PEH 165 1o05c Long Life > 10 years 50C PCB Mounting Low ESR and low ESL High ripple current ratings APPLICATION BASIC DESIGN Smoothing and energy storage in SMPS for data processing, office automation, industrial equipment and telecommuni- PEH 165 is a Long Life electrolytic capa- citor, high reliability version, polarized, welded design, drop-in solder pins, cation. negative pole connected to the case, safety vent and plastic insulation. PEH 165 is designed to offer low impe- dance smoothing at high frequencies, high ripple current capability and low mounting cost. The PEH 165 winding is housed in a cylindrical aluminium can with a reinforced moulded phenolic lid. The sealing system is designed for electrolyte Robust mechanical construction for professional requirements. leakage free operation and a very low gas- diffusion rate of electrolyte. Mechanical contact between the winding and the case gives excellent heat transfer from the winding to the ambient, which gives cooler operation. As internal thermal resistance is low, cooling by forced air or chassis moun- ting can be made very efficient. Low ESR is a result of a very low resistive paper/ electrolvte system, and an all-welded design. SPECIFICATION Standards IEC 384-4 Long Life Grade, category 40/105/56 DIN 40040, GPF DIN 41240, type 1A, DIN 41238 GMF RIFA Specification Corresponding to CECC 30301-805 Capacitance range 22-68000 UF Capacitance tolerance -10 to +30% Rated voltage 10-500 VDC Temperature range -40 to +105C (-40 to +85C 385-500V) Shelf life Diameter range at OV +85C 5000 h, +40C 10 years 25-40 mm Pin configuration, see page 36. Dimensions table PEH 165 (mm) 25 x 37 A 25 37 3 4.5 25 x 47 B 25 47 3 4.5 30 x 47 Cc 30 47 3 4.5 35 x 47 D 35 47 3 4.5 35 x 57 E 35 57 3 4.5 40 x 57 F 40 57 3 4.5 40x77 G 40 77 3 4.5 40 x 107 H 40 107 3 4.5 Weight approx (g) 0.8 25 0.8 34 0.8 46 0.8 65 0.8 76 0.8 95 0.8 135 0.8 175 =t EVOX RIFA 31PEH 165 ARTICLE TABLE PEH 165 (105C) Cc, DxL Case Inace laac * ESR* ESR* best Article code 105C 40C 20C 20C Approx. code 100 Hz 10 kHz 100 Hz 100 kHz 1st block uF mm A A mQ mQ nH 10 VDC (U,) 4700 25x37 A 3.4 10.3 49 36 21 PEH 165EA4470Q 6800 25x47 B 4.4 13.3 33 24 21 PEH 165EB4680Q 10000 30x 47 Cc .1 14.4 26 20 24 PEH 165EC5100Q 15000 35x 47 D 5.2 13.7 25 21 25 PEH 165ED5150Q 22000 35x57 E 6.2 16.2 19 16 25 PEH 165EE5220Q 33000 40x57 F 6.0 14.9 22 20 32 PEH 165EF5330Q 47000 40x77 G 7.5 18.8 15 14 32 PEH 165EG5470Q 68000 40 x 107 H 8.9 22.3 11 10 32 PEH 165EH5680Q 16 VDC (U,) 3300 25x37 A 3.2 10.3 54 37 21 PEH 165GA4330Q 4700 25x47 B 4.0 13.3 37 25 21 PEH 165GB4470Q 6800 30x 47 Cc 4.7 14.1 29 21 24 PEH 165GC4680Q 10000 35x47 D 5.0 13.7 27 21 25 PEH 165GD5100Q 15000 35x57 E 6.0 16.1 20 16 25 PEH 165GE5150Q 22000 40x57 F 5.9 15.1 22 20 32 PEH 165GF5220Q 33000 40x77 G 7.4 18.8 15 14 32 PEH 165GG5330Q 47000 40x 107 H 8.6 22.1 14 10 32 PEH 165GH5470Q 25 VDC (U,) 2200 25x37 A 2.8 10.3 62 37 21 PEH 165HA4220Q 3300 25x 47 B 3.6 13.4 41 24 21 PEH 165HB4330Q 4700 30x47 Cc 4.3 13.9 32 21 24 PEH 165HC4470Q 6800 35x 47 D 47 13.4 30 22 25 PEH 165HD4680Q 10000 35x57 E 5.6 15.9 22 16 25 PEH 165HE5100Q 15000 40x57 F 5.8 15.2 23 19 32 PEH 165HF5150Q 22000 40x77 