Film Chip Capacitors
Catalogue
CONTENTS Page
General Information ................................... 2
Product code system .................................. 3
Packaging ............................................ 3
Typical graphs ........................................ 4
General technical data ................................. 5
Electricalcharacteristics ................................ 5
Testmethodandperformance .......................... 5
Capacitance and voltage range - size table ................ 6-8
Max. voltage (Vr.m.s.) and current (Ir.m.s.) vs. frequency . . . 9-10
Mounting and soldering ............................... 11
Caution .............................................. 12
Although the text of this publication is accurate to the best of our knowledge when printed, we reserve the right
to make changes without prior notice.
Other catalogues and brochures:
SFilm Capacitors Catalogue
SFilm Capacitors for Lighting
SFilm Capacitors for Automotive
SCapacitors for Power Electronics
SCapacitors for A.C. Motor applications
SCapacitors and Equipment for Power
Factor Correction applications
SEMI-RFI Filters
SAluminum Electrolytic Capacitors
SNissei Film Capacitors
Film Chip capacitor
LDE series
GENERAL INFORMATION
Description
Film Chip capacitor using:
SNon-encapsulated construction.
SStacked technology.
SMetallized PolyEthylene Naphtalate (PEN)
and/or Metallized PolyEthylene Terephtalate high
temperature (PET H.T.).
PEN and PET belong to the same family: Polyester film.
Advantage
SStability versus temperature, frequency, voltage, time
and humidity.
SReliability, self-healing and typical failure mode at the
end of the life: open.
SNo cracking.
SNo piezoelectric effect..
SLow noise level.
SLow ESR.
SNon-polar construction.
SEnvironmentally friendly.
Application per Market sector
STelecom (Mobile phone, Mini link, XDSL, Multiplexer,
Base station, Public and private switching system).
SHi-Fi.
SAutomotive (Engine control system, Safety system,
Car radio, Navigation system, Air-conditioning).
SIndustrial.
SDC/ DC converter, SMPS.
SConsumer
Film Chip capacitor is complementary to MLC and Tantalum
capacitors for professional and critical application.
2
PRODUCT CODE SYSTEM
The part number, comprising 14 digits, is formed as follows:
12 3 45678910 11 12 13 14
LD E -- --
-- -- -- -- -- -- -- -- --
Digit 1 to 3 Series code (L = leadless; DE = polyester family)
Digit 4 d.c. or a.c. rated voltage (VR).
C = 50Vdc D = 63Vdc E =100Vdc
I = 250Vdc M = 400Vdc P =630Vdc
Digit 5 Size code:
12.06 12.10 18.12 22.20 28.24 40.30 50.40 60.54
A B C D E F G H
Digits 6 to 9 Digits 7 - 8 - 9 indicate the first three digits of
Capacitance value and the 6th digit indicates
the number of zeros that must be added to obtain the
Rated Capacitance in pF.
Digit 10 Capacitance tolerance: 5% (J); 10% (K); 20% (M)
Digit 11 Dielectric (A = PEN; B = PET H.T.)
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.
PACKAGING
S
SS
STaping and packaging characteristics
+0.1
0
H
WL
T
1.75 ± 0.15
P±0.1
1.5
4.0 ± 0.1
2.0 ± 0.05
W
AO
KO
BO
W1
W2
Film Chip Tape Reel
S
i
z
e
Chip dimensions Tape and Reel characteristics Packaging
q.ties
Size
c
o
d
e
Tape dimensions Reel dimensions
R
e
e
l
L
o
o
s
e
code L W Hmax A0 B0 K0 W P T ∅W1 W2 Reel Loose
(mm) (mm) (mm) (mm) (mm) (mm) (mm) (mm) (mm) (mm) (mm) (pcs) (pcs)
12.06 3.2 1.6 1.1 2.00 3.60 1.30 8 4 300 180 812 3000 2000
12.10 3.2 2.5 1.5--2.0 2.90 3.60 2.10 8 4 300 180 812 2250 2000
18.12 4.5 3.2 1.7
2.3--2.6
3.50
4.00
5.10
5.30
2.00
2.60
12
12
8
8300 330 12
12 16 4000
3000 1500
22.20 5.7 5.1
2.3--2.7
3.3
4.2--4.4
5.40
5.40
5.40
6.20
6.20
6.20
2.90
3.80
4.90
12
12
12
8
8
8
300
300
400
330
330
330
12
12
12
16
3000
2250
1750
1500
28.24 7.1 6.1
3.5
4.5
5.4
6.60
6.60
6.60
7.90
7.90
7.90
3.80
4.60
5.50
16
16
16
8
8
8
300
400
400
330
330
330
16
16
16
20
2250
1750
1500
1000
40.30 10.2 7.6
3.6
4.5
5.4--5.6
8.40
8.40
8.60
11.00
11.00
11.00
3.80
4.60
5.80
16
16
16
12
12
12
300
400
400
330
330
330
16
16
16
20
1500
1250
1000
1000
50.40 12.7 10.2
3.6
4--4.5
5.5--5.7
10.90
10.90
11.00
13.50
13.50
13.50
3.80
4.70
5.90
24
24
24
12
12
12
300
400
500
330
330
330
24
24
24
28
1500
1250
1000
500
60.54 15.2 13.7
3.6
4.5--4.9
5.5--5.7
14.40
14.40
14.40
16.00
16.00
16.00
4.30
5.10
5.80
24
24
24
16
16
16
400
400
500
330
330
330
24
24
24
28
1000
750
750
500
All dimensions are in mm.
