C84 | DigiCamel IC Datasheet

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RoHSET >" Compliant AFI SPECIFICATION FOR APPROVAL File No.: Q/FRK 0.GS.E.C84-B06 Product Name Double sided metallized polypropylene film capacitor(Box-type) Product Type C84(MMKP$4 Series) Product Code Customer Customer Code Issue Date 2011-08 fF hi

95 E Jefryn Blvd

Deer Park, NY 11729 631-595-1818 Www.surgecomponents.com Page | of 13

Double sided metallized polypropylene film capacitor (Box-type) @ Outline Drawing _—_w—4 KT | | L T d+0.05 j Pt04 |i c | | W204 Hi0.4 T20.4 @ 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 @ Pulse applications with high. AC. voltage and HIGH current @ Electronic lighting(ic. car headlamp and lighting ballast) @ Specifications Reference Standard GB/T 14579 (IEC 60384-17) Climatic Category 40/105/56 -40°C~105°C Operating Temperature Range (+85°C to +105°C: decreasing factor 1.25% per ‘C for Ug (de)) (+75°C to +105°C: decreasing factor 1.35% per °C for Up (ac)) 250Vac (630Vdc), — 300Vac (800Vdc) Rated Voltage 400Vac (1000Vdc), 500Vac (1600Vdc) 700Vac_(2000Vde), 900Vac_(2500Vdc) Capacitance Range 0.00051 4F~0.12uF Capacitance Tolerance +2% (G), +3% (H), +5% (J), +10% (K), +20% (M) Voltage Proof 1.60UR (5s) Page 2 of 13

@ Part number system The 18 digits part number is formed as follow: 1 2 3 4 °5 6 7 8 9 10 Il 12 13 14 15 16 17 18 lele]s] |} TET TPTTITTITtIt tI Digit 1to3 Series code C84=MMKP84 Digit 4 to S ACC. rated voltage E2=250V Q1=300V G2=400V H2=500V_ V1=700V_ X1=900V Digit 6 to8 Rated capacitance value For example : 103=10* 10° pF= 0.01 uF Digit 9 Capacitance tolerance G=+2%, H=+3% Digit 10 Pitch 4=10.0mm 6=15.0mm 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 Tre F=15.0mm He | “Cc” in the [700] standard lead length figure above (18mm~26mm) 45 | lead length 4.5mm 35 | lead length 3.5mm Page 3 of 13

«****"=Iead form and packaging code (refer to table 1) @ Maximum permissible voltage change per unit of time ee = Rated Voltage (Vac) |_25oea0veo) | 3000 | top | soo(eoovaey [7 | 2500 ~—~=~«dYCtC‘ SCC | aoocroooveey [7 | —s00~—~=«dYSCt a SSC~dYSCCCSd | soocrenovae) [1 | sooo | 3000 | 2000 —*| Note: 1. Rated voltage pulse slope (dV/dt), at rated voltage. 2. If the working voltage(U) is lower than the rated voltage(Ux),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 7 of 13

MMKP$4 Series @ MAX. VOLTAGE(Vr.m.s) VERSUS FREQUENCY fe a Se) iH NUNS COUT eee: ICON CCIE es a »L LUM TI EEE TTT CTI TTT 0.1 1 10 100 (kHz) 1000 04 1 10 400 f (kHz) 1000 fs re ne ee 100 a eg ey a a SN a A | | a A | A a a CO »L LUMI ETI ETE TT) LIE, 04 1 10 100 f (kHz) 1000 04 1 10 100 f (kHz) 1000 1 a PO gee

500 FETS SSH 500 PSH

[Tritt 1 9aotne pets2 nih RRB Eo vo LIT Towesee pes GILT UIT, UTIIII | owze tebeaas (TTI a | | a a 0.1 1 10 100 f (kHz) 1000 04 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 8 of 13

MMKP8é4 Series @ MAX. CURRENT(Ir.m.s) VERSUS FREQUENCY Inms [A] 250Vac Irms [A 300Vac

