characteristics Graph 3 Inductance vs. DC Current 25 2 L(uH) R 7 Temperature Change vs. DC Current R T( )

6 LVS55 - AU Type Dimensions Recommended Land Pattern Electrical Characteristics Part No. Inductance Test Freq. RDC Isat(A) Irms(A) Tolerance Marking (uh) (mω)±% Typ.(Max) Typ.(Max) (±%) LVS55-1R -AU 1. khz,1v 21 5.(4.5) 4.(3.6) 3 1R LVS55-1R2 -AU 1.2 khz,1v (4.3) 3.8(3.4) 3 1R2 LVS55-1R5 -AU 1.5 khz,1v 26 4.(3.7) 3.5(3.),3 1R5 LVS55- -AU 2.2 khz,1v (3.) 3.(2.8),3 LVS55-2R7 -AU 2.7 khz,1v (3.) 3.(2.8),3 2R7 LVS55- -AU 3.3 khz,1v (2.7) 2.8(2.5),3 LVS55- -AU 4.7 khz,1v 6 2.(1.9) 2.9(2.6),3 LVS55-5R6 -AU 5.6 khz,1v (1.8) 2.(1.8),3 5R6 LVS55- -AU 6.8 khz,1v 9 2.(1.8) 1.8(1.6),3 LVS55- -AU khz,1v 1 1.6(1.44) 1.6(1.4),3 LVS AU 15 khz,1v (1.17) 1.(1.),3 15 LVS55-2 -AU 22 khz,1v 26 1.(.9) 1.(.9),3 2 LVS AU 33 khz,1v 46.8(.72).75(.67),3 33 LVS AU 47 khz,1v 58.65(.58).65(.58),3 47 Note: When ordering, please specify tolerance code. Tolerance: M=±% / T=±3% 1. Operating temperature range -4 ~125 (Including self - temperature rise) 2. Isat for Inductance drop 3% from its value with current 3. Irms for a 4 temperature rise from 25 ambient with current 4. Measure Equipment: L: Agilent HP4284A+Agilent HP42841A RDC: DIGITAL MILLINHM METER CHROMA 1652, or equivalent Isat: Agilent HP4284A Irms: Agilent HP4284A

7 LVS55 - AU Type Characteristics Graph 55 Inductance vs. DC Current L(uH) R5 1R Temperature Change vs. DC Current R5 1R T( )

8 LVS554 - AU Type Dimensions Recommended Land Pattern Electrical Characteristics Part No. Inductance Test Freq. RDC Isat(A) Irms(A) Tolerance Marking (uh) (mω)±3% Typ.(Max) Typ.(Max) (±%) LVS554-1R -AU 1. khz,1v (6.7) 4.6(4.) 3 1R LVS554-1R2 -AU 1.2 khz,1v (6.6) 4.5(4.) 3 1R2 LVS554-1R5 -AU 1.5 khz,1v (6.3) 4.4(3.9),3 1R5 LVS554- -AU 2.2 khz,1v (5.) 3.7(3.3),3 LVS554-3R -AU 3 khz,1v (4.3) 3.5(3.),3 3R LVS554- -AU 3.3 khz,1v (4.3) 3.5(3.),3 LVS554-3R6 -AU 3.6 khz,1v (3.7) 3.3(2.9),3 3R6 LVS554- -AU 4.7 khz,1v (3.7) 3.2(2.8),3 LVS554- -AU 6.8 khz,1v 5 3.3(2.9) 2.4(2.),3 LVS554- -AU khz,1v 6 2.8(2.5) 2.2(1.9),3 LVS AU 15 khz,1v 9 2.3(2.) 1.8(1.6),3 15 LVS AU 22 khz,1v (1.6) 1.4(1.),3 2 LVS AU 27 khz,1v (1.4) 1.2(1.),3 27 LVS AU 33 khz,1v (1.3) 1.1(.99),3 33 LVS AU 47 khz,1v 3 1.2(1.).9(.81),3 47 LVS AU 68 khz,1v 54 1.(.9).78(.7),3 68 LVS AU khz,1v 8.7(.6).6(.5),3 1 Note: When ordering, please specify tolerance code. Tolerance: M=±% / T=±3% 1. Operating temperature range -4 ~125 (Including self - temperature rise) 2. Isat for Inductance drop 3% from its value with current 3. Irms for a 4 temperature rise from 25 ambient with current 4. Measure Equipment: L: Agilent HP4284A+Agilent HP42841A RDC: DIGITAL MILLINHM METER CHROMA 1652, or equivalent Isat: Agilent HP4284A Irms: Agilent HP4284A