In accordance with IEC 60286-3.
Material used:
- Carrier tape: antistatic material
- Cover tape: polyester + PE
- Reel: recyclable polystyrene
All parts in bulk or on reel are packed in hermetically sealed moisture barrier bag (MBB).
LDE Series
PEN -- PET H.T.
Code example:
12 3 456789101112
13 14
LD E 5N
CD
34 70JA --
Series
Size code (D = 22.20)
Dielectric (A = PEN)
Version (5 = standard)
Packing (N= Tape)
Internal use
Capacitance = 0.47mF
Tolerance (J = 5%)
Rated voltage (C = 50Vdc)
3
POLYESTER FAMILY - TYPICAL GRAPHS
Capacitance change vs. temperature at 1kHz
Dissipation factor vs. temperature at 1kHz
Time constant vs. temperature
Capacitance change vs. frequency (Room temperature)
Dissipation factor vs. frequency (Room temperature)
Impedance vs. frequency
LDE Series
PEN -- PET H.T.
PEN
PET H.T.
4
GENERAL TECHNICAL DATA
Dielectric PEN PET Test method
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 IEC 60068-1
ELECTRICAL CHARACTERISTICS
Item PEN PET Test method
Working temperature -55to125°C
Rated voltage (VR)50Vdc - 63Vdc - 100Vdc - 250Vdc - 400Vdc - 630Vdc
C
a
t
e
g
o
r
y
v
o
l
t
a
g
e
(
V
)
VC=V
Rup to 105°C
D
e
c
r
e
a
s
i
n
g
f
a
c
t
o
r
o
f
1
2
5
%
p
e
r
d
e
g
r
e
e
°
C
Category voltage (VC)Decreasing factor of 1.25% per degree °C
for temperature from 105 to 125°C
Size range 12.06 to 60.54 28.24 to 60.54
Capacitance range 1000pF to 4.7mF0.082mFto4.7mF
Capacitance values E6 - E12 IEC 60063
Capacitance tolerance 5% (J); 10% (K); 20% (M) Frequency: 1kHz
Dissipation factor (tgδ)0.8% max. Temperature: 255°C
Frequency: 1kHz
Dielectric absorption (%) 10.5
Insulation resistance 01GΩfor C0.33mF
400 s for C>0.33mF
Temperature: 255°C
Voltage charge time: 1 min
Voltage charge:
010Vdc for VR<100Vdc
100Vdc for VR≥100Vdc
Surge voltage test 1.4 ×VR
Temperature: 255°C
Application time: 2 s
Max pulse rise time (dv/dt) 100V/ms
Solderability Coverage 75% at each end-termination Dipping in solder bath at 2355°C for 3s
TEST METHOD AND PERFORMANCE
Test PEN PET Test conditions
Damp heat
|∆C/C|7%
Dissipation factor change: 50⋅10-4
Insulation resistance: 50% of limit value
Temperature: 402°C
Relative humidity: 93% 2%
Duration: 56 days
Endurance
|∆C/C|5%
Dissipation factor change: 50⋅10-4
Insulation resistance: 50% of limit value
Temperature: 1255°C
Duration: 2000 h
Voltage: 1.25×VC
Long term stability
(after one year)
Capacitance change: |∆C/C|3% size 22.20
|∆C/C|2% size >22.20
Ambient conditions:
- temperature: 255°C
- relative humidity: 75%
Rapid change of temperature
|∆C/C|3%
Insulation resistance: limit value
No mechanical damage
∆tgδ:50⋅10-4
1 hour at -55°C
1 hour at +125°C
Changing time: 30 s
Cycle: 1000
Bend the test board as shown in the test
set-up:
Bending
Deflection: 1 to 6 mm.
No visible damage on the terminations (pealing)
No damage on the body (cracking)
|∆C/C|1%
FR4 test board
1.6 mm
Reliability
Ref. MIL HDB 217
Failure rate: 1Fit
(1 Fit = 1×10-9 failiures/components×hour)
Temperature: 40_C2_C
Voltage: 0.5×VR
Failure criteria:
(according to DIN 44122)
Short or open circuit
Capacitance change (|∆C/C|): >10%
DF change (∆tgδ):>2×initial limit.
