Rated voltage(VR)
: 250Vac-275Vac for 50/60Hz
Capacitance
range : 0.001 µF to 1 µF
Capacitance
values : E6 series (IEC 63 Norm)
Dissipation
factor(DF) : tgd x 10-4 at +25°C ±5°C;
=100(60)* at 1KHz (* typical value)
Insulation resistance
: |
| Test
Condition |
Performance
|
| Temperature |
+25°C
±5°C |
3 x 104MO (5 x 104MO)* for C 
0.33µF |
| Voltage
charge time |
1 minute |
10000 s (17000 s)* for C 0.33µF |
| Votage
charge |
100Vdc |
* Typical value |
|
Test voltage between
terminals(on all pieces) : 1500Vac for 1s +2200Vdc
for 1s at +25°C ±5°C
Damp heat test,
steady state : |
| Test
Condition |
Performance
|
| Temperature |
+40°C±2°C |
Capacitance
change( C/C) |
±5% |
| Relative
humidity(RH) |
93%±2% |
Dieletric
strength |
no dielectric breakdown
or
flashover at 4.3xVR(d.c.)/1min |
| Votage
charge |
21 days |
Insulation
resistance |
50% of limit value |
|
| Lift test : |
| Test
Condition |
Performance
|
| Temperature |
+100°C
±2°C |
Dielectric
strength |
no dielectric
breakdown or
flashover at 4.3xVR(d.c.)/1min |
| Test
duration |
1000 Hours |
Insulation
resistanceInsulation resistance |
50% of limit value |
| Votage
charge |
1.25 x VR+1000Vac 0.1s/h |
|
| Soldering : |
| Test
Condition |
Performance
|
| Solder
bath temp. |
+260°C
±5°C |
Capacitance
change (C/C) |
=±2% |
Dipping
time
(with heat screen) |
10 s. ±1 s. |
|
|
|