52 Suppression Capacitors (MKP) Class X2 AC 275 V (Code pos. 9 = 2) Reference Standards: EN 60068-1 EN 132 400, 1994, IEC-Publ. 384-14/2, 1993 UL 1283, UL 1414 CSA 22.2 No. 8-M 86, CSA 22.2 No. 1-M 90 Dielectric: Polypropylene film Electrodes: Metal evaporated Construction: Metallized film capacitor Single design electrode ~ ~ NN _~ free margin dielectric -~ a 3 Ce ee ee Rated Voltage: AC 275 V, 50/60 Hz Permissible DC Voltage: DC 630 V Coating: Plastic case, epoxy resin sealed, flame retardant. UL-class 94-VO Climatic Testing Class acc. to EN 60068-1: 40/100/56 Test Voltage: (electrode/electrode): DC 2150 V/2sec. between interconnected terminations and case (foil methode): AC 2500 V for 2 sec. at 25 C Capacitance Range: E 12 series 0,01 uFX2 - 2,2 pFX2 (prefered values acc. to E6) Capacitance Tolerance: Standard: +20 %/+10% AC - CAPACITORS F 1779 W max. = me 7] \~_ =I _p- ~ wh 4 Terminals: Pitch p leads | _inmm 10 | LiY 0,25 mm2/ YV d = 0,6 mm/ AWG 23 215 | LIY0,5 mm2/YV d= 0,8 mm/AWG 20 Insulated stranded copper wire, type LIY (or AWG) ends stripped and tinned or insulated solid copper wire, type YV with stripped ends on request Insulation Resistance: for C < 0,33 pF: 30 GQ average value 15 GQ minimum value Dissipation Factor tans: <0,1 % measured at 1 kHz Time Constant for C > 0,33 pF: 10000 sec. average value 5000 sec. minimum value Approvals: Country Specification Electrical Values | Approval Reference | Approval Mark | (USA | UL 1283 0,01-2,2uFX ' ~~ pending RW __ (for AC 250 V) UL1414 0 | 001 -1,0NFX pending SS Canada C 22.2 No. 8-M 1986 0,01 2,2 UFX pending & (forAC 250V) || C22.2No.1-M1994 | _0,01-1,0HFX | pending we CB Test-Certificate (for AC275V) 0,014 - 2,2 pFX2 DE 1-7462 - EN 132 400; 1994 oe lagen on | Germany TEC 384-14, 2ndedition; 1993 | 9.01-22urX2 | 118950 |S | Max. Pulse Rise Time (d,/d;) in V/us: / Rated fo Pitch (mm) 7 Voltage | 10 7 15 22,5 27,5 AC275V | 200 | 200 150 100, Impedance (Z) as a function of frequency (f) at Ta= 20 C (average) Measurement with lead length 6 mm 0.01 0,05 0.1 o5 19 5.0 10 5 100 | * MzTy VISHAY Suppression Capacitors (MKP) Class X2 AC 275 V (Code pos. 9 = 2) AC - CAPACITORS F 1779 1 [ pem Pitch Code Terminal 2 d owe Length Ordering Code* (mm) Pos. 10 (mm) (mm) Pos.12 | 1-4 | 5-7 |8/9|10| 11-13 | | __10 D 0,5 40:5 B 1779 0 2 0 OBO | 15 F 0.5 | 50% | C 1779 0 2 0 oco 22,5 l 0,5 | gos | D | 1779 02 0 ODO | 27,5 K 0,5 1009 | ok 1779 02 0 OLO Capacitance Tolerance Pitch Dimensions Weight , Quantity/ | Ordering Code * | /o Code Pos. 5-7 | Code Pos. 8 Code WxHxL Package Ww $s 2 & 5 aaa | K=+10% Pos. 10 zl F s/5| (388 M=+20% | 6|6!> aaa (mm) (mm) + 2/04 mm (g) (pcs) 1-4 #57 8 9 10 11-13 0,01 pFX2 K/M 10,0 D 3,7x 8,9x12,8 | 1,4 1250 (1779 310 . 2 OD 0 0,012 uFX2 K 10,0 | D 3,7x 8,9x 12,8 1,4 1250 [1779 312 K 2 D_..O 0,015 pFX2 K 10,0 D 42x 9,4x 12,8 1,6 1250 [1779 315 K 2 D_..0 0,015 pFX2 M | 10,0 D 3,7x 8,9x128/ 1,4 | 1250 1779315 M2 D_..Oo 0,018 yFX2 K | 100 | D 5,3 x 10,4 x 12,8 1,8 1250 (1779 318 K 2 D_..O 0,022 yFX2 K/M 10,0 D | 5,3x10,4x12,8, 1,8 1250 |1779 322 . 2 DD ..0_ 0,027 pFX2 K 10,0 D 5,2x 10,4 x 12,8 1,8 1250 |1779 327 K 2 D_..O 0,033 yFX2 K 10,0 D 6,2x11,4x12,8 | 1,7 1000/1779 333 K 2 D_..O | 0,033 pFX2 M 10,0 D 5,3x10,4x12,8 | 1,8_ 1250 [1779 333 M2 D_..Oo 0,039 uFX2 K 15,0 F 5,3x10,4x17,8 | 2,6 1000 [1779 339 K 2 F_..O | 0,047 pFX2 | K/M 15,0 F 5,3x10,4x17,8 | 2,6 1000 (1779 347.. 2 F..O |. 