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MIP2E1D

Matsushita
Part Number MIP2E1D
Manufacturer Matsushita
Description High-Performance IPD for Battery Chaegers
Published Aug 9, 2015
Detailed Description I (MIP022X) IPD I G( 12 V/3 A : 100 VAC 0.3 W : 100 VAC G IPD (MIP022X) MIP022X G IPD IPD PWM 60 W : 1/20...
Datasheet PDF File MIP2E1D PDF File

MIP2E1D
MIP2E1D

Overview
I (MIP022X) IPD I G( 12 V/3 A : 100 VAC 0.
3 W : 100 VAC G IPD (MIP022X) MIP022X G IPD IPD PWM 60 W : 1/20) ; 70 mW, ; 70 , 264 VAC 264 VAC ; 130 mW ; 60 IPD I MIP2E1D MIP2E2D MIP2E3D MIP2E4D MIP2E5D MIP2E7D ∼7W ∼ 10 W 10 W ∼ 20 W 15 W ∼ 30 W 20 W ∼ 40 W 40 W ∼ 60 W VDSS 700 V MOS FET ILIMIT fOSC 0.
4 A 0.
5 A 1.
0 A 1.
5 A TO-220-A1/ DIP8-A1(CF) 100 kHz 2.
0 A TO-220-A1 3.
0 A IPD MIP0222 MIP0223 MIP0224 MIP0225 MIP0227 I LINE L1 10 mH 1A NTRL C1 0.
1 µF 250 VAC CSB 0.
0 1µF D2 630 V CIN BR1 120 µF 600 V 400 V 1.
5 A DSB IC1 MIP2E R3 C6 33 Ω 390 pF 0.
5W 500 V L2 10 µH 4A RSB 100 kΩ 2W D2 200 V, 5 A COUT1 470 µF 25 V R4 47 Ω PC1 R5 2.
2 kΩ R7 39 kΩ COUT2 180 µF 25 V CT 47 µF C2 R1 0.
1 µF 6.
2 Ω T1 PC D1 CNC1S101 (ON3131) R2 6.
2 Ω C3 1 µF C4 C5 2200 pF 2200 pF 250 VAC 250 VAC R6 10 kΩ IC AN1431 C7 0.
1µF R8 10 kΩ 12 V/3 A RETURN 617-8520 M00372CJ TEL (075) 951-8151 ( ) http://www.
panasonic.
co.
jp/semicon/ η (%) Pin (W) I 100 80 60 40 2 0 0 ( 12 V/3 A η vs PO MIP2E5D MIP2E5D MIP0225 ( MIP0225 ( 100 V 264 V ) 100 V ) 264 V 5 10 15 20 25 30 35 40 PO (W) ) 3 2.
5 2 1.
5 1 0.
5 0 0 0.
5 Pin vs PO MIP2E5D MIP2E5D MIP0225 ( MIP0225 ( 100 V 264 V ) 100 V ) 264 V 1 1.
5 2 2.
5 3 PO (W) 100 VAC 0.
3 W 30 W 264 VAC 0.
3 W 30 W I ( : mm) • DIP8-A1(CF) 9.
4±0.
3 87 5 0.
25+–00.
.
1005 MIP2E5D  69.
8 83.
1  60.
0 84.
3 (%) MIP0225(  42.
9 83.
8  24.
6 84.
0 MIP2E5D 0.
07 0.
43 36.
1 0.
12 0.
5 35.
6 (W) MIP0225( 0.
35 0.
7 35.
8 1.
08 1.
22 35.
7 • TO-220-A1 10.
5±0.
5 9.
5±0.
2 8.
0±0.
2 4.
5±0.
2 1.
4±0.
1 2.
8±0.
2 1.
5±0.
2 6.
7±0.
3 2.
8±0.
2 15.
4±0.
3 7.
62±0.
25 6.
3±0.
2 1234 2.
54±0.
25 0.
6–+00.
.
1205 3.
4±0.
3 3.
80±0.
25 1.
2±0.
25 (2,3,7PIN) 0.
5±0.
1 0.
4±0.
1 0.
6±0.
1 (1,4,5,8PIN) 1, 2, 3, 7, 8 : Source 4 : Control 5 : Drain 3 to 15° 13.
5±0.
5 4.
2±0.
3 Solder Dip φ 3.
7±0.
2 1.
4±0.
1 0.
8±0.
1 2.
54±0.
3 5.
08±0.
5 123 (9.
3) 2.
5±0.
2 0.
6+–00.
.
21 1 : Control 2 : Source 3 : Drain ...


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