Not for new design use DCMC series

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1 High Capacitance Computer Grade Type DCM.. Best Value Capacitance/Type DCMX.. Maximum Capacitance These aluminum electrolytic capacitors are designed for power supply filters, welding equipment, computer hold up power and other industrial applications where large capacitance, low ESR and high ripple current are. required. '. Performance Highlights: Capacitance 66 uf to I, I 00,000 uf Standard capacitance tolerances Voltage Vdc to 450 Vdc < 200 Vdc = -IO to +7 Operating temperature -40 C to +85 C 2! 200 Vdc = -10 to +50% I 000 hours full-ripple life test at +85 C I 00 hours shelf life test at +85 C Ratings: Leakage currents 0.005CV ua 6 ma max) ESR max Ripple amps Nominal ESR max Ripple amps Nominal Capacitance ohms 85 C Case Size Catalog Capacitance ohms 85 C Case Size Catalog uf 120Hz, 20kHz 120Hz, 20kHz D x L inches) Number uf 120Hz, 20kHz 120Hz. 20kHz D x L inches) Number :Y, X 15/s DCM233U6R3AK2B % X 21/a DCMX493U7R5AA2B % X 2 1 /s DCM343U6R3AA2B % X DCM593U7R5AB2B..:, % X 15/s DCMX343U6R3AK2B % X 2% DCMX713U7R5AH2B % X 25/s DCM493U6R3AH2B % X 4 1 /s DCM873U7R5AC2B % X 21/s DCMX513U6R3AA2B :l/a X 3Ys DCMX923U7R5AB2B % X 3Ys DCM653U6R3AB2B X 31/a DCM124U7R5BB2B :l/a X 25/s DCMX733U6R3AH2B % X DCM134U7R5AF2B :l/a X DCM953U6R3AC2B X DCMX144U7R5AC2B :l/a X 3Ys DCMX953U6R3AB2B % X DCM144U7R5EC2B X 3Ys DCM134U6R3BB2B X DCM184U7R5BC2B % X DCM144U6R3AF2B X 3Ys DCMX194U7R5BB2B :l/a X DCMX144U6R3AC2B H's X DCMX204U7R5AF2B % X DCM 164U6R3EC2B PA X 41/a DCMX224U7R5EC2B X 3Ys DCMX194U6R3BB2B X DCM284U7R5BF2B X DCM204U6R3BC2B X DCMX294U7R5BC2B :l/a X DCMX214U6R3AF2B /2 X DCM304U7R5CC2B % X DCMX234U6R3EC2B X 4Ys DCM434U7R5DC2B X DCMX304U6R3BC2B X DCMX444U7R5BF2B X DCM314U6R3BF2B /, X DCM464U7R5CF2B /, X 41/a DCM334U6R3CC2B /2 X DCMX474U7R5CC2B X DCMX454U6R3BF2B X DCM514U7R5DE2B X DCM474U6R3DC2B X DCM654U7R5DF2B /, X 41/a DCMX484U6R3CC2B X DCMX654U7R5DC2B /, X DCM504U6R3CF2B X DCM684U7R5DP2B X 5Ya DCM564U6R3DE2B /, X DCMX714U7R5CF2B X DCMX67 4U6R3DC2B X DCMX87 4U7R5DE2B X DCM714U6R3DF2B X DCMX984U7R5DF2B X DCM? 44U6R3DP2B X DCMX105U7R5DP2B /, X DCMX7 44U6R3CF2B 10 Vdc Vdc Surge X 51/s DCMX904U6R3DE2B * % X 21/a DCM602U01 OAA2B X DCMX105U6R3DF2B * % X 21/a DCM722U01 OAA2B X DCMX115U6R3DP2B % X 1% DCM173U010AK2B 7.5 Vdc - 9 Vdc Surge % X 21/a DCM253U01 OAA2B H's X 1% DCM213U7R5AK2B % X 15/a DCMX293U01 OAK2B % X 2 1 /s DCM313U7R5AA2B H's X 2% DCM363U01 OAH2B H's X 1% DCMX333U7R5AK2B X 21/s DCMX433U01 OAA2B :l/a X 2% DCM453U7R5AH2B % X 31/a DCM473U01 OAB2B ;,; /a 51/s 51/s 101 MA 508)