0,056 uFX2 | K 15,0 F | 53x104x17,8/ 2,6 1000 1779 356 K 2 F..O | 0,068 pFX2 K/M 15,0 F 6,0x12,0x17,9 | 3,2 900 1779 368 . 2 F..0 | 0,082 uFX2 K 15,0 F 6,0x12,0x17,9 3,2 900 [1779 382 K 2 F..0_ 0,1 wFX2 K 15,0 F | 7,3x134x17,8| 3,6 g00 [1779 410 K 2 F_..0 |, 0,1 pFX2 M | 150 | F 6,0x12,0x17,9 | 3,2 900 (1779 410 M2 F_..O 0,12 yFX2 K 150 F -7,3x13,4x17,8 | 3,6 800. [1779 412 K 2 F ..0 015 uFX2 K 15,0* F 8,3x14,4x 17,8 3,9 900 (1779 415 K 2 FF ..0_ | 0,15 pFX2 M 15,0 | F 7,3X13,4x17,8 | 3,6 800 [1779 415 M 2 F__..0 0,15 pFX2 M 22,5 6,3x14,4x26,3 ) 45 | 650 1779 4145 M 2 | 0 0,18 pFX2 K | 15,0* | F 8,3x17,4x17,8 4,7 600 1779418 K 2 F..0_ 0,22 pFX2 K/M 15,0* | F 8,3x17,4x17,8 4,7 600 (1779 422 . 2 F..0_ 0,22 pFX2 M 22,5 | | 7,2x15,4x26,2 | 5,3 500 [1779 422 M 2 | _.0 [0,27 pFx2 | K | 225*! | 8,2x 164x262 | 4,8 500 (1779 427 K 2 | 0 0,33 pFX2 M 15,0, F | 13,2x22,4x17,8| 8,3 400 (1779 433 M 2 F_..O 0,33 pFX2 K 22,5* | | 88x17,0x263 | 65 | 500 (1779 433 K 2 | 0 | 0,33 pFX2 M 22,5 | | 8,2x16,4x26,3 | 5,8 500 |1779 433 M 2 | 0 ' 0,39 pFX2 K 22,5* | | 10,2x18,4x26,2| 7,9 500 1779 439 K 2 | ..0 | 0,47 pFX2 M 22,5 | | 10,2x18,4x 26,3 8,0 450 (1779 447 M 2 | ..0 0,47 pFX2_ K/M 27,5 K | 87x18,3x31,2 | 8,0 500 [1779 447. 2 K_..0- 0,56 uFX2 K 27,5*| K 11,0x20,3x31,2 | 10,3 35011779 456 K 2K ..O | 0,68 puFX2 M 22,5, 1 | 10,7x20,8x 26,3 | 7,7. 500 |1779 468 M 2 | 0 | 0,68 pFX2 K/M 27,5 | K 11,0x 20,3x 31,2 | 15,5 _ 250 |17739 468 . 2 K ..0 | | 0,82 pFX2 | K 27,5" | K 13,0x23,3x31,2/ 141 |! 300 |1779 482 M2 K ..0. "1,0 uFX2 | K/M | 27,5 | K 13,0 x 23,3 x 31,2 | 14,1. 300 1779510 . 2 K_..O | 41,2 pFx2 [| K 27,5" K | 14,5x24,4x31,2 16,2 250 1779 512 K 2 K_..O (1,5 yFX2 _K 27,.5* | K 16,0 x 29,3x 31,2 | 21,2 175 [1779 515 K 2 K_..0 | [45 yFX2 _M 275 | K 14,5 x 24,4x 31,2 | 16,2. 250 (1779 515 M2 K_..O | 1,8 FX2 K 27,5* K | 17,8x32,4x31,2 | 25,6 150 1779 518 K 2 K_..0 | 2,2 pFX2 K/M | 27,5 | K_ | 17,8x32,4x31,2| 25,6 | 80 |1779 522 2 K_..O | Prefered values in bold print. Inbuilt discharging resistor on request (with larger case dimensions) * extended pitch on request With Ab Ordering example: 1779 410 M 2 F 4D0 and @ mark the ordering code is a 4 on digit 11 53GENERAL INFORMATION Production Code according to DIN IEC Publication 62/11.90 Year Letter Month Letter / Number Code Code 1986 U January 1 1987 Vv 1988 W Ferbruary 2 1989 X 1990 A March 3 1991 B . 1992 Cc Apri 4 1993 D May 5 1994 E 1995 F June 6 1996 H 1997 J July 7 1998 K August 8 1999 L g 2000 M September 9 2001 N 2002 P October : oO 2003 R 2004 Ss November N 2005 T D 2006 U ecember D A) 2 Figure code (Year/Month) B) 4 Figure code (Year/Week) The production code is indicated with 2 code letters The production code can also be indicated with 4 co- or with one code letter and one code number. The 1st de numbers. The 1st and 2nd code numbers indicate figure indicates the year and the 2nd figure indicates the year and the 3rd and 4th code numbers indicate the month. the week. Examples: Examples: 1988 August = W8 3rd Week 1988 = 8803 1989 January = X1 15th Week 1989 = 8915 1990 February = A2 33rd Week 1990 = 9033 1991 December = BD 48th Week 1991 = 9148 1992 March = C3 10th Week 1992 = 9210 1993 April = D4 21st Week 1993 = 9321 1994 July = E7 18th Week 1994 = 9418 1995 August = F8 50th Week 1995 = 9550 1996 May = H5 32nd Week 1996 = 9632 1997 October = JO 41st Week 1997 = 9741 1998 November = KN 27th Week 1998 = 9827 1999 August = L8 45th Week 1999 = 9945 2000 June M6 13th Week 2000 2013