can u mention that two steps ? I have tried using file list & -f option also..
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Forum Post: RE: Getting error while running dpi-c functions with SV code
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Forum Post: RE: Orcad PCB 17.2 Padstack script decimal separator issue
The latest HotFix for 17.20 (013) lists some enhancements: 1687819 ALLEGRO_EDITOR UI_GENERAL Change in Region and Language settings of Windows impacts decimal character in Padstack Editor 1696637 ALLEGRO_EDITOR UI_GENERAL Padstack Editor uses Region and Language settings for the decimal symbol 1699326 ALLEGRO_EDITOR UI_GENERAL Padstack Editor follows the geographical area rules set in the Control Panel while PCB Editor does not I have seen the problem too and changed my regional settings to a . for a decimal point instead of a , which is normally used in Sweden. As of this mornig, I applied the HF but I have not verified if it fixes the issue.
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Forum Post: RE: Orcad PCB 17.2 Padstack script decimal separator issue
Hi, I can confirm that hotfix 013 fixes this problem. Jan Pieter
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Forum Post: RE: Getting error while running dpi-c functions with SV code
thank u guys for all your help & suggestions ...but now problem is solved ..it is working fine.
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Forum Post: pspice error-less then 2 connection at node
Hello, while simulation in pspice i m getting these error,what is the reason for these errors. ERROR(ORPSIM-15141): Less than 2 connections at node 6_GND_D. ERROR(ORPSIM-15141): Less than 2 connections at node N17178733. ERROR(ORPSIM-15141): Less than 2 connections at node 3_N16703831. ERROR(ORPSIM-15141): Less than 2 connections at node 3_V_SAFE. ERROR(ORPSIM-15141): Less than 2 connections at node 13_N16759442. ERROR(ORPSIM-15141): Less than 2 connections at node 13_VCC_D. ERROR(ORPSIM-15141): Less than 2 connections at node 8_VCC_A. ERROR(ORPSIM-15141): Less than 2 connections at node 8_GND_D. ERROR(ORPSIM-15141): Less than 2 connections at node 9_VCC_A. ERROR(ORPSIM-15141): Less than 2 connections at node 9_GND_D. ERROR(ORPSIM-15141): Less than 2 connections at node N17186121. ERROR(ORPSIM-15141): Less than 2 connections at node N17186124. ERROR(ORPSIM-15141): Less than 2 connections at node 10_VCC_A. ERROR(ORPSIM-15141): Less than 2 connections at node 10_GND_D. ERROR(ORPSIM-15141): Less than 2 connections at node 11_XTAL1_S. ERROR(ORPSIM-15141): Less than 2 connections at node 11_XTAL2_S. ERROR(ORPSIM-15141): Less than 2 connections at node 11_N16801115. ERROR(ORPSIM-15141): Less than 2 connections at node N17190141. ERROR(ORPSIM-15141): Less than 2 connections at node 11_N16793478. ERROR(ORPSIM-15141): Less than 2 connections at node N17190139. ERROR(ORPSIM-15141): Less than 2 connections at node 11_N16793499. ERROR(ORPSIM-15141): Less than 2 connections at node N17190145. ERROR(ORPSIM-15141): Less than 2 connections at node 11_N16793510. ERROR(ORPSIM-15141): Less than 2 connections at node 11_N16816169. ERROR(ORPSIM-15141): Less than 2 connections at node 11_N16814002. ERROR(ORPSIM-15141): Less than 2 connections at node 4_XTAL1_M. ERROR(ORPSIM-15141): Less than 2 connections at node 4_XTAL2_M. ERROR(ORPSIM-15141): Less than 2 connections at node 4_N16827900. ERROR(ORPSIM-15141): Less than 2 connections at node 12_VCC_D. ERROR(ORPSIM-15141): Less than 2 connections at