Film Chip Capacitors Catalogue CAP/PE... · Short guide to main applications TELECOM Device Application Arcotronics film proposal Other dielectrics Film advantage Mobile phone Analog/digital

Film Chip CapacitorsCatalogue

CONTENTS PageGeneral Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2Short guide to main applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Product code system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4Temperature and Frequency characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 to 6PEN dielectric 7

General technical data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7Electrical characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7Test method and performance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Capacitance values & Voltage range - Standard version (63, 100, 250Vdc) 8Capacitance values & Voltage range - Miniature version (63, 100, 250Vdc) 9Max. voltage (Vr.m.s.) and current (Ir.m.s.) vs. frequency . . . . . . . . . . . . . 10

Capacitance values & Voltage range (400, 630Vdc) . . . . . . . . . . . . . . . . . . 11Max. voltage (Vr.m.s.) and current (Ir.m.s.) vs. frequency . . . . . . . . . . . . . 12

PET H.T. dielectric 13General technical data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13Electrical characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13Test method and performance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Capacitance values & Voltage range (100Vdc) . . . . . . . . . . . . . . . . . . . . . . . 14Max. voltage (Vr.m.s.) and current (Ir.m.s.) vs. frequency . . . . . . . . . . . . . 14

PEN & PET dielectric 15Dissipation (A.C. applications) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

PPS dielectric 16General technical data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16Electrical characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16Test method and performance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

Capacitance values & Voltage range (16, 50Vdc) . . . . . . . . . . . . . . . . . . . . 17Mounting and soldering . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 to 19Corrective actions table (problems after soldering process) . . . . . . . . . . . . . . . . . . . . . 20

Although the text of this publication is accurate to the best of our knowledge when printed, we reserve the rightto make changes without prior notice.

Other catalogues and brochures: Film Capacitors Catalogue

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Film Capacitors for Automotive

Capacitors for Power Electronics

Capacitors for A.C. Motor applications

Capacitors and Equipment for PowerFactor Correction applications

EMI-RFI Filters

Aluminum Electrolytic Capacitors

Nissei Film Capacitors

2

SMD - Film Capacitors

Film Chip capacitor

GENERAL INFORMATION

DescriptionFilm Chip capacitor using: Non-encapsulated construction. Stacked technology. Metallized PolyEthylene Naphtalate (PEN)

and/or Metallized PolyEthylene Terephtalate hightemperature (PET H.T.).PEN and PET belong to the same family: Polyester film.

Metallized PolyPhenylene-Sulfide (PPS)

Advantage Stability versus temperature, frequency, voltage, time and

humidity. Reliability, self-healing and typical failure mode at the

end of the life: open. No cracking.

No piezoelectric effect. Low noise level. Low ESR. Non-polar construction. Environmentally friendly.

Application per Market sector

Telecom (Mobile phone, Mini link, XDSL, Multiplexer,Base station, Public and private switching system).

Hi-Fi.

Automotive (Engine control system, Safety system,Car radio, Navigation system, Air-conditioning).

Industrial.

DC/ DC converter, SMPS.

Consumer

Film Chip capacitor is complementary to MLC and Tantalumcapacitors for professional applications.

3


Short guide to main applications

TELECOM

Device Application Arcotronics filmproposal Other dielectrics Film advantage

Mobile phone

Analog/digitalconverter

LDB100pF to 10nF Ceramic NPO

Narrow toleranceLow noiseMobile phone Precision filtering in

LPF (PLL circuit)

100pF to 10nF06.03 to 12.10

Ceramic NPO Low noiseNo cracking

Blue tooth ® Precision filtering inLPF (PLL circuit)

LDB100pF to 10nF06.03 to 12.10

Ceramic NPONarrow tolerance

Low noiseNo cracking

Modem DMT modulationLDB 100pF to 47nFLDE 68nF to 220nF

Ceramic NPONo cracking

Low ESRHigh stability

Base station FilteringLDE

1nF to 220nF63 - 250Vdc

Ceramic X7RHigh reliabilityNo crackingHigh stability

Line card Input filteringLDE

47nF to 680nF250 - 400 - 630Vdc

Ceramic NP0High reliabilityNo crackingHigh stability

Splitter Loop filteringLDE

10nF to 100nF400 - 630Vdc

Ceramic X7RHigh reliabilityNo crackingHigh stability

LIGHTING

Electronic ballast PFC & filteringLDE

1nF to 220nF250 - 630Vdc

Ceramic &electrolytics

High reliabilityNo crackingHigh stability

POWER SUPPLY

DC/DC Input filteringLDE

1F to 4.7F100Vdc

Ceramic X7R


Low ESR

CONSUMER

DSC Back lightLDE

1nF to 68nF/50Vdc12.06 to 12.10

Ceramic NPONo crackingHigh stabilityHigh reliability

LCD-Monitor Inverter unit47nF to 220nF

12.10-22.20Ceramic X7R


DVD-Player FilteringLDB

100pF to 100nFCeramic NPO

Narrow toleranceNo crackingLow noise

PDA Inverter unitLDB

100pF to 100nFCeramic NPO

Narrow toleranceNo crackingLow noise

AUTOMOTIVE*

Wiper Noise suppressionLDE

0.47F to 2.2F(63Vdc)

Ceramic X7RHigh temp. reliability

No crackingHigh stability

Xenon light HID BallastLDE

0.33F to 2.2F250 - 400Vdc



Driver information &Car entertainment

Precision filtering,timing, coupling

LDE/LDB0.01F to 4.7F

50 - 400VdcCeramic X7R

High temp. reliabilityNo crackingHigh stability

Tire Monitoring System Resonant circuitLDE

0.01F to 0.1F250 - 400Vdc



* Custom solutions are available

4

SMD - Film CapacitorsPRODUCT CODE SYSTEMThe part number, comprising 14 digits, is formed as follows:1 2 3 4 5 6 7 8 9 10 11 12 13 14

L D -- ---- -- -- -- -- -- -- -- --

--

--

Digit 1 to 3 Series code (L = leadless; DE = polyester familyDB = polyphenylene-sulfide)

Digit 4 d.c. or a.c. rated voltage (VR).A = 16Vdc C = 50Vdc D = 63VdcE = 100Vdc I = 250Vdc M =400VdcP = 630Vdc

Digit 5 Size code:06.03 08.05 12.06 12.10 18.12 22.20 28.24 40.30 50.40 60.54

X Y A B C D E F G H

Digits 6 to 9 Digits 7 - 8 - 9 indicate the first three numbers ofCapacitance value and the 6th digit indicatesthe number of zeros that must be added to obtain theRated Capacitance in pF.

Digit 10 Capacitance tolerance: 2% (G)*; 5% (J);10% (K); 20% (M)

Digit 11 Dielectric (A = PEN; B = PET H.T.; C = PPS)Digit 12 Version ( 0 = miniature; 5 = standard;

A to Z = special)Digit 13 Packing (Loose = M; Tape = N; A to Z = special)Digit 14 Internal use.

* Tolerance G available only for LDB Series.