10 SS SS SSS Sey 100 Se

ee ee | | oo es | A A | | A | SO a A A | A A | se | a | 10 10 TT =——=s ae oe eel =a eee eel a oe | FEHR EE EH ee FEE EHH A A | | a A = ee | a ::| ee (CEO |, SOS ee eee a me ho ete | Saas ee es ae ast es FEE EAE EH FREE EHH RE ae a | | ee a 28 er TI | a | | A ee Sth os CCI NSIS Won cao ° SES 0.022pF p=t0.0 FH SSS SE 0.01 pF p=15.0 i a | | AA ort BF p=22.5 17 oo | SFT TT Ti TT Ti TT Tit oo 1 I Le TT TT Ti TT Ti O4 1 10 100 f [kHz] 1000 0.1 1 10 100 f [kHz] 1000 Inms [4] 400V: Inms [4] 1 100 ey 100 ee ee FEE EH ao a el sl| A A | A A A | | EEE ee ===. Sas ae ee Saas ee oe eee | ee et a | FEE oc ee ee err a 2 ha "| {CCCI ee =, eee Sees! see sct aces eaeei ME mae Soess Se cetil eeeel| oe a eS , Cae i SSS 0.01 pF p=15.0 +4 ae 0.0022UF p=15.04 eT TT A eae eee pa Pack ons br peaast FATEH 1 uF p=22.5 Tf] AS CEE TK 0039 ME pane | oot IAAL Coit 1 a on 1 10 100 f[kHz] 1000 On 1 10 100 f[kHz] 1000 Inms [A] 700V: Irms [A] yi 10 reg 100 ee FEE oe ee ot | | | | 10 10 TN ====.1.====21) Sass aes === aes ee ee el ae acta a oe | Se A A A | | | oT ee ee {CECH cr —, CECE A | a a OS a || | eS SO | a ea | CC Aa oot on CLIN IN TTT TTT os LEE Ter See SSS o.001ur P=15.0/ SSP ie ese ae eee AEA SSE 0.01 pr p=15.0 | ES Hi AS 0.001 pF P=22.54) abet AT tS oozour p=2255 | ee tk 0.0047 pF p=22.5 1] Zeta eri tr Pe 0.022H8 P=22-5 | Cea At T9999 pe p=22.51l oo ALL Ler I P07 wr 2275), et ll on 1 10 100 f[kHz] 1000 On 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 9 of 13

MMKP%84 Series @ Test Method And Performance fe | tem | estormine Ee ase)

43 Good quality of tinning Solder temperature: 245°C +5°C

Li | Solderability Immersion time: 2.0s+0.5s Tension: 10N There shall be no visible damage Bend: SN The terminals shall be bent 2 times in 2 Terminal strength each direction. There shall be no visible damage Solder temperature:260°C+5°C 3 | Resistance to solder heat | C/C <#2%(relative to the initial value) | Immersion time: 10s+1s Increase of tgd: <0.002 (10kHz) Capacitance TgS(10kHz ; Oa=40°C, Op=+105°C Scycles Rapid change of : A > \\B fecoperatice There shall be no evidence of Duration: 30min deterioration. There shall be no evidence of | Amplitude 0.75mm or acceleration a deterioration. 98m/s’ (whichever is the smaller Vibration severity), f 10Hz to 500Hz.Three directions, 2h foreach direction, total 6h. There shall be no evidence of | 4 000 times, Acceleration: deterioration. 390m/s’,Pulse duration, 6ms There shall be no visible damage AC/C <+2%(relative to the initial value) Final measurement Increase of tgd: <0.002 (10kHz) IR: > 50% of the rated value Initial Capacitance measurement | Tgé: 10kHz +105°C, 16h foe Damp Test Db, Severity: b, the first cycle heat, Cyclic -40 There shall be no permanent breakdown, | 15°C~35°C, 8.5kPa, Ih Climate Low flashover or other harmful deformation 5 | sequence inl when applying Ug at the last 1 minute. pressure Damp Applying Up for 1 minute after 15 | Test Db, Severity b, the other cycles, heat, minutes the test finished . cyclic other Final There shall be no visible damage, measurement | legible marking AC/C <+3%(relative to the initial value) Increase of tg5:<0.002(10kHz) LR.: > 50% of the rated value Page 10 of 13

