20131024105943JLBsvmZ

Snap-In Aluminum
Electrolytic Capacitors
MUL Series
FEATURES
•
•
•
•
•
PCB Mounting
Long life and excellent stability
No derating at high temperature
For industrial and commercial application
Load life of 5,000 hours at 105oC
SPECIFICATIONS
Item
Characteristic
Operating Temp Range
160V-250V: -40oC to +105oC
400V-450V: -25oC to +105oC
Rated Working Voltage
Capacitance Tolerance
Leakage Current
o
(20 C)
Dissipation Factor
o
Tanδ (120Hz, 20 C)
160 to 450VDC
±20% (M)
O
I≤0.02CV or 2mA, whichever is less (at 20 C after 5 minutes)
I= Leakage current (μA) C= Nominal capacitance (μF) V= Rated voltage (VDC)
Tanδ (120Hz,
o
20 C)
Low Temperature
Characteristics
160 to 250
0.10
400 to 450
0.20
Impedance ratio at 120 Hz
WV
160 to 250
400 to 450
Z -25OC/Z 20OC
3
8
Z -40OC/Z 20OC
6
After applying rated working voltage for 5000 hours at 105oC and then being stabilized at +20OC, capacitors shall meet following limits.
Capacitance change
Within ±20% of the initial value
Load Life
Tanδ
≤ ±300% of the initial specified value
Leakage current
≤ The initial specified value
After storage for 1000 hours at 105 oC with no voltage applied and then being stabilized at +20OC, capacitors shall meet following limits.
Capacitance change
Within ±20% of the initial value
Shelf Life
Tanδ
≤ 150% of the initial specified value
Leakage current
≤ The initial specified value
PART NUMBERING SYSTEM
MUL
160V
222
M
22X25
DIMENSIONS
Meritek Series
Voltage
Capacitance
CODE
μF
222
2200
562
5600
153
15000
473
47000
Tolerance - M= ±20%
Case size (diameter X length, in mm)
RIPPLE CURRENT COEFFICIENT
Frequency
Freq (Hz)
WV (V)
160 to 250
400 to 450
Temperature
Temperature
Factor
50
0.80
0.82
120
1.0
1.0
o
≤ 45 C
2.40
1K
1.25
1.15
o
60 C
2.20
10K
1.40
1.20
100K
1.50
1.32
o
85 C
1.65
o
105 C
1.00
rev.7a
MUL Series
Snap-In Aluminum
Electrolytic Capacitors
160(2C)
W.V(V)
Cap (μF)
φ 22
φ 25
φ 30
180(2D)
φ 35
φ 22
φ 25
φ 30
Series
φ 35
φ 22
22x25
0.75
22x30
0.80
22x30
0.90
22x35
1.00
22x40
1.15
22x50
1.30
120
25x25
0.80
22x30
0.90
22x35
1.00
22x40
1.15
22x45
1.25
22x50
1.35
150
180
220
270
330
390
470
22x25
0.80
22x30
1.00
22x35
1.10
22x40
1.20
22x45
1.33
22x50
1.47
560
680
25x25
1.00
25x30
1.05
25x30
1.15
25x35
1.30
25x40
1.45
25x45
1.60
25x50
1.80
820
1000
30x25
1.10
30x25
1.20
30x30
1.30
30x30
1.47
30x35
1.60
30x40
1.80
30x45
2.15
30x50
2.55
1200
250(2V)
W.V(V)
Cap (μF)
35x30
1.60
35x30
1.78
35x35
2.15
35x40
2.55
35x45
2.90
φ 22
φ 25
φ 30
φ 35
56
68
82
120
150
180
220
270
330
390
470
560
680
820
φ 22
22x25
0.40
22x30
0.47
22x35
0.52
22x40
0.59
22x45
0.64
22x50
0.72
47
22x25
0.65
22x30
0.80
22x35
0.90
22x40
1.00
22x45
1.10
25x50
1.22
25x25
0.80
25x30
0.90
25x30
1.00
25x35
1.10
25x40
1.20
25x45
1.37
25x50
1.53
30x25
0.90
30x25
1.00
30x30
1.10
30x30
1.20
30x35
1.35
30x40
1.50
30x45
1.70
30x50
2.10
30x25
1.00
30x25
1.10
30x30
1.20
30x30
1.30
30x35
1.50
30x40
1.70
30x45
1.95
30x50
2.20
35x30
1.50
35x30
1.70
35x35
1.95
35x40
2.20
35x45
2.65
35x50
2.95
400(2G)
39
100
25x25
0.90
25x25
1.00
25x30
1.10
25x35
1.20
25x40
1.30
25x45
1.52
25x50
1.73
35x30
1.35
35x30
1.50
35x35
1.70
35x40
2.10
35x45
2.40
35x50
2.60
φ 25
25x25
0.52
25x30
0.59
25x35
0.62
25x40
0.70
25x45
0.77
25x50
0.85
φ 30
30x25
0.64
30x30
0.70
30x35
0.75
30x40
0.85
30x45
0.90
30x50
1.00
200(2E)
φ 25
25x25
0.80
25x25
0.90
25x30
1.00
25x35
1.15
25x40
1.25
25x45
1.40
25x50
1.62
φ 30
30x25
1.00
30x25
1.10
30x30
1.25
30x35
1.40
30x40
1.60
30x45
1.80
30x50
2.10
φ 35
35x25
1.40
35x30
1.60
35x35
1.80
35x40
2.10
35x45
2.40
35x50
2.80
35X60
3.15
450(2W)
φ 35
φ 22
22x25
0.46
22x30
0.53
22x35
0.60
22x40
0.76
22x45
0.80
22x50
0.90
35x25
0.75
35x30
0.85
35x35
0.90
35x40
1.00
35x50
1.20
φ 25
25x25
0.53
25x30
0.60
25x30
0.76
25x35
0.80
25x40
0.90
25x45
2.00
25x50
1.20
φ 30
30x25
0.76
30x30
0.80
30x30
0.90
30x35
0.99
30x40
1.20
30x45
1.30
30x50
1.50
φ 35
35x30
1.25
35x35
1.35
35x40
1.55
35x45
1.75
35x50
1.95
o
IR : Maxium permissible ripple current [A(rms) at 105 C,120Hz]
Case size [φ DxL (mm)]
rev.7a