MWR - MWF Metallized polyester film capacitor MKT - High performance

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Rose Watts
5 years ago
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Main applications Blocking, filtering, bypassing, timing, coupling, decoupling, general applications in electronics. Low AC voltage motor running. Low power switching applications.

1 Main applications Blocking, filtering, bypassing, timing, coupling, decoupling, general applications in electronics. Low AC voltage motor running. Low power switching applications. Low pulse operation Dielectric Polyester Electrodes Vacuum deposited metal layers Coating UL 510 / CSA TIL I-26 polyester tape wrapping; UL 94 V-0 resin end fill. Flame retardant execution Construction Extended metallized film (refer to general technical information). Internal series connection for Ur 1000Vdc. Non inductive type Terminals Tinned copper wire (lead free) Reference standard IEC 60384/2, IEC 60068, RoHS compliant Climatic category 55/100/56 (IEC 60068/1), FMD (DIN 40040) Operating temperature range C Rated capacitance (Cr) 1000pF to 100µF, in compliance with IEC 60063, E6 series. Refer to article table Capacitance tolerance (at 1kHz) ±10% (code=k), ±5% (code=j), ±20% (code=m). Other tolerances upon request Capacitance temperature coefficient Refer to graphs in general technical information Long term stability (at 1 khz) Capacitance variation ±2% after a period of 2 years at standard environmental conditions Rated voltage (Ur) 50, 63, 100, 250, 400, 630, 1000, 1500 Vdc (permissible AC voltage at 60Hz: 30, 40, 63, 160, 200, 220, 400, 440Vac) Category voltage (Uc) Uc=Ur at +85 C; Uc=0,8xUr at +100 C Temperature derated voltage For T > +100 C, Ur must be decreased 1,25% for every C exceeding +100 C Self inductance 1nH/mm of capacitor and leads length used for connection Maximum pulse rise time Refer to article table. The pulse characteristic Ko depends on the voltage waveform. In any case the value given in the article table must not be exceeded Dissipation factor (DF), max. tgδ x10-4, measured at 25±5 C Freq. Cr 0.1μF 0.1μF< Cr 1μF Cr> 1μF 1kHz kHz kHz Insulation resistance (IR) Measured between terminals, at 25± C, after 1 minute of electrification at 100Vdc for Ur 100Vdc and 50Vdc for Ur<100Vdc Ur Cr IR 100 0,33µF 15000MΩ > 100 0,33µF 30000MΩ 100 > 0,33µF 5000s > 100 > 0,33µF 10000s Test voltage between terminals (Ut) 1,6xUr (DC) applied for 2s at 25±5 C (1 minute for type test) Damp heat test (steady state) Test conditions: Temperature= +40±2 C Relative humidity=93±2% Test duration= 56 days Performance: Capacitance change ±5% DF change at 1kHz IR 50% of initial limit value Endurance test Test conditions: Temperature= +100±2 C Test duration= 2000h Voltage applied=1,25xur(dc) Performance: Capacitance change ±5% DF change at 10kHz for Cr 1μF DF change at 1kHz for Cr > 1µF IR 50% of initial limit value Resistance to soldering heat test Test conditions: Solder bath temperature= +260±5 C Dipping time (with heat screen)= 10±1s Performance: Capacitance change ±2% DF change at 10kHz for Cr 1μF DF change at 1kHz for Cr > 1µF IR 50% of initial limit value Reliability (MIL HDB 217) Application conditions: Applied voltage= 0,5 x Ur(DC) Temperature= +40±2 C Failure rate: (1FIT=1x10-9 failures/components x hours) 5FIT for Ur 100Vdc 3FIT for Ur > 100Vdc Failure criteria (DIN44122): Capacitance change > ±10% DF change > 2 x initial value IR< 0,005 x initial limit value Short or open circuit Warning: this specification must be completed with the data given in the General technical information chapter Ed.03 Rev

2 Dimensional tolerances (mm) L. L± D± H± B± 10,5 1,0 1, ,0 1,5 1, ,0 1,5 1,5 1,5 1,0 27,0 2,0 2,0 2,0 1,5 32,0 2,0 2,0 2,0 2,0 44,0 2,5 2,5 2,5 2,0 MWR article table (different values available upon request) Rated voltage Cap. Dimension in mm du/dt Ko Vdc Vac value (μf) D L d V/μs V 2 /μs ICEL ordering code , ,5 0, MWR *A , ,5 0, MWR *A , ,5 0, MWR *A , ,5 0, MWR *A ,5 10,5 0, MWR *A , , MWR *B , , MWR *B , , MWR *D , , MWR *D , , MWR *D , MWR *D ,15 4,5 10,5 0, MWR *A , ,5 0, MWR *A , , MWR *B , ,5 0, MWR *A , , MWR *B ,47 5,5 13 0, MWR *B , , MWR *B , , MWR *D ,5 13 0, MWR *B ,5 19 0, MWR *D , , MWR *D , , MWR *D , , MWR *G , , MWR *G , , MWR *G ,8 11,5 27 0, MWR *G , , MWR *J ,5 32 0, MWR *J ,5 32 0, MWR *J , MWR *J MWR *J MWR *J MWR *N , MWR *N , MWR *N ,068 4,5 10,5 0, MWR *A ,1 4,5 10,5 0, MWR *A , ,5 0, MWR *A , , MWR *B ,22 5,5 10,5 0, MWR *A ,22 5,5 13 0, MWR *B , , MWR *B ,47 6,5 13 0, MWR *B , , MWR *B , , MWR *D , MWR *D ,5 8,5 19 0, MWR *D ,5 7,5 27 0, MWR *G ,2 9,5 19 0, MWR *D ,2 8,5 27 0, MWR *G ,3 9,5 27 0, MWR *G ,7 11,5 27 0, MWR *G , , MWR *J , , MWR *J ,5 32 0, MWR *J MWR *J Ed.03 Rev

3 Rated voltage Cap. Dimension in mm du/dt Ko Vdc Vac value (μf) D L d V/μs V 2 /μs ICEL ordering code , MWR *J MWR *N , MWR *N , MWR *N MWR *N ,015 4,5 10,5 0, MWR *A ,022 4,5 10,5 0, MWR *A ,033 4,5 10,5 0, MWR *A ,047 4,5 10,5 0, MWR *A , ,5 0, MWR *A ,068 4,5 13 0, MWR *B , , MWR *B , , MWR *B , , MWR *B , , MWR *D ,47 7,5 19 0, MWR *D ,68 8,5 19 0, MWR *D ,68 7,5 27 0, MWR *G ,5 27 0, MWR *G ,5 10,5 27 0, MWR *G , , MWR *G ,2 11,5 32 0,8 6, MWR *J ,3 13,5 32 0,8 6, MWR *J , ,8 6, MWR *J , , MWR *J , MWR *J , MWR *N , MWR *N , , MWR *N , MWR *N ,0068 4,5 10,5 0, MWR *A ,01 4,5 10,5 0, MWR *A , ,5 0, MWR *A , ,5 0, MWR *A ,022 4,5 13 0, MWR *B ,033 5,5 10,5 0, MWR *A , , MWR *B ,047 5,5 13 0, MWR *B ,068 6,5 13 0, MWR *B ,1 7,5 13 0, MWR *B , , MWR *D ,15 7,5 19 0, MWR *D , , MWR *D ,22 7,5 27 0, MWR *G ,33 8,5 27 0, MWR *G , , MWR *G , , MWR *G , , MWR *J , MWR *J , , MWR *J , MWR *J , MWR *J ,3 18, MWR *N ,7 21, MWR *N , MWR *N , MWR *N ,001 4,5 10,5 0, MWR *A ,0015 4,5 10,5 0, MWR *A ,0022 4,5 10,5 0, MWR *A ,0033 4,5 10,5 0, MWR *A ,0047 4,5 10,5 0, MWR *A , ,5 0, MWR *A ,01 4,5 13 0, MWR *B , , MWR *B , , MWR *B ,033 6,5 13 0, MWR *B , , MWR *D , , MWR *D , , MWR *D ,1 7,5 27 0, MWR *G ,15 8,5 27 0, MWR *G Ed.03 Rev

4 Rated voltage Cap. Dimension in mm du/dt Ko Vdc Vac value (μf) D L d V/μs V 2 /μs ICEL ordering code ,22 10,5 27 0, MWR *G ,33 12,5 27 0, MWR *G , , MWR *J , , MWR *J ,68 15,5 32 0, MWR *J , MWR *J ,5 22, MWR *J ,2 22, MWR *N ,3 27, MWR *N ,7 32, MWR *N , , MWR *B ,0068 5,5 13 0, MWR *B ,01 5,5 13 0, MWR *B ,015 6,5 13 0, MWR *B ,022 6,5 19 0, MWR *D ,033 7,5 19 0, MWR *D ,047 9,5 19 0, MWR *D ,047 7,5 27 0, MWR *G , , MWR *G , , MWR *G ,15 12,5 27 0, MWR *G ,15 10,5 32 0, MWR *J ,22 12,5 32 0, MWR *J , , MWR *J ,47 17, MWR *J ,68 20, MWR *J MWR *J , MWR *N , MWR *N ,001 4,5 13 0, MWR *B ,0015 4,5 13 0, MWR *B , , MWR *B ,0033 5,5 13 0, MWR *B , , MWR *B , , MWR *B ,01 7,5 13 0, MWR *B , , MWR *D , , MWR *D ,033 9,5 19 0, MWR *D , , MWR *G ,068 10,5 27 0, MWR *G , , MWR *J , , MWR *J ,22 15,5 32 0, MWR *J ,33 18, MWR *J , MWR *J , MWR *N MWR *N ,5 31, MWR *N Ed.03 Rev

5 MWF article table (different values available upon request) Rated voltage Cap. Dimension in mm du/dt Ko Vdc Vac value (µf) B H L d V/µs V 2 /µs ICEL ordering code ,5 5,5 9,5 19 0, MWF *D ,2 5, , MWF *G ,3 6 10,5 27 0, MWF *G ,7 6,5 11,5 27 0, MWF *G ,8 7 11,5 32 0, MWF *J ,5 32 0, MWF *J ,5 16,5 32 0, MWF *J , MWF *J ,5 25,5 32 0, MWF *J , MWF *D ,5 5, , MWF *D ,2 5, , MWF *G , , MWF *G ,7 7 12,5 32 0, MWF *J ,8 8, , MWF *J , , MWF *J , MWF *J , MWF *N MWF *N MWF *N ,47 5, , MWF *D ,68 5, , MWF *G , , MWF *G ,5 7,5 12,5 27 0, MWF *G ,2 8, ,8 6, MWF *J , ,5 32 0,8 6, MWF *J , ,8 6, MWF *J , ,5 6, MWF *J ,8 6, MWF *N , MWF *N , , MWF *D , , MWF *D , , MWF *G ,47 6, , MWF *G , ,5 27 0, MWF *G ,5 32 0, MWF *J ,5 11, , MWF *J , , MWF *J , ,5 44 0, MWF *N , MWF *N , MWF *N , , MWF *D , , MWF *D , , MWF *G ,22 7, , MWF *G ,33 7, , MWF *J , , MWF *J , , MWF *J ,5 21,5 32 0, MWF *J , , MWF *N , , MWF *N ,3 21, MWF *N ,033 4,5 9,5 19 0, MWF *D ,047 5,5 10,5 19 0, MWF *D ,068 5, , MWF *G ,1 6, , MWF *G ,15 6, , MWF *J ,22 8, , MWF *J , ,5 32 0, MWF *J ,47 13, , MWF *J , MWF *J MWF *N , MWF *N , , E03 MWF *D , ,5 19 0, E03 MWF *D ,033 5,5 9,5 27 0, E03 MWF *G Ed.03 Rev

6 Rated voltage Cap. Dimension in mm du/dt Ko Vdc Vac value (µf) B H L d V/µs V 2 /µs ICEL ordering code , , E03 MWF *G , ,5 27 0, E0 MWF *G , , MWF *J ,15 9, , MWF *J ,22 11,5 18,5 32 0, MWF *J ,33 14,5 21,5 32 0, MWF *J , , MWF *N , MWF *N MWF *N Permissible AC voltage versus frequency (sinusoidal waveform) for T=+10 C Referred to the largest length execution among available ones Ed.03 Rev

JSP. MKT Series J S P -

JSP. MKT Series J S P - Loose Taped Fig.1 Fig. 2 JSP Typical applications: blocking, coupling, decoupling, by-passing, interference suppression in low voltage applications (i.e.:automotive) Ød ±0.05 All dimensions are in mm.