#1: 10µF 220VAC (Motor running cap perhaps).
#2, #3 and #4: 1µF @100 and 400VDC respectively.
#5 0.1µF 600VDC
#6 0.1µF 250VDC
#7 0.1µF 100V in appearance.
#8 0.1µF 100VDC
#9 0.1µF 630VDC
#10 the same as #5
#11 0.47µF 400V Philips.
#12: 1.5µF 250V
#13: 0.56µF @ 100V
#14:0.1µF @600V
#15: directly to the trash can: an electrolytic with more than 30 years of manufacturing, (Year 1988 week 37). A dynamite cartridge.
#2, #3 and #4: 1µF @100 and 400VDC respectively.
#5 0.1µF 600VDC
#6 0.1µF 250VDC
#7 0.1µF 100V in appearance.
#8 0.1µF 100VDC
#9 0.1µF 630VDC
#10 the same as #5
#11 0.47µF 400V Philips.
#12: 1.5µF 250V
#13: 0.56µF @ 100V
#14:0.1µF @600V
#15: directly to the trash can: an electrolytic with more than 30 years of manufacturing, (Year 1988 week 37). A dynamite cartridge.
Yup, Philips/BC Components.3/4 MKC (polycarbonat) ?
The first Sprague is polyester, and the second is polypropylene.
https://www.cde.com/resources/catalogs/225p.pdf
https://www.cde.com/resources/catalogs/PSP.pdf
https://www.cde.com/resources/catalogs/225p.pdf
https://www.cde.com/resources/catalogs/PSP.pdf
The second links explain fromm 200 V to 1000 the film is polyester ? Typo ?
No typo, the lower voltages are polyester.
- Status
- This old topic is closed. If you want to reopen this topic, contact a moderator using the "Report Post" button.
- Home
- Design & Build
- Parts
- Help identify caps