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ly RoHS >" rk Compliant Fi SPECIFICATION FOR APPROVAL File No.: Q/FRK 0.GS.E.C82-C07 Product Name Double sided metallized polypropylene film capacitor(Box-type) Product Type C82(MMKP382 Series) Product Code Customer Customer Code Issue Date 2014-10 Page | of 16

I nl C82 MMKP32 Series Revision record eee el No. Revision description Recorder Date . version a a a a Page 2 of 16

i rf C82 MMKP382 Series Double sided metallized polypropylene film capacitor (Box-type) @ Outline Drawing w T f d+0,05 Ps04 Y W+0.4,H+0.4,T+0.4 @ Features © Double sided metallized polypropylene structure @ Low loss and small inherent temperature rise © Negative temperature coefficient of capacitance ©@ Excellent active and passive flame resistant circuit @ Typical Application © Widely used in high voltage, high frequency and pulse circuit © Deflection circuits in TV-sets(S-corection and fly-back tuning )and monitors © Lamp capacitor for electronic ballast and compact lamps @ SNUBBER and SCR commutating circuits @ Specifications Reference Standard GB/T 10190 (IEC 60384-16) Climatic Category 40/105/56 Rated Temperature 85°C for Ug (de); 75°C for Up (ac) -40°C~105°C Operating Temperature Range (485°C to +105'C: decreasing factor 1.25% per ‘C for Ux (de)) (+75°C to +105°C: decreasing factor 1.35% per ‘C for Up (ac)) Rated Voltage 250V, 400V, 630V, 1 000V, 1 600V, 2 000V Capacitance Range 0.00022p.F~3.9pF Capacitance Tolerance +2% (G), +3% (H), +5% (J), +10% (K), +20% (M) Voltage Proof 1.60UR (5s) 2100 000MQ., Cys0.33 nF Insulation Resistance (20°C, 100V,1min) 230000s = Cy>0.33pF Page 3 of 16

@ Part number system The 18 digits part number is formed as follow: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 [elsf2] T} TP} TTT ET TT et yy Digit | to 3 Series code C82=MMKP82 Digit 4 to 5 D.C. rated voltage 2E=250V 2G=400V 2J=630V 3A=1000V 3C=1600V 3D=2000V Digit6to8 Rated capacitance value For example : 103=10%10* pF= 0.01 ,F Digit 9 Capacitance tolerance G=+2%, H=+3% Digit 10 Pitch 3=7.5mm 4=10mm 6=15mm 9=22.5mm B=27.5mm Digit 11 Internal use Digit 12 to 15 Lead form and packaging code Digit 16 to 18 Internal use Tablel Lead form and packaging code a A | ammo-pack | 3 | F=7.5mm straight T | Fach cap. among two consecutive holes 4 F=10.0mm P3=12.7mm,H=18.5mm (For pitch=7.5mm) 6 F=15.0mm (tee “C” in the | 00 | standard lead length 45 _| lead length 4.5mm Page 4 of 16