PACKAGING Taping and packaging characteristics

+0.10

H

WL

T1.75 ± 0.15

P ± 0.1

1.5

4.0 ± 0.12.0 ± 0.05

W

AO

KO

BO

W1

W2

Film Chip Tape Reel

Size CarrierTape and Reel characteristics Packaging

q.tiesSizecode

Carriertapecode

Tape dimensions Reel dimensions Reel Loosecode tapecode A0 B0 K0 W P T ∅ W1 W2

Reel Loosecode

(mm) (mm) (mm) (mm) (mm) (m) (mm) (mm) (mm) (pcs) (pcs)06.03 - 1.10 1.90 1.00 8 4 250 180 8 12 4000 200008.05 - 1.50 2.30 1.20 8 4 250 180 8 12 3000 200012.06 - 2.00 3.60 1.30 8 4 300 180 8 12 3000 200012.10 - 2.90 3.60 2.10 8 4 300 180 8 12 2250 2000

18.12ab

3.804.00

5.105.30

2.002.60

1212

88

300 3301212

1640003000

1500

22.20abc

5.405.405.40

6.406.406.40

2.903.804.90

121212

888

300300400

330330330

121212

16300022501750

1500

28.24abc

6.606.606.60

7.907.907.90

3.804.605.50

161616

888

300400400

330330330

161616

20225017501500

1000

40.30abc

8.408.408.60

11.0011.0011.00

3.804.605.80

161616

121212

300400400

330330330

161616

20150012501000

1000

50.40abc

10.9010.9011.00

13.5013.5013.50

3.804.705.90

242424

121212

300400500

330330330

242424

28150012501000

500

60.54abc

14.4014.4014.40

16.0016.0016.00

4.305.105.80

242424

161616

400400500

330330330

242424

281000750750

500

In accordance with IEC 60286-3.Material used:- Carrier tape: antistatic material- Cover tape: polyester + PE (Polythene)- Reel: recyclable polystyreneAll parts in bulk or on reel are packed in hermetically sealed moisture barrier bag (MBB) Class 1.

Code example:

1 2 3 4 5 6 7 8 9 10 11 12 13 14

L D E 5 NC D 3 4 7 0 J A --

PEN Series

Size code (D = 22.20)

Dielectric (A = PEN)Version (5 = std)

Packing (N= Tape)

Internal use

Capacitance = 0.47F

Tolerance (J = 5%)

Rated voltage (C = 50Vdc)

Code example:

1 2 3 4 5 6 7 8 9 10 11 12 13 14

L D B 5 NA A 2 1 5 0 G C --

PPS Series

Dielectric (C=std PPS)Version (5=std)

Packing (N=Tape)

Internal use

Capacitance=15nF

Tolerance (G=2%)

Rated voltage (A=15Vdc)Size code (A=12.06)

5


Temperature characteristics (at 1kHz)

PEN/PET H.T.

Capacitance change vs. temperature at 1kHz

-8-6-4-202468

1012

-60 -40 -20 0 20 40 60 80 100 120 140

T [°C]

∆C/C [%]

PEN/PET H.T.

Dissipation factor vs. temperature at 1kHz

10

30

50

70

90

110

130

-60 -40 -20 0 20 40 60 80 100 120 140

T [°C]

tgδ x 10-4

PEN/PET H.T.

Insulation resistance vs. temperature

1E+2

1E+3

1E+4

1E+5

1E+6

-60 -40 -20 0 20 40 60 80 100 120 140

T [°C]

IR [MΩ]

PPS

Capacitance change vs. temperature at 1kHz

-1.5

-1.0

-0.5

0.0

0.5

1.0

-60 -40 -20 0 20 40 60 80 100 120 140

T [°C]

∆C/C [%]

PPS

Dissipation factor vs. temperature at 1kHz

0

10

20

30

40

50

-60 -40 -20 0 20 40 60 80 100 120 140

T [°C]

tgδ x 10-4

PPS

Insulation resistance vs. temperature

1E+3

1E+4

1E+5

1E+6

1E+7

-60 -40 -20 0 20 40 60 80 100 120 140

T [°C]

IR [MΩ]

PEN

PET

6


Frequency characteristics (at room temperature)

PEN/PET H.T.

Capacitance vs. frequency (room temperature)

-4

-3

-2

-1

0

1

2

3

0.1 1 10 100 1000

f [kHz]

∆C/C [%]

PEN/PET H.T.

Dissipation factor vs. frequency (room temperature) - PEN

050

100150200250300350400450

0.1 1 10 100 1000

f [kHz]

tgδ x 10-4

PEN

ESR vs. frequency (room temperature)

1E-3

1E-2

1E-1

1E+0

1E+1

1E+2

1E+3

0.1 1 10 100 1000

f [kHz]

Ω

1µF

PPS

Capacitance change vs. frequency (room temperature)

-2.0-1.5-1.0-0.50.00.51.01.52.0

0.1 1 10 100 1000

f [kHz]

∆C/C [%]

PPS

Dissipation factor vs. frequency (room temperature)

0102030405060708090

0.1 1 10 100 1000

f [kHz]

tgδ x 10-4

10nF

PPS


1E-2

1E-1

1E+0

1E+1

1E+2

0.1 1 10 100 1000

f [kHz]

Ω

PEN

PET

7


PEN dielectric - LDE Series

General technical data

Plates Aluminium layer deposited by evaporation under vacuum.Winding Non inductive type - Stacked technology.Termination Three layers: Aluminium, Brass and Tin alloy.Marking On packing only.Climatic category 55/125/56

Electrical characteristicsWorking temperature -55 to 125° CRated voltage (VR) 50Vdc - 63Vdc - 100Vdc - 250Vdc - 400Vdc - 630Vdc - 1000Vdc

Category voltage (VC)VC = VR up to 105° CDecreasing factor of 1.25% per degree CCategory voltage (VC) Decreasing factor of 1.25% per degree Cfor temperature from 105 to 125° C

Size range 12.06 to 60.54 (special size upon request)Capacitance range 1000pF to 4.7FCapacitance values E12 SeriesCapacitance tolerance 5% (J); 10% (K); 20% (M)Dissipation factor (tgδ) 0.8% max. (T=255°C; f=1kHz)Dielectric absorption (%) 0.8%

Insulation resistance

1GΩ for C0.33F400 s for C>0.33FTest conditions:Temperature: 255°CVoltage charge time: 1minVoltage charge: 10Vdc for VR <100Vdc

100Vdc for VR 100VdcSurge voltage test 1.4 × VR (2 s at 255°C)Solderability Coverage 75% at each end-terminationMax pulse rise time (dv/dt) 100V/s*

* Higher values available upon request

Test method and performance

Damp heat(40°C; 93% R.H.; 56 days)

|∆C/C| 7%Dissipation factor change: 50⋅10-4

Insulation resistance: 50% of limit value

Endurance(125°C; 2000h; 1.25VC)



Rapid change oftemperature(1h at -55°C; 1h at +125°C;cycles No. =1000)

|∆C/C| 5%Insulation resistance: limit valueNo mechanical damage∆tgδ: 50⋅10-4

Resistance to solderingheat

Method: reflow at 230°C max and 50 s more than 210°CPerformance: |∆C/C|3%; ∆tgδ: 50⋅10-4; I.R.: limit value

Bending

Deflection: 1 to 6 mm.No visible damage on the terminations (pealing)

BendingNo visible damage on the terminations (pealing)No damage on the body (cracking)|∆C/C| 1%

Long term stability(after two years)

Capacitance change: |∆C/C| 3% size 22.20|∆C/C| 2% size > 22.20

ReliabilityRef. MIL HDB 217

Failure rate: 1 Fit(1 Fit = 1×10-9 failures/components×hour)

8



Capacitance values & Voltage range

STANDARD VERSIONSize table

Rated50Vdc/40Vac 63Vdc/40Vac 100Vdc/63Vac 250Vdc/120Vac

RatedCap.