G 7.2 18.8 16 14 32 PEH 165HG5220Q 33000 40x 107 H 8.4 21.9 12 10 32 PEH 165HH5330Q 40 VDC (U,) 1500 25x37 A 2.4 9.2 74 38 21 PEH 165KA4150Q 2200 25x 47 B 3.1 12.2 49 25 21 PEH 165KB4220Q 3300 30x47 Cc 3.6 11.9 40 24 24 PEH 165KC4330Q 4700 35x 47 D 3.9 11.3 40 28 25 PEH 165KD4470Q 6800 35x57 E 4.7 13.5 29 21 25 PEH 165KE4680Q 10000 40x 57 F 4.8 12.7 32 26 32 PEH 165KF5100Q 15000 40x77 G 6.1 16.1 21 18 32 PEH 165KG5150Q 22000 40x 107 H 7.2 19.2 15 13 32 PEH 165KH5220Q 63 VDC (U,) 1000 25x37 A 2.2 10.2 86 37 21 PEH 165MA4100Q 1500 25x47 B 2.9 13.5 56 23 1 PEH 165MB4150Q 2200 30x47 Cc 3.3 11.8 47 25 24 PEH 165MC4220Q 3300 35x47 D 3.9 12.3 40 25 25 PEH 165MD4330Q 4700 35x57 E 4.7 14.3 33 22 25 PEH 165ME4470Q 6800 40x 57 F 49 13.5 34 27 32 PEH 165MF4680Q 10000 40x77 G 6.0 16.7 24 19 32 PEH 165MG5100Q 15000 40 x 107 H 6.9 18.9 17 13 32 PEH 165MH5150Q 100 VDC (uU,) 470 25x37 A 1.6 6.2 230 140 21 PEH 165PA3470Q 680 25x47 B 2.0 8.1 160 93 21 PEH 165PB3680Q 1000 30x47 Cc 2.5 9.5 110 70 24 PEH 165PC4100Q 1500 35x47 D 3.0 9.8 86 57 25 PEH 165PD4150Q 2200 35x57 E 3.7 11.8 60 41 25 PEH 165PE4220Q 3300 40x57 F 41 12.0 53 40 32 PEH 165PF4330Q 4700 40x77 G 5.2 15.3 36 27 32 PEH 165PG4470Q 6800 40x 107 H 6.1 17.8 25 19 32 PEH 165PH4680Q * Maximum values 32 = EVOX RIFAPEH 165 ARTICLE TABLE PEH 165 (105C) om DxL Case Irac Tac ESR* ESR* best Article code 105C 40C 20C 20C Approx. code 100 Hz 10 kHz 100 Hz 100 kHz 1st block uF mm A A mQ mQ nH 250 VDC (U,) 100 25x37 A 0.69 3.5 1000 490 21 PEH 165SA31000 150 25x 47 B 0.87 4.5 690 320 21 PEH 165SB3150Q 220 30x47 Cc 1.20 5.5 480 230 24 PEH 165SC3220Q 330 35x 47 D 1.50 6.9 330 160 25 PEH 165SD3330Q 470 35x57 E 1.80 8.5 230 120 25 PEH 165SE3470Q 680 40x57 F 2.30 9.8 170 91 32 PEH 165SF3680Q 1000 40x77 G 2.90 12.2 120 62 32 PEH 165SG4100Q 1500 40x 107 H 3.50 14.5 79 42 32 PEH 165SH4150Q 350 VDC (U,) 47 25x37 A 0.54 2.5 1900 980 21 PEH 165UA2470Q 68 25x47 B 0.67 3.0 1300 710 21 PEH 165UB2680Q 100 30x47 Cc 0.89 3.9 920 490 24 PEH 165UC31000 150 35x47 D 1.20 5.1 620 330 25 PEH 165UD3150Q 220 35x57 E 1.50 6.3 430 230 25 PEH 165UE3220Q 330 40x57 F 1.90 7.6 300 160 32 PEH 165UF3330Q 470 40x77 G 2.30 9.4 210 110 32 PEH 165UG3470Q 680 40x 107 H 2.80 11.2 140 79 32 PEH 165UH3680Q * Maximum values ARTICLE TABLE PEH 165 (85C) om DxL Case Tac laac ESR* ESR* bee Article code 85C 40C 20C 20C Approx. code 100 Hz 10 kHz 100 Hz 100 kHz 1st block uF mm A A mQ mQ nH 385 VDC (U,) 47 25x37 A 0.79 2.6 1800 900 21 PEH 165XA2470Q 68 25x47 B 0.99 3.2 1200 620 21 PEH 165XB2680Q 100 30x47 Cc 1.30 4.2 830 430 24 PEH 165XC3100Q 150 35x47 D 1.70 5.3 560 300 25 PEH 165XD3150Q 220 35x57 E 2.20 6.6 390 200 25 PEH 165XE3220Q 330 40x57 F 2.80 7.9 270 150 32 PEH 165XF3330Q 470 40x77 G 3.40 10.0 190 100 32 PEH 165XG3470Q 680 40x 107 H 4.10 11.7 130 72 32 PEH 165X H3680Q 400 VDC (U,) 33. 25x37 A 0.68 2.2 2300 1200 21 PEH 165VA2330Q 47 25x47 B 0.83 2.7 1600 830 21 PEH 165VB2470Q 68 30x47 Cc 1.10 3.6 1100 580 24 PEH 165VC26800 100 35x47 D 1.40 4.6 780 400 25 PEH 165VD3100Q 150 35x57 E 1.80 5.8 530 270 25 PEH 165VE3150Q 220 40x57 F 2.30 7.1 370 190 32 PEH 165VF3220Q 330 40x77 G 2.90 8.9 240 130 32 PEH 165VG3330Q 470 40x 107 H 3.50 10.5 170 91 32 PEH 165VH3470Q 450 VDC (U,) 22 25x37 A 0.51 1.6 2800 1600 21 PEH165YA2220Q 33. 