MMPS? Series @ Dimensions(mm) Fees Pos [om [oe [os [or [mama Fone [ies [oe [se [os [es Pemnomanern | [oor fas Piso [oo [as [ox [exaaremn | Pom [oes [oe [ae [os [oe [ommmmne | Po Pa fa [ oe [rns [ar [mae Pon Pos [om [ae [oe [mr nd Peon [ies [nse [os [oo [emacs | [om fae Pes [wo [as [ on [eminem Pom Pos [oe [ae Pos [oe [mami | [on Pe [ae [ on [as [on omar Pew fos eo [os [ee [oman | Tom [ae] ae [oe [ae [ or [amaemonn Powe fre [ime [ow [oe [oe [oman] [in Pom [me [ne [i [or [oor Pen Pan [oe [ow [wn [oe [emaomammn| [oe [ae [oe [ae [ns or [mame Pom Pow [om [Pre [oe [manne |] [oe [a [on [ne [ox [omar Peon [ne [om [0 [oe [oe [omni | Poe [ee [xe [re [ns [an [mmo sO Por [oa fue fe [ie [we [emasmarnn | [or [on [ae [oa [ns [on [emir Peon [ae [ae | oo [eo [ oe Lemme] [an [ae we [we [ms [or [comm ed | [oom [as [ne [oe [ise |e» [emer Fm fis fiw [se [se [ar [omar Pee fs [no | 50 [iso | or Penman Poe Pins [me [oe [ie [or [omar | oss [ins | ize | oo | iso [os | cxazisecorens | Paw Pre fs [95 [se [om [amen [om [ns [as [as [iso [ os [ememar| Pen [res [is [os [iso | or [amen Pe Prns [ae [an [se [or [amit Pom Ps fine wn [ise [oe [om Note: 1. “-"=capacitance tolerance code, M=+20%,K=+ 10%,J-+5%, H=£3%, G=£2% 2. **"""=Iead form and packaging code (refer to table 1) Page 5 of 16

@ Dimensions(mm) Power Po [Tow [os [ or [ommmmmnn | [om [re [ne [oe [wo | oo [eam Poms [we [ ve [ae [as [os [omomaemnc | [eon [Fe [ ne 6 [wo [ov | emawen | Pom Po fe [oe Pos [on [ews] Pour [re [oa [a0 Pn [0 [oer Poser Pres [oo [ae [as [ee [omer] Pane [re [we [0 [so | ox [canner Passe or [on [aw [os [or [emosoimmnce| [our [re [ me | we [we [ or [ coxa fone [or [on [aw [os [oe emomnnmnae| [Tow [ref ae v2 [wo [ os [coms [ene [or [oe [ae [a [oe [momar | Pom [ra [aa | Pie | or [omnes Poo Pee [we oe [as [on [omni] Pow [ee [wn [we [iso [ ox [canon | Pow Poe [oa [ae Pas [oe [omens] [om Pre Pre [we [so | ox [emer Po [re [re [on [ie | ox [enor | fs Peer [se [oe [ae [eo on [nomen] Peis fae] wel ow [ns [as [ems Pons [me [oo [oe [un [ee fosmmsarmnn] Pow [as [om [oo [oa | ox [canon | Pe Ps Pro [oe [as [om [enor Foon Poe [90 [ow [an [ee [soma] [oar [as [rm [os [os | ox [canara | A NN Peer Pe [ee ae [un [ee [oman] Pow [ae [me [wr [as [ ax | conawarn | Peon [ae [rm ae [ie [ee [cmon |] Pear ee ne [on [me [ar [eons | [one [ae [ae [oe [an [ee [omer] Poa [as [aa [me [ma [ or [cancer Pes [ee [ we [on Pa os Pemomemon | Peer Pe Pe [oe [ns [on [ocr Pose ee [we [i [as [ox [oar | Pow [se [on [as [os Pemctron| Pie [se [5e [me [ne [or [em Pie [eee [re [a [on [ emerson Fis [a= [re ae [as [sm Ps [oe Poe [rere [ox [or Note: 1. “-"=capacitance tolerance code, M=420%,K=+10%J-15%, H=13%, G=i2% 2. “#*"=Jead form and packaging code (refer to table 1) 3. “@” Not suitable for across-the-line applications. Pls refer to the Interference Suppression Capacitor. Page 6 of 16