9 LVS554 - AU Type Characteristics Graph 5 Inductance vs. DC Current L(uH) R6 1R5 1R Temperature Change vs. DC Current R6 1R5 1R T( )

10 LVS66 - AU Type Dimensions Recommended Land Pattern Electrical Characteristics Part No. Inductance Test Freq. RDC Isat(A) Irms(A) Tolerance Marking (uh) (mω)±3% Typ.(Max) Typ.(Max) (±%) LVS66-R5 -AU.5 khz,1v 13 8.(7.) 5.3(4.7) 3 R5 LVS66-R9 -AU.9 khz,1v (5.6) 4.2(3.7) 3 R9 LVS66-1R -AU 1. khz,1v (5.5) 4.1(3.6) 3 1R LVS66-1R5 -AU 1.5 khz,1v 26 5.(4.5) 3.6(3.2),3 1R5 LVS66- -AU 2.2 khz,1v (3.7) 3.2(2.8),3 LVS66- -AU 3.3 khz,1v 4 3.2(2.8) 2.7(2.4),3 LVS66- -AU 4.7 khz,1v (2.) 2.2(1.9),3 LVS66- -AU 6.8 khz,1v (1.9) 1.8(1.6),3 LVS66- -AU khz,1v (1.8) 1.6(1.4),3 LVS AU 15 khz,1v (1.) 1.3(1.1),3 15 LVS66-2 -AU 22 khz,1v (.99) 1.1(.99),3 2 Note: When ordering, please specify tolerance code. Tolerance: M=±% / T=±3% 1. Operating temperature range -4 ~125 (Including self - temperature rise) 2. Isat for Inductance drop 3% from its value with current 3. Irms for a 4 temperature rise from 25 ambient with current 4. Measure Equipment: L: Agilent HP4284A+Agilent HP42841A RDC: DIGITAL MILLINHM METER CHROMA 1652, or equivalent Isat: Agilent HP4284A Irms: Agilent HP4284A

11 LVS66 - AU Type Characteristics Graph 25 Inductance vs. DC Current 2 15 L(uH) R5 R9 8 Temperature Change vs. DC Current R5 R9 5 2 T( )

12 LVS AU Type Dimensions Recommended Land Pattern Electrical Characteristics Part No. Inductance Test Freq. RDC Isat(A) Irms(A) Tolerance Marking (uh) (mω)±3% Typ.(Max) Typ.(Max) (±%) LVS6628-1R -AU 1 khz,1v (6.8) 5.(4.6) 3 1R LVS6628-1R5 -AU 1.5 khz,1v (5.6) 4.8(4.3) 3 1R5 LVS AU 2.2 khz,1v 5.4(4.8) 4.(3.6),3 LVS6628-2R7 -AU 2.7 khz,1v (4.4) 3.7(3.3),3 2R7 LVS AU 3.3 khz,1v (3.8) 3.5(3.),3 LVS AU 4.7 khz,1v (3.3) 3.(2.8),3 LVS6628-6R -AU 6 khz,1v (2.9) 2.8(2.5),3 6R LVS AU 6.8 khz,1v 5 3.(2.7) 2.7(2.4),3 LVS AU khz,1v (2.) 2.3(2.),3 LVS AU 15 khz,1v 95 2.(1.8) 1.8(1.6),3 15 LVS AU 22 khz,1v (1.4) 1.5(1.3),3 2 LVS AU 33 khz,1v 2 1.3(1.) 1.4(1.),3 33 LVS AU 47 khz,1v 3 1.(.99) 1.(.9),3 47 LVS AU 68 khz,1v 4.98(.88).9(.81),3 68 LVS AU khz,1v 6.82(.73).8(.72),3 1 Note: When ordering, please specify tolerance code. Tolerance: M=±% / T=±3% 1. Operating temperature range -4 ~125 (Including self - temperature rise) 2. Isat for Inductance drop 3% from its value with current 3. Irms for a 4 temperature rise from 25 ambient with current 4. Measure Equipment: L: Agilent HP4284A+Agilent HP42841A RDC: DIGITAL MILLINHM METER CHROMA 1652, or equivalent Isat: Agilent HP4284A Irms: Agilent HP4284A

13 LVS AU Type Characteristics Graph 25 Inductance vs. DC Current 2 L(uH) R 1R5 1R Temperature Change vs. DC Current R 1R5 1R 5 T( )

