ACM4520F-102T21

ACM4520F Series SMD Common Mode Line Filters FEATURES ■ ■ ■ ■ ■ Chip common mode filter for large current applications Optimal for surface mounting with low profile 2.0 mm The product series is designed for use up to 2.0A Operating temperature -40~+125℃ (Including self - temperature rise) RoHS Compliant FEATURES ■ USB line for personal computers and periphera ■ IEEE 1394 line for personal computers, DVC, STB ■ LVDS, panel line for liquid display panels, graph card,etc. Explanation of Part Number ACM 4520 F- 900 T 32 1 2 3 4 5 6 ♦ 1:Product Series:Wire Wound Chip Common Mode Filters ♦ 2:Dimensions: ♦ 3: Material Code:Ferrite ♦ 4:Common Mode Impedance(Ω) ♦ 5:Packing(Tape & Reel） ♦ 6:Rated Current：32=3200mA Shapes and Dimensions [Dimensions in mm] 4.7±0.5 2.0 Max 1.0 Typ 1.25 Typ 0.8 Typ 4.5±0.5 Marking 2.7 Typ www.metal-lions.com Land Pattern: [mm] Equivalent circuit 1.0 3.0 2.0 6.0 Electrical Characterisitics: Part Number Common mode Impedance （Ω@100MHz） DCR (mΩ) max. IDC (A)max. Rated Volt. (Vdc)max. IR ( Ω) min. Marking ACM4520F-900T32 60 Min 90 Typ 35 3.2 50 10M 900 ACM4520F-151T31 90 Min 150 Typ 40 3.1 50 10M 151 ACM4520F-231T30 180 Min 230 Typ 45 3.0 50 10M 231 ACM4520F-301T30 200 Min 300 Typ 45 3.0 50 10M 301 ACM4520F-401T25 300 Min 420 Typ 50 2.5 50 10M 401 ACM4520F-701T22 500 Min 700 Typ 59 2.2 50 10M 701 ACM4520F-901T21 650 Min 900 Typ 68 2.1 50 10M 901 ACM4520F-102T21 800 Min 1000 Typ 68 2.1 50 10M 102 ACM4520F-122T20 1000 Min 1200 Typ 74 2.0 50 10M 122 ACM4520F-142T19 1200 Min 1400 Typ 81 1.9 50 10M 142 www.metal-lions.com Typical Electrical Characteristics: ACM4520F-900T32 ACM4520F-151T31 ACM4520F-231T30 ACM4520F-301T30 www.metal-lions.com ACM4520F-401T25 ACM4520F-701T22 ACM4520F-901T21 ACM4520F-102T21 www.metal-lions.com ACM4520F-122T20 ACM4520F-142T19 Reliability Test Mechanical Reliability ITEM Solderability Shock Specification & Requirement The surface of terminal/pin tested shall Solder heat proof: be covered with new solder by 95% Preheating: 180 ±10℃ 90 seconds Soldering: 255 ±5℃ for 3 ±1 sec Inductance change within ± 5% Without Drop down with 981m/s2 (100G) shock mechanical damage Attitude upon a rubber block method shock testing machinem, 3 tests. Inductance change within ± 5% Without Vibration Method Used mechanical damage Vibration frequency: 10Hz to 55Hz to 10Hz 60 seconds cycle Vibration time: 2 hours www.metal-lions.com Aging Reliability ITEM Thermal Shock Specification & Requirement Method Used Inductance change within ± 5% Without -25℃, (30 mins) -> room temp. (5 mins) -> mechanical damage 100℃, (30 mins) -> room temp. (5 mins) 100 cycles Heat Resistance Humidity Resistance Low Temp. Storing High Temp. Storing Inductance change within ± 5% Without Apply IDC current @ 85℃ ambient mechanical damage Inductance change within ± 5% Without mechanical damage Duration: 1000 hrs Apply IDC current @ 60℃ ambient Humidity: 90~95％ Duration: 1000 hrs Inductance change within ± 5% Without Storing Temp. mechanical damage -25 ±2 ℃ for total 1,000 +4/-0 hours Inductance change within ± 5% Without mechanical damage Storing Temp. 100 ±2 ℃ for total 1,000 +4/-0 hours Packaging Tape width 12 mm Packing Quantity φ178mm reel T type : 1000 pcs./reel www.metal-lions.com Distance 8 mm Pull-of force 10~120g Recommended Reflow Pattern Reflow : until two times 10sec. Max. 255℃ 217℃ Natural cooling 150sec Max.. 150℃ 60sec. Min. Iron Soldering Use a solder iron of less than 30W when soldering ,do not allow the soldering iron tip directly touch the ferrite body outside of terminal electrode. 5 seconds max. at 260℃. www.metal-lions.com