Insulation resistance: <0.005×initial limit.
LDE Series
PEN -- PET H.T.
5
CAPACITANCE AND VOLTAGE RANGE
H
W
L
STANDARD VERSION
Size table
R
a
t
e
d
50Vdc/40Vac 63Vdc/40Vac Qty 100Vdc/63Vac Qty 250Vdc/120Vac Qty
R
a
t
e
d
Ca
p
.size H
P
a
r
t
N
u
m
b
e
r
P
a
r
t
N
u
m
b
e
r
Q
y
per
r
e
e
l
size H
P
a
r
t
N
u
m
b
e
r
Q
y
per
r
e
e
l
size H
P
a
r
t
N
u
m
b
e
r
Q
y
per
r
e
e
l
C
a
p
.
s
i
z
e
code
H
max Part Number Part Number reel
s
i
z
e
code
H
max Part Number reel
s
i
z
e
code
H
max Part Number reel
1000 pF 18.12 1.7 LDECC1100 - -5- - LDEDC1100 - -5- - 4000 18.12 1.7 LDEEC1100 - -5- - 4000 18.12 1.7 LDEIC1100 - -5- - 4000
1200 pF 18.12 1.7 LDECC1120 - -5- - LDEDC1120 - -5- - 4000 18.12 1.7 LDEEC1120 - -5- - 4000 18.12 1.7 LDEIC1120 - -5- - 4000
1500 pF 18.12 1.7 LDECC1150 - -5- - LDEDC1150 - -5- - 4000 18.12 1.7 LDEEC1150 - -5- - 4000 18.12 1.7 LDEIC1150 - -5- - 4000
1800 pF 18.12 1.7 LDECC1180 - -5- - LDEDC1180 - -5- - 4000 18.12 1.7 LDEEC1180 - -5- - 4000 18.12 1.7 LDEIC1180 - -5- - 4000
2200 pF 18.12 1.7 LDECC1220 - -5- - LDEDC1220 - -5- - 4000 18.12 1.7 LDEEC1220 - -5- - 4000 18.12 1.7 LDEIC1220 - -5- - 4000
2700 pF 18.12 1.7 LDECC1270 - -5- - LDEDC1270 - -5- - 4000 18.12 1.7 LDEEC1270 - -5- - 4000 18.12 1.7 LDEIC1270 - -5- - 4000
3300 pF 18.12 1.7 LDECC1330 - -5- - LDEDC1330 - -5- - 4000 18.12 1.7 LDEEC1330 - -5- - 4000 18.12 1.7 LDEIC1330 - -5- - 4000
3900 pF 18.12 1.7 LDECC1390 - -5- - LDEDC1390 - -5- - 4000 18.12 1.7 LDEEC1390 - -5- - 4000 18.12 1.7 LDEIC1390 - -5- - 4000
4700 pF 18.12 1.7 LDECC1470 - -5- - LDEDC1470 - -5- - 4000 18.12 1.7 LDEEC1470 - -5- - 4000 18.12 1.7 LDEIC1470 - -5- - 4000
5600 pF 18.12 1.7 LDECC1560 - -5- - LDEDC1560 - -5- - 4000 18.12 1.7 LDEEC1560 - -5- - 4000 18.12 1.7 LDEIC1560 - -5- - 4000
6800 pF 18.12 1.7 LDECC1680 - -5- - LDEDC1680 - -5- - 4000 18.12 1.7 LDEEC1680 - -5- - 4000 18.12 1.7 LDEIC1680 - -5- - 4000
8200 pF 18.12 1.7 LDECC1820 - -5- - LDEDC1820 - -5- - 4000 18.12 1.7 LDEEC1820 - -5- - 4000 18.12 1.7 LDEIC1820 - -5- - 4000
0.010 mF18.12 1.7 LDECC2100 - -5- - LDEDC2100 - -5- - 4000 18.12 1.7 LDEEC2100 - -5- - 4000 18.12 1.7 LDEIC2100 - -5- - 4000
0.012 mF18.12 1.7 LDECC2120 - -5- - LDEDC2120 - -5- - 4000 18.12 1.7 LDEEC2120 - -5- - 4000 18.12 1.7 LDEIC2120 - -5- - 4000
0.015 mF18.12 1.7 LDECC2150 - -5- - LDEDC2150 - -5- - 4000 18.12 1.7 LDEEC2150 - -5- - 4000 18.12 1.7 LDEIC2150 - -5- - 4000
0.018 mF18.12 1.7 LDECC2180 - -5- - LDEDC2180 - -5- - 4000 18.12 1.7 LDEEC2180 - -5- - 4000 22.20 2.3 LDEID2180 - -5- - 3000
0.022 mF18.12 1.7 LDECC2220 - -5- - LDEDC2220 - -5- - 4000 18.12 1.7 LDEEC2220 - -5- - 4000 22.20 2.3 LDEID2220 - -5- - 3000