25x47 B 0.64 2.0 1900 1000 21 PEH165YB2330Q 47 30x47 Cc 0.85 2.6 1300 740 24 PEH165YC2470Q 68 35x47 D 1.10 3.4 920 510 25 PEH165YD2680Q 100 35x57 E 1.40 4.2 620 350 25 PEH165YE3100Q 150 40x57 F 1.90 5.6 420 230 32 PEH165YF3150Q 220 40x77 G 2.30 6.9 290 160 32 PEH165YG32200 330 40x 107 H 2.80 8.3 190 110 32 PEH165YH3330Q * Maximum values =t EVOX RIFA 88PEH 165 ARTICLE TABLE PEH 165 (85C) c, DxL Case lnac lac * ESR* ESR* Lew Article code 85C 40C 20C 20C Approx. code 100 Hz 10 kHz 100 Hz 100 kHz 1st block uF mm A A mo mQ nH 500 VDC (U,) 22 25 x 37 A 0.37 1.4 5300 1800 21 PEH165ZA2220Q 33 25 x 47 B 0.47 1.8 3500 1200 21 PEH165ZB2330Q 47 30 x 47 Cc 0.62 2.3 2500 850 24 PEH165ZC2470Q 68 35 x 47 D 0.81 3.0 1800 590 25 PEH165ZD2680Q 100 35 x 57 E 1.00 3.7 1200 400 25 PEH165ZE3100Q 150 40 x 57 F 1.40 5.0 780 270 32 PEH1652F3150Q 220 40x77 G 1.70 6.3 540 180 32 PEH165ZG3220Q 330 40x 107 H 2.00 7.5 360 130 32 PEH165ZH3330Q * Maximum values co] 7 -U ele] 7 mer Ur i N= Please see operational lifetime section, page 62. The failure rate is derived from our periodic test results. The failure rate (A,) is therefore only given at test temperature for life tests. An estimation is also given at 60C. The expected failure rate for this capacitor range is based on our periodic test results for capacitors with structural similarity. T, Failure rate per hour 85C 1x 10 60C 1x 107 Failure rate per hour for catastrophic plus parametric failures. 34 ={ EVOX RIFAPEH 165 TECHNICAL DATA The capacitance value vs ambient temperature (T,) at f = 100 Hz k=C(T,)/C (20C) k 1.3 1.2 11 1.0 \ TKS 0.9 0.8 p] a 0.7 0.6 0.5 -55 -40 -20 0 20 40 60 80 100 T,CC) U, Curve 10 and 100 1 16-63 2 250-450 3 ESR as a function of ambient temperature (T,) at f = 100 Hz 10<U,<63 k = ESR (T,) /ESR (20C) k 10? 10! 10 107 -55 -40 -20 0 20 40 60 80 100 T,(C) TANo as a function of ambient temperature (T,) at f = 100 Hz k = TANd (T,) / TANo (20C) k 102 10! 10 10 -55 -40 -20 0 20 40 60 80 100 TAC) U, Case Code Curve 10<U,<25 AC 4 10<U,<25 D-F 3 10 <U, <63 A-H 2 40 <U, <63 F-H 1 100 < U, < 450 A-H 5 100 < U, < 450 k = ESR (T,)/ ESR (20C) k 107 10! 10 107 55-40 -20 0 20 40 60 80 100 TACO) = EVOX RIFA 35PEH 165 MECHANICAL DATA TECHNICAL DATA The capacitor may be mounted in any soldered to isolated pads or pads with the Leakage current position. same potential as the negative pole. Rated leakage current, |,, (WA) Rated voltage, U, (V) Pin no. 1 shall be connected to positive Note: All piercing diagram viewed from Rated capacitance, C,, (uF) polarity. Pin no. 5 shall be connected to soldering side. i, = 0.003 x C, x U, +4 negative polarity. The other pins must be 2 m 40 aM=2, 5 0 91.3 C O} ? OS Oo Oo 2 SOY @ 3b aM=2, 5 0 # 1.3 aM=2. 5 0 + 1.3 Oi) 8 SOB g Ia, 11.2562 0 0 ORDERING INFORMATION 1st block (pos 1-13) 2nd block (pos 14-20) P E H 1 6 5 $s G 4 1 0 0 Q 1 2 3 4 5 6 7 8 9 10 #11 #12 13 14 #15 16 17 #+118 #%(18 = 20 Capacitance tolerances: Pos. 13: Q: -10 to +30% Quantities and weights CASE CODE A B Cc D E F G H Weight approx (g) 25 34 46 65 76 95 135 175 Standard box quantity 72 72 56 42 42 30 30 30 36 =t EVOX RIFA