2 Best--Value Table SCREW TERMINAL CAPACITORS Here's how to decide which screw-terminal capacitor is best for your application. Our capacitor types are ranked below on six characteristics. I 00% is the best score, and all lower-scoring types are ranked against the I 00% best type. Select types for review which have high scores on your most important characteristics and then compare specifications to make your final choice. For other characteristics and product strengths, refer to the Application Chart in this section. You can get combination rankings by multiplying scores together. As an illustration, suppose that you want to rank our types by lowest cost ripple capability. Just multiply the low cost score by the high ripple current score to find that the Type 500R is the best value with a score of 67.2% x 0.80 = or 67.2%) compared to the 550's next-best score of x 0.65 = 0.65 or 6). Tvoe High Caoacitance Low ESR Low Hi-Frequency lmoedance High Ripple Current Long Life Low Cost DCM 61% 6 94% 56% 10% 100%.DCMX 100% 6 94% 56% 10% 87% % 2 83% 69% X 88% 19% 83% 69% 2 74% 500R 87% 21% 83% 84% 27% 80% % 79% 94% 100% 23% % 93% 94% 99% 36% 63% 101X 87% 93% 94% 99% 36% 5 139R 6.2% 100% 100% 47% 10% 83% 125 % 60% 97% 49% 100% 23% High Capacitance LowESR Low Hi Frequency Impedance High Ripple Current Long Life Low Cost l 00% means highest available capacitance. l 00% means lowest ESR per unit capacitance and is most representative of low voltage ratings. I 00% means lowest impedance at l O to 20 khz. 100% means highest available ripple current. I 00% means longest life based on life test capability and de leakage current and adjusted for extended-life test data. I 00% means lowest l 000 piece price per unit capacitance and is most representative of 10,000 uf and 10 Vdc., MA 508)

3 ' I ESR max Ripple amps Nominal ESR max Capacitance ohms as c Case Size Catalog Capacitance ohms Catalog uf 120Hz, 20kHz 120Hz, 20kHz D x L inches) Number uf 120Hz, 20kHz Number X 25/s DCMX623U01 OAH2B * X 3Ya DCM552U025A % X 4Ya DCM703U01 OAC28 * X 3Va DCM562U025A X 3Ya DCMX813U01 OA828 * X 2Va DCM682U025AA X DCM973U X We DCM792U025AK X DCM104U010AF28 * X 4Ya DCM822U025AC % X 41/a DCMX124U01 OAC28 * X 3Ya DCM892U025A A X 4Va DCM124U010EC28 * X 3Va DCM902U025A X 4Va DCM154U01 OBC2B * X DCM103U025A X 3Ya DCMX17 4U X 2Y, DCM123U025AA X DCMX184U010AF28 * X 4Ya DCM133U025AC A X 4Va DCMX204U01 OEC2B X 15/a DCMX143U025AK X DCM234U01 OBF28 * X 4Ya DCM163U025AC /, X 4Va DCM244U01 OCC X 25/s DCM173U025AH X DCMX254U010BC28 * X 4Ya DCM183U0258C X 4Ya DCM354U010DC28 * X 4Y, DCM183U025AC X DCM37 4U01 OCF X 2Ya DCMX213U025AA X DCMX394U0108F2B X 3Ya DCM223U025A /, X DCMX414U010CC28 * X 4V, DCM293U0258C X 5Ye DCM454U010DE28 * X 4Y, DCM303U0258C X DCM544U010DF X 25/s DCMX303U025AH X DCM564U010DP28 * X 4Ya DCM323U0258C