0.027 mF18.12 1.7 LDECC2270 - -5- - LDEDC2270 - -5- - 4000 18.12 1.7 LDEEC2270 - -5- - 4000 22.20 2.3 LDEID2270 - -5- - 3000
0.033 mF18.12 1.7 LDECC2330 - -5- - LDEDC2330 - -5- - 4000 18.12 1.7 LDEEC2330 - -5- - 4000 22.20 2.3 LDEID2330 - -5- - 3000
0.039 mF18.12 1.7 LDECC2390 - -5- - LDEDC2390 - -5- - 4000 18.12 1.7 LDEEC2390 - -5- - 4000 22.20 2.3 LDEID2390 - -5- - 3000
0.047 mF18.12 2.3 LDECC2470 - -5- - LDEDC2470 - -5- - 3000 18.12 2.3 LDEEC2470 - -5- - 3000 22.20 2.3 LDEID2470 - -5- - 3000
0.056 mF18.12 2.3 LDECC2560 - -5- - LDEDC2560 - -5- - 3000 18.12 2.3 LDEEC2560 - -5- - 3000 22.20 2.3 LDEID2560 - -5- - 3000
0.068 mF18.12 2.3 LDECC2680 - -5- - LDEDC2680 - -5- - 3000 18.12 2.3 LDEEC2680 - -5- - 3000 22.20 2.7 LDEID2680 - -5- - 3000
0.082 mF18.12 2.3 LDECC2820 - -5- - LDEDC2820 - -5- - 3000 18.12 2.3 LDEEC2820 - -5- - 3000 28.24 3.5 LDEIE2820 - -5- - 2250
0.10 mF18.12 2.3 LDECC3100 - -5- - LDEDC3100 - -5- - 3000 18.12 2.3 LDEEC3100 - -5- - 3000 28.24 3.5 LDEIE3100 - -5- - 2250
0.12 mF18.12 1.7 LDECC3120 - -5- - LDEDC3120 - -5- - 4000 22.20 2.3 LDEED3120 - -5- - 3000 28.24 3.5 LDEIE3120 - -5- - 2250
0.15 mF18.12 1.7 LDECC3150 - -5- - LDEDC3150 - -5- - 4000 22.20 2.3 LDEED3150 - -5- - 3000 28.24 3.5 LDEIE3150 - -5- - 2250
0.18 mF18.12 2.3 LDECC3180 - -5- - LDEDC3180 - -5- - 3000 22.20 2.3 LDEED3180 - -5- - 3000 40.30 3.6 LDEIF3180 - -5- - 1500
0.22 mF18.12 2.3 LDECC3220 - -5- - LDEDC3220 - -5- - 3000 22.20 2.3 LDEED3220 - -5- - 3000 40.30 3.6 LDEIF3220 - -5- - 1500
0.27 mF22.20 2.3 LDECD3270 - -5- - LDEDD3270 - -5- - 3000 22.20 3.3 LDEED3270 - -5- - 2250 40.30 3.6 LDEIF3270 - -5- - 1500
0.33 mF22.20 2.3 LDECD3330 - -5- - LDEDD3330 - -5- - 3000 22.20 3.3 LDEED3330 - -5- - 2250 40.30 3.6 LDEIF3330 - -5- - 1500
0.39 mF22.20 2.3 LDECD3390 - -5- - LDEDD3390 - -5- - 3000 28.24 3.5 LDEEE3390 - -5- - 2250 50.40 3.6 LDEIG3390- -5- - 1500
0.47 mF22.20 2.3 LDECD3470 - -5- - LDEDD3470 - -5- - 3000 28.24 3.5 LDEEE3470 - -5- - 2250 50.40 3.6 LDEIG3470 - -5- - 1500
0.56 mF22.20 3.3 LDECD3560 - -5- - LDEDD3560 - -5- - 2250 28.24 3.5 LDEEE3560 - -5- - 2250 50.40 4.0 LDEIG3560 - -5- - 1250
0.68 mF22.20 3.3 LDECD3680 - -5- - LDEDD3680 - -5- - 2250 28.24 3.5 LDEEE3680 - -5- - 2250 60.54 4.5 LDEIH3680 - -5- - 750
0.82 mF28.24 3.5 LDECE3820 - -5- - LDEDE3820 - -5- - 2250 40.30 3.6 LDEEF3820 - -5- - 1500 60.54 4.5 LDEIH3820 - -5- - 750
1.0 mF28.24 3.5 LDECE4100 - -5- - LDEDE4100 - -5- - 2250 40.30 3.6 LDEEF4100 - -5- - 1500 60.54 4.5 LDEIH4100 - -5- - 750