Sizecode

Carriertape

Hmax

Part Number Part Number Sizecode

Carriertape

Hmax

Part Number Sizecode

Carriertape

Hmax

Part NumberCap. code tape

codemax[mm]

code tapecode

max[mm]

code tapecode

max[mm]

1000 pF 18.12 a 1.7 LDECC1100 - A5- - LDEDC1100 - A5- - 18.12 a 1.7 LDEEC1100 - A5- - 18.12 a 1.7 LDEIC1100 - A5- -1200 pF 18.12 a 1.7 LDECC1120 - A5- - LDEDC1120 - A5- - 18.12 a 1.7 LDEEC1120 - A5- - 18.12 a 1.7 LDEIC1120 - A5- -1500 pF 18.12 a 1.7 LDECC1150 - A5- - LDEDC1150 - A5- - 18.12 a 1.7 LDEEC1150 - A5- - 18.12 a 1.7 LDEIC1150 - A5- -1800 pF 18.12 a 1.7 LDECC1180 - A5- - LDEDC1180 - A5- - 18.12 a 1.7 LDEEC1180 - A5- - 18.12 a 1.7 LDEIC1180 - A5- -

2200 pF 18.12 a 1.7 LDECC1220 - A5- - LDEDC1220 - A5- - 18.12 a 1.7 LDEEC1220 - A5- - 18.12 a 1.7 LDEIC1220 - A5- -2700 pF 18.12 a 1.7 LDECC1270 - A5- - LDEDC1270 - A5- - 18.12 a 1.7 LDEEC1270 - A5- - 18.12 a 1.7 LDEIC1270 - A5- -3300 pF 18.12 a 1.7 LDECC1330 - A5- - LDEDC1330 - A5- - 18.12 a 1.7 LDEEC1330 - A5- - 18.12 a 1.7 LDEIC1330 - A5- -

3900 pF 18.12 a 1.7 LDECC1390 - A5- - LDEDC1390 - A5- - 18.12 a 1.7 LDEEC1390 - A5- - 18.12 a 1.7 LDEIC1390 - A5- -4700 pF 18.12 a 1.7 LDECC1470 - A5- - LDEDC1470 - A5- - 18.12 a 1.7 LDEEC1470 - A5- - 18.12 a 1.7 LDEIC1470 - A5- -5600 pF 18.12 a 1.7 LDECC1560 - A5- - LDEDC1560 - A5- - 18.12 a 1.7 LDEEC1560 - A5- - 18.12 a 1.7 LDEIC1560 - A5- -6800 pF 18.12 a 1.7 LDECC1680 - A5- - LDEDC1680 - A5- - 18.12 a 1.7 LDEEC1680 - A5- - 18.12 a 1.7 LDEIC1680 - A5- -8200 pF 18.12 a 1.7 LDECC1820 - A5- - LDEDC1820 - A5- - 18.12 a 1.7 LDEEC1820 - A5- - 18.12 a 1.7 LDEIC1820 - A5- -

0.010 F 18.12 a 1.7 LDECC2100 - A5- - LDEDC2100 - A5- - 18.12 a 1.7 LDEEC2100 - A5- - 18.12 a 1.7 LDEIC2100 - A5- -

0.012 F 18.12 a 1.7 LDECC2120 - A5- - LDEDC2120 - A5- - 18.12 a 1.7 LDEEC2120 - A5- - 18.12 a 1.7 LDEIC2120 - A5- -0.015 F 18.12 a 1.7 LDECC2150 - A5- - LDEDC2150 - A5- - 18.12 a 1.7 LDEEC2150 - A5- - 18.12 a 1.7 LDEIC2150 - A5- -0.018 F 18.12 a 1.7 LDECC2180 - A5- - LDEDC2180 - A5- - 18.12 a 1.7 LDEEC2180 - A5- - 22.20 a 2.0 LDEID2180 - A5- -

0.022 F 18.12 a 1.7 LDECC2220 - A5- - LDEDC2220 - A5- - 18.12 a 1.7 LDEEC2220 - A5- - 22.20 a 2.3 LDEID2220 - A5- -0.027 F 18.12 a 1.7 LDECC2270 - A5- - LDEDC2270 - A5- - 18.12 a 1.7 LDEEC2270 - A5- - 22.20 a 2.7 LDEID2270 - A5- -0.033 F 18.12 a 1.7 LDECC2330 - A5- - LDEDC2330 - A5- - 18.12 a 1.7 LDEEC2330 - A5- - 22.20 a 1.7 LDEID2330 - A5- -0.039 F 18.12 a 1.7 LDECC2390 - A5- - LDEDC2390 - A5- - 18.12 a 1.7 LDEEC2390 - A5- - 22.20 a 1.8 LDEID2390 - A5- -0.047 F 18.12 b 2.3 LDECC2470 - A5- - LDEDC2470 - A5- - 18.12 b 2.3 LDEEC2470 - A5- - 22.20 a 1.8 LDEID2470 - A5- -

0.056 F 18.12 b 1.9 LDECC2560 - A5- - LDEDC2560 - A5- - 18.12 b 1.9 LDEEC2560 - A5- - 22.20 a 2.0 LDEID2560 - A5- -0.068 F 18.12 b 1.9 LDECC2680 - A5- - LDEDC2680 - A5- - 18.12 b 1.9 LDEEC2680 - A5- - 22.20 a 2.4 LDEID2680 - A5- -0.082 F 18.12 b 2.1 LDECC2820 - A5- - LDEDC2820 - A5- - 18.12 b 2.1 LDEEC2820 - A5- - 28.24 a 2.3 LDEIE2820 - A5- -0.10 F 18.12 b 2.3 LDECC3100 - A5- - LDEDC3100 - A5- - 18.12 b 2.3 LDEEC3100 - A5- - 28.24 a 2.4 LDEIE3100 - A5- -

0.12 F 18.12 a 1.7 LDECC3120 - A5- - LDEDC3120 - A5- - 22.20 a 2.3 LDEED3120 - A5- - 28.24 a 2.7 LDEIE3120 - A5- -

0.15 F 18.12 a 1.7 LDECC3150 - A5- - LDEDC3150 - A5- - 22.20 a 1.9 LDEED3150 - A5- - 28.24 a 3.3 LDEIE3150 - A5- -

0.18 F 18.12 b 2.2 LDECC3180 - A5- - LDEDC3180 - A5- - 22.20 a 2.0 LDEED3180 - A5- - 40.30 a 2.5 LDEIF3180 - A5- -0.22 F 18.12 b 2.3 LDECC3220 - A5- - LDEDC3220 - A5- - 22.20 a 2.3 LDEED3220 - A5- - 40.30 a 2.8 LDEIF3220 - A5- -

0.27 F 22.20 a 1.7 LDECD3270 - A5- - LDEDD3270 - A5- - 22.20 b 2.7 LDEED3270 - A5- - 40.30 a 3.2 LDEIF3270 - A5- -

0.33 F 22.20 a 1.8 LDECD3330 - A5- - LDEDD3330 - A5- - 22.20 b 3.2 LDEED3330 - A5- - 40.30 a 3.5 LDEIF3330 - A5- -0.39 F 22.20 a 2.1 LDECD3390 - A5- - LDEDD3390 - A5- - 28.24 a 2.5 LDEEE3390 - A5- - 50.40 a 2.9 LDEIG3390 - A5- -0.47 F 22.20 a 2.3 LDECD3470 - A5- - LDEDD3470 - A5- - 28.24 a 2.9 LDEEE3470 - A5- - 50.40 a 3.3 LDEIG3470 - A5- -0.56 F 22.20 b 2.7 LDECD3560 - A5- - LDEDD3560 - A5- - 28.24 a 3.4 LDEEE3560 - A5- - 50.40 b 3.9 LDEIG3560 - A5- -0.68 F 22.20 b 3.1 LDECD3680 - A5- - LDEDD3680 - A5- - 28.24 a 3.6 LDEEE3680 - A5- - 60.54 a 3.0 LDEIH3680 - A5- -

