MVE
SURFACE MOUNT-105C
United Chemi-Con, Inc. 9801 W. Higgins Road, Rosemont, IL 60018 Tel 847-696-2000 Fax 847-696-9278 www.chemi-con.com 1/6
MVE Series
The MVE series is a general purpose105C surface mount capacitor series from United Chemi-Con.
This series has higher CV values, higher voltage ratings and larger case size options, when compared
to the current MVK series. The larger sizes and higher voltages will allow a surface mount component
to be used in a wider variety of applications where a radial capacitor would normally be required.
The MVE series capacitors except for those rated at 100-450 volts are solvent proof. Refer to the
Mini-Glossary for cleaning guidelines and recommended cleaning agents that are compatible with
United Chemi-Con products.
Surface Mount
High CV
Vertical Chip
Solvent Proof
(6.3-63V)
105C
Maximum
Temperature Actual
Size
Surface mount lead terminals.
Capacitance range: 0.47 to 6,800µF.
Voltage range: 6.3 to 450VDC.
Category temperature range: 40Cto
105C.
Leakage current: See specifications table for leakage current values at20C.
Standard capacitance tolerance: 20%
Nominal case size (DL): 45.2mm to 1821.5mm.
Rated lifetime: 1,000 to 2,000 hours at
105C depending on case size.
Summary of Specifications
UPGRADE
Engineering Bulletin Dec 02
MVE
SURFACE MOUNT-105C
United Chemi-Con, Inc. 9801 W. Higgins Road, Rosemont, IL 60018 Tel 847-696-2000 Fax 847-696-9278 www.chemi-con.com2/6
MVE Series
The following specifications shall be satisfied when the capacitors are restored to20C after
subjecting them to the DC rated voltage for the specified test time at
105C.
MVE Specifications
Item
Category Temperature Range 40 to
105C
Rated Voltage Range 6.3 to 450VDC
Capacitance Range 0.47 to 6,800F
Capacitance Tolerance 20% (M) at 20C, 120Hz
Characteristics
Endurance
(Load Life)
Shelf Life The following specifications shall be satisfied when the capacitors are restored to20C after
exposing them for the specified test time at
105C without voltage applied. The rated voltage
shall be applied to the capacitors for a minimum of 30 minutes, at least 24 hours and not
more than 48 hours before the measurements.
Dissipation Factor (Tan )Tan (DF) at20C, 120Hz shall not exceed the specified values given in the Ratings Tables.
Low Temperature
Characteristics At 120Hz, impedance (Z) ratio between the 25C or 40C value and 20C value shall not
exceed the values given below.
Rated Voltage (V)
Z(
25C)/Z(
20C)
Z(
40C)/Z(
20C)
6.3
4
5
12
10
D55-J10
K14-M22
D55-J10
K14-M22
10
3
4
8
8
16
2
3
6
6
25
2
2
4
4
35
2
2
3
3
50
2
2
3
3
63
2
2
3
3
100
3
2
4
3
160-250
–
3
–
6
400-450
–
6
–
10
Case Code D55-F80
Capacitance change:
≤30% of initial measured value
Tan (DF):
≤300% of initial specified value
Leakage current:
≤initial specified value
Capacitance change:
≤20% of initial measured value
Tan (DF):
≤200% of initial specified value
Leakage current:
≤initial specified value
Case Code H10-M22
Case Code D55-F80
Capacitance change:
≤25% of initial measured value
Tan (DF):
≤200% of initial specified value
Leakage current:
≤initial specified value
Capacitance change:
≤20% of initial measured value
Tan (DF):
≤200% of initial specified value
Leakage current:
≤initial specified value
Case Code H10-M22
Leakage Current
Where I = Max. leakage current (A), C = Nominal capacitance (F)and V = Rated voltage (V)
Case D55-J10
Case K14-M22
Case K14-M22
6.3-100V
6.3-100V
160 - 450V
I 0.01CV or 3A, whichever is greater, after 2 minutes at 20C
I 0.03CV or 4A, whichever is greater, after 1 minute at 20C
I 0.04CV100A after 1 minute at 20C
Case Code
Test Time
D55-F80
1,000 Hours
H10-M22
2,000 Hours
Case Code
Test Time
D55-F80
500 Hours
H10-M22
1,000 Hours
Engineering Bulletin Dec 02
MVE
SURFACE MOUNT-105C
MVE Series
United Chemi-Con, Inc. 9801 W. Higgins Road, Rosemont, IL 60018 Tel 847-696-2000 Fax 847-696-9278 www.chemi-con.com 3/6