14 LVS AU Type Dimensions Recommended Land Pattern Electrical Characteristics Part No. Inductance Test Freq. RDC Isat(A) Irms(A) Tolerance Marking (uh) (mω)±3% Typ.(Max) Typ.(Max) (±%) LVS6645-1R -AU 1. khz,1v (.5) 6.5(5.8),3 1R LVS6645-1R5 -AU 1.5 khz,1v 15.4(9.3) 5.9(5.3),3 1R5 LVS6645-1R8 -AU 1.8 khz,1v (8.6) 5.6(5.),3 1R8 LVS AU 2.2 khz,1v (7.9) 5.1(4.5),3 LVS6645-2R3 -AU 2.3 khz,1v (7.9) 5.(4.5),3 2R3 LVS6645-3R -AU 3 khz,1v (7.) 4.4(3.9),3 3R LVS AU 3.3 khz,1v (6.7) 4.3(3.8),3 LVS6645-3R6 -AU 3.6 khz,1v (6.7) 4.3(3.8),3 3R6 LVS6645-3R9 -AU 3.9 khz,1v 26 7.(6.3) 4.(3.6),3 3R9 LVS6645-4R5 -AU 4.5 khz,1v (6.) 3.9(3.5),3 4R5 LVS AU 4.7 khz,1v (6.) 3.9(3.5),3 LVS6645-5R1 -AU 5.1 khz,1v 33 6.(5.4) 3.5(3.),3 5R1 LVS6645-5R6 -AU 5.6 khz,1v 4 5.5(4.9) 3.3(2.9),3 5R6 LVS6645-6R3 -AU 6.3 khz,1v 4 5.5(4.9) 3.3(2.9),3 6R3 LVS AU 6.8 khz,1v (4.7) 3.2(2.8),3 LVS6645-8R2 -AU 8.2 khz,1v (4.) 2.9(2.6),3 LVS AU khz,1v (4.) 2.7(2.4),3 LVS AU 15 khz,1v 8 3.4(3.) 2.2(1.9),3 15 LVS AU 18 khz,1v 3.1(2.7) 1.8(1.6),3 18 LVS AU 22 khz,1v (2.7) 1.9(1.7),3 2 LVS AU 27 khz,1v (2.) 1.3(1.),3 27 LVS AU 33 khz,1v (2.) 1.4(1.),3 33 LVS AU 47 khz,1v (1.7) 1.2(1.),3 47 LVS AU 56 khz,1v 3 1.7(1.5) 1.1(.99),3 56 LVS AU 68 khz,1v (1.4) 1.(.9),3 68 LVS AU khz,1v 5 1.3(1.).8(.72),3 1 LVS AU 2 khz,1v 13.82(.73).38(.34),3 221 LVS AU 33 khz,1v 18.7(.63).35(.31),3 331 LVS AU khz,1v 6.4(.36).22(.19),3 2 Note: When ordering, please specify tolerance code. Tolerance: M=±% / T=±3% 1. Operating temperature range -4 ~125 (Including self - temperature rise) 2. Isat for Inductance drop 3% from its value with current 3. Irms for a 4 temperature rise from 25 ambient with current 4. Measure Equipment: L: Agilent HP4284A+Agilent HP42841A RDC: DIGITAL MILLINHM METER CHROMA 1652, or equivalent Isat: Agilent HP4284A Irms: Agilent HP4284A

15 LVS AU Type Characteristics Graph Inductance vs. DC Current L(uH) R8 1R DC Current (A) Temperature Change vs. DC Curent R5 3R 2R3 1R8 1R 5 T( ) DC Current (A)