0.82 F 28.24 a 2.6 LDECE3820 - A5- - LDEDE3820 - A5- - 40.30 a 2.5 LDEEF3820 - A5- - 60.54 a 3.4 LDEIH3820 - A5- -

1.0 F 28.24 a 3.0 LDECE4100 - A5- - LDEDE4100 - A5- - 40.30 a 3.0 LDEEF4100 - A5- - 60.54 b 4.1 LDEIH4100 - A5- -

1.2 F 28.24 a 3.5 LDECE4120 - A5- - LDEDE4120 - A5- - 50.40 a 2.8 LDEEG4120- A5- -

1.5 F 50.40 a 2.9 LDECG4150- A5- - LDEDG4150- A5- - 50.40 a 2.9 LDEEG4150- A5- -



2.7 F 50.40 b 4.5 LDECG4270- A5- - LDEDG4270- A5- - 60.54 a 3.2 LDEEH4270 - A5- -

3.3 F 60.54 a 3.6 LDECH4330 - A5- - LDEDH4330 - A5- - 60.54 a 3.6 LDEEH4330 - A5- -

3.9 F 60.54 a 4.2 LDECH4390 - A5- - LDEDH4390 - A5- - 60.54 a 4.2 LDEEH4390 - A5- -4.7 F 60.54 b 5.0 LDECH4470 - A5- - LDEDH4470 - A5- - 60.54 b 5.0 LDEEH4470 - A5- -

Tolerance: J (5%); K (10%); M (20%)

Internal usePacking: N (Tape); M (Loose)

Size conversion and tolerancesSize code 12.06 12.10 18.12 22.20 28.24 40.30 50.40 60.54

L (mm) 3.2 0.3 3.2 0.3 4.5 0.5 5.7 0.5 7.1 0.5 10.2 0.6 12.7 0.6 15.2 0.6

W (mm) 1.6 0.3 2.5 0.3 3.2 0.5 5.1 0.5 6.1 0.5 7.6 0.8 10.2 0.8 13.7 0.8

9




MINIATURE VERSIONSize table

Rated50Vdc/40Vac 63Vdc/40Vac 100Vdc/63Vac 250Vdc/120Vac

RatedCap.

Sizecode

Carriertape

Hmax


Carriertape

Hmax


Carriertape

Hmax

Part NumberCap.

Sizecode

Carriertapecode

Hmax[mm]


Carriertapecode

Hmax[mm]


Carriertapecode

Hmax[mm]

Part Number

1000 pF 12.06 - 1.1 LDECA1100 - A0- - LDEDA1100 - A0- - 12.06 - 1.1 LDEEA1100 - A0- - 12.06 - 1.1 LDEIA1100 - A0- -1200 pF 12.06 - 1.1 LDECA1120 - A0- - LDEDA1120 - A0- - 12.06 - 1.1 LDEEA1120 - A0- - 12.06 - 1.1 LDEIA1120 - A0- -1500 pF 12.06 - 1.1 LDECA1150 - A0- - LDEDA1150 - A0- - 12.06 - 1.1 LDEEA1150 - A0- - 12.06 - 1.1 LDEIA1150 - A0- -

1800 pF 12.06 - 1.1 LDECA1180 - A0- - LDEDA1180 - A0- - 12.06 - 1.1 LDEEA1180 - A0- - 12.06 - 1.1 LDEIA1180 - A0- -

2200 pF 12.06 - 1.1 LDECA1220 - A0- - LDEDA1220 - A0- - 12.06 - 1.1 LDEEA1220 - A0- - 12.06 - 1.1 LDEIA1220 - A0- -2700 pF 12.06 - 1.1 LDECA1270 - A0- - LDEDA1270 - A0- - 12.06 - 1.1 LDEEA1270 - A0- - 12.06 - 1.1 LDEIA1270 - A0- -

3300 pF 12.06 - 1.1 LDECA1330 - A0- - LDEDA1330 - A0- - 12.06 - 1.1 LDEEA1330 - A0- - 12.06 - 1.1 LDEIA1330 - A0- -3900 pF 12.06 - 1.1 LDECA1390 - A0- - LDEDA1390 - A0- - 12.06 - 1.1 LDEEA1390 - A0- - 12.06 - 1.1 LDEIA1390 - A0- -4700 pF 12.06 - 1.2 LDECA1470 - A0- - LDEDA1470 - A0- - 12.06 - 1.2 LDEEA1470 - A0- - 12.06 - 1.2 LDEIA1470 - A0- -5600 pF 12.06 - 1.1 LDECA1560 - A0- - LDEDA1560 - A0- - 12.06 - 1.1 LDEEA1560 - A0- - 12.10 - 1.6 LDEIB1560 - A0- -6800 pF 12.06 - 1.1 LDECA1680 - A0- - LDEDA1680 - A0- - 12.06 - 1.1 LDEEA1680 - A0- - 12.10 - 1.6 LDEIB1680 - A0- -

8200 pF 12.06 - 1.1 LDECA1820 - A0- - LDEDA1820 - A0- - 12.06 - 1.1 LDEEA1820 - A0- - 12.10 - 1.8 LDEIB1820 - A0- -0.010 F 12.06 - 1.1 LDECA2100 - A0- - LDEDA2100 - A0- - 12.06 - 1.1 LDEEA2100 - A0- - 12.10 - 2.0 LDEIB2100 - A0- -0.012 F 12.06 - 1.1 LDECA2120 - A0- - LDEDA2120 - A0- - 12.06 - 1.1 LDEEA2120 - A0- - 12.10 - 2.0 LDEIB2120 - A0- -0.015 F 12.06 - 1.2 LDECA2150 - A0- - LDEDA2150 - A0- - 12.06 - 1.2 LDEEA2150 - A0- -0.018 F 12.06 - 1.1 LDECA2180 - A0- - LDEDA2180 - A0- - 12.10 - 1.4 LDEEB2180 - A0- - 18.12 a 1.9 LDEIC2180 - A0- -

0.022 F 12.06 - 1.1 LDECA2220 - A0- - LDEDA2220 - A0- - 12.10 - 1.5 LDEEB2220 - A0- - 18.12 b 2.2 LDEIC2220 - A0- -0.027 F 12.06 - 1.1 LDECA2270 - A0- - LDEDA2270 - A0- - 12.10 - 1.5 LDEEB2270 - A0- - 18.12 b 2.5 LDEIC2270 - A0- -0.033 F 12.06 - 1.2 LDECA2330 - A0- - LDEDA2330 - A0- - 12.10 - 1.5 LDEEB2330 - A0- - 18.12 b 2.6 LDEIC2330 - A0- -

0.039 F 12.10 - 2.0 LDECB2390 - A0- - LDEDB2390 - A0- - 12.10 - 2.0 LDEEB2390 - A0- -0.047 F 12.10 - 2.1 LDECB2470 - A0- - LDEDB2470 - A0- - 12.10 - 2.1 LDEEB2470 - A0- -0.056 F 12.10 - 1.6 LDECB2560 - A0- - LDEDB2560 - A0- -0.068 F 12.10 - 1.8 LDECB2680 - A0- - LDEDB2680 - A0- -0.082 F 12.10 - 2.0 LDECB2820 - A0- - LDEDB2820 - A0- - 22.20 b 2.8 LDEID2820 - A0- -