Engineering Bulletin Dec 02
Vertical Chip SMD Lead Terminals
VC Type ØD = Ø4-Ø12.5 *VD Type ØD = Ø16 & Ø18
Unit: mm
Diagram of Dimensions
Recommended PCB Land Patterns
VC Type ØD = Ø4-Ø12.5
VD Type ØD = Ø16 & Ø18
V
L
Capacitance
Rated Voltage
MARKING STYLE A
B
A
W
C
P
0.3 MAX.
D
L
B
A
W
C
P
0.3 MAX.
Dummy
Terminals (2)
D
V
Capacitance
Rated Voltage
MARKING STYLE B
c
ab
Location of
Capacitor
Solder Land
c
fe
d
b
a
Location of
Capacitor
Solder Land
Refer to Packaging section for Surface Mount taping,
reel and tray specifications and Surface Mount Soldering
section for reflow soldering conditions.
*Marking Style B is used for all Ø12.5 VC Type products.
Case
Code
D55
E55
F55
F60
F80
H10
J10
K14
K16
L17
L22
M17
M22
ØD
0.5
Ø4
Ø5
Ø6.3
Ø6.3
Ø6.3
Ø8
Ø10
Ø12.5
Ø12.5
Ø16
Ø16
Ø18
Ø18
A
0.2
4.3
5.3
6.6
6.6
6.6
8.3
10.3
13.0
13.0
17.0
17.0
19.0
19.0
B
0.2
4.3
5.3
6.6
6.6
6.6
8.3
10.3
13.0
13.0
17.0
17.0
19.0
19.0
C
0.2
5.1
5.9
7.2
7.2
7.2
9.0
11.0
13.7
13.7
18.0
18.0
20.0
20.0
L
5.20.3
5.20.3
5.20.3
5.70.3
7.70.3
10.00.5
10.00.5
13.50.5
16.00.5
16.50.5
21.50.5
16.50.5
21.50.5
W
0.5-0.8
0.5-0.8
0.5-0.8
0.5-0.8
0.5-0.8
0.7-1.1
0.7-1.1
1.0-1.3
1.0-1.3
1.0-1.3
1.0-1.3
1.0-1.3
1.0-1.3
a
1.0
1.4
1.9
1.9
1.9
3.1
4.5
4.0
4.0
6.0
6.0
6.0
6.0
P
1.0
1.4
1.9
1.9
1.9
3.1
4.5
4.2
4.2
6.5
6.5
6.5
6.5
b
2.6
3.0
3.5
3.5
3.5
4.2
4.4
5.7
5.7
6.9
6.9
7.9
7.9
c
1.6
1.6
1.6
1.6
1.6
2.2
2.2
2.5
2.5
2.5
2.5
2.5
2.5
d
–
–
–
–
–
–
–
–
–
6.5
6.5
6.5
6.5
e
–
–
–
–
–
–
–
–
–
11.0
11.0
13.0
13.0
f
–
–
–
–
–
–
–
–
–
19.2
19.2
21.2
21.2
Case and PCB Land Pattern Dimensions
MVE
SURFACE MOUNT-105C
United Chemi-Con, Inc. 9801 W. Higgins Road, Rosemont, IL 60018 Tel 847-696-2000 Fax 847-696-9278 www.chemi-con.com4/6
MVE Series
Packaging: TP = Standard Taping for D55-K16.
TR = Plastic Tray for L17-M22; Optional for K14-K16.
Case Code: See Case Sizes in Tables.