node 12_GND_D. ERROR(ORPSIM-15141): Less than 2 connections at node N17180848. ERROR(ORPSIM-15141): Less than 2 connections at node 12_N16764073. ERROR(ORPSIM-15141): Less than 2 connections at node 5_VCC_D. ERROR(ORPSIM-15141): Less than 2 connections at node 5_GND_D. ERROR(ORPSIM-15141): Less than 2 connections at node N17190068. ERROR(ORPSIM-15141): Less than 2 connections at node 5_N16764091. ERROR(ORPSIM-15141): Less than 2 connections at node 14-EEPROM_GND_D. ERROR(ORPSIM-15141): Less than 2 connections at node SCL. ERROR(ORPSIM-15141): Less than 2 connections at node SDA. ERROR(ORPSIM-15141): Less than 2 connections at node 15_VCC_A. ERROR(ORPSIM-15141): Less than 2 connections at node N17201904. Regards DC
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Forum Post: Pspice error-Node is floating
Hello, while simulation in pspice m getting these error,what can be the for these error?? ERROR(ORPSIM-15142): Node 2_V_SAFE is floating ERROR(ORPSIM-15142): Node 2_V_POS is floating ERROR(ORPSIM-15142): Node 2_N16777364 is floating ERROR(ORPSIM-15142): Node 2_N16777258 is floating ERROR(ORPSIM-15142): Node 2_N16777343 is floating ERROR(ORPSIM-15142): Node 2_N16777844 is floating ERROR(ORPSIM-15142): Node 2_N16777353 is floating ERROR(ORPSIM-15142): Node 1_POWER+ is floating ERROR(ORPSIM-15142): Node 1_N16777399 is floating ERROR(ORPSIM-15142): Node GND is floating ERROR(ORPSIM-15142): Node N17178813 is floating ERROR(ORPSIM-15142): Node 1_GND_D is floating ERROR(ORPSIM-15142): Node 3_N16703541 is floating ERROR(ORPSIM-15142): Node 3_VDD_D_3V3 is floating ERROR(ORPSIM-15142): Node 3_GND_D is floating ERROR(ORPSIM-15142): Node 6_N00336 is floating ERROR(ORPSIM-15142): Node 6_N00362 is floating ERROR(ORPSIM-15142): Node 6_GND_D is floating ERROR(ORPSIM-15142): Node 2_GND_D is floating ERROR(ORPSIM-15142): Node 2_N16781550 is floating ERROR(ORPSIM-15142): Node N17178733 is floating ERROR(ORPSIM-15142): Node N17178831 is floating ERROR(ORPSIM-15142): Node 1_V_POS is floating ERROR(ORPSIM-15142): Node X_1_RV100.200 is floating ERROR(ORPSIM-15142): Node X_1_RV100.100 is floating ERROR(ORPSIM-15142): Node X_1_RV100.300 is floating ERROR(ORPSIM-15142): Node X_1_RV100.400 is floating ERROR(ORPSIM-15142): Node X_1_D102.3 is floating ERROR(ORPSIM-15142): Node X_1_D102.4 is floating ERROR(ORPSIM-15142): Node X_1_D102.5 is floating ERROR(ORPSIM-15142): Node X_1_D102.6 is floating ERROR(ORPSIM-15142): Node X_1_D102.7 is floating ERROR(ORPSIM-15142): Node X_1_D102.8 is floating ERROR(ORPSIM-15142): Node X_1_D102.9 is floating ERROR(ORPSIM-15142): Node X_1_D102.10 is floating ERROR(ORPSIM-15142): Node X_1_D102.11 is floating ERROR(ORPSIM-15142): Node X_1_D102.12 is floating ERROR(ORPSIM-15142): Node X_1_D102.13 is floating ERROR(ORPSIM-15142): Node X_1_D102.14 is floating ERROR(ORPSIM-15142): Node X_1_D102.15 is floating ERROR(ORPSIM-15142): Node X_1_D102.16 is floating ERROR(ORPSIM-15142): Node X_1_D102.17 is floating ERROR(ORPSIM-15142): Node X_1_D102.18 is floating ERROR(ORPSIM-15142): Node X_1_D102.19 is floating ERROR(ORPSIM-15142): Node X_1_D102.20 is floating ERROR(ORPSIM-15142): Node X_1_D102.21 is floating ERROR(ORPSIM-15142): Node X_1_D102.22 is floating ERROR(ORPSIM-15142): Node X_1_D102.23 is floating ERROR(ORPSIM-15142): Node X_1_D102.24 is floating ERROR(ORPSIM-15142): Node X_1_D102.25 is floating ERROR(ORPSIM-15142): Node X_1_D102.26 is floating ERROR(ORPSIM-15142): Node X_1_D102.27 is floating ERROR(ORPSIM-15142): Node X_1_D102.28 is floating