Is this capacitor polarized?
I recovered a few capacitors of this style from an old cassette player. As far as I can tell, it seems like Mylar film, but the “100⊖” marking has me wondering. Is this some peculiar shaped tantalum capacitor, or is the indicator not a polarity marking?
capacitor identification polarity
asked Nov 13 at 0:51
Squ
185
add a comment |
I recovered a few capacitors of this style from an old cassette player. As far as I can tell, it seems like Mylar film, but the “100⊖” marking has me wondering. Is this some peculiar shaped tantalum capacitor, or is the indicator not a polarity marking?
capacitor identification polarity
asked Nov 13 at 0:51
Squ
185
related thread about salvaging components from junk
– Nick Alexeev♦
Nov 13 at 0:56
2
Given neither end has any markings to indicate polarity, no broad lines coming down an end, I'd say this is 0.010uF 100Volt.
– analogsystemsrf
Nov 13 at 2:19
add a comment |
I recovered a few capacitors of this style from an old cassette player. As far as I can tell, it seems like Mylar film, but the “100⊖” marking has me wondering. Is this some peculiar shaped tantalum capacitor, or is the indicator not a polarity marking?
capacitor identification polarity
asked Nov 13 at 0:51
Squ
185
I recovered a few capacitors of this style from an old cassette player. As far as I can tell, it seems like Mylar film, but the “100⊖” marking has me wondering. Is this some peculiar shaped tantalum capacitor, or is the indicator not a polarity marking?
capacitor identification polarity
capacitor identification polarity
asked Nov 13 at 0:51
Squ
185
asked Nov 13 at 0:51
Squ
185
asked Nov 13 at 0:51
Squ
185
asked Nov 13 at 0:51
Squ
185
asked Nov 13 at 0:51
Squ
185
185
related thread about salvaging components from junk
– Nick Alexeev♦
Nov 13 at 0:56
2
Given neither end has any markings to indicate polarity, no broad lines coming down an end, I'd say this is 0.010uF 100Volt.
– analogsystemsrf
Nov 13 at 2:19
add a comment |
related thread about salvaging components from junk
– Nick Alexeev♦
Nov 13 at 0:56
2
Given neither end has any markings to indicate polarity, no broad lines coming down an end, I'd say this is 0.010uF 100Volt.
– analogsystemsrf
Nov 13 at 2:19
related thread about salvaging components from junk
– Nick Alexeev♦
Nov 13 at 0:56
related thread about salvaging components from junk
– Nick Alexeev♦
Nov 13 at 0:56
2
2
Given neither end has any markings to indicate polarity, no broad lines coming down an end, I'd say this is 0.010uF 100Volt.
– analogsystemsrf
Nov 13 at 2:19
Given neither end has any markings to indicate polarity, no broad lines coming down an end, I'd say this is 0.010uF 100Volt.
– analogsystemsrf
Nov 13 at 2:19
add a comment |
1 Answer
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My guess would be 10 nF mylar (first 2 digits = 10, third = multiplier 10^3 pF) 100 V. J = 5 %. I reckon that 10 nF is too small for a tantalum so I don't think this is polarized.
answered Nov 13 at 1:06
Steve Hubbard
1,02217
1
Me, too. I have no clue what the dingus is after the 100 - maybe a really little logo? But it's the right size and shape to be a mylar cap with that value.
– TimWescott
Nov 13 at 1:10
add a comment |
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1 Answer
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active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
My guess would be 10 nF mylar (first 2 digits = 10, third = multiplier 10^3 pF) 100 V. J = 5 %. I reckon that 10 nF is too small for a tantalum so I don't think this is polarized.
answered Nov 13 at 1:06
Steve Hubbard
1,02217
1
Me, too. I have no clue what the dingus is after the 100 - maybe a really little logo? But it's the right size and shape to be a mylar cap with that value.
– TimWescott
Nov 13 at 1:10
add a comment |
My guess would be 10 nF mylar (first 2 digits = 10, third = multiplier 10^3 pF) 100 V. J = 5 %. I reckon that 10 nF is too small for a tantalum so I don't think this is polarized.
answered Nov 13 at 1:06
Steve Hubbard
1,02217
1
Me, too. I have no clue what the dingus is after the 100 - maybe a really little logo? But it's the right size and shape to be a mylar cap with that value.
– TimWescott
Nov 13 at 1:10
add a comment |
My guess would be 10 nF mylar (first 2 digits = 10, third = multiplier 10^3 pF) 100 V. J = 5 %. I reckon that 10 nF is too small for a tantalum so I don't think this is polarized.
answered Nov 13 at 1:06
Steve Hubbard
1,02217
My guess would be 10 nF mylar (first 2 digits = 10, third = multiplier 10^3 pF) 100 V. J = 5 %. I reckon that 10 nF is too small for a tantalum so I don't think this is polarized.
answered Nov 13 at 1:06
Steve Hubbard
1,02217
answered Nov 13 at 1:06
Steve Hubbard
1,02217
answered Nov 13 at 1:06
Steve Hubbard
1,02217
answered Nov 13 at 1:06
Steve Hubbard
1,02217
1,02217
1
Me, too. I have no clue what the dingus is after the 100 - maybe a really little logo? But it's the right size and shape to be a mylar cap with that value.
– TimWescott
Nov 13 at 1:10
add a comment |
1
Me, too. I have no clue what the dingus is after the 100 - maybe a really little logo? But it's the right size and shape to be a mylar cap with that value.
– TimWescott
Nov 13 at 1:10
1
1
Me, too. I have no clue what the dingus is after the 100 - maybe a really little logo? But it's the right size and shape to be a mylar cap with that value.
– TimWescott
Nov 13 at 1:10
Me, too. I have no clue what the dingus is after the 100 - maybe a really little logo? But it's the right size and shape to be a mylar cap with that value.
– TimWescott
Nov 13 at 1:10
add a comment |
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related thread about salvaging components from junk
– Nick Alexeev♦
Nov 13 at 0:56
2
Given neither end has any markings to indicate polarity, no broad lines coming down an end, I'd say this is 0.010uF 100Volt.
– analogsystemsrf
Nov 13 at 2:19