1.2 mF28.24 3.5 LDECE4120 - -5- - LDEDE4120 - -5- - 2250 50.40 3.6 LDEEG4120 - -5- - 1500
1.5 mF50.40 3.6 LDECG4150- -5- - LDEDG4150- -5- - 1500 50.40 3.6 LDEEG4150 - -5- - 1500
1.8 mF50.40 3.6 LDECG4180- -5- - LDEDG4180- -5- - 1500 50.40 3.6 LDEEG4180 - -5- - 1500
2.2 mF50.40 3.6 LDECG4220- -5- - LDEDG4220- -5- - 1500 50.40 3.6 LDEEG4220 - -5- - 1500
2.7 mF50.40 4.5 LDECG4270- -5- - LDEDG4270- -5- - 1250 60.54 4.5 LDEEH4270 - -5- - 750
3.3 mF60.54 4.5 LDECH4330 - -5- - LDEDH4330 - -5- - 750 60.54 4.5 LDEEH4330 - -5- - 750
3.9 mF60.54 4.5 LDECH4390 - -5- - LDEDH4390 - -5- - 750 60.54 4.5 LDEEH4390 - -5- - 750
4.7 mF60.54 4.9 LDECH4470 - -5- - LDEDH4470 - -5- - 750 60.54 4.9 LDEEH4470 - -5- - 750
Tolerance: J (5%); K (10%); M (20%)
Dielectric: A (PEN); B (PET H.T.)
Internal use
Packing: N (Tape); M (Loose)
Size conversion and tolerances
Size 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
LDE Series
PEN -- PET H.T.
6
CAPACITANCE AND VOLTAGE RANGE
H
W
L
MINIATURE VERSION
Size table
Rated 50Vdc/40Vac 63Vdc/40Vac Qty
p
e
r
100Vdc/63Vac Qty
p
e
r
250Vdc/120Vac Qty
p
e
r
R
a
t
e
d
Ca
p
.size H
P
a
r
t
N
u
m
b
e
r
P
a
r
t
N
u
m
b
e
r
y
per
r
e
e
l
size H
P
a
r
t
N
u
m
b
e
r
y
per
r
e
e
l
size H
P
a
r
t
N
u
m
b
e
r
y
per
r
e
e
l
C
a
p
.
s
i
z
e
code
H
max Part Number Part Number reel
s
i
z
e
code
H
max Part Number reel
s
i
z
e
code
H
max Part Number reel
1000 pF 12.06 1.1 LDECA1100 - -0- - LDEDA1100 - -0- - 3000 12.06 1.1 LDEEA1100 - -0- - 3000
1200 pF 12.06 1.1 LDECA1120 - -0- - LDEDA1120 - -0- - 3000 12.06 1.1 LDEEA1120 - -0- - 3000
1500 pF 12.06 1.1 LDECA1150 - -0- - LDEDA1150 - -0- - 3000 12.06 1.1 LDEEA1150 - -0- - 3000
1800 pF 12.06 1.1 LDECA1180 - -0- - LDEDA1180 - -0- - 3000 12.06 1.1 LDEEA1180 - -0- - 3000
2200 pF 12.06 1.1 LDECA1220 - -0- - LDEDA1220 - -0- - 3000 12.06 1.1 LDEEA1220 - -0- - 3000
2700 pF 12.06 1.1 LDECA1270 - -0- - LDEDA1270 - -0- - 3000 12.06 1.1 LDEEA1270 - -0- - 3000
3300 pF 12.06 1.1 LDECA1330 - -0- - LDEDA1330 - -0- - 3000 12.06 1.1 LDEEA1330 - -0- - 3000
3900 pF 12.06 1.1 LDECA1390 - -0- - LDEDA1390 - -0- - 3000 12.06 1.1 LDEEA1390 - -0- - 3000
4700 pF 12.06 1.1 LDECA1470 - -0- - LDEDA1470 - -0- - 3000 12.06 1.1 LDEEA1470 - -0- - 3000
5600 pF 12.06 1.1 LDECA1560 - -0- - LDEDA1560 - -0- - 3000 12.06 1.1 LDEEA1560 - -0- - 3000
6800 pF 12.06 1.1 LDECA1680 - -0- - LDEDA1680 - -0- - 3000 12.06 1.1 LDEEA1680 - -0- - 3000
8200 pF 12.06 1.1 LDECA1820 - -0- - LDEDA1820 - -0- - 3000 12.06 1.1 LDEEA1820 - -0- - 3000
0.010 mF12.06 1.1 LDECA2100 - -0- - LDEDA2100 - -0- - 3000 12.06 1.1 LDEEA2100 - -0- - 3000