ERROR(ORPSIM-15142): Node X_1_D102.29 is floating ERROR(ORPSIM-15142): Node X_1_D102.30 is floating ERROR(ORPSIM-15142): Node X_1_D102.31 is floating ERROR(ORPSIM-15142): Node X_1_D102.32 is floating ERROR(ORPSIM-15142): Node X_1_D102.33 is floating ERROR(ORPSIM-15142): Node X_1_D102.34 is floating ERROR(ORPSIM-15142): Node X_1_D102.35 is floating ERROR(ORPSIM-15142): Node X_1_D102.36 is floating ERROR(ORPSIM-15142): Node X_1_D102.37 is floating ERROR(ORPSIM-15142): Node X_1_D102.38 is floating ERROR(ORPSIM-15142): Node X_1_D102.39 is floating ERROR(ORPSIM-15142): Node X_1_D102.40 is floating ERROR(ORPSIM-15142): Node X_1_D102.41 is floating ERROR(ORPSIM-15142): Node X_1_D101.3 is floating ERROR(ORPSIM-15142): Node X_1_D101.4 is floating ERROR(ORPSIM-15142): Node X_1_D101.5 is floating ERROR(ORPSIM-15142): Node X_1_D101.6 is floating ERROR(ORPSIM-15142): Node X_1_D101.7 is floating ERROR(ORPSIM-15142): Node X_1_D101.8 is floating ERROR(ORPSIM-15142): Node X_1_D101.9 is floating ERROR(ORPSIM-15142): Node X_1_D101.10 is floating ERROR(ORPSIM-15142): Node X_1_D101.11 is floating ERROR(ORPSIM-15142): Node X_1_D101.12 is floating ERROR(ORPSIM-15142): Node X_1_D101.13 is floating ERROR(ORPSIM-15142): Node X_1_D101.14 is floating ERROR(ORPSIM-15142): Node X_1_D101.15 is floating ERROR(ORPSIM-15142): Node X_1_D101.16 is floating ERROR(ORPSIM-15142): Node X_1_D101.17 is floating ERROR(ORPSIM-15142): Node X_1_D101.18 is floating ERROR(ORPSIM-15142): Node X_1_D101.19 is floating ERROR(ORPSIM-15142): Node X_1_D101.20 is floating ERROR(ORPSIM-15142): Node X_1_D101.21 is floating ERROR(ORPSIM-15142): Node X_1_D101.22 is floating ERROR(ORPSIM-15142): Node X_1_D101.23 is floating ERROR(ORPSIM-15142): Node X_1_D101.24 is floating ERROR(ORPSIM-15142): Node X_1_D101.25 is floating ERROR(ORPSIM-15142): Node X_1_D101.26 is floating ERROR(ORPSIM-15142): Node X_1_D101.27 is floating ERROR(ORPSIM-15142): Node X_1_D101.28 is floating ERROR(ORPSIM-15142): Node X_1_D101.29 is floating ERROR(ORPSIM-15142): Node X_1_D101.30 is floating ERROR(ORPSIM-15142): Node X_1_D101.31 is floating ERROR(ORPSIM-15142): Node X_1_D101.32 is floating ERROR(ORPSIM-15142): Node X_1_D101.33 is floating ERROR(ORPSIM-15142): Node X_1_D101.34 is floating ERROR(ORPSIM-15142): Node X_1_D101.35 is floating ERROR(ORPSIM-15142): Node X_1_D101.36 is floating ERROR(ORPSIM-15142): Node X_1_D101.37 is floating ERROR(ORPSIM-15142): Node X_1_D101.38 is floating ERROR(ORPSIM-15142): Node X_1_D101.39 is floating ERROR(ORPSIM-15142): Node X_1_D101.40 is floating ERROR(ORPSIM-15142): Node X_1_D101.41 is floating ERROR(ORPSIM-15142): Node N17187705 is floating ERROR(ORPSIM-15142): Node 1_VCC_D is floating ERROR(ORPSIM-15142): Node 3_N16703831 is floating ERROR(ORPSIM-15142): Node 3_N16703691 is floating ERROR(ORPSIM-15142): Node 3_VCC_D is floating ERROR(ORPSIM-15142): Node 3_VCC_A is floating ERROR(ORPSIM-15142): Node N17189905 is floating ERROR(ORPSIM-15142): Node 3_V_SAFE is floating ERROR(ORPSIM-15142): Node 13_N16759442 is floating ERROR(ORPSIM-15142): Node 13_VCC_D is floating ERROR(ORPSIM-15142): Node N17205574 is floating ERROR(ORPSIM-15142): Node TX is floating ERROR(ORPSIM-15142): Node N17205565 is floating ERROR(ORPSIM-15142): Node 7_N00157 is floating ERROR(ORPSIM-15142): Node 7_N00187 is floating ERROR(ORPSIM-15142): Node 8_VCC_A is floating ERROR(ORPSIM-15142): Node 8_GND_D is floating ERROR(ORPSIM-15142): Node 9_VCC_A is floating ERROR(ORPSIM-15142): Node 9_GND_D is floating ERROR(ORPSIM-15142): Node 