X 4Ya DCMX584U010DC2B X 4Ya DCM333U025AC Y, X DCMX634U01 OCF X 3Ya DCMX393U025A X 5Ya DCMX784U010DE28 * X 4'!, DCM413U0258C X DCMX884U010DF28 * /, X 4Y, DCM433U025CC X 5Ye DCMX924U010DP X 3Ya DCM463U Vdc - 20 Vdc Surge * X 4Ya DCM473U0258C X DCM493U025AF28 * X 2Va DCM552U016AA28 * Y, X 4Ya DCM503U025CC28 * X 2Va DCM752U016AA PA X 4Ya DCM553U025EC28 * X 2Ya DCM892U016AA X DCMX573U025AC28 * X DCM922U016A82B X 4Ya DCM703U0258C % X DCM113U016AK X 3Ya DCMX793U * % X 4Ya DCM133U016AC '/a X DCMX853U025AF X 2Ya DCM173U016AA2B PA X 4Ya DCMX953U025EC % X 15/a DCMX203U016AK X DCM114U0258F X 25/a DCM243U016AH /, X 4Ya DCM 124U025CC28 * X 4Ya DCM313U016BC X 4Y, DCMX124U0258C % X 2Ye DCMX313U016AA X 4Ya DCM174U025DC28 " X 3Ya DCM323U016A Y, X DCM184U025CF '/a X 25/a DCMX443U016AH X DCMX194U0258F X 4Ya DCM473!)016AC2B Y, X 4Ya DCMX204U025CC28 * X 4Ya DCM503U01_68C2B X 5Ya DCM224U025DE X 3Ya - DCMX583U0 6A82B X DCM264U025DF X DCM653U016BB X DCM274U025DP2B X DCM693U016AF X 4Ya DCMX294U025DC A X 4'!, DCM783U016EC /, X DCMX314U025Cl' X 4Va DCMX853U016AC X 5Ya DCMX404U025DE X 4Ya DCM104U0168C X 85/a DCM37 4U025DG X 3Ya DCMX124U X DCMX454U025DF2B X DCMX134U016AF X DCMX474U025DP2B PA X 41/a DCMX144U016EC2B X 85/s DCMX594U025DG X DCM154U0168F V, X 4Ya DCM164U016CC28 40 Vdc - 50 Vdc Surge X 4 1 /a DCMX184U016BC28 * X 21/a DCM222U040AA X 41/a DCM244U016DC28 * X 21/a DCM272U040AA /, X DCM254U016CF28 * rn X 21/a DCM292U040AA X DCMX284U0168F2B * /a X 3'!, DCM362U040A /, X 4Ya DCMX304U016CC2B * '/a X 31/a DCM402U040A X 5 1 /a DCM314U016DE2B * H's X DCM422U040A X DCM374U016DF28 * H'a X 2 1 /e DCM4 72U040AA X 57/a DCM384U016DP28 * H', X DCM512U040AB X 4V, DCMX434U016DC2B X DCM532U040AK X DCMX454U016CF28 * X 3'!, DCM582U040A82B X DCMX574U016DE2B * X 3 1 /a DCM602U040A X 85/a DCM484U016DG2B * '/a X 41/a DCM622U040AC X DCMX654U016DF28 * "/a X 41/a DCM752U040AC _ X DCMX684U016DP2B _0 1'/a X 15/a DCMX772U040AK X 85/e DCMX734U016DG /, X 21/, DCM792U040AA28 25 Vdc - 30 Vdc Surge *8200 O.Q400 0_ X 3Ya DCM822U040A828 * X 4 1 /a DCM872U040AC28 * Ha X 21/a DCM272U025AA28 * X 4Ya DCM902U040AC28 * Ha X 21/a DCM452U025AA2B _ X 25/a DCM113U040AH28 * _0 1'/a X 21/a DCM472U025AA28 * X 41/a DCM123U040AC /, 4Ya 51/, '/a /a 41/a 57/a 31/a MA 508)

4 ESR max ESRmax Ripple amps Nominal Capacitance ohms Catalog Capacitance ohms as c Case Size Catalog uf 120Hz, 20kHz Number uf 120Hz, 20kHz 120Hz, 20kHz D x L inches Number % X DCMX123U040AA2B X DCMX813U050CC2B % X DCM153U040AB X 4Vo DCM893U050DC28 '/ % X 2% DCMX173U040AH X DCM903U050CF28 * X 3Ve DCM173U040BB X DCMX124U050CF28 * X DCM203U040BC X DCMX124U050DC % X DCM223U040AC2B X 5V. DCM124U050DE % X DCMX223U040AB X DCM134U050DF28 * X 4Vo DCM233U040BC2B X DCM144U050DP2B