Step 1: Open the package, familiar with all the components. If you have ordered 20 pin configuration, you will not get B and G in the picture. If you have ordered 10 pin configuration, you will not get A and F.
Step 2: Cut one 100 Ohm resistor as shown in picture.
Step 3: Put some melted solder into the cup 2, 3, 4, 5, 13, and 18 to 25 of the DB25 male connector as shown in picture.
Step 4: Use the cutted resistor conductor to connect 18-25 pin together.
Step 5: Cut the rest resistors as shown in picture.
Step 6: Solder 5 resistors onto the DB25 connector (pin 2,3,4,5 and 13).
Step 7: Cut the resistor conductors as shown in picture.
Step 8: Put some melted solder onto the bare conductors.
Step 9: (10 pin configuration) Cut and strip the flat cable as shown.
Step 10: (20 pin configuration) Cut and strip the falt cable as shown.
Step 11: (10 pin configuration) Put some melted solder onto the bare wires, then put the heat shrink tube onto the wires.
Step 12: (20 pin configuration) Put some melted solder onto the bare wires, then put the heat shrink tube onto the wires.
Step 13: (10 pin configuration) Solder flat cable onto the DB25 connector as shown in picture.
Step 14: (20 pin configuration) Solder flat cable onto the DB25 connector as shown in picture.
Step 15: (10 pin configuration) Put heat shrink tubes onto the resistors to prevent short circuit.
Step 16: (20 pin configuration) Put heat shrink tubes onto the resistors to prevent short circuit.
Step 17: (10 pin configuration) Align wires on the IDC connector. Make sure line 1 is under the little triangle as shown in the picture. Then squeeze two halves of the IDC connector together until both retainer loops snap over the ribs and lie flat against the sides.
Step 17: (20 pin configuration) Align wires on the IDC connector. Make sure line 1 is under the little triangle as shown in the picture. Then squeeze two halves of the IDC connector together until both retainer loops snap over the ribs and lie flat against the sides.
Step 19: (10 pin configuration) Put the strain relief onto the IDC connector. Squeeze the strain relief and the IDC connector.
Step 20: (20 pin configuration) Put the strain relief onto the IDC connector. Squeeze the strain relief and the IDC connector.
Step 21: Prepare the DB25 shell as shown in picture.
Step 22: (10 pin configuration) Take the two wire holders and clamp them onto the cable. Pay attention to red arrow in the picture.
Step 23: (20 pin configuration) Take the two wire holders and clamp them onto the cable. Pay attention to red arrow in the picture.
Step 24: Put the DB25 connector into one half of the DB shell.
Step 25: Close up the DB25 shell. Use the remaining two screws and nuts to finish the assembling.
Step 26: Close up the DB25 shell. Use the remaining two screws and nuts to finish the assembling.
Step 27: Congratulations! You are done! resimdeki kabloyu kullanacağınız diye bi kaide yok renkli koblo kullanırsanız bence daha iyi olur ben öyle yapmıştım ucları karıştırmamak için
kablonun ucuna bağlı gördüğünüz soketi yapmanıza gerek yok TDO, TRST, TDI, TCK, TMS bu uçları unutmayın
resimler alıntıdır uzun zamandır uğraşmıyorum çünki
cihazın jtag girişine uygun kabloları lehimliceksiniz iş bu kadar
Bu Linki Görmeniz İçin SupersatForuma Uye Olmanız Gerekmektedir.
buda pin bağlantı noktaları resmi incelersen bacakları nasıl bağlanacağı hakkında
flaş programlarken kullanacağınız programı da aşağıdaki linkten indirebilirsiniz
Bu Linki Görmeniz İçin SupersatForuma Uye Olmanız Gerekmektedir. Bu Linki Görmeniz İçin SupersatForuma Uye Olmanız Gerekmektedir.
istediğinizi kullanın
bu işlem ıbm işlemcili bordları desteklemez
flaşı sökerek detekleyen bordda da yapabilirsiniz
bununla sadece flaşdump atabilirsiniz
rs232 den attığınız programı atamassınız
örnek bağlantılar Bu Linki Görmeniz İçin SupersatForuma Uye Olmanız Gerekmektedir.
sunyy-kaon Bu Linki Görmeniz İçin SupersatForuma Uye Olmanız Gerekmektedir.
vestel
Konu yargıç_1 tarafından (09-02-2009 Saat 10:48 ) değiştirilmiştir.
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