Specifcations. Highlights - Rilled cans withstand high shock and vibration. - 2 times the ripple-current capability - High capacitance per can

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1 click here to see hardware and mounting options Type C Best Value, Screw Terminal, Aluminum Type 388 has twice the life of the 386 and twice the ripple-current capability. While the standard encasement is by compression with the capacitor element captured on an aluminum peg in the can bottom and a phenolic peg in the top, rilled construction is available. With rilled construction the element is secured by rills, spoon shaped dimples in the side of the can. Rilled construction ofers the industry s highest vibration and shock withstanding and excellent heat transfer. Besides increasing ripple-current handling, the rilled construction facilitates use in military and transportation applications. Specifcations Highlights - Rilled cans withstand high shock and vibration. - 2 times the ripple-current capability - High capacitance per can Temperature Range 4 to + Rated Voltage Range 6 Vdc to 450 Vdc Range 270 µf to.0 F Tolerance Leakage Current Ripple Current Multipliers 0% +75% 00 Vdc 0% +50% 200 Vdc 6 CV µa (6 ma max.) at 5 minutes Ambient Temperature 45 C 55 C 65 C 75 C 85 C Frequency 60 Hz 20 Hz 300 Hz 000 Hz 6 00 V V khz Low Temperature Characteristics Impedance ratio: Z Z 20⁰C +25⁰C 8 (6 50 Vdc) 4 (63 00 Vdc) 3 ( Vdc) Endurance Life Test 4,000 full load at 85 C ±0% ESR 200% of limit DCL 00% of limit Shelf Life Test C ±0% ESR 75% of limit DCL 00% of limit Vibration 0 to 55 Hz, 0.06" & 0 g max for compression, 5 g max for rilled,.5 h ea. of 2 axes RoHS Compliant

2 Type C Best Value, Screw Terminal, Aluminum Part Numbering System 388 GH 562 T 400 M P A Type Case Code Tolerance Voltage Terminal Insulation 562=5600 µf M= ±20% 06=6 Vdc A=high post P=0.008 PVC 223= µf S= 0 +30% B=low post with mounting 450=450 Vdc 82=820 µf T= 0 +50% D=high current clamp/bracket U= 0 +75% low post R=0.008 PVC K=high current high post M=M5 high post J=M6 low post Construction* A=compression R=rilled S=stud & compression T=stud & rilled * Construction code is also a sequence number, e.g., A, A2,---,A9, B,B2,---, for customer specifcations. Sequence number in A, R, S and T denotes the standard catalog capacitor with no special requirements. Outline Drawing A H L 0.63 (6) Stud Dimensions + Case Stud P± D P Diam. Thread (±.0 mm).375 M (2.0).750 M (2.0) M (6.0) Optional Stud M (6.0) M (6.0) Can Dimensions Insulation Adders Diameter (D) Length (L) Standing Height (H) (in) (mm ) (in) (mm ) (in) (mm ) 0.008" PVC Terminal Dimensions For Case Post Diameter H max min Full Thread Torque Terminal Style Diameters Code in mm in mm Thread in mm in lb N m Low Post 3/8 to 3 B High Post 3/8 to 3 A High Current, Low 2 /2 & 3 D ¼ High Current, High 2 /2 & 3 K ¼ M5 High Post 3/8 to 2 M M M5 Post 2 /2 & 3 F M M6 Low Post 2 /2 & 3 J M

3 Type C Best Value, Screw Terminal, Aluminum Case Dimensions, Uninsulated Bare Can Case Code Diameter (D) Length (L) Pitch (P) Plug (A) Typical ±0.03 ±0.79 ±0.062 ±.57 ±0.04 ±0.356 A A Weight (oz) Weight (g) Optional Bracket Part No. BA BB BC BD BE BF BG BH DA DB DC DD DE DF DG DH EA EB EC ED EE EF EG EH FB FC FD FE FF FG FH GC GD GE GF GG GH GJ GN

4 Type C Best Value, Screw Terminal, Aluminum Ratings ESR max 20 Hz, Ripple max Catalog 25 C 20 Hz, 85 C (µf) Part Number (mω) compress (A)rilled(A) 6 Volts (20 Volts Surge) 388BA223U06APA BC393U06APA BE563U06APA EC823U06APA EE24U06APA EG54U06APA EH54U06APA FE224U06DPA FF274U06DPA FH334U06DPA GE334U06DPA GF394U06DPA GH474U06DPA GN824U06DPA GN05U06DPA Volts (30 Volts Surge) BA23U025APA BC223U025APA BE333U025APA EC563U025APA EE823U025APA EG04U025APA EH24U025APA FE24U025DPA FF54U025DPA FH84U025DPA GE84U025DPA GF224U025DPA GH274U025DPA GN474U025DPA Volts (50 Volts Surge) BA822U040APA BC23U040APA BE83U040APA EC273U040APA EE473U040APA EG563U040APA EH683U040APA FE683U040DPA FF823U040DPA FH04U040DPA GE04U040DPA GF24U040DPA GH54U040DPA GN274U040DPA Case Size DxL (in).375 X X X X X X X X X X X X X X X X X X X X X X X X 4.25 (µf) ESR max 20 Hz, Ripple max Catalog 25 C 20 Hz, 85 C Part Number (mω) compress (A) rilled(a) 50 Volts (63 Volts Surge) 388BA682U050APA BC03U050APA BE53U050APA EC273U050APA EE393U050APA EG473U050APA EH563U050APA FE563U050APA FF683U050APA FH823U050DPA GE823U050DPA GF04U050DPA GH24U050DPA GN224U050DPA Volts (75 Volts Surge) 388BA472U063APA BC682U063APA BE03U063APA EC83U063APA EE273U063APA EG333U063APA EH393U063APA FE393U063APA FF473U063APA FH563U063DPA GE563U063DPA GF683U063DPA GH823U063DPA GN54U063DPA Volts (95 Volts Surge) 388BA272U075APA BC472U075APA BE682U075APA EC23U075APA EE83U075APA EG223U075APA EH273U075APA FE273U075APA FF333U075APA FH393U075DPA GE393U075DPA GF473U075DPA GH563U075DPA GN04U075DPA Case Size DxL (in).375 X X X X X X X X X X X X X X X X X X X X X X X X 4.25

5 Type C Best Value, Screw Terminal, Aluminum (µf) ESR max 20 Hz, Ripple max Case Size Catalog 25 C 20 Hz, 85 C DxL Part Number (mω) compress(a) rilled (A) (in) 00 Volts (25 Volts Surge) 388BA82U00APA X BC272U00APA X BE472U00APA X EC682U00APA X EE03U00APA X EG23U00APA X EH53U00APA FE83U00APA X FF223U00APA FH223U00APA GE273U00APA X GF273U00APA GH393U00APA GN563U00APA Volts (250 Volts Surge) 388BA68T200APA X BC22T200APA X BE82T200APA X EC272T200APA X EE392T200APA X EG472T200APA X EH562T200APA FE682T200APA X FF822T200APA FH03T200APA GE03T200APA X GF23T200APA GH53T200APA GN223T200APA Volts (300 Volts Surge) 388BA47T250APA X BC82T250APA X BE22T250APA X EC82T250APA X EE272T250APA X EG332T250APA X EH392T250APA FE472T250APA X FF562T250APA (µf) ESR max 20 Hz, Ripple max Case Size Catalog 25 C 20 Hz, 85 C DxL Part Number (mω) compress (A) rilled (A) (in) 250 Volts (300 Volts Surge) 388FH682T250APA GE682T250APA X GF822T250APA GH03T250APA GN23T250APA Volts (400 Volts Surge) 388BA33T350APA X BC56T350APA X BE82T350APA X EC22T350APA X EE82T350APA X EG222T350APA X EH272T350APA FE272T350APA X FF332T350APA FH392T350APA GE392T350APA X GF472T350APA GH562T350APA GN03T350APA Volts (450 Volts Surge) 388BA27T400APA X BC47T400APA X BE68T400APA X EC02T400APA X EE52T400APA X EG82T400APA X EH222T400APA FE222T400APA X FF272T400APA FH332T400APA GE332T400APA X GF392T400APA GH472T400APA GN822T400APA Volts (525 Volts Surge) 388EE02T450APA X EG52T450APA X FF222T450APA GF332T450APA GH392T450APA

6 Type C Best Value, Screw Terminal, Aluminum Typical Performance Curves.2 Type 388 vs Temperature & Frequency 6000µF 400 V 000 Type 388 ESR vs Temperature & Frequency 6000 µf 400 V Ratio to, 20 Hz Value Ratio to, 20 Hz Value Type 388 Impedance vs Temperature and Frequency 6000 µf 400V.2 Type 388 vs Temperature & Frequency µf 00 V Ratio to, 20 Hz Value mω F (Hz) Ratio to 25 C, 20 Hz Value Type 388 ESR vs Temperature & Frequency µf 00 V 4 00 Type 388 Impedance vs Temperature and Frequency µf 00V Ratio to, 20 Hz Value Ratio to, 20 Hz Value

7 Type C Best Value, Screw Terminal, Aluminum Typical Performance Curves 000 Type 388 Operating Life in Kilohours vs Ripple Current Expected Operating Life, kh ºC 75 ºC Rated Ripple-Current Multiple Type Hour Life Test 6000 µf 400 V Applied Voltage 400 V (µf) DC Leakage Current DC Leakage (µa) & ESR (mω) ESR Time (hours)