0.10 F 12.10 - 2.1 LDECB3100 - A0- - LDEDB3100 - A0- - 22.20 b 3.3 LDEID3100 - A0- -0.12 F 18.12 b 2.6 LDEEC3120 - A0- - 22.20 c 4.0 LDEID3120 - A0- -0.15 F0.18 F 28.24 b 3.9 LDEIE3180 - A0- -0.22 F 28.24 b 4.5 LDEIE3220 - A0- -0.27 F 28.24 c 5.4 LDEIE3270 - A0- -0.33 F0.39 F 22.20 c 3.6 LDEED3390 - A0- - 40.30 b 4.4 LDEIF3390 - A0- -

0.47 F 22.20 c 4.2 LDEED3470 - A0- - 40.30 c 5.3 LDEIF3470 - A0- -0.56 F 22.20 c 4.4 LDEED3560 - A0- - 40.30 c 5.7 LDEIF3560 - A0- -0.68 F 50.40 b 4.5 LDEIG3680 - A0- -0.82 F 22.20 c 3.7 LDECD3820 - A0- - LDEDD3820 - A0- - 28.24 b 4.5 LDEEE3820 - A0- - 50.40 c 5.5 LDEIG3820 - A0- -1.0 F 22.20 c 4.2 LDECD4100 - A0- - LDEDD4100 - A0- - 28.24 c 5.4 LDEEE4100 - A0- -

1.2 F 40.30 b 3.5 LDEEF4120 - A0- - 60.54 b 4.8 LDEIH4120 - A0- -1.5 F 28.24 b 4.1 LDECE4150 - A0- - LDEDE4150 - A0- - 40.30 b 4.4 LDEEF4150 - A0- - 60.54 c 5.7 LDEIH4150 - A0- -

1.8 F 28.24 c 4.9 LDECE4180 - A0- - LDEDE4180 - A0- - 40.30 c 5.2 LDEEF4180 - A0- -

2.2 F 40.30 c 5.6 LDEEF4220 - A0- -2.7 F 40.30 b 3.9 LDECF4270 - A0- - LDEDF4270 - A0- - 50.40 c 4.5 LDEEG4270 - A0- -3.3 F 40.30 c 4.5 LDECF4330 - A0- - LDEDF4330 - A0- - 50.40 c 5.5 LDEEG4330 - A0- -3.9 F 40.30 c 5.2 LDECF4390 - A0- - LDEDF4390 - A0- - 50.40 c 5.7 LDEEG4390 - A0- -4.7 F 50.40 b 3.8 LDECG4470 - A0- - LDEDG4470- A0- -

Tolerance: J (5%); K (10%); M (20%)


Size conversion and tolerancesSize code 12.06 12.10 18.12 22.20 28.24 40.30 50.40 60.54

L (mm) 3.2 0.3 3.2 0.3 4.5 0.5 5.7 0.5 7.1 0.5 10.2 0.6 12.7 0.6 15.2 0.6

W (mm) 1.6 0.3 2.5 0.3 3.2 0.5 5.1 0.5 6.1 0.5 7.6 0.8 10.2 0.8 13.7 0.8

10



MAX. VOLTAGE (Vr.m.s.) AND CURRENT (Ir.m.s.) VERSUS FREQUENCY(sinusoidal wave-form / *Th ≤ 85°C)

63 Vdc / 40 Vac

1

10

100

0.1 1 10 100 1000f [kHz]

Vrms [V]

100 Vdc / 63 Vac

1

10

100

0.1 1 10 100 1000

f [kHz]

Vrms [V]

63 Vdc / 40 Vac

0.01

0.1

1

10

100

0.1 1 10 100 1000f [kHz]

Irms [A]

4.7 µF

100 Vdc / 63 Vac

0.01

0.1

1

10

100

0.1 1 10 100 1000f [kHz]

Irms [A]

250 Vdc / 120 Vac

1

10

100

1,000

0.1 1 10 100 1000

f [kHz]

Vrms [V]250 Vdc / 120 Vac

0.01

0.1

1

10

100

0.1 1 10 100 1000f [kHz]

Irms [A]

Measure carried out in free air condition.

Note: *Th = max. ambient temperature surrounding the capacitor or hottest contact point= (i.e. tracks), whichever is higher, in the worst operation conditions in °C.

11



High Voltage Series


Rated400Vdc/160Vac 630Vdc/200Vac 1000Vdc/250Vac

RatedCap.

Sizecode

Carriertape

H max[mm]

Part Number size code Carriertape

H max[mm]

Part Number size code H max[mm]Cap. code tape

code[mm] tape

code[mm] [mm]

1000 pF 22.20 a 1.7 LDEPD1100 - A5- - 22.20 1.71200 pF 22.20 a 1.7 LDEPD1120 - A5- - 22.20 1.71500 pF 22.20 a 2.0 LDEPD1150 - A5- - 22.20 2.01800 pF 22.20 a 2.3 LDEPD1180 - A5- - 22.20 2.32200 pF 22.20 a 1.8 LDEPD1220 - A5- - 22.20 1.82700 pF 22.20 a 2.0 LDEPD1270 - A5- - 22.20 2.03300 pF 22.20 a 2.3 LDEPD1330 - A5- - 22.20 2.43900 pF 22.20 a 1.7 LDEPD1390 - A5- - 22.20 2.74700 pF 22.20 a 1.7 LDEPD1470 - A5- - 22.20 3.25600 pF 22.20 a 1.8 LDEPD1560 - A5- - 22.20 3.66800 pF 22.20 a 2.0 LDEPD1680 - A5- - 22.20 4.38200 pF 22.20 a 2.3 LDEPD1820 - A5- - 28.24 2.90.010 F 22.20 a 2.7 LDEPD2100 - A5- - 28.24 3.40.012 F 22.20 b 3.1 LDEPD2120 - A5- - 28.24 4.00.015 F 22.20 a 1.8 LDEMD2150 - A5- - 22.20 c 3.8 LDEPD2150 - A5- - 28.24 4.90.018 F 22.20 a 1.9 LDEMD2180 - A5- - 22.20 c 4.3 LDEPD2180 - A5- - 40.30 3.10.022 F 22.20 a 2.3 LDEMD2220 - A5- - 28.24 a 3.1 LDEPE2220 - A5- - 40.30 3.30.027 F 22.20 a 2.7 LDEMD2270 - A5- - 28.24 a 3.5 LDEPE2270 - A5- - 40.30 4.00.033 F 22.20 b 3.1 LDEMD2330 - A5- - 28.24 b 4.4 LDEPE2330 - A5- - 40.30 4.70.039 F 22.20 c 3.6 LDEMD2390 - A5- - 28.24 c 5.1 LDEPE2390 - A5- - 50.40 3.20.047 F 22.20 c 4.2 LDEMD2470 - A5- - 40.30 a 3.1 LDEPF2470 - A5- - 50.40 3.60.056 F 28.24 a 3.1 LDEME2560 - A5- - 40.30 a 3.6 LDEPF2560 - A5- - 50.40 4.30.068 F 28.24 a 3.5 LDEME2680 - A5- - 40.30 b 4.3 LDEPF2680 - A5- - 50.40 5.10.082 F 28.24 b 4.3 LDEME2820 - A5- - 40.30 c 5.0 LDEPF2820 - A5- - 60.54 3.70.10 F 28.24 c 5.1 LDEME3100 - A5- - 40.30 c 5.5 LDEPF3100 - A5- - 60.54 4.50.12 F 40.30 a 3.4 LDEMF3120 - A5- - 50.40 b 4.3 LDEPG3120- A5- -0.15 F 40.30 b 4.2 LDEMF3150 - A5- - 50.40 c 5.2 LDEPG3150- A5- -0.18 F 40.30 c 4.9 LDEMF3180 - A5- - 50.40 c 5.7 LDEPG3180- A5- -0.22 F 50.40 a 3.5 LDEMG3220 - A5- - 60.54 b 4.8 LDEPH3220 - A5- -0.27 F 50.40 b 4.4 LDEMG3270 - A5- - 60.54 c 5.5 LDEPH3270 - A5- -0.33 F 50.40 c 5.2 LDEMG3330 - A5- -0.39 F 60.54 a 3.9 LDEMH3390 - A5- -0.47 F 60.54 b 4.5 LDEMH3470 - A5- -0.56 F 60.54 c 5.3 LDEMH3560 - A5- -

Tolerance: J (5%); K (10%); M (20%)


Size conversion and tolerancesSize code 22.20 28.24 40.30 50.40 60.54L (mm) 5.7 0.5 7.1 0.5 10.2 0.6 12.7 0.6 15.2 0.6

W (mm) 5.1 0.5 6.1 0.5 7.6 0.8 10.2 0.8 13.7 0.8

Special forxDSL

ITUcompliance

INP

RO

GR

ES

S

12




400 Vdc / 160 Vac

1

10

100

1,000

0.1 1 10 100 1000f [kHz]

Vrms [V]

630 Vdc / 200 Vac

1

10

100

1,000

0.1 1 10 100 1000f [kHz]

Vrms [V]

Impedance vs. frequency

0.01

0.1

1

10

0.1 1 10 100f [MHz]

Z [Ω]

400 Vdc / 160 Vac

0.01

0.1

1

10

0.1 1 10 100 1000f [kHz]

Irms [A]

630 Vdc / 200 Vac

0.01

0.1

1

10

0.1 1 10 100 1000f [kHz]

Irms [A]

Measure carried out in free air condition.

Note: *Th = max. ambient temperature surrounding the capacitor or hottest contact point= (i.e. tracks), whichever is higher, in the worst operation conditions in °C.

13


PET H.T. dielectric - LDE Series


Plates Aluminium layer deposited by evaporation under vacuum.Winding Non inductive type - Stacked technology.Termination Three layers: Aluminium, Brass and Tin alloy.Marking On packing only.Climatic category 55/125/56

Electrical characteristics

Working temperature -55 to 125° CRated voltage (VR) 63Vdc; 100Vdc; 250Vdc


Size range 28.24 to 60.54Capacitance range 0.018 F to 10 FCapacitance values E6 SeriesCapacitance tolerance 5% (J); 10% (K); 20% (M)Dissipation factor (tgδ) 0.8% max. (T=255°C; f=1kHz)Dielectric absorption (%) 0.5%


400 sTest conditions:Temperature: 255°CVoltage charge time: 1minVoltage charge: 0100Vdc

Surge voltage test 1.4 x VR (2 s at 255°C)Solderability Coverage 75% at each end-terminationMax pulse rise time (dv/dt) 50V/s*

* Higher values available upon request.





Endurance(125°C; 2000h; 1.25VC)







Bending

Deflection: 1 to 6 mm.No visible damage on the terminations (pealing)No damage on the body (cracking)BendingNo visible damage on the terminations (pealing)No damage on the body (cracking)|∆C/C| 1%

Long term stability(after two years) Capacitance change: |∆C/C| 2%


Failure rate: 1 Fit(1 Fit = 1×10-9 failures/components×hour)

14


PET H.T. dielectric - LDE SeriesSSSS Capacitance values & Voltage range

63Vdc/40Vac 100Vdc/63Vac 250Vdc/120VacRated size H max Part Number size H max Carrier Part Number size H max Part NumberCap. code [mm] code [mm] tape

codecode [mm]

0.018 mF 22.20 1.70.022 mF 22.20 1.70.027 mF 22.20 1.90.033 mF 22.20 2.30.039 mF 22.20 1.70.047 mF 22.20 1.70.056 mF 22.20 1.70.068 mF 22.20 1.90.082 mF 22.20 2.20.10 mF 22.20 2.70.12 mF 22.20 1.6 - LDEED3120 - B0N0 28.24 1.90.15 mF 22.20 1.7 - LDEED3150 - B0N0 28.24 2.30.18 mF 22.20 1.8 - LDEED3180 - B0N0 28.24 2.80.22 mF 22.20 1.9 - LDEED3220 - B0N0 28.24 3.30.27 mF 22.20 2.1 - LDEED3270 - B0N0 40.30 2.30.33 mF 22.20 1.6 LDEDD3330 - B0N0 22.20 2.4 - LDEED3330 - B0N0 40.30 2.70.39 mF 22.20 1.7 LDEDD3390 - B0N0 22.20 2.8 - LDEED3390 - B0N0 40.30 3.20.47 mF 22.20 2.0 LDEDD3470 - B0N0 22.20 3.3 - LDEED3470 - B0N0 40.30 3.80.56 mF 22.20 2.2 LDEDD3560 - B0N0 28.24 2.3 a LDEEE3560 - B0N0 50.40 2.70.68 mF 22.20 2.6 LDEDD3680 - B0N0 28.24 2.8 a LDEEE3680 - B0N0 50.40 3.30.82 mF 22.20 3.1 LDEDD3820 - B0N0 28.24 3.5 a LDEEE3820 - B0N0 60.54 2.41.0 mF 22.20 3.7 LDEDD4100 - B0N0 28.24 4.0 b LDEEE4100 - B0N0 60.54 2.91.2 mF 28.24 2.6 LDEDE4120 - B0N0 28.24 4.8 c LDEEE4120 - B0N0 60.54 3.51.5 mF 28.24 3.2 LDEDE4150 - B0N0 40.30 3.3 a LDEEF4150 - B0N0 60.54 4.31.8 mF 28.24 3.9 LDEDE4180 - B0N0 40.30 3.8 b LDEEF4180 - B0N02.2 mF 28.24 4.7 LDEDE4220 - B0N0 40.30 4.7 c LDEEF4220 - B0N02.7 mF 40.30 3.2 LDEDF4270 - B0N0 50.40 3.4 a LDEEG4270 - B0N03.3 mF 40.30 3.8 LDEDF4330 - B0N0 50.40 4.2 b LDEEG4330 - B0N03.9 mF 40.30 4.5 LDEDF4390 - B0N0 50.40 4.9 c LDEEG4390 - B0N04.7 mF 50.40 3.2 LDEDG4470 - B0N0 60.54 3.7 a LDEEH4470 - B0N05.6 mF 50.40 3.8 LDEDG4560 - B0N0 60.54 4.4 b LDEEH4560 - B0N06.8 mF 50.40 4.6 LDEDG4680 - B0N0 60.54 5.3 c LDEEH4680 - B0N08.2 mF 60.54 3.4 LDEDH4820 - B0N0

10.0 mF 60.54 4.1 LDEDH5100 - B0N0

Tolerance: J (5%); K (10%); M (20%)

Size conversion and tolerancesSize code 28.24 40.30 50.40 60.54L (mm) 7.10.5 10.20.6 12.70.6 15.20.6W (mm) 6.10.5 7.60.8 10.20.8 13.70.8


100 Vdc / 63 Vac

0

1

10

100

0.1 1 10 100 1000f [kHz]

Vrms [V]

4.7µF1 µF


1E-3

1E-2

1E-1

1E+0

1E+1

0.1 1 10 100 1000f [kHz]

ESR [Ω]

4.7µF

1µF

100 Vdc / 63 Vac

0.01

0.1

1

10

100

0.1 1 10 100 1000f [kHz]

Irms [A]

4.7µF1 µF

Impedance vs. frequency

0.001

0.01

0.1

1

0.1 1 10 100f [MHz]

Z [Ω]

1µF

4.7µF

15


PEN & PET H.T. dielectric - LDE Series

Dissipation (A.C. applications)When a capacitor is used in A.C. applications at high frequency, internal heating of the capacitor may follow with apossible risk of smoke or fire. This is caused by the heating effect of the current flowing through the internalresistance of the capacitor.The formula used to calculate the max power dissipated by the capacitor is the following:

Pcmax = Σi V2rmsci× 2πfi × C × tgδmax (fi) =

1

N Σi I2rmsci

N

1

2πfi × C× tgδmax (fi)

The formula used to calculate the max. power that may be dissipated by the capacitor is:

Pclim =∆Tlim

Rth

It must be Pcmax ≤ Pclim

WAVE-FORM ELECTRICALPARAMETERS

0

T

Current

t

I2

I3

I4

I5

I6

I7

I8

I1

0

T

DAMPED OSCILLATIONVoltage t

V2

V3

V4

V5

V6

V7

V8

V1

Vrmsc =

2

V2

i

2T

tΣ

8

i = 1

Irmsc =

2

I2

i

2T

t

Σ8

i = 1

f =1

t

1t

tgδmax at f =

0

Vpp

tT

Voltage

TRAPEZOIDAL

f =1

T

Vrmsc=Vpp12T

3T-4t

1tgδmax at f =

4t

WAVE-FORM ELECTRICALPARAMETERS

V

0

T

pp

t

Voltage

t

Ipp

Current

T

t/T = 0.15 to 0.25

0

Vrmsc =V

1.04

pp t2T

Irmsc =

I

1.04

pp t

2T

f = 12t

tgδmax at f = 1

2t

/2

0

V

T

pp

Voltage

I

0

T

pp

Current

Vrmsc =

Vpp

2 2

Irmsc =Ipp

1

T

f =1

T

tgδmax at f =

22

Size H max (mm) Rth (°C/W)12.06 1.1 17512.10 2.0 165

18.12 1.72.6

157151

22.202.33.34.2

135128122

28.243.54.55.4

114108103

40.303.64.55.4

938884

50.403.64.55.4

757066

60.543.64.55.4

585552

Max. overtemperature ∆Tlim vs. Th

0

10

20

30

40

50

0 20 50 85 105 125

∆Tlim [°C]

Th [°C]

16


PPS dielectric - LDB Series


Plates Aluminium layer deposited by evaporation under vacuum.Winding Non inductive type - Stacked technology.Termination Three layers: Aluminium, Brass and Tin alloy.Marking On packing only.

Electrical characteristicsWorking temperature -55 to 125° CRated voltage (VR) 16Vdc; 50Vdc


Size range 06.03 to 18.12Moisture Tested at 85°C 85% R.H. 500hCapacitance range 100pF to 0.1FCapacitance values E12 SeriesCapacitance tolerance 2% (G); 5% (J)Dissipation factor (tgδ) 0.6% max. (T=255°C; f=1kHz)Dielectric absorption (%) 0.02%


3GΩTest conditions:Temperature: 255°CVoltage charge time: 1minVoltage charge: 10Vdc for VR=16Vdc

50Vdc for VR=50VdcSurge voltage test 1.75 × VR (5 s at 255°C)Solderability Coverage 75% at each end-termination


Endurance(125°C; 2000h; VR)










Bending

Deflection: 1 to 6 mm.No visible damage on the terminations (pealing)No damage on the body (cracking)BendingNo visible damage on the terminations (pealing)No damage on the body (cracking)|∆C/C| 1%

Long term stability(after one year) Capacitance change: |∆C/C| 1%


Failure rate: 1 Fit(1 Fit = 1×10-9 failiures/components×hour)

17


PPS dielectric - LDB Series


10Vdc 16Vdc 50Vdc

RatedCap.

Sizecode

Hmax[mm]

Sizecode

Carriertapecode

Hmax[mm]


Carriertapecode

Hmax[mm]

Part Number

[mm] [mm]

100 pF 06.03 - 0.85 LDBAX0100 - C5 - - 08.05 - 1.1 LDBCY0100 - C5 - -120 pF 06.03 - 0.85 LDBAX0120 - C5 - - 08.05 - 1.1 LDBCY0120 - C5 - -150 pF 06.03 - 0.85 LDBAX0150 - C5 - - 08.05 - 1.1 LDBCY0150 - C5 - -180 pF 06.03 - 0.85 LDBAX0180 - C5 - - 08.05 - 1.1 LDBCY0180 - C5 - -220 pF 06.03 - 0.85 LDBAX0220 - C5 - - 08.05 - 1.1 LDBCY0220 - C5 - -270 pF 06.03 - 0.85 LDBAX0270 - C5 - - 08.05 - 1.1 LDBCY0270 - C5 - -330 pF 06.03 - 0.85 LDBAX0330 - C5 - - 08.05 - 1.1 LDBCY0330 - C5 - -390 pF 06.03 - 0.85 LDBAX0390 - C5 - - 08.05 - 1.1 LDBCY0390 - C5 - -470 pF 06.03 - 0.85 LDBAX0470 - C5 - - 08.05 - 1.1 LDBCY0470 - C5 - -560 pF 06.03 - 0.85 LDBAX0560 - C5 - - 08.05 - 1.1 LDBCY0560 - C5 - -680 pF 06.03 - 0.85 LDBAX0680 - C5 - - 08.05 - 1.1 LDBCY0680 - C5 - -820 pF 06.03 - 0.85 LDBAX0820 - C5 - - 08.05 - 1.1 LDBCY0820 - C5 - -

1000 pF 06.03 - 0.85 LDBAX1100 - C5 - - 08.05 - 1.1 LDBCY1100 - C5 - -1200 pF 06.03 - 0.85 LDBAX1120 - C5 - - 08.05 - 1.1 LDBCY1120 - C5 - -1500 pF 06.03 - 0.85 LDBAX1150 - C5 - - 08.05 - 1.1 LDBCY1150 - C5 - -1800 pF 06.03 - 0.85 LDBAX1180 - C5 - - 08.05 - 1.1 LDBCY1180 - C5 - -2200 pF 06.03 - 0.85 LDBAX1220 - C5 - - 08.05 - 1.1 LDBCY1220 - C5 - -2700 pF 06.03 - 0.85 LDBAX1270 - C5 - - 08.05 - 1.1 LDBCY1270 - C5 - -3300 pF 06.03 0.85 08.05 - 1.1 LDBAY1330 - C5 - - 12.06 - 1.1 LDBCA1330 - C5 - -3900 pF 06.03 0.85 08.05 - 1.1 LDBAY1390 - C5 - - 12.06 - 1.1 LDBCA1390 - C5 - -4700 pF 06.03 0.85 08.05 - 1.1 LDBAY1470 - C5 - - 12.06 - 1.1 LDBCA1470 - C5 - -5600 pF 06.03 0.85 08.05 - 1.1 LDBAY1560 - C5 - - 12.06 - 1.1 LDBCA1560 - C5 - -6800 pF 08.05 - 1.1 LDBAY1680 - C5 - - 12.06 - 1.1 LDBCA1680 - C5 - -8200 pF 08.05 - 1.3 LDBAY1820 - C5 - - 12.06 - 1.1 LDBCA1820 - C5 - -0.010 F 08.05 - 1.3 LDBAY2100 - C5 - - 12.06 - 1.1 LDBCA2100 - C5 - -

0.012 F 08.05 1.1 12.06 - 1.1 LDBAA2120 - C5 - - 12.06 - 1.1 LDBCA2120 - C5 - -0.015 F 08.05 1.1 12.06 - 1.1 LDBAA2150 - C5 - - 12.10 - 1.4 LDBCB2150 - C5 - -0.018 F 08.05 1.1 12.06 - 1.1 LDBAA2180 - C5 - - 12.10 - 1.5 LDBCB2180 - C5 - -0.022 F 08.05 1.1 12.06 - 1.1 LDBAA2220 - C5 - - 12.10 - 1.5 LDBCB2220 - C5 - -0.027 F 08.05 1.1 12.06 - 1.1 LDBAA2270 - C5 - - 12.10 - 1.5 LDBCB2270 - C5 - -0.033 F 12.06 - 1.1 LDBAA2330 - C5 - - 12.10 - 1.7 LDBCB2330 - C5 - -0.039 F 12.06 - 1.2 LDBAA2390 - C5 - - 12.10 - 1.9 LDBCB2390 - C5 - -0.047 F 12.06 - 1.3 LDBAA2470 - C5 - - 12.10 - 2.3 LDBCB2470 - C5 - -

0.056 F 12.10 - 1.7 LDBAB2560 - C5 - - 18.12 a 1.5 LDBCC2560 - C5 - -0.068 F 12.10 - 1.7 LDBAB2680 - C5 - - 18.12 a 1.5 LDBCC2680 - C5 - -0.082 F 12.10 - 1.7 LDBAB2820 - C5 - - 18.12 a 1.7 LDBCC2820 - C5 - -

0.1 F 12.10 - 2.0 LDBAB3100 - C5 - - 18.12 b 2.0 LDBCC3100 - C5 - -

Tolerance: G (2%); J (5%); K (10%)


Size conversion and tolerancesSize code 06.03 08.05 12.06 12.10 18.12

L (mm) 1.6 0.2 2.0 0.2 3.2 0.3 3.2 0.3 4.5 0.5

W (mm) 0.8 0.2 1.25 0.2 1.6 0.3 2.5 0.3 3.2 0.5

INP

RO

GR

ES

S

18

SMD - Film CapacitorsMOUNTING AND SOLDERINGIn order to reach a good solderability, we suggest these rules are followed:

Landing areaLand dimensions

Size A B C D

06.03 0.7 0.7 0.6 2.008.05 1.1 0.8 0.8 2.41206 2.0 1.3 2.4 5.01210 3.0 1.3 2.4 5.01812 4.0 1.5 3.5 6.52220 5.9 1.9 4.5 8.32824 7.0 2.5 5.7 10.74030 8.6 3.0 8.0 14.05040 11.2 3.5 10.3 17.36054 14.6 3.6 12.6 19.8

All dimensions are im mm

Solder paste & quantityTo obtain the best performance we suggest the use of a solder paste alloy TIN (Sn) - LEAD (Pb) - SILVER (Ag) (typicalvalues 62% - 36% - 2%) of no-clean type. The thickness of solder paste is also important, and from our experience wesuggest to use a thickness from 0.10 to 0.15mm.

Lead free solder pasteWe suggest the use of a solder paste alloy TIN (Sn) - SILVER (Ag) - Copper (Cu) (typical values Ag <5%; Cu <1%).

Temperature profile

200°C

preheating

time

τ1 τ2

TmaxTemperaturePreheating: Temperature = 150 to 180°C

Time = 3 min

Peak: Max time above 200°C50 s and τ1 τ2

Tmax = Maximum allowed temperature on capacitor surface.

LDB LDE

Tmax recommended 230°C 220°C

Tmax limit 260°C 230°C

Max time at upper temperature = 5 s

C

D

A

B

Example for land dimensions

19


Manual solderingLDE & LDB series have been especially designed for SMT, pick-and-place device and for re-flow process.Handling a soldering iron without being very careful may become extremely dangerous.The main reason for this is that a soldering iron usually works at a temperature greater than 350°C.

Using a soldering iron we may have three cases:

1. the soldering iron is equipped with a temperature control;

2. the soldering iron has a flow device (hot air);

3. the soldering iron is not equipped with a temperature control.

Case 1Set the temperature on the soldering iron at 250°C and then proceed having care the maximum soldering time, on allend terminations, of 5 seconds.

Capacitor body has not to be touched.

Case 2These devices are highly professional and allow a wide range of parameter settings. Generally, the most important pa-rameter is the hot air temperature.We suggest not to go beyond a maximum temperature of 250°C and never send the flow directly on the plastic body ofthe capacitor.

In this specific case the working experience of the operator is extremely important.

Case 3This is the worst and most dangerous condition. The following are a few practical suggestions but, ofcourse, the workingexperience of the operator is fundamental.

We suggest to proceed as follows:

1. Position the capacitor on the P.C.B. in the right way

2. Touch only the landing area with the soldering iron

3. Touch the iron and the end termination with the tin-wire edge

4. When the wire starts to melt, please be ready to remove the iron quickly as soon as the tin in the end terminationstarts to melt

5. Wait a few seconds and try to move the component body, to make sure that the soldering joint has been welldone.

P.C.B

Iron

Tin wire

plastic bodyLanding area

20


CORRECTIVE ACTIONS TABLE (problems after soldering process)

TYPE OF DEFECT CAUSE POSSIBLE SOLUTION

- wrong landing area - see page 18

- quality of solder paste - see page 18

No solder joint in one end termination - thermal profile - see page 18No solder joint in one end termination- bad temperature distribution inside the

reflow oven- decrease time of preheating or

change the orientation of P.C.B.board

- temperature is too high - apply suggested thermal profile(page 18)

Mechanical deformation of the body - length of time too long - apply suggested thermal profile(page 18)

- moisture inside capacitor - see use suggestion(page 20)

Short circuit - mechanical damage - be very careful during manualassembly (page 19)

CAUTION

Manual assemblyIf PC boards are assembled by hand, care must be takento avoid mechanical damage. We recommend:- Use tweezers, the components should be gripped

across the two terminals, A.- Avoid any contact with the cut surface, C.- The usage of a pen under vacuum on the surface B

is recommended.

A BC

A

C

BA = Termination surface

B = External surface

C = Cut surfaceFig. 1

FluxOur suggestion is to use a no-clean type. Take care whenselecting the type of flux and if possible use a type havingan halogen content lower then 0.1%.

Cleaning

To clean flux from the PC board assembly, use a suitablesolvent such as Isopropylalcohol.Solvents such as Toluene, Xylene and Trichloroethyleneshould be avoided.We dissuade the use of any detergent.

Moisture

SMD Film Caps have a low sensitivity to moisture, nevertheless our parts are supplied in a MBB (Moisture BarrierBag) Class1, in order to guarantee the possibility to store them in all conditions. We can guarantee a minimum shelf-life of 24 months.After the opening of the MBB, the permanence at a temperature 30°C and R.H.60% is assured for a maximum periodof 4 weeks.For longer periods and/or higher temperature and R.H. values, it is absolutely indispensable to protect the componentagainst R.H.If the reel is partially used, Arcotronics recommend the re-use of the same MBB or a storage in areas with controlledtemperature and humidity.If you need to BAKE we suggest to place the taped capacitors in an oven at 60°C for minimum 48 hours.

Do not hesitate to contact our Technical Service for any doubts or more detailed information.

Documents

Film Chip Capacitors Catalogue CAP/PE... · Short guide to main applications TELECOM Device Application Arcotronics film proposal Other dielectrics Film advantage Mobile phone Analog/digital