MMK PB? Series @ Dimensions(mm) Poof [om [oe [os [oe [ammo] [orm [re [eo oe [oe [ or [em | dC ee free [eae [ae [se [oe [omission Poms Pree [ oe [ae [as [ee [emanarmmnn | Poms [a2 [ue e [en [on | cen Peo [ee [oe [oe [oe [oe [ommisaronon| Pome [3 [re [a [oe [om [carn Pons [ee oe [ae [os [oe [oinmaemne | Po [rs [ee [oe [ee [ox | carn | Poe [os [oe [oe [oe [on [ommsarmror| [ou [re [on [ne [eo [ear Peon fs [om [oe [as [oe [ecmmsrmmne | [oor [a [wo [om [rs [ov [ ommenn| Fev Pro [ae [os [oe [omar | Powe fa [ma [ar [me | or [cma Fim [ee [om [ae [os [oe [eimai | Poon [ae [me [oo [me [| amas Pons we [ve [ae [as | oe [camsaremne| Pow [ae [se | ow [2s | ox [ cmmorenn | dN 9d Frome [es [rae [5 [on [omissaronor| [oo [oe [ra [a [ae [nL cn Peon [es Te [ee [rs [oe [enna | Por fae [re [oe [es [ox [omar | pees [ae [2 [oe as [or [omer es 0 Poser [ne [oe ae [ie [ee [emimaranie| [oor [ ee [a [rms [on [eon Po [er [fe [as [ox emma Pos [ae [oe [ae [ee [ an [emmmaranss| [oor [eee [on [ns [ os [ema Em ee Fane Psa [wa [30 Pr | ee [ecanoarnn | [om [an fn [ve [ars [os [emma Fm Pree [wa [0 Pr [ee [ecm | [oor [un [wn [ve [ars [os [emma Paws [oe [ae fe fe [ oe [ema | Poo [ae [oe [a [ae [ox [cman [eo [ae [ae | [own [ee [omar | [oe [ae [mo [i [as [| oxime Peon [os [om [oe [ise [en [emmironsn| [ow [ve [a [| ns | os [omnes Fone [e [nm [0 [sn ox [anarnon| [aac Poe [ae [oe [ns [on [ omar Pon [ie [oe [a [isn [or Penman] [our [anf [we ne [en [ omen A Fao [re [uel ae [ie er [ommarons| [iw fe [nl an [nso [cms [ews rs Pee [oo Pie [ov Pecans] [is [on fn [wn [as [os [eases Note: 1. “-”=eapacitance tolerance code, M~:20%, K=+10%J-15%, H-43%, G-42% 2. “*###"=Jead form and packaging code (refer to table 1) Page 7 of 16

@ Dimensions(mm) [owe [os [ne [se [se [os [arama | Pome [xs [v0 [ow [as [ox [cman | [oor rs [we [se [ise [on [emmarmos | Pome [aes [so [oo [as [ox | cemaemmmne | LN [ene [rs [we [so [ise [on | exmirarmos | Pome [oes [so [oo [as [ox | cemmmmmne | CO ee oe OO oe a A OS [ome fas [me [so [iso [os | emma | [oon [as [se [oe [as [os | cmommmn | ae Oe [eon [ars [io [oso [os Pommmarme | Pome Pas [ee [ae [as [es | cmmmormn | [ones Pes Pe [se [se [ox [cama | Poon [ae fae [oo [as [ox | capmarmes | [even fs [ve [90 [ee [ow | cnmmamnoe | Foon [ms [mo [oo [as [on | carmen | [rooms [ars [0 [eo [iso [os [omomaren | [ons Pas [io [Te [ms [os | commons | [Peon [rs [a0 [eo s0 [os Pemomaren | [om Pas [ae [as [ms [os | cman | A Se Oe oe oe Ce [oem [rs [ico [wo [iso [os | commarnon | Pom [eof we [oo fas | on | commornns | Loos Ps [ve Le [ee [oa [reminisce | Foo [ee [wo [oe [ars [on [expires | [eos [se [no [oe [as [or | cama | [oe [ee [ae [ae [ars [os | canoe | [eee Pe [ae [ears [es [ears | [ie [ae [ee ee [as [ox [amie | [eee [ree [ae [ie [as [os | cine oe | [row [me [ae [ee [as [es | cenpmamn | [ew [ae Pao Pee [as [es | emer | ee Pos [ee De [ier Pos [ oe | cmnistinnn | Note: 1. “-”=capacitance tolerance code, M=+20%,K=+10%,J=25%, H=+3%, G=+2% 2. “##"=Jead form and packaging code (refer to table 1) @ Maximum permissible voltage change per unit of time Rated } 250 | 1200S | t000 = | SSO] | 200 | 400 | 1800 | 500 | 00 | S00 S| 800 | 1000 {| 6000 =| 6000 | 3300 | 2100 | 1000 } 1600 [ \\ TNT 000 | 8000 | 2000 L__2000 fo \\ TN t0000_ | 5000] 2200 Note: 1. Rated voltage pulse slope (dV/dt) at rated voltage. 2. If the working voltage(U) is lower than the rated voltage(Ug),the capacitor can be worked at a higher dV/dt. In this case, the maximum allowed dV/dt is obtain by multiplying the right value with Up/U. Page 10 of 16