X 3Ve DCM313U X 5V DCMX164U050DE2B % X DCMX323U040AC X DCMX184U050DF28 * X 4Vo DCM333U040BC X DCMX194U050DP % X DCM333U040AF ' X 8% DCM234U050DG2B % X 4Vo DCM373U040EC2B X 8% DCMX294U050DG X 3Ve DCMX453U040BB28 63 Vdc - 75 Vdc Surge X 4Vo DCM473U040BC2B % X 1% DCM332U063AK28 * X DCM473U040CC % X 1% DCMX412U063AK % X DCMX483U040AF % X DCM492U063AA % X 4Vo DCMX543U040EC2B % X DCMX612U063AA X DCMX693U040BC % X 2% DCM712U063AH2B X DCM713U040BF % X 2% DCMX892U063AH V2 X DCM773U040CC O.D % X DCM932U063AB2B X DCMX104U040BF2B % X 3Vs DCMX123U063AB X 4Vo DCMX114U040CC % X DCM143U063AC X DCM124U040CF2B % X DCMX173U063AC X 4Vo DCM124U040DC X 3Ve DCM 193U063882B X DCM164U040DE % X DCM203U063AF2B X DCMX174U040CF % X 4Vo DCM233U063EC2B X 4Vs DCMX17 4U040DC X DCMX243U X DCM184U040DP2B % X DCMX253U063AF X DCM184U040DF H<I X DCMX283U063EC2B X 5V. DCMX234U040DE X DCM293U063BC X DCMX264U040DF X DCMX363U063BC X DCMX27 4U040DP2B X DCM443U063BF2B X 8% DCM304U040DG X 4Vo DCM483U063CC X 8% DCMX404U040DG2B X DCMX553U063BF28 50 Vdc - 65 Vdc Surge V2 X DCMX603U063CC2B * % X 2Ve DCM222U050AA2B X DCM723U063DC2B * % X 2v. DCM242U050AA X DCM733U063CF % X 1% DCM402U050AK2B X DCMX893U063DC28 * % X DCM412U050AB2B X DCMX913U063CF2B * % X 3Vs bcm432u050ab X 5V. DCM973U063DE28 * % X 3Ve DCM482U050AB2B X DCM114U063DP28 * % X 3Ve DCM502U050AB2B X DCM114U063DF2B % X 1% DCMX552U050AK2B X 5V. DCMX124U063DE28 * % X 4Va DCM612U050AC X DCMX144U063DF % X 2Ve DCM612U050AA2B X 8% DCM 194U063DG28 * % X 4Vs DCM752U050AC X 8% DCMX214U063DG % X 2Ve DCMX832U050AA28 75 Vdc - 95 Vdc Surge % X 2% DCM882U050AH2B % X 1% DCM222U075AK28 * % X 4Vs DCM103U050AC % X 1% DCMX242U075AK % X 3Ve DCM113U050AB2B % X 2v. DCM322U075AA2B % X 2% DCMX123U050AH2B * % X DCM332U075AB % X 3Vs DCMX1 63U050AB % X DCMX372U075AA28 * X DCM 163U050BC % X 2% DCM472U075AH2B % X DCM173U050AC2B % X 2% DCMX532U075AH28 * X DCM203U050BC28 * % X DCM562U075AC2B X DCM233U050882B * % X DCM592U075AC2B % X 4Vo DCMX233U050AC2B % X DCM612U075AB2B * X 4Vo DCM253U050CC2B % X DCMX692U075AB % X DCM253U050AF % X DCM902U075AC2B * X DCM253U050BC % X 4Vo DCMX103U075AC28 * V2 X DCM273U050CC2B X DCM123U075882B % X 4Vo DCM283U050EC2B % X DCM133U075AF2B * V2 X DCM313U050CC X DCMX143U075BB X 3Ve DCMX323U % X DCMX153U075AF28 * V2 X 4Vo DCM333U050CC2B X DCM153U075EC2B % X DCMX343U050AF2B X DCMX173U075EC2B X DCM363U050BC X 4% DCM193U075BC2B % X 4Vs DCMX393U050EC X 4Va DCMX223U075BC X DCMX493U050BC X DCM293U075BF2B o.po X DCM553U050BF V2 X 4Vo DCM323U075CC X 4Vo DCM593U050CC2B X DCMX333U075BF X DCMX753U050BF2B Y2 X 4Vo DCMX363U07 5CC2B _ V % /.i 13/.i 5'!/e 3% 4% 3% 4% ' 103 MA 508)

