Czy wolisz polską wersję strony elektroda?
Nie, dziękuję Przekieruj mnie tamSmoczy wrote:With current pads, soldering is not a problem, but yes, it would probably be easier, if they were oval. However, I think that the installation of this solution is easier, faster and does not require such soldering skills as when making an amigos solution, but I can be wrong.
j4rek wrote:Attached, project gerberas generated in Altium Designer.
Luczi04031986 wrote:The new original display costs PLN 840, so it doesn't pay off completely and there are no used parts![]()
j4rek wrote:As if I had the original Nivon pcb live, it would be possible to measure the exact position of the holes for the pins with a caliper and include them in the pcb design (add holes / indentations). The current shape / size is transferred from this project to Eagle.
Below is the mini version and visualization as it can be connected with a ladder between the original boards (you need to connect pins 5 and 7 of the display with points X1.5 and X1.7 respectively).
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j4rek wrote:I can add that 2 days ago I repaired the display at a friend's. The system was made in a 'spider' on a flash memory in a PLCC32 housing and 3 AND gates to delay the WR signal. SSD1305Z display from China.
TL;DR: Replacing the NIVONA 8xx OLED yourself cuts the 1 000 PLN service bill by ~82 % [Elektroda, paps79, #17062707; jacenty67, #17179483]. “It shines like new” once a SSD1305/0301 panel is fitted. Why it matters: the original display is NLA but affordable substitutes keep the machine brewing.
• Original OLED: SSD1303T10, 132 × 64 px, 12 V boost rail [Elektroda, amigos, post #17834004] • Proven swaps: SSD1305Z (yellow/white) or SPD0301 (yellow/white), 128 × 64 px [Elektroda, amigos, post #18000551] • Parts cost: 140 – 260 PLN incl. PCB, vs. 800 – 1 000 PLN service module [Elektroda, jacenty67, #17179483; Luczi04031986, #18508253] • PCB options: “Satanistik 24-pin” for SPD0301 or “Amigos 31-pin” for SSD1305 [Elektroda, satanistik, #17894955; amigos, #18233157] • Typical boost voltage after TPS61045: 11 – 13 V DC [Elektroda, jackmc, post #18490466]