TEAPO ELECTRONIC CORPORATION
FILM CAPACITORS
Film Capacitors
XG-E
For Interference Suppression and Across-The-Line, Class X1
ELECTRICAL CHARACTERISTICS
Climate Category : In Accordance with DIN 40040 GPF
(a) G = Minimum Limit Temperature : -40ºC
(b) P = Maximum Limit Temperature : +85ºC
(c) F = Humidity Category : Average Relative Humidity
≤
75%, 95% for 30 Days Per Year, Continuously;
85% for the Remaining Days, Occasionally
Rated Voltage : 250 V.AC, 50 ~ 60 Hz
Capacitance Range : 0.0047 ~ 1.0µF
DESCRIPTION
XG-E type is self-healing flat style capacitor,
which is wound with polypropylene film
dielectric, flame retardant plastic case and
epoxy resin end seal. Following styles belong
to this type :
1) XG-ES : Tinned Copper Clad Steel Wire
Radial Leads
2) XG-EP : UL 1015 or UL 1007 AWG#20 ~
22 Solid PVC Insulation Wire Radial Leads
This type especially is designed for radio
interference suppression and across-the line
capacitors :
1) Business Machines Appliances, such as :
Typewriters, Adding Machines, Computer
Displays and Monitors
2) Household Appliances, such as : Mixers,
Fans, Coffee Grinders, Audio and TV
Circuits
3) Thyristor and Triac Appliances, such as :
Dimmers
Capacitance Tolerance : J (± 5%), K (± 10%), M (± 20%)
Withstand Voltage:
(a) Between Terminals : 1500 V.AC, 60 Hz or 2200 V.DC 1Sec.
(b) Between Terminals and Case : 2000 V.AC, 60 Hz 60 Sec.
Dissipation Factor :
(a)
≤
0.1% at 1 KHz and 20ºC
(b)
≤
0.3% at 10 KHz and 20ºC
Insulation Resistance :
(a) Between Terminals :
≥
3 x 10
4
MΩ for C
≤
0.33µF
≥
1 x 10
4
MΩ•µF for C > 0.33µF
(b) Between Terminals and Case :
≥
3 x 10
4
MΩ
Measured at 100
±
15 V.DC, 60 Sec. and 20ºC
DIAGRAM OF DIMENSIONS
5±1
Dimensions : mm
W
S
ød
W
18
≥
26.5
13.0
10.0
0.6
18.0
15.0
0.8
26.5
22.5
0.8
31.5
27.5
0.8
37.0
32.5
0.8
30 Min.
W Max.
W Max.
H Max.
T Max.
Insulated Rigid Leads
w
5.5±0.5
e
4.2±0.3
PVC WIRE
AWG22#
AWG20#
S±1
20 Min.
S±0.5
ød
W Max.
H Max.
T Max.
76
APPROVAL DATA
COUNTRY
UL = USA
SEMKO = Sweden
CSA = Canada
SEV = Switzerland
SPECIFICATIONS
UL 1414
SS 4430414
Class 2221 01
EN 132400 : 1994
FILE AND REF. NO.
E 81959 (N)
9108286
LR 57384-8
97, 1 10043, 04
SURGE VOLTAGE TEST
According to VDE 0565-1 and IEC 384-14 :
Up = 4KV for C
≤
0.33µF
Up = 4KV [e
(0.33-c)
] for C > 0.33µF
According to SEV TT502
Up = 3KV
Time
us
Up
2
Up
1.2
50
TEMPERATURE AND FREQUENCY CHARACTERISTICS
Capacitance Change vs. Temperature (Typical Values)
Dissipation Factor vs. Temperature at 10 KHz (Typical Values)
+10
10
2
0
5
+5
∆C/C
(%)
tan∂ (%)
2
0
-5
-10
10
-1
5
2
-40
-20
0
20
40
50
80
Temperature (˚C)
100
10 -40
-2
-20
0
20
40
50
80
Temperature (˚C)
100
Insulation Resistance vs. Temperature (Typical Values)
Capacitance Change vs. Frequency (Typical Values)
3
2
1
10
6
5
IR (MΩ)
10
5
5
2
∆C/C(%)
2
0
-1
10
4
20
40
60
80
Temperature (˚C)
100
-2
10
1 2
5
10
2 2
5
10
3 2
5
10
Frequency (Hz)
4
10
5
Dissipation Factor vs. Temperature (Typical Values)
10
0
5
tan∂ (%)
2
10
-1
5
2
10
1
10
-2
2
5
10
2
2
5
10
3
2
10
Frequency (Hz)
5
4
10
5
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