Can anyone shed any light on what this cap is Its in a TE groove+, if that helps
P penance Member Joined 2003 2011-04-13 2:44 pm #1 2011-04-13 2:44 pm #1 Can anyone shed any light on what this cap is Its in a TE groove+, if that helps ••• More options Share firechief Member Joined 2008 2011-04-13 2:52 pm #2 2011-04-13 2:52 pm #2 Show a picture from a little bit further away so we can get a context. How big is it? Looks like a surface mount part, but 475 volts is throwing me. Could it be a 4.7 ufd tantalum? ••• More options Share P penance Member Joined 2003 2011-04-13 3:18 pm #3 2011-04-13 3:18 pm #3 Here ya go: caps by penance32 Its in the PSU section, roughly 5mm x 3mm and is surface mount. the 475V is throwing me as well ••• More options Share Elvee Member Joined 2006 2011-04-13 3:46 pm #4 2011-04-13 3:46 pm #4 It is a 4.7µF tantalum cap. ••• More options Share P penance Member Joined 2003 2011-04-13 3:53 pm #5 2011-04-13 3:53 pm #5 Thanks, can you show me how you got that info? ••• More options Share Elvee Member Joined 2006 2011-04-14 7:48 am #6 2011-04-14 7:48 am #6 penance said: Thanks, can you show me how you got that info? Click to expand... 1. The look 2. 475 = 47pF x 10^5 = 4 700 000pF = 4.7µF ••• More options Share P penance Member Joined 2003 2011-04-14 9:11 am #7 2011-04-14 9:11 am #7 Many thanks ••• More options Share Show hidden low quality content Status This old topic is closed. If you want to reopen this topic, contact a moderator using the "Report Post" button. Share: Facebook Twitter Reddit Pinterest Tumblr WhatsApp Email Share Link Home Design & Build Parts Capacitor identification
firechief Member Joined 2008 2011-04-13 2:52 pm #2 2011-04-13 2:52 pm #2 Show a picture from a little bit further away so we can get a context. How big is it? Looks like a surface mount part, but 475 volts is throwing me. Could it be a 4.7 ufd tantalum? ••• More options Share P penance Member Joined 2003 2011-04-13 3:18 pm #3 2011-04-13 3:18 pm #3 Here ya go: caps by penance32 Its in the PSU section, roughly 5mm x 3mm and is surface mount. the 475V is throwing me as well ••• More options Share Elvee Member Joined 2006 2011-04-13 3:46 pm #4 2011-04-13 3:46 pm #4 It is a 4.7µF tantalum cap. ••• More options Share P penance Member Joined 2003 2011-04-13 3:53 pm #5 2011-04-13 3:53 pm #5 Thanks, can you show me how you got that info? ••• More options Share Elvee Member Joined 2006 2011-04-14 7:48 am #6 2011-04-14 7:48 am #6 penance said: Thanks, can you show me how you got that info? Click to expand... 1. The look 2. 475 = 47pF x 10^5 = 4 700 000pF = 4.7µF ••• More options Share P penance Member Joined 2003 2011-04-14 9:11 am #7 2011-04-14 9:11 am #7 Many thanks ••• More options Share Show hidden low quality content Status This old topic is closed. If you want to reopen this topic, contact a moderator using the "Report Post" button. Share: Facebook Twitter Reddit Pinterest Tumblr WhatsApp Email Share Link
Show a picture from a little bit further away so we can get a context. How big is it? Looks like a surface mount part, but 475 volts is throwing me. Could it be a 4.7 ufd tantalum?
P penance Member Joined 2003 2011-04-13 3:18 pm #3 2011-04-13 3:18 pm #3 Here ya go: caps by penance32 Its in the PSU section, roughly 5mm x 3mm and is surface mount. the 475V is throwing me as well ••• More options Share Elvee Member Joined 2006 2011-04-13 3:46 pm #4 2011-04-13 3:46 pm #4 It is a 4.7µF tantalum cap. ••• More options Share P penance Member Joined 2003 2011-04-13 3:53 pm #5 2011-04-13 3:53 pm #5 Thanks, can you show me how you got that info? ••• More options Share Elvee Member Joined 2006 2011-04-14 7:48 am #6 2011-04-14 7:48 am #6 penance said: Thanks, can you show me how you got that info? Click to expand... 1. The look 2. 475 = 47pF x 10^5 = 4 700 000pF = 4.7µF ••• More options Share P penance Member Joined 2003 2011-04-14 9:11 am #7 2011-04-14 9:11 am #7 Many thanks ••• More options Share Show hidden low quality content Status This old topic is closed. If you want to reopen this topic, contact a moderator using the "Report Post" button. Share: Facebook Twitter Reddit Pinterest Tumblr WhatsApp Email Share Link
Here ya go: caps by penance32 Its in the PSU section, roughly 5mm x 3mm and is surface mount. the 475V is throwing me as well
Elvee Member Joined 2006 2011-04-13 3:46 pm #4 2011-04-13 3:46 pm #4 It is a 4.7µF tantalum cap. ••• More options Share P penance Member Joined 2003 2011-04-13 3:53 pm #5 2011-04-13 3:53 pm #5 Thanks, can you show me how you got that info? ••• More options Share Elvee Member Joined 2006 2011-04-14 7:48 am #6 2011-04-14 7:48 am #6 penance said: Thanks, can you show me how you got that info? Click to expand... 1. The look 2. 475 = 47pF x 10^5 = 4 700 000pF = 4.7µF ••• More options Share P penance Member Joined 2003 2011-04-14 9:11 am #7 2011-04-14 9:11 am #7 Many thanks ••• More options Share Show hidden low quality content Status This old topic is closed. If you want to reopen this topic, contact a moderator using the "Report Post" button. Share: Facebook Twitter Reddit Pinterest Tumblr WhatsApp Email Share Link
P penance Member Joined 2003 2011-04-13 3:53 pm #5 2011-04-13 3:53 pm #5 Thanks, can you show me how you got that info? ••• More options Share Elvee Member Joined 2006 2011-04-14 7:48 am #6 2011-04-14 7:48 am #6 penance said: Thanks, can you show me how you got that info? Click to expand... 1. The look 2. 475 = 47pF x 10^5 = 4 700 000pF = 4.7µF ••• More options Share P penance Member Joined 2003 2011-04-14 9:11 am #7 2011-04-14 9:11 am #7 Many thanks ••• More options Share Show hidden low quality content Status This old topic is closed. If you want to reopen this topic, contact a moderator using the "Report Post" button. Share: Facebook Twitter Reddit Pinterest Tumblr WhatsApp Email Share Link
Elvee Member Joined 2006 2011-04-14 7:48 am #6 2011-04-14 7:48 am #6 penance said: Thanks, can you show me how you got that info? Click to expand... 1. The look 2. 475 = 47pF x 10^5 = 4 700 000pF = 4.7µF ••• More options Share P penance Member Joined 2003 2011-04-14 9:11 am #7 2011-04-14 9:11 am #7 Many thanks ••• More options Share Show hidden low quality content Status This old topic is closed. If you want to reopen this topic, contact a moderator using the "Report Post" button.
penance said: Thanks, can you show me how you got that info? Click to expand... 1. The look 2. 475 = 47pF x 10^5 = 4 700 000pF = 4.7µF
P penance Member Joined 2003 2011-04-14 9:11 am #7 2011-04-14 9:11 am #7 Many thanks ••• More options Share