MMKP%82? Series m@ MAX. VOLTAGE(Vr.m.s) VERSUS FREQUENCY Vrms(v) 250Vde/180Vac venstv) 400Vdc250Vac

1000 E1000

10 LT TTI | 0.015HF p= 7.5 CTIKN IM 10 aia O03 Lanes THEI INNIS 5s SSS tipo ur pets Piri NN 5 EEE oot, we pets.o Sti NN CCE 18a we Pers FTN Ce peers TPT »LUTI I UME TINY =, LTT | [T_T NII 01 1 10 100 f (kHz) 1000 0.4 1 10 100 (kHz) 1000 MOON ee NN vm) 1000Vde 600Vac ——— sl 1000 pp pp i ty HHI SSSR EE rN SCT . N oC 7 048 wpe 27.8 Ti Oe 047 wr p=27.5 CN | oe | OE vC LUT EI CTI TT, TIVO 0.1 1 10 100 f(kHz) 1000 04 1 10 100 © f (kHz) 1000 Vrms(v) 1600Vde/6S0Vac Vrms(v) 2000Vde/700Vac

500 FESS SSH 500 ES SNS

ote Lab EAN NEG Po TTT o.oo1mr p=15.0 Wy NIN ee a Coir a [TT TTT 033 wr pe27s* TTT TT TTI | vA TT TE TN, CCI TTP 01 1 10 100 f(kHz) 1000 0,1 1 10 100 f (kHz) 1000 Note: sinusoidal wave-form, environment temperature<85°C internal temperature rise AT=10'C, p (pitch) in mm.. Page 11 of 16

i I C82 MMKP382 Series m@ MAX. CURRENT(Ir.m.s) VERSUS FREQUENCY Irms [A] 250Vde/180Vac Inms [A] 400Vde/250Vac

10 SSS 10 ee Sa

ee ee ee ee eee ee se ee | So eT FE je a a a A A | | | 1 =e LE aes ee se a ee el eee eel ee An eo — | es ee ae ie oeeiee —| ee al a i a ee a a ee Ce Oe EEE A Ee a | | + CCEA ea CS et Z Ai a ain ale [mA 401A dS | CAO AIA ARIS aS arr on ZEA SINS O-01SHE B75 Ig ATE ON 001 ne BE 7.5 I] VE SSIS 0.047 p=10.0 3) Se 0.033nF p=10.03 Ae St0.1 ur p=15.0 ti ee S01 pr p=15.0 if SSeS 0.47 pF p=22.5 1 Ae et 0.22 pF p=22.5 +I Cee pr p=27.5 Il ACA opr pea7.s dl oot a et he ee Nl) on 1 10 100 f[kHz] 1000 On 1 10 100 f[kHz] 1000 Inms [A] 630Vde/400Vac rms (A) 1000Vde/600Vac

