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ECOS2SB121BA

Panasonic Semiconductor

Aluminum Electrolytic Capacitors


ECOS2SB121BA
ECOS2SB121BA

PDF File ECOS2SB121BA PDF File


Description
Panasonic Industrial Company Aluminum Electrolytic Capacitors TS-HA/HB Series 105°C, 3000 hours Long 3000 hour life at 105°C with high ripple current capability 2 and 3 pin versions available Can vent construction Rated Working Voltage: Operating Temperature: Nominal Capacitance: Capacitance Tolerance: Dissipation Factor: (120 Hz, +20°C) Leakage Current: Ripple Current Multipliers: 0 ~ 250 VDC -40 ~ +05°C 80~68000µF ± 20% Working Voltage [V]: Max.
D.
F.
(%): 0 55 6 45 25 35 35 30 50 25 63 20 80 7 00 ~ 450 5 RoHS Compliant 385 ~ 450 VDC -25 ~ +05°C 82~560µF For capacitance values > 33000µF, add the value of: (rated cap.
[µF] - 33000 ) 000 3¥CV (µA) max.
after 5 minutes; C = Capacitance in µF, V = WV Frequency(Hz): 16~100WV: 160~450WV: 50 0.
93 0.
75 60 0.
95 0.
8 100~120 1.
0 1.
0 500 1.
05 1.
2 1k 1.
08 1.
25 10k 1.
15 1.
4 Ripple Current Ambient Temperature Factors** Temperature (°C): 105°C 85°C 70°C 60°C Multiplier: 1.
0 1.
7 2.
0 2.
2 ”45°C 2.
35 Endurance: 3000 hours* at +05°C with maximum specified ripple current (see page 4) *2000 hours for 20mm length sizes **Use of temperature ripple current multipliers may limit life to the hours specified for the maximum operating temperature.
Part Number System E C A B Series Code Capacitance Code A X L Suffix Standard Ratings Extended CV Ratings 20mm Length Ratings RoHS compliant PVC sleeve and top plate is standard.
PET sleeve is available without top plate.
Terminal Style Prefix Length # of Pins ECOS 6.
3mm 2 ECEC 4.
0mm 2 ECE3 4.
0mm 3 A 0 C 6 E 25 V 35 H 50 Voltage Code J K 2A 2C 2D 2E 2T 2G 2W 63 80 00 60 200 250 385 400 450 Diameter Code Diameter B 22 C 25 D 30 E 35 10.
0±0.
1 Circuit Board Mounting Holes 2 Pin Mounting Style L+2 max.
T D+1 max.
2 x Ø2.
0±0.
1 10.
0±0.
1 Circuit Board Mounting Holes Ø2.
0±0.
1 4.
75±0.
1 3.
3±0.
1 3 Pin Mounting Style L+2 max.
T D+1 max.
Ø2.
0±0.
1 Ø2.
5 min.
Pin Dimensions 2.
0 max.
0.
8 +0.
2 -0.
1 2.
0 max.
4.
0 1.
5±0.
2 6.
3±1.
0 Top of Capacitor Body 0.
8 -0.
...



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