A method and device for checking electrical connection between analog ground and digital ground
An electrical connection, analog ground technology, applied in electrical digital data processing, CAD circuit design, special data processing applications, etc., can solve the problems of time-consuming and laborious, missed inspection, poor anti-interference ability of the board, and speed up the inspection. , to ensure correctness and improve work efficiency
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Embodiment 1
[0030] like figure 1 As shown, a method of checking the electrical connection of analog ground and digital ground includes the following steps:
[0031] S1. Obtain the symbols of all pins connected to the analog ground AGND;
[0032] S2. Determine whether the component attribute of the symbol is a zero-ohm resistor R or a magnetic bead FB, and determine whether another pin of the component is ground GND.
Embodiment 2
[0034] like figure 2 As shown, the method of checking the electrical connection of analog ground and digital ground includes the following steps:
[0035] S11. Obtain the ID number of the net containing AGND named in the PCB in the database, and read the actual complete net name corresponding to each ID;
[0036] S12. For each net, search for all the pins connected to the net in the PCB, and then obtain the symbol corresponding to each pin.
[0037] S13. Determine whether the component property of the symbol is a zero-ohm resistor R or a magnetic bead FB. If yes, then determine whether the net property of another pin of the symbol is GND. If so, then determine whether there is a connection between the AGND and GND. The zero-ohm resistor R or the magnetic beads FB are connected; if not, it is judged that the AGND is not connected to the GND.
Embodiment 3
[0039] like image 3 As shown, the method of checking the electrical connection of analog ground and digital ground includes the following steps:
[0040] S21, establish the skill file named gnd.il;
[0041] S22. Use the skill command to select all database ID_lists whose net name is "*AGND";
[0042] S23. Select ID[p] and read the complete netname of its corresponding AGND;
[0043] S24. Find all pin_list[n] connected to the net;
[0044] S25. Select a pin_list[i], read its corresponding symbol, and determine whether the component attribute of the symbol is a zero-ohm resistor R or a magnetic bead FB;
[0045] S26, read whether the net attribute connected to another pin of the component is "GND"; if yes, enter step S27, if no, judge whether i is equal to n, if yes, then enter step S28, if no, i =i+1, proceed to step S25;
[0046] S27, print out the complete net name of "AGND" and the symbol name connected to GND;
[0047] S28. Print out the complete net name of "AGND", ...
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