00 SS SSS SSS 00 eS a

a A a || Gc | a a | a | 10 eo OI aa as ———--- all aes ee ee ee eae es oe a FEE a a a | a a a a P| a eee (SEE ae, CO a er Seenei io ae cst enemas See seeitieee ee erate est a A AS | SACO Aa TOA RSS Ae OS ol | oe eh SN r or CLL AA 001 ue ps 75 ESS 0.001NF p= 7.5 ets 0.001 WF p= 7. eA te t0.01_ pr p=10.0 SAS 0.0022uF p=t0.0 A SS 0.047HF p=15.0 eS 0.015 pF p=15.0 EAS 0-047pF pet. ers ee oe ieeeety te Te CZCS 0.1 ae p=22.5 ASAI AN 0.047 BE p22 oo TT Le TT i PT 10.15 oF p=275] gg 7 Ie TT 047 nF p=27.5 o4 1 10 100 f [kHz] 1000 "0.1 1 10 100 f [kHz] 1000 Inms (Al 1600Vde/650Vac rms [4] 2000Vde/700Vac 10 eS SS a 100 See eee eee eee eel ee eee eel ee el ee a | | | 10 1 Sees ee oe = aaa Sees ee ee sl EE Sel EEE HH Eee ee Ce 44 a eee a ee A a a ee | COURT at er CE eee ee als ae ee | SSH Sea snl a eS oe | FREE HH Ree Hh SS eee ey ar Ge | CZ AIS Sent COPA OSS ero (ae eth Se e612 Se = SS SSeS 0.001pF p=15.0 FF FSS 0.001 p=15.0 A a 0.047 HF p= 22.5 Caz oa eSSS 0.022F pee ZA art 0.1 WE p=27.5 AAC es 0.047 oa Ceo A $0.33 bF p=27.5 LAT i ea Ot BP peer 0.01 0.01 0.4 1 10 100 [kHz] 1000 0.1 1 10 100 f [kHz] 1000 Note: sinusoidal wave-form,environment temperature<85‘C ,internal temperature rise AT=10'C, p (pitch) in mm. Page 12 of 16

m@_Test Method And Performance a ee eee [ey ee Immersion time: 2.0s+0.5s Capacitance Initial measurement | Tg6: 1kHz, C>1.0uF 10kHz, C<1.0uF There shall be no visible damage Tense: 0.50<d<0.80, 10N 0.80<ds1.25, 20N . Bend: 0.50<d<0.80, SN Terminal strength 0,80<dS1.25, 10N

2 The terminals shall be bent 2 times in

heat marking Immersion time: 10s+1s AC/C <+2%(relative to the initial value) Final measurement Increase of tg5: <0.002 (10kHz,C<1.0uF) <0.002 (IkHz, C>1.0uF aa Capacitance a . Oa=-40°C, Op =+105°C 5 cycles deterioration. There shall be no evidence of | Amplitude 0.75mm_ or acceleration . deterioration. 98m/s? (whichever is the smaller Vibration severity), f 10Hz to 500Hz.Three 3 directions, 2h for each direction, total 6h. eS a deterioration. duration, 6ms There shall be no visible damage AC/C <+2%(relative to the initial value) Final measurement Increase of tg8: <0,002 (10kHz) IR: > 50% of the rated value Initial Capacitance measurement | _Tgé: 10kHz a ee] [TR heat, Cyclic GL Low There shall be no permanent breakdown, | 15‘C~35°C, 8.5kPa, Ih Climate air flashover or other harmful deformation 4 | sequence pressure__| when applying Uk at the last | minute. _ Damp Applying Ug for 1 minute after 15 | Test Db, Severity b, the other cycles, heat, minutes the test finished . i ee other Final There shall be no visible damage, measurement | legible marking AC/C <+3%(relative to the initial value) Increase of tg5:<0.003(10kHz) L.R.: = 50% of the rated value Page 13 of 16

i rh C82 MMKP32 Series There shall be no visible damage, | Temperature:40°C +2°C legible marking va og #2

5 ACIC <£5%(relative to the initial | Humidity: 93-3 %RH

5 Damp heat steady state value) Duration: 56 days

Increase of tg5:<0.002 (10kHz) LR.: 2 50% of the rated value There shall be no visible damage, | Temperature: +85°C legible marking Voltage: 1.25xU,(50Hz) ae , re ae