0.012 mF12.06 1.1 LDECA2120 - -0- - LDEDA2120 - -0- - 3000 12.06 1.1 LDEEA2120 - -0- - 3000
0.015 mF12.06 1.1 LDECA2150 - -0- - LDEDA2150 - -0- - 3000 12.06 1.1 LDEEA2150 - -0- - 3000
0.018 mF12.06 1.1 LDECA2180 - -0- - LDEDA2180 - -0- - 3000 12.10 1.5 LDEEB2180 - -0- - 2250 18.12 1.7 LDEIC2180 - -0- - 4000
0.022 mF12.06 1.1 LDECA2220 - -0- - LDEDA2220 - -0- - 3000 12.10 1.5 LDEEB2220 - -0- - 2250 18.12 2.3 LDEIC2220 - -0- - 3000
0.027 mF12.06 1.1 LDECA2270 - -0- - LDEDA2270 - -0- - 3000 12.10 1.5 LDEEB2270 - -0- - 2250 18.12 2.6 LDEIC2270 - -0- - 3000
0.033 mF12.06 1.1 LDECA2330 - -0- - LDEDA2330 - -0- - 3000 12.10 1.5 LDEEB2330 - -0- - 2250 18.12 2.6 LDEIC2330 - -0- - 3000
0.039 mF12.10 2.0 LDECB2390 - -0- - LDEDB2390 - -0- - 2250 12.10 2.0 LDEEB2390 - -0- - 2250
0.047 mF12.10 2.0 LDECB2470 - -0- - LDEDB2470 - -0- - 2250 12.10 2.0 LDEEB2470 - -0- - 2250
0.056 mF12.10 2.0 LDECB2560 - -0- - LDEDB2560 - -0- - 2250
0.068 mF12.10 2.0 LDECB2680 - -0- - LDEDB2680 - -0- - 2250
0.082 mF12.10 2.0 LDECB2820 - -0- - LDEDB2820 - -0- - 2250 22.20 3.3 LDEID2820 - -0- - 2250
0.10 mF12.10 2.0 LDECB3100 - -0- - LDEDB3100 - -0- - 2250 22.20 3.3 LDEID3100 - -0- - 2250
0.12 mF18.12 2.6 LDEEC3120 - -0- - 3000 22.20 4.2 LDEID3120 - -0- - 1750
0.15 mF
0.18 mF28.24 4.5 LDEIE3180 - -0- - 1750
0.22 mF28.24 4.5 LDEIE3220 - -0- - 1750
0.27 mF28.24 5.4 LDEIE3270 - -0- - 1500
0.33 mF
0.39 mF22.20 4.2 LDEED3390 - -0- - 1750 40.30 4.5 LDEIF3390 - -0- - 1250
0.47 mF22.20 4.2 LDEED3470 - -0- - 1750 40.30 5.4 LDEIF3470 - -0- - 1000
0.56 mF22.20 4.4 LDEED3560 - -0- - 1750 40.30 5.6 LDEIF3560 - -0- - 1000
0.68 mF50.40 4.5 LDEIG3680 - -0- - 1250
0.82 mF22.20 4.2 LDECD3820 - -0- - LDEDD3820 - -0- - 1750 28.24 4.5 LDEEE3820 - -0- - 1750 50.40 5.5 LDEIG3820 - -0- - 1000
1.0 mF22.20 4.2 LDECD4100 - -0- - LDEDD4100 - -0- - 1750 28.24 5.4 LDEEE4100 - -0- - 1500
1.2 mF40.30 4.5 LDEEF4120 - -0- - 1250 60.54 5.5 LDEIH4120 - -0- - 750
1.5 mF28.24 4.5 LDECE4150 - -0- - LDEDE4150 - -0- - 1750 40.30 4.5 LDEEF4150 - -0- - 1250 60.54 5.7 LDEIH4150 - -0- - 750
1.8 mF28.24 5.4 LDECE4180 - -0- - LDEDE4180 - -0- - 1500 40.30 5.4 LDEEF4180 - -0- - 1000
2.2 mF28.24 5.4 LDECE4220 - -0- - LDEDE4220 - -0- - 1500 40.30 5.6 LDEEF4220 - -0- - 1000
2.7 mF40.30 4.5 LDECF4270 - -0- - LDEDF4270 - -0- - 1250 50.40 5.5 LDEEG4270 - -0- - 1000
3.3 mF40.30 5.4 LDECF4330 - -0- - LDEDF4330 - -0- - 1000 50.40 5.5 LDEEG4330 - -0- - 1000
3.9 mF40.30 5.4 LDECF4390 - -0- - LDEDF4390 - -0- - 1000 50.40 5.7 LDEEG4390 - -0- - 1000
4.7 mF50.40 4.5 LDECG4470- -0- - LDEDG4470- -0- - 1250
Tolerance: J (5%); K (10%); M (20%)
Dielectric: A (PEN); B (PET H.T.)