There shall be no visible damage, | Temperature:40°C +2°C legible marking van aad & | Demmn heat etend ACIC <45%(relative to the initial | Humidity: 93—3 %RH 6 amp heat steady state | 1,2) Duration: 56 days Increase of tg5:<0.002 (10kHz) LR.: > 50% of the rated value There shall be no visible damage, | Temperature: +85°C legible marking Voltage: 1.25xUp(50Hz) AC/C <+5%(relative to the initial | Duration: 1 000h i Endurance value) Increase of tg5:<0.0015 (10kHz) LR.: 2 50% of the rated value Measuring capacitance at test point b, d, ff Characteristic at lower category temperature -40°C: Static method: The Capacitors should be 0s(Cy-Ca)/Cas+3% kept at the following temperature in Teena Characteristic at upper category | turn: characteristic temperature +105°C: a(20£2) °C, b(—40+3) °C, d(20+2) °C, LR. (test at point f ): IR22500MQ) = CaS0.33 b F IR2>750s Cr>0.33 uF AC/C <+5%(relative to the initial | Times: 10 000 value) Duration of charging: 0.5s increase of t26:<0.005 (10kHz) Duration of discharging: 0.5s Charging and LR.: > 50% of the rated value Charging voltage: rated voltage Up 9 discharging Charging resistance: 220/Cx(Q) Discharging resistance: Up Ca*dV/dt(Q) Cp: rated capacitance (uF) dV/dt value: see page7 table The flaming time of each capacitor | IEC 695-2-2 shall Needle flame test not go beyond 30s after it is taken apart | The category of passive flammability: from the flame. Drop of each capacitor | C , Expose time in flame : | time Passive flammability | caused by flame shall not fire the tissue Capacitor volume —_ Exposing time below Vs250mm* 5s 250mm*<V<500mm°> 10s >1750mm* 30s @ Quality ensuring test (before shipment): Inspection item (each batch ) anspectibel Jevel ECG 2525) a Tangent of the loss angle 7 = itt 0.65% Dielectric strength a Solderability Page 11 of 13

MMKP%8é4 Series @ Marking P<10mm P>10mm Brand [CY ak Rated wore Rated voltage ‘Cepacitence: erance Capacitance Tolerance Capacitance Capacitance Brand @ Taping specification for box-type capacitors A Outline Drawing rs = E as Tv <2, Ps + Pag ‘ 1 Ph AS; | | as, | >t i . , ay 2 ee AGUS EY Poe cade ae ae? aN abner am rt po yyy vy) fe FTL» | WA A: Piet RIB Jb A Taping Dimensions(mm) A Packing Quantity Technology index] ; — Ammo-pack die Pitch | inks (Gesvbox) - = = - = (mm) thinkness. s Fapingtype_ | — | Fist | Figt | Fig? | Fig2 | — ] Timm) Tapngpich | [7 | a7 [safe [ao] | Feedhole piteh | Po | 127 | 127 | 127 | 127 | 202 | ; | cenerofwie | i | 388 | 26 [77 | 82 | 207 | [0 T0030 I Cemerofbody | Ps | 63s | 63s | a7 | 127 | 213 | [3s [1700 | _1500_| praes [efse [os oor [Se] fos ee Sempenest iss | iss | iss | 18s | 205 150 L530 | 600 | 500 __—| [60 [so 50 | fearorspewion] w | zo | iso | reo | no [32 | a Told down tape ‘ wan | We | émin | tomin | romin | amin | — ] | 18° [yop [300 [250] Po F250 200] win W, 3 3 3 3 sition en) eee |) PRE | eee] ee Note: * Pj=15mm is also available; | Tape thickness [| t [ 0.7 [07 | 07 [09 [202 | ***H=16.5mm is available; Page 12 of 13

MMKP%8é4 Series @ Packing box sizes(mm) 1. Out packing box for bulk 2. Inner packing box for bulk Zo 7 ' L:37545 i L:35543 Hl} fle B:3 7545 —7.—— B:17543 we H:26545 ’ . P B B H:118+3 L— L——+| 3. Box sizes for Ammo-pack M4 (Ke H L:3303 B:4843 H:26043 L B Page 13 of 13

Product Information

C84 specifications and overview.

Summary

Double sided metallized polypropylene structure

Description

Double sided metallized polypropylene structure

Source title C84 Datasheet(PDF) - Surge Components

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