6 Endurance AC/C <+5%(relative to the initial | Duration: 1 000h

value) Increase of tg5:<0.0015 (10kHz) LR.: > 50% of the rated value Measuring capacitance at test point b, d, f Characteristic at lower category temperature -40°C: 0<(Cy-Ca/Cast3% Static method: The Capacitors should be

7 Temperature: Characteristic at upper _ category kept at the following temperature in tum:

characteristic temperature +105°C: (2042) °C, b(-40#3) °C, d(20#2) °C, A%e(CHCQ)IC GeO f(105£2) °C, 9(20#2) °C LR. (test at point f): IR22500MQ = CgS0.33 u F IR2750s Cr>0.33 b F AC/C <+5%(relative to the initial value) | Times: 10 000 increase of tg5:<0.005 (10kHz) Duration of charging: 0.5s LR.: 2 50% of the rated value Duration of discharging: 0.5s Charging and Charging voltage: rated voltage Up discharging Charging resistance: 220/Ca(Q) Discharging resistance: U,+CrdV/dt(Q) Ck: rated capacitance (uF) dV/dt value: see page9 table The flaming time of each capacitor shall | IEC 695-2-2 not go beyond 30s after it is taken apart | Needle flame test from the flame. Drop of each capacitor | The category of passive flammability: caused by flame shall not fire the tissue | C , Expose time in flame : | time

9 Passive flammability | below Capacitor volume —_ Exposing time

V<250mm’ 5s 250mm*<V<500mm° 10s 500mm’ <V<1750mm* 20s V>1750mm* 30s @ Quality ensuring test (before shipment): Inspection item (each batch) Inspection level _CGB 2828) Tangent of the loss angle 0.65% Dielectric strength Soldeabilty Page 14 of 16

MMKP%82? Series @ Marking P<10mm P>10mm MMKP82 10241000 104 J 1000 C ‘Type — Rated voltage —— Rated voltage Capacitance Tolerance Capacitance Tolerance ——— Capacitance Capacitance Brand @ = Taping specification for box-type capacitors A Outline Drawing P,P P as tT 2B, Pay ' i Bh AS | i i 7 i —— ; (h ee | tral eels t a = ( i= cade ae ae he eae es us oo Po yor ) ? oft he “ei ig2 P= A Taping Dimensions(mm) A Packing Quantity i Technology index| G4, mensions ; Box ‘Ammo-pack tite P=10.0 | P=15.0 Pitch i um) thinkness (pes/box) Tepingiype | — | fiet | rigi | rie | re2[—] |‘ T¢mm) ee A201 A405 | A60s || 2500 2.000 Taping pich so 1300 Feed hole pitch [60 | 100 | 800 | Centerofbody | P| 635 | 63s | a7 | 127 | 13 | 1 500 Componeat - [50 | 1200 | 1000 | ; 2 [so 1w00 ato] Height of ‘oo! +1.0 Hold down tape aan [We | émin | tomin | romin | romin |] — |] 8° og] aw J 50 [io | 350 200 W, 3 3 3 3 sition 2 | max | oman | oman [max Note: * Py=15mm is also available; [ Tape thickness Tt [07 T0707 [09] +02 | . mene ***H=16.Smm is available; Page 15 of 16

@ Packing box sizes(mm) 1. Out packing box for bulk 2. Inner packing box for bulk i LF ' L:3755 Zoi L:35543 H] fo pas Fn Brae ae 26525 “ : , B Pa B H:11843 3. Box sizes for Ammo-pack Lhe H ‘L:33043 B:4843 H:26043 L B Page 16 of 16

Product Information

C82 specifications and overview.

Summary

Double sided metallized polypropylene structure

Description

Double sided metallized polypropylene structure

Source title C82 Datasheet(PDF) - Surge Components

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