Internal use
Packing: N (Tape); M (Loose)
Size conversion and tolerances
Size 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
LDE Series
PEN -- PET H.T.
7
CAPACITANCE AND VOLTAGE RANGE
H
W
L
PEN HIGH VOLTAGE - STANDARD VERSION
Size table
Rated 400Vdc/160Vac Qty
p
e
r
630Vdc/200Vac Qty
p
e
r
R
a
t
e
d
Ca
p
.size H
P
a
r
t
N
u
m
b
e
r
y
per
r
e
e
l
size H
P
a
r
t
N
u
m
b
e
r
y
per
r
e
e
l
C
a
p
.
s
i
z
e
code
H
max Part Number reel
s
i
z
e
code
H
max Part Number reel
0.010 mF22.20 2.3 LDEMD2100 - A5- 0 3000 22.20 2.3 LDEPD2100 - A5- 0 3000
0.012 mF22.20 2.3 LDEMD2120 - A5- 0 3000 22.20 2.3 LDEPD2120 - A5- 0 3000
0.015 mF22.20 2.3 LDEMD2150 - A5- 0 3000 22.20 3.3 LDEPD2150 - A5- 0 2250
0.018 mF22.20 2.3 LDEMD2180 - A5- 0 3000 22.20 3.3 LDEPD2180 - A5- 0 2250
0.022 mF22.20 2.3 LDEMD2220 - A5- 0 3000 22.20 4.2 LDEPD2220 - A5- 0 1750
0.027 mF22.20 2.3 LDEMD2270 - A5- 0 3000 28.24 3.5 LDEPE2270 - A5- 0 2250
0.033 mF22.20 3.3 LDEMD2330 - A5- 0 2250 28.24 3.5 LDEPE2330 - A5- 0 2250
0.039 mF22.20 3.3 LDEMD2390 - A5- 0 2250 28.24 4.5 LDEPE2390 - A5- 0 1750
0.047 mF22.20 4.2 LDEMD2470 - A5- 0 1750 28.24 5.4 LDEPE2470 - A5- 0 1500
0.056 mF22.20 4.2 LDEMD2560 - A5- 0 1750 40.30 3.6 LDEPF2560 - A5- 0 1500
0.068 mF28.24 3.5 LDEME2680 - A5- 0 2250 40.30 3.6 LDEPF2680 - A5- 0 1500
0.082 mF28.24 4.5 LDEME2820 - A5- 0 1750 40.30 4.5 LDEPF2820 - A5- 0 1250
0.10 mF28.24 5.4 LDEME3100 - A5- 0 1500 40.30 5.4 LDEPF3100 - A5- 0 1000
0.12 mF40.30 3.6 LDEMF3120 - A5- 0 1500 50.40 3.6 LDEPG3120 - A5- 0 1500
0.15 mF40.30 4.5 LDEMF3150 - A5- 0 1250 50.40 4.5 LDEPG3150 - A5- 0 1250
0.18 mF40.30 4.5 LDEMF3180 - A5- 0 1250 50.40 5.5 LDEPG3180 - A5- 0 1000
0.22 mF50.40 3.6 LDEMG3220- A5- 0 1500 60.54 4.5 LDEPH3220 - A5- 0 750
0.27 mF50.40 4.5 LDEMG3270- A5- 0 1250 60.54 4.5 LDEPH3270 - A5- 0 750
0.33 mF50.40 5.5 LDEMG3330- A5- 0 1000
0.39 mF60.54 3.6 LDEMH3390 - A5- 0 1000
0.47 mF60.54 4.5 LDEMH3470 - A5- 0 750
0.56 mF60.54 5.5 LDEMH3560 - A5- 0 750
Packing: N (Tape); M (Loose)
Tol.:J(5%);K(10%);M(20%)
Size conversion and tolerances
Size 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
LDE Series
PEN -- PET H.T.
8
MAX. VOLTAGE (Vr.m.s.) AND CURRENT (Ir.m.s.) VERSUS FREQUENCY
(sinusoidal wave-form / *Th≤85°C)
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.
LDE Series
PEN -- PET H.T.
