Differences

This shows you the differences between two versions of the page.

--- preface:why_x68000_s_caps_are_almost_broken [2014/09/16 18:13] – [EXPERT,SUPER,XVI,030 (SH4 Unit)] eidis
+++ preface:why_x68000_s_caps_are_almost_broken [2014/09/16 20:18] – [EXPERT,SUPER,XVI,030 (SH4 Unit)] eidis
@@ Line 26: / Line 26: @@
 ====== EXPERT,SUPER,XVI,030 (SH4 Unit) ======
-|Part number  |Part description  |Specifications  |
+|Part number  |Part description  |Notes  |
-|F1  |125V 4A fuse  |(MZ) smaller type Midget  |
+|F1  |125V 4A fuse  |(MZ) small type  |
-|ZD31  |RD6.8EB etc.  |6.8V 500ma Zener diode  |
+|ZD31  |[[http://nfggames.com/x68000/Documentation/PSU/RD2.0E_to_RD200E.pdf|RD6.8EB]]  |6.8V 1/2W Zener diode  |
-|ZD32  |RD4.3EB etc.  |4.3V 500ma Zener diode  |
+|ZD32  |[[http://nfggames.com/x68000/Documentation/PSU/RD2.0E_to_RD200E.pdf|RD4.3EB]]  |4.3V 1/2W Zener diode  |
-|ZD51  |RD15EB etc.  |15V 500ma Zener diode  |
+|ZD51  |[[http://nfggames.com/x68000/Documentation/PSU/RD2.0E_to_RD200E.pdf|RD15EB]]  |15V 1/2W Zener diode  |
-|PC31, PC51  |PC8170, TLP521-1 etc.  |  |
+|PC31, PC51  |[[http://nfggames.com/x68000/Documentation/PSU/PC8171.pdf|PC8170]], [[http://nfggames.com/x68000/Documentation/PSU/TLP521-1.pdf|TLP521-1]]  |Photocoupler  |
-|PC52  |S12MD1, TLP541G etc.  |  |
+|PC52  |[[http://nfggames.com/x68000/Documentation/PSU/S12MD1.pdf|S12MD1]], [[http://nfggames.com/x68000/Documentation/PSU/TLP541G.pdf|TLP541G]]  |Photothyristor  |
-|Q31  |2SC2333 / 2SC2335  |  |
+|Q31  |[[http://nfggames.com/x68000/Documentation/PSU/2SC2333.pdf|2SC2333]] / [[http://nfggames.com/x68000/Documentation/PSU/2SC2335.pdf|2SC2335]]  |Transistor  |
-|Q32, Q33, Q53  |2SC1815Y  |  |
+|Q32, Q33, Q53  |[[http://nfggames.com/x68000/Documentation/PSU/2SC1815.pdf|2SC1815Y]]  |Transistor  |
-|C9  |105 ℃ etc. 200V470μF  |Original: 180V470μF 85 ℃. Height must not exceed 41mm and diameter 25.8mm  |
+|C9  |200V 470μF  |Original: 180V 470μF. Height must not exceed 41mm and diameter 25.8mm.  |
-|C24  |25V1000μF  |  |
+|C24  |25V 1000μF  |  |
-|C25  |It might be using the 25V of 105 ℃ ↑ 16V1000μF  |Original: 16V680μF  |
+|C25  |16V 1000μF (25V can also be used)  |Original: 16V 680μF  |
-|C27  |25V220μF  |Genuine: 25V120μF  |
+|C27  |25V 220μF  |Original: 25V 120μF  |
-|C28  |16V100μF  |  |
+|C28  |16V 100μF  |  |
-|C31  |16V100μF  |Original: 10V100μF  |
+|C31  |16V 100μF  |Original: 10V 100μF  |
-|C33  |16V220μF  |Optional: 25V products the same as the C27  |
+|C33  |16V 220μF  |Optional: 25V can also be used  |
-|C34  |10V100μF  |Original: 6.3V100μF  |
+|C34  |10V 100μF  |Original: 6.3V 100μF  |
-|C35  |50V10μF  |Genuine: 25V10μF  |
+|C35  |50V 10μF  |Original: 25V 10μF  |
-|C38  |50V3.3μF  |  |
+|C38  |50V 3.3μF  |  |
-|C40, C41  |16V6800μF  |Original: 10V5600μF  |
+|C40, C41  |16V 6800μF  |Original: 10V 5600μF  |
-|C42  |10V2200μF  |Original: 6.3V2200μF  |
+|C42  |10V 2200μF  |Original: 6.3V 2200μF  |
-|R33, R34  |100Ω 1 / 6W metallization new small  |  |
+|R33, R34  |100Ω 1/6W  |  |
-|R35  |3Ω 1 / 4W metal coating  |Original: 3.3Ω  |
+|R35  |3Ω 1/4W  |Original: 3.3Ω  |
-|R40  |2KΩ 1 / 6W metal coating  |  |
+|R40  |2KΩ 1/6W  |  |
-|R98  |2.2KΩ 1 / 4W metallization new small  |Original: 1 / 6W  |
+|R98  |2.2KΩ 1/4W  |Original: 1/6W  |
 ====== PRO ======