16 LVS6645L - AU Type Dimensions Recommended Land Pattern Electrical Characteristics Part No. Inductance Test Freq. RDC Isat(A) Irms(A) Tolerance Marking (uh) (mω)max. Typ.(Max) Typ.(Max) (±%) LVS6645L-R5 -AU.5 khz,1v 9 11(9.9) 8.(7.) 3 R5 LVS6645L- -AU 2.2 khz,1v (6.) 5.5(4.9),3 LVS6645L- -AU 3.3 khz,1v (4.9) 4.7(4.),3 LVS6645L- -AU 4.7 khz,1v 3 4.6(4.) 4.(3.6),3 LVS6645L- -AU 6.8 khz,1v 4 4.(3.6) 3.5(3.),3 LVS6645L- -AU khz,1v 5 3.2(2.8) 3.2(2.8),3 LVS6645L-15 -AU 15 khz,1v 8 2.6(2.3) 2.5(2.),3 15 LVS6645L-2 -AU 22 khz,1v 1 2.1(1.8) 2.(1.8),3 2 LVS6645L-33 -AU 33 khz,1v (1.5) 1.6(1.4),3 33 LVS6645L-1 -AU khz,1v (.85).92(.82),3 1 Note: When ordering, please specify tolerance code. Tolerance: M=±% / T=±3% 1. Operating temperature range -4 ~125 (Including self - temperature rise) 2. Isat for Inductance drop 3% from its value with current 3. Irms for a 4 temperature rise from 25 ambient with current 4. Measure Equipment: L: Agilent HP4284A+Agilent HP42841A RDC: DIGITAL MILLINHM METER CHROMA 1652, or equivalent Isat: Agilent HP4284A Irms: Agilent HP4284A

17 LVS6645L - AU Type Characteristics Graph 4 Inductance vs. DC Current L(uH) Temperature Change vs. DC Current T( )

18 LVS884 - AU Type Dimensions Recommended Land Pattern Electrical Characteristics Part No. Inductance Test Freq. RDC Isat(A) Irms(A) Tolerance Marking (uh) (mω)±3% Typ.(Max) Typ.(Max) (±%) LVS884-R9 -AU.9 khz,1v (12.) 8.5(7.) 3 R9 LVS884-1R -AU 1. khz,1v 8 13.(11.5) 7.95(7.) 3 1R LVS884-1R4 -AU 1.4 khz,1v 9.8(9.5) 7.8(6.9) 3 1R4 LVS884-1R5 -AU 1.5 khz,1v.(9.) 7.7(6.8) 3 1R5 LVS884-2R -AU 2 khz,1v (8.5) 7.4(6.5),3 2R LVS884- -AU 2.2 khz,1v 12 9.(8.) 7.(6.3),3 LVS884-2R5 -AU 2.5 khz,1v 13 8.(7.) 6.3(5.5),3 2R5 LVS884- -AU 3.3 khz,1v (6.6) 6.(5.3),3 LVS884- -AU 4.7 khz,1v 18 6.(5.3) 5.5(4.8),3 LVS884-5R6 -AU 5.6 khz,1v (5.) 5.(4.5),3 5R6 LVS884- -AU 6.8 khz,1v (4.7) 5.(4.4),3 LVS884- -AU khz,1v (3.7) 3.8(3.3),3 LVS AU 12 khz,1v (3.3) 3.5(3.),3 1 LVS AU 15 khz,1v 5 3.6(3.) 3.(2.7),3 15 LVS AU 18 khz,1v 68 3.(2.6) 2.7(2.3),3 18 LVS AU 22 khz,1v 8 2.8(2.4) 2.6(2.),3 2 LVS AU 33 khz,1v 1 2.3(2.) 2.(1.7),3 33 LVS AU 47 khz,1v (1.6) 1.75(1.4),3 47 LVS AU 68 khz,1v (1.4) 1.45(1.),3 68 LVS AU khz,1v (1.) 1.(.95),3 1 LVS AU 1 khz,1v (.95) 1.(.8),3 121 LVS AU 15 khz,1v 48 1.(.88).9(.75),3 151 LVS AU 2 khz,1v 67.94(.8).6(.5),3 221 LVS AU 27 khz,1v 9.83(.73).55(.45),3 271 LVS AU 8 khz,1v 28.4(.35).38(.3),3 821 Note: When ordering, please specify tolerance code. Tolerance: M=±% / T=±3% 1. Operating temperature range -4 ~125 (Including self - temperature rise) 2. Isat for Inductance drop 3% from its value with current 3. Irms for a 4 temperature rise from 25 ambient with current 4. Measure Equipment: L: Agilent HP4284A+Agilent HP42841A RDC: DIGITAL MILLINHM METER CHROMA 1652, or equivalent Isat: Agilent HP4284A Irms: Agilent HP4284A

19 LVS884 - AU Type Characteristics Graph 4 Inductance vs. DC Current L(uH) R 1R4 R Temperature Change vs. DC Current R 1R4 R9 T( )