9
MAX. VOLTAGE (Vr.m.s.) AND CURRENT (Ir.m.s.) VERSUS FREQUENCY
(sinusoidal wave-form / *Th≤85°C)
400 Vdc / 160 Vac
1
10
100
1.000
0.1 1 10 100 1000
f [kHz]
Vrms [V]
0.01 µF
0.047 µF
0.1 µF
0.47 µF
630 Vdc / 200 Vac
1
10
100
1.000
0.1 1 10 100 1000
f [kHz]
Vrms [V]
0.01 µF
0.047 µF
0.1 µF
0.22 µF
400 Vdc / 160 Vac
0.01
0.1
1
10
0.1 1 10 100 1000
f [kHz]
Irms [A]
0.47µF
0.1 µF
0.047 µF
0.01 µF
630 Vdc / 200 Vac
0.01
0.1
1
10
0.1 1 10 100 1000
f [kHz]
Irms [A]
0.22 µF
0.1 µF
0.047 µF
0.01 µF
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.
LDE Series
PEN -- PET H.T.
10
MOUNTING AND SOLDERING
In order to reach a good solderability, we suggest these rules are followed:
SLanding area
Land dimensions
Size ABCD
1206 2.0 1.3 2.4 5.0
1210 3.0 1.3 2.4 5.0
1812 4.0 1.5 3.5 6.5
2220 5.9 1.9 4.5 8.3
2824 7.0 2.5 5.7 10.7
4030 8.6 3.0 8.0 14.0
5040 11.2 3.5 10.3 17.3
6054 14.6 3.6 12.6 19.8
SSolder paste & quantity
To obtain the best performance we advise to use a solder paste alloy TIN (Sn) - LEAD (Pb) - SILVER (Ag) (typical
values 62% - 36% - 2%) of no clean type. The thickness of solder paste is also important, and from our experience we
suggest the following rule:
Size Thickness [mm]
from 12.06 to 22.20 0.1to0.15
from 28.24 to 60.54 0.1to0.20
SThermal profile
200°C
preheating
time
τ1τ2
Tmax
Temperature
Preheating: Temperature = 150 to 160°C
Time = 3 min
Peak: Max time above 200°C
40 to 50 s and τ1τ2
Tmax:from 12.06 to 22.20 Tmax = 225°C
from 28.24 to 60.54 Tmax = 235°C
MOISTURE BARRIER BAG (MBB)
SMaterials
The MBB is made by three layers: PET, Aluminium and PE for a total thickness of 105 mm
SMoisture resistance
From size 12.06 to 60.54 Arcotronics has tested reels inside this MBB in different extreme conditions
(i.e.: T = 60°C R.H. = 95% 56 days).
The result is: THE CAPACITANCE DOESN’T PRESENT ANY SIGNIFICATIVE CHANGE.
SUse
After the opening of the MBB the permanence at a temperature 30°C and R.H.60% is allowed for a maximum lapse
of time of 4 weeks.
For longer times and/or higher T and R.H. values, it is absolutely indispensable to protect the component against R.H.
If the reel is partially used, Arcotronics recommend the re-use of the same MBB or a storage in areas with controlled
temperature and humidity.
SStorage
The minimum MBB shelf life is 12 months.
LDE Series
PEN -- PET H.T.
C
D
A
B
Example for land dimensions
11
CAUTION
S
SS
SHand assembly
If PC boards are assembled by hand, care must be taken
to 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.
ABC
A
C
BA = Termination surface
B = External surface
C=Cutsurface
Fig. 1
S
SS
SSoldering iron
In case of hand soldering the following recommandations
must be taken:
- Maximum temperature: 250_C on the soldering
iron.
- Soldering time: 5 s max.
- Avoid contact between the iron soldering and chip.
S
SS
SSoldering and flux recommendation
- Solder: SnPb solder paste
- Flux: no-clean flux.
S
SS
SCleaning
To clean flux from the PC board assembly, use a suitable
solvent such as Isopropylalcohol.
Solvents such as Toluene, Xylene and Trichloroethylene
should be avoided.
CORRECTIVE ACTIONS TABLE (problems after soldering process)
TYPE OF DEFECT CAUSE POSSIBLE SOLUTION / ACTION
- wrong landing area - see page 11 /end user
- quality of solder paste - see page 11 /end user
No solder
j
oint in one end termination - thermal profile - see page 11 /end user
N
o
s
o
l
d
e
r
j
o
i
n
t
i
n
o
n
e
e
n
d
t
e
r
m
i
n
a
t
i
o
n
- bad temperature distribution into the
reflow oven
- decrease time of preheating or
change the orientation of P.C.B.
board/end user.
- too high temperature - apply suggested thermal profile
(page 11) / end user
Mechanical deformation of the body - too long time - apply suggested thermal profile
(page 11) / end user
- moisture inside capacitor - see use suggestion
(page 11) / end user
Short circuit - mechanical damage - take care to hand assembly
(page 12) / end user
Do not hesitate to contact our Technical Service for any doubt or more detailed information.
LDE Series
PEN -- PET H.T.
12