5 ESRmax Ripple amps Nominal ESR max Capacitance ohms as c Case Size Catalog Capacitance ohms Catalog uf 120Hz, 20kHz 120Hz, 20kHz Dx L inches Number uf 120Hz, 20kHz Number,, X DCM473U075DC X 5Ve DCM133U150DE V, X DCM483U075CF X DCM153U150DF X DCMX543U075DC X DCM163U150DP V, X DCMX553U075CF X DCMX173U150CF X 51/s DCM643U075DE X DCMX173U150DC X DCM723U075DF X 5Ve DCMX223U150DE X 51/s DCMX723U075DE X 8% DCM253U150DG X DCM753U075DP X DCMX253U150DF X DCMX823U075DF X, DCMX263U150DP X DCMX853U075DP X 8% DCMX433U150DG X 8% DCM124U075DG Vdc Vdc Surge X 8% DCMX144U075DG % X 1% DCM191 T200AK Vdc Vdc Surge % X DCM311T200AA % X 1% DCM112U1 OOAK , % X 1% DCMX381T200AK % X 1% DCMX162U1 OOAK % X 2% DCM461T200AH % X 2/e DCM172U1 OOAA % X 3Ve DCM611T200A % X 2% DCM242U1 OOAH % X 2/e DCMX611 T200AA % X 2Ve DCMX252U1 OOAA % X 2% DCMX911T200AH % X 3Ve DCM322U1 OOA % X DCM921T200AC % X 2% DCMX362U1 OOAH X DCM122T % X DCM462U1 OOAC % X 3Ve DCMX122T200A % X 3Ve DCMX472U1 OOA % X DCM142T200AF X DCM652U * X DCM142T2008C28, ,0 1% X DCM692U1 OOAF % X DCM152T200EC % X DCMX692U100AC % X DCMX182T200AC % X DCM782U1 OOEC X DCM192T2008C X 3Ve DCMX952U * X DCM222T2008C X DCM992U1008C28 * X l;)cm252t2008f % X DCMX103U1 OOAF X 3Ve DCMX252T % X DCMX113U1 OOEC28 * X DCM272T2'008C X DCM153U1008F % X DCMX272T200AF X DCMX153U1008C X DCM302T2008F V, X DCM163U100CC % X DCMX302T200EC X DCMX223U1008F /2 X DCM322T200CC V, X DCMX243U1 OOCC X DCMX392T2008C X DCM243U1 OODC X DCM482T200DC /, X DCM253U1 OOCF /2 X DCM502T200CF X 51/s DCM333U1 OODE X DCMX602T2008F X DCMX363U1 OODC2B V, X DCMX642T200CC V2 X DCMX373U1 OOCF2B X DCM662T200DE X DCM373U1 OODF28 * X DCM742T200DF2B X DCM393U1 OODP X DCM782T200DP X 5Ve DCMX493U100DE X DCMX952T200DC X DCMX553U1 OODF2B ,6 X DCMX982T200CF X DCMX573U1 OODP X 8% DCM 133T200DG X 8% DCM633U100DG X DCMX133T200DE X 8% DCMX933U1 OODG X DCMX153T200DP Vdc Vdc Surge X DCMX153T200DF X 8% DCMX253T200DG % X 1% DCM441U150AK % X 2Ve DCM671U150AA2B 250 Vdc Vdc Surge % X 1% DCMX761U150AK2B X 1% DCM171 T250AK % X 2% DCM961U150AH28 * % X DCM251 T250AA % X 2Ye DCMX112U150AA2B % X 2/e DCM271 T250AA2B % X DCM132U150A % X 1% DCMX281T250AK % X 2% DCMX162U150AH % X 2% DCM401T250AH % X DCM192U150AC % X 2/, DCMX461T250AA % X DCMX212U150A % X DCM541T250A X 3Ve DCM262U % X 2% DCMX681T250AH % X DCM272U150AF2B % X 4Va DCM811T250AC % X DCM312U150EC X DCMX911 T250A % X DCMX312U150AC2B X DCM112T X DCM392U1508C2B X DCM 122T250AF X DCMX442U PA X DCM132T250EC2B % X DCMX472U150AF2B % X DCMX142T250AC PA X DCMX532U150EC X DCM172T2508C X DCM602U1508F28 * X DCM182T2508C /2 X DCM652U150CC X DCMX182T X DCMX672U1508C2B X DCMX202T250AF X DCM982U150DC2B % X DCMX232T250EC /2 X DCM992U150CF X DCM272T2508F X DCMX103U1508F X 4/e DCM282T250CC Y2 X DCMX113U150CC28 * X DCM292T250DC X 4/e DCMX292T2508C Y, 3Ve /e /e V, 4/e 5Ve 5/e 3/e /, MA 508)