20 LVS884L - AU Type Dimensions Recommended Land Pattern Electrical Characteristics Part No. Inductance Test Freq. RDC Isat(A) Irms(A) Tolerance Marking (uh) (mω)max. Typ.(Max) Typ.(Max) (±%) LVS884L-1R -AU 1. khz,1v 9.5(8.4) 8.5(7.5) 3 1R LVS884L- -AU 2.2 khz,1v (6.3) 7.3(6.4),3 LVS884L- -AU 3.3 khz,1v (4.99) 6.(5.3),3 LVS884L- -AU 4.7 khz,1v (3.8) 5.(4.4),3 LVS884L-8R2 -AU 8.2 khz,1v (3.) 3.8(3.3),3 8R2 LVS884L- -AU khz,1v (2.6) 3.5(3.),3 LVS884L-15 -AU 15 khz,1v (2.) 3.(2.6),3 15 LVS884L-2 -AU 22 khz,1v 85 2.(1.7) 2.5(2.),3 2 Note: When ordering, please specify tolerance code. Tolerance: M=±% / T=±3% 1. Operating temperature range -4 ~125 (Including self - temperature rise) 2. Isat for Inductance drop 3% from its value with current 3. Irms for a 4 temperature rise from 25 ambient with current 4. Measure Equipment: L: Agilent HP4284A+Agilent HP42841A RDC: DIGITAL MILLINHM METER CHROMA 1652, or equivalent Isat: Agilent HP4284A Irms: Agilent HP4284A

21 LVS884L - AU Type Characteristics Graph 3 Inductance vs. DC Current 25 2 L(uH) R Temperature Change vs. DC Current R2 T( )

22 Reliability 1-1.Mechanical Performance Item Specification Test Method Board Flex The forces applied on the right Test device shall be soldered on the substrate conditions must not damage Substrate Dimension: x4x1.6mm the terminal electrode and the Deflection: 2.mm ferrite. Keeping Time: 6 sec Terminal Strength The chip must not damage the Appendix 1 Note(-5):Force of 1.8 kg for 6 terminal electrode and the ferrite. seconds Solderability The electrodes shall be at Pre-heating: 15, 1min least 95% covered with new Solder Composition: Sn/3.Ag/.5Cu solder coating. Solder Temperature: 245±5 Immersion Time: 4±1sec Resistance to Appearance:No damage Pre-heating: 15, 1min Soldering Heat Inductance change shall Solder Composition: Sn/Ag3./Cu.5 be within ±%. Solder Temperature: 26±5 Immersion Time: ±1sec Resistance to Solvents There must be no change in Inductors must withstand 6 minutes of alcohol or water. appearance or obliteration of marking Mechanical Shock The forces applied on the right Pulse shape:half-sine waveform conditions must not damage Impact acceleration: g the terminal electrode and the Pulse duration:6 ms ferrite. Number of shocks:18 shocks (3 shocks for each face) Orientation:Bottom, top, left, right, front and rear faces Vibration Appearance:No damage Vibration waveform: Sine waveform Inductance change shall be Vibration frequency: Hz~Hz within ±%. Vibration acceleration: 5g Sweep rate: otcave/minute Duration of test: 12 cycles each of 3 orientations minutes for each cycle Vibration axes: X, Y & Z 1-2.Environmental Performance No Item Specification Test Method High Temperature Appearance:No damage (for Temperature: 125±3 Exposure (Storage) microscope of CASTOR MZ-45 Time: hrs X)Inductance change shall Measured after exposure in the room condition for 24hrs Operational Life be within ±%. Temperature: 85±2 Appliend Current : Rated Current Time: ± 24 hrs Measured after exposure in the room condition for 24hrs Biased Humidity Temperature: 85±2 Relative Humidity: 85% Time: hrs Measured after exposure in the room condition for 24hrs Temperature Cycling Total cycles: cycles Temperature Cycling Test Conditions : -4 to +125 Soak Mode Condition : 3 minutes Measured after exposure in the room condition for 24hrs ESD Test mode:contact Discharge Discharge level:±6kv, Discharge interval:1 second Polarity of the output voltage:positive and negative Number of discharge:discharge +/- for 1 time for the 2 test points. Test Mode:Air Discharge Discharge level:±12kv, ±16KV, ±25KV Discharge interval:<5 seconds Polarity of the output voltage:positive and negative Number of discharge:discharge +/- for 1 time for the 1~2 test points.

23 Packaging Tape Dimensions Reel Dimensions Dimensions in mm Tape Dimensions Reel Dimensions Quantity TYPE A B K D E F W P P P2 A B C D PCS / Reel LVS LVS LVS LVS LVS LVS LVS LVS