10_N16775406 is floating ERROR(ORPSIM-15142): Node RX is floating ERROR(ORPSIM-15142): Node 10_N16775068 is floating ERROR(ORPSIM-15142): Node 10_N16775254 is floating ERROR(ORPSIM-15142): Node VREF is floating ERROR(ORPSIM-15142): Node N17186121 is floating ERROR(ORPSIM-15142): Node 10_N16775028 is floating ERROR(ORPSIM-15142): Node N17186124 is floating ERROR(ORPSIM-15142): Node 10_N16775044 is floating ERROR(ORPSIM-15142): Node 10_DIFF is floating ERROR(ORPSIM-15142): Node 10_N16774990 is floating ERROR(ORPSIM-15142): Node 10_FIL is floating ERROR(ORPSIM-15142): Node 10_VCC_A is floating ERROR(ORPSIM-15142): Node 10_GND_D is floating ERROR(ORPSIM-15142): Node 11_XTAL1_S is floating ERROR(ORPSIM-15142): Node 11_GND_D is floating ERROR(ORPSIM-15142): Node 11_XTAL2_S is floating ERROR(ORPSIM-15142): Node 11_VCC_A is floating ERROR(ORPSIM-15142): Node 11_VCC_D is floating ERROR(ORPSIM-15142): Node 11_N16794785 is floating ERROR(ORPSIM-15142): Node 11_N16801115 is floating ERROR(ORPSIM-15142): Node 11_N16793520 is floating ERROR(ORPSIM-15142): Node N17190141 is floating ERROR(ORPSIM-15142): Node 11_N16793478 is floating ERROR(ORPSIM-15142): Node N17190139 is floating ERROR(ORPSIM-15142): Node 11_N16793499 is floating ERROR(ORPSIM-15142): Node N17190145 is floating ERROR(ORPSIM-15142): Node 11_N16793510 is floating ERROR(ORPSIM-15142): Node 11_N16793476 is floating ERROR(ORPSIM-15142): Node 11_N16816169 is floating ERROR(ORPSIM-15142): Node N17182452 is floating ERROR(ORPSIM-15142): Node 11_N16814002 is floating ERROR(ORPSIM-15142): Node 4_XTAL1_M is floating ERROR(ORPSIM-15142): Node 4_GND_D is floating ERROR(ORPSIM-15142): Node 4_XTAL2_M is floating ERROR(ORPSIM-15142): Node 4_VCC_A is floating ERROR(ORPSIM-15142): Node 4_N16811688 is floating ERROR(ORPSIM-15142): Node 4_VCC_D is floating ERROR(ORPSIM-15142): Node 4_N16812330 is floating ERROR(ORPSIM-15142): Node 4_N16827900 is floating ERROR(ORPSIM-15142): Node 12_VCC_D is floating ERROR(ORPSIM-15142): Node 12_GND_D is floating ERROR(ORPSIM-15142): Node N17180848 is floating ERROR(ORPSIM-15142): Node 12_N16764073 is floating ERROR(ORPSIM-15142): Node 5_VCC_D is floating ERROR(ORPSIM-15142): Node 5_GND_D is floating ERROR(ORPSIM-15142): Node N17190068 is floating ERROR(ORPSIM-15142): Node 5_N16764091 is floating ERROR(ORPSIM-15142): Node 14-EEPROM_VCC_D is floating ERROR(ORPSIM-15142): Node 14-EEPROM_GND_D is floating ERROR(ORPSIM-15142): Node SCL is floating ERROR(ORPSIM-15142): Node SDA is floating ERROR(ORPSIM-15142): Node VCC_A is floating ERROR(ORPSIM-15142): Node 15_GND_D is floating ERROR(ORPSIM-15142): Node N17201904 is floating ERROR(ORPSIM-15142): Node X_7_L700.X1.31 is floating ERROR(ORPSIM-15142): Node X_8_L5.X1.31 is floating
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Forum Post: RE: Select cell view from lib manager
Hi Andrew, Thanks for that. In the same way, for eg, C allows it, is it possible to have functions stored into a file, and call them from there, pointing to that file (including the file) ? Best regards, Pedro
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Forum Post: RE: pspice error-less then 2 connection at node
You probably have un-modelled pins, pins on the part have no equivalent connection to pins on the model, or possibly an empty model.
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Forum Post: RE: Pspice error-Node is floating
You are missing a "0" symbol. All circuit nodes in a PSpice (SPICE) circuit must have a DC path to "0". There is a DRC for