6 ESR max Ripple amps Nominal Capacitance ohms as c Case Size Catalog uf 120Hz, 20kHz 120Hz, 20kHz D x L inches) Number Nominal Capacitance Case Size Catalog uf D x L inches) Number X DCM422T250DC Y, X DCM212T 400CF2B Y, X DCM442T250CF X DCMX262T 400BF2B X DCMX452T2508F X DCM272T400DE2B Y, X DCMX482T250CC Y, X DCMX282T 400CC2B X 5Ye DCM582T250DE X DCM312T400DF2B * X DCM602T250DF X DCM322T400DP2B X DCM652T250DF X DCMX412T400DC X DCM692T250DP Y, X DCMX432T 400CF X 4Ys DCMX722T250DC X 85/e DCM522T 400DG2B X DCMX742T250CF X 5Ye DCMX562T400DE X 5Ys DCMX982T250DE X DCMX642T 400DF2B X 85/e DCM113T250DG X DCMX672T 400DP2B X DCMX113T250DF B 3 X 85/e DCMX113T 400DG2B X DCMX123T250DP Vdc Vdc Surge X 85/e DCMX193T250DG % X DCM660T 450AK2B 350 Vdc Vdc Surge * % X 2Ye DCM101T450AA2B % X DCM111T350AK % X 2Ye DCM111T450AA2B u 1% X 2Ye DCM171T350AA % X DCMX121 T 450AK2B % X DCMX181T350AK % X DCM161T450AH2B % X DCM261T350AH % X 2Ye DCMX201 T 450AA2B % X 2Ye DCMX291 T350AA % X DCM211T 450A % X DCM351 T350A828 * % X DCM231T 450AB2B % X 25/e DCMX431T350AH % X DCMX291 T 450AH2B % X DCM521T350AC % X DCM321T 450AC % X DCMX581 T350A % X 3% DCMX391T 450A82B X DCM711 T X 3Ys DCM431T 450BB2B % X DCM781T350AF % X DCM481T 450AF2B PA X DCM871T350EC PA X DCM531T 450EC % X DCMXB71T350AC % X DCMX591T 450AC2B X DCM112T3508C28 * X DCM651T450BC2B X 31/e DCMX122T X DCM681T450BC % X DCMX132T350AF28 * X DCMB01T450BF2B PA X DCMX142T350EC28 BOO X 31/e DCMXB01 T 4508B2B X DCM172T3508E % X DCMXBB1T 450AF2B Y, X DCM182T350CC A X DCMX9B1T450EC2B X DCMX182T3508C X DCM102T450BF2B X 4Ys DCM272T350DC Y, X DCM112T450CC Y, X DCM282T350CF28 * X DCM112T450DC2B X DCMX282T3508F X DCMX132T 450BC2B X DCMX30:;!T350CC28!" X 5Ye DCM152T 450DE X DCM372T350DE Y, X DCM172T450CF l4.9 3 X DCM422T350DF X 4Ys DCM172T 450DC X DCM442T350DP X DCMX192T 450BF2B X DCMX452T350DC28 * B 3 X DCM202J 450DE2B Y, X DCMX472T350CF Y, X DCMX212T 450CC X DCMX622T350DE2lil X DCM232T 450DE2B X DCMX702T350DF28 * X DCM242T450DF2B X DCM722T350DG2B X DCM262T450DF X DCMX742T350DP2B X 5 s DCM272T450DP2B 120QO X DCMX123T350DG2B X DCMX312T 450DC Vdc Vdc Surge Y, X DCMX322T 450CF X 5Ye DCMX422T450DE2B % X DCM790T 400AK X DCM442T450DG % X 2Ys DCM131T 400AA2B ) DCMX4B2T450DF % X DCMX161T400AK2B X 5 s DCMX502T450DP % X 25/e DCM191T400AH2B H's X DCM251T400AB2B % X 2Ye DCMX261T400AA2B % X DCM381T400AC H's X DCMX391T400AH X 3Ys DCM511T % X DCMX531 T 400AB % X DCM571T 400AF PA X 4Ys DCM631T400EC2B % X DCMX791T 400AC2B X DCMB11T 400BC X DCMX112T 400BB2B X DCM122T 400BF % X DCMX122T 400AF2B X 4Ys DCM 132T 400CC2B "A X DCMX132T400EC X DCMX112T 4008C2B X DCM202T 400DC2B Y, /e Y, Y, 5Ye /e 85/e 85/e 25/e Ye 25/e 31/e 25/e 51/e 5Ye 85/e - l f MA 508)