Capacitance Tolerance: M = 20%
Capacitance Value: Expressed in Microfarads. The first two digits are
significant figures, and the third digit indicates the number of zeros
for capacitance of 100For more. R indicates the decimal point for
capacitance less than 100F (e.g. R33 = .33F; 3R3 = 3.3F;
33R = 33F; 331= 330F; 332 = 3,300F; 333 = 33,000F).
Lead Configuration: VC= Vertical Chip, 2 SMD Terminals.
VD = Vertical Chip, 4 SMD Terminals (2 dummy).
DC Rated Voltage: Expressed in Volts (e.g. 35 = 35WVDC).
Series Name: Indicates Basic Capacitor Design.
Part Numbering System for MVE Series When ordering, always specify complete catalog number for MVE Series.
MVE 35 VC 331 M J10 TP
*Refer to diagrams for detailed case size dimensions.
22 MVE6.3VC22RMD55TP 4 5.2 D55 0.30 22.602 22
33 MVE6.3VC33RME55TP 5 5.2 E55 0.30 15.068 34
47 MVE6.3VC47RME55TP 5 5.2 E55 0.30 10.58 38
100 MVE6.3VC101MF55TP 6.3 5.2 F55 0.30 4.973 69
220 MVE6.3VC221MF80TP 6.3 7.7 F80 0.45 3.39 120
330 MVE6.3VC331MH10TP 8 10 H10 0.40 2.009 290
470 MVE6.3VC471MH10TP 8 10 H10 0.45 1.587 320
680 MVE6.3VC681MH10TP 8 10 H10 0.45 1.097 340
1,000 MVE6.3VC102MJ10TP 10 10 J10 0.40 0.663 410
1,500 MVE6.3VC152MJ10TP 10 10 J10 0.45 0.497 550
2,200 MVE6.3VC222MK14TP 12.5 13.5 K14 0.40 0.301 680
2,200 MVE6.3VD222ML17TR 16 16.5 L17 0.40 0.301 840
3,300 MVE6.3VC332MK16TP 12.5 16 K16 0.42 0.211 850
3,300 MVE6.3VD332MM17TR 18 16.5 M17 0.42 0.211 1,000
4,700 MVE6.3VD472ML22TR 16 21.5 L22 0.44 0.155 1,200
4,700 MVE6.3VD472MM17TR 18 16.5 M17 0.44 0.155 1,200
6,800 MVE6.3VD682ML22TR 16 21.5 L22 0.48 0.117 1,200
6,800 MVE6.3VD682MM22TR 18 21.5 M22 0.48 0.117 1,350
6.3 Volts
8 Volts Surge
22 MVE10VC22RME55TP 5 5.2 E55 0.24 18.082 30
33 MVE10VC33RME55TP 5 5.2 E55 0.24 12.055 34
47 MVE10VC47RMF55TP 6.3 5.2 F55 0.24 8.464 48
100 MVE10VC101MF55TP 6.3 5.2 F55 0.30 4.973 69
150 MVE10VC151MF80TP 6.3 7.7 F80 0.35 3.868 100
220 MVE10VC221MF80TP 6.3 7.7 F80 0.35 2.637 120
330 MVE10VC331MH10TP 8 10 H10 0.35 1.758 290
470 MVE10VC471MH10TP 8 10 H10 0.35 1.234 320
1,000 MVE10VC102MJ10TP 10 10 J10 0.35 0.58 410
2,200 MVE10VC222MK16TP 12.5 16 K16 0.36 0.271 750
2,200 MVE10VD222ML17TR 16 16.5 L17 0.36 0.271 850
3,300 MVE10VD332ML17TR 16 16.5 L17 0.38 0.191 1,000
3,300 MVE10VD332MM17TR 18 16.5 M17 0.38 0.191 1,100
4,700 MVE10VD472ML22TR 16 21.5 L22 0.40 0.141 1,300
4,700 MVE10VD472MM22TR 18 21.5 M22 0.40 0.141 1,350
10 Volts
13 Volts Surge
Rated
Ripple Current
(mA rms) at
105C,120Hz
Standard Voltage Ratings - Surface Mount
Rated
Voltage
(WVDC)
Capacitance
(µF) Case
Code
Catalog
Part Number
Nominal
Case Size*
DL (mm)
Maximum ESR
(Ω) at
20C,120Hz
Dissipation
Factor (Tan )
20C,120Hz
10 MVE16VC10RMD55TP 4 5.2 D55 0.20 33.15 17
22 MVE16VC22RME55TP 5 5.2 E55 0.20 15.068 30
33 MVE16VC33RMF55TP 6.3 5.2 F55 0.20 10.045 45
47 MVE16VC47RMF55TP 6.3 5.2 F55 0.20 7.053 48
16 Volts
20 Volts Surge
Engineering Bulletin Dec 02
MVE Series
United Chemi-Con, Inc. 9801 W. Higgins Road, Rosemont, IL 60018 Tel 847-696-2000 Fax 847-696-9278 www.chemi-con.com 5/6
MVE
SURFACE MOUNT-105C
*Refer to diagrams for detailed case size dimensions.
Rated
Ripple Current
(mA rms) at
105C,120Hz
Standard Voltage Ratings - Surface Mount
Rated
Voltage
(WVDC)
Capacitance
(µF) Case
Code
Catalog
Part Number
Nominal
Case Size*
DL (mm)
Maximum ESR
(Ω) at
20C,120Hz
Dissipation
Factor (Tan )
20C,120Hz
10 MVE25VC10RME55TP 5 5.2 E55 0.16 26.52 27
22 MVE25VC22RMF55TP 6.3 5.2 F55 0.16 12.055 44
33 MVE25VC33RMF55TP 6.3 5.2 F55 0.16 8.036 50
47 MVE25VC47RMF55TP 6.3 5.2 F55 0.16 5.643 60
100 MVE25VC101MF80TP 6.3 7.7 F80 0.18 2.984 100
150 MVE25VC151MH10TP 8 10 H10 0.18 1.989 240
220 MVE25VC221MH10TP 8 10 H10 0.18 1.356 320
330 MVE25VC331MJ10TP 10 10 J10 0.16 0.804 450
470 MVE25VC471MJ10TP 10 10 J10 0.18 0.635 490
1,000 MVE25VD102ML17TR 16 16.5 L17 0.26 0.431 820
1,000 MVE25VD102MM17TR 18 16.5 M17 0.26 0.431 880
2,200 MVE25VD222ML22TR 16 21.5 L22 0.28 0.211 1,250
2,200 MVE25VD222MM22TR 18 21.5 M22 0.28 0.211 1,300
25 Volts
32 Volts Surge
4.7 MVE35VC4R7MD55TP 4 5.2 D55 0.14 49.372 16
10 MVE35VC10RME55TP 5 5.2 E55 0.14 23.205 27
22 MVE35VC22RMF55TP 6.3 5.2 F55 0.14 10.548 44
33 MVE35VC33RMF60TP 6.3 5.7 F60 0.14 7.032 54
47 MVE35VC47RMF80TP 6.3 7.7 F80 0.16 5.643 80
100 MVE35VC101MF80TP 6.3 7.7 F80 0.16 2.652 100
150 MVE35VC151MH10TP 8 10 H10 0.16 1.768 260
220 MVE35VC221MJ10TP 10 10 J10 0.16 1.205 375
330 MVE35VC331MJ10TP 10 10 J10 0.16 0.804 450
470 MVE35VC471MK14TP 12.5 13.5 K14 0.22 0.776 520
470 MVE35VD471ML17TR 16 16.5 L17 0.22 0.776 650
1,000 MVE35VD102ML17TR 16 16.5 L17 0.22 0.365 750
1,000 MVE35VD102MM17TR 18 16.5 M17 0.22 0.365 1,000
2,200 MVE35VD222MM22TR 18 21.5 M22 0.24 0.181 1,450
35 Volts
44 Volts Surge
0.47 MVE50VCR47MD55TP 4 5.2 D55 0.12 423.191 5
1.0 MVE50VC1R0MD55TP 4 5.2 D55 0.12 198.9 8
2.2 MVE50VC2R2MD55TP 4 5.2 D55 0.12 90.409 12
3.3 MVE50VC3R3MD55TP 4 5.2 D55 0.12 60.273 15
4.7 MVE50VC4R7ME55TP 5 5.2 E55 0.12 42.319 20
10 MVE50VC10RMF55TP 6.3 5.2 F55 0.12 19.89 32
22 MVE50VC22RMF60TP 6.3 5.7 F60 0.12 9.041 47
33 MVE50VC33RMF80TP 6.3 7.7 F80 0.14 7.032 65
47 MVE50VC47RMF80TP 6.3 7.7 F80 0.14 4.937 80
100 MVE50VC101MH10TP 8 10 H10 0.14 2.321 230
220 MVE50VC221MJ10TP 10 10 J10 0.14 1.055 375
330 MVE50VC331MK14TP 12.5 13.5 K14 0.18 0.904 500
330 MVE50VD331ML17TR 16 16.5 L17 0.18 0.904 600
470 MVE50VD471ML17TR 16 16.5 L17 0.18 0.635 700
470 MVE50VD471MM17TR 18 16.5 M17 0.18 0.635 750
1,000 MVE50VD102MM22TR 18 21.5 M22 0.18 0.298 1,200
50 Volts
63 Volts Surge
100 MVE16VC101MF55TP 6.3 5.2 F55 0.26 4.31 69
150 MVE16VC151MF80TP 6.3 7.7 F80 0.28 3.094 100
220 MVE16VC221MF80TP 6.3 7.7 F80 0.28 2.11 120
330 MVE16VC331MH10TP 8 10 H10 0.28 1.406 290
470 MVE16VC471MH10TP 8 10 H10 0.28 0.987 320
680 MVE16VC681MJ10TP 10 10 J10 0.28 0.683 470
1,000 MVE16VC102MK14TP 12.5 13.5 K14 0.30 0.497 550
1,000 MVE16VD102ML17TR 16 16.5 L17 0.30 0.497 650
2,200 MVE16VD222ML17TR 16 16.5 L17 0.32 0.241 950
2,200 MVE16VD222MM17TR 18 16.5 M17 0.32 0.241 1,000
3,300 MVE16VD332ML22TR 16 21.5 L22 0.34 0.171 1,200
3,300 MVE16VD332MM17TR 18 16.5 M17 0.34 0.171 1,200
16 Volts
20 Volts Surge
Engineering Bulletin Dec 02
United Chemi-Con, Inc. 9801 W. Higgins Road, Rosemont, IL 60018 Tel 847-696-2000 Fax 847-696-9278 www.chemi-con.com6/6
MVE Series
MVE
SURFACE MOUNT-105C
*Refer to diagrams for detailed case size dimensions.
Rated
Ripple Current
(mA rms) at
105C,120Hz
Standard Voltage Ratings - Surface Mount
Rated
Voltage
(WVDC)
Capacitance
(µF) Case
Code
Catalog
Part Number
Nominal
Case Size*
DL (mm)
Maximum ESR
(Ω) at
20C,120Hz
Dissipation
Factor (Tan )
20C,120Hz
4.7 MVE400VC4R7MK16TP 12.5 16 K16 0.20 70.532 50
10 MVE400VD10RML17TR 16 16.5 L17 0.20 33.15 85
22 MVE400VD22RMM22TR 18 21.5 M22 0.20 15.068 130
400 Volts
450 Volts Surge
Not Solvent Proof
3.3 MVE450VC3R3MK14TP 12.5 13.5 K14 0.20 100.455 40
4.7 MVE450VC4R7MK16TP 12.5 16 K16 0.20 70.532 50
10 MVE450VD10RML17TR 16 16.5 L17 0.20 33.15 85
22 MVE450VD22RMM22TR 18 21.5 M22 0.20 15.068 130
450 Volts
500 Volts Surge
Not Solvent Proof
22 MVE100VC22RMH10TP 8 10 H10 0.12 9.041 100
33 MVE100VC33RMJ10TP 10 10 J10 0.12 6.027 150
47 MVE100VC47RMK14TP 12.5 13.5 K14 0.10 3.527 250
68 MVE100VC68RMK14TP 12.5 13.5 K14 0.10 2.438 300
100 MVE100VC101MK14TP 12.5 13.5 K14 0.10 1.658 380
100 MVE100VD101ML17TR 16 16.5 L17 0.10 1.658 450
220 MVE100VD221ML22TR 16 21.5 L22 0.10 0.753 750
220 MVE100VD221MM17TR 18 16.5 M17 0.10 0.753 750
330 MVE100VD331MM22TR 18 21.5 M22 0.10 0.502 980
100 Volts
125 Volts Surge
Not Solvent Proof
33 MVE160VC33RMK14TP 12.5 13.5 K14 0.15 7.534 95
47 MVE160VD47RML17TR 16 16.5 L17 0.15 5.29 260
68 MVE160VD68RML22TR 16 21.5 L22 0.15 3.656 320
68 MVE160VD68RMM17TR 18 16.5 M17 0.15 3.656 320
100 MVE160VD101ML22TR 16 21.5 L22 0.15 2.486 380
160 Volts
200 Volts Surge
Not Solvent Proof
10 MVE200VC10RMK14TP 12.5 13.5 K14 0.15 24.863 80
22 MVE200VC22RMK16TP 12.5 16 K16 0.15 11.301 110
33 MVE200VD33RML17TR 16 16.5 L17 0.15 7.534 220
47 MVE200VD47RML22TR 16 21.5 L22 0.15 5.29 270
47 MVE200VD47RMM17TR 18 16.5 M17 0.15 5.29 270
68 MVE200VD68RMM22TR 18 21.5 M22 0.15 3.656 330
200 Volts
250 Volts Surge
Not Solvent Proof
4.7 MVE250VC4R7MK14TP 12.5 13.5 K14 0.15 52.899 65
10 MVE250VC10RMK16TP 12.5 16 K16 0.15 24.863 105
22 MVE250VD22RML17TR 16 16.5 L17 0.15 11.301 180
33 MVE250VD33RML22TR 16 21.5 L22 0.15 7.534 230
33 MVE250VD33RMM17TR 18 16.5 M17 0.15 7.534 230
47 MVE250VD47RMM22TR 18 21.5 M22 0.15 5.29 280
250 Volts
300 Volts Surge
Not Solvent Proof
0.47 MVE63VCR47MD55TP 4 5.2 D55 0.12 423.191 5
1.0 MVE63VC1R0MD55TP 4 5.2 D55 0.12 198.9 8
2.2 MVE63VC2R2MD55TP 4 5.2 D55 0.12 90.409 12
3.3 MVE63VC3R3ME55TP 5 5.2 E55 0.12 60.273 17
4.7 MVE63VC4R7MF55TP 6.3 5.2 F55 0.12 42.319 22
10 MVE63VC10RMF55TP 6.3 5.2 F55 0.12 19.89 32
22 MVE63VC22RMF80TP 6.3 7.7 F80 0.12 9.041 58
33 MVE63VC33RMH10TP 8 10 H10 0.12 6.027 140
47 MVE63VC47RMH10TP 8 10 H10 0.12 4.232 170
100 MVE63VC101MJ10TP 10 10 J10 0.12 1.989 310
220 MVE63VC221MK14TP 12.5 13.5 K14 0.14 1.055 470
220 MVE63VD221ML17TR 16 16.5 L17 0.14 1.055 560
330 MVE63VD331ML17TR 16 16.5 L17 0.14 0.703 700
330 MVE63VD331MM17TR 18 16.5 M17 0.14 0.703 750
470 MVE63VD471ML22TR 16 21.5 L22 0.14 0.494 900
470 MVE63VD471MM17TR 18 16.5 M17 0.14 0.494 900
63 Volts
79 Volts Surge
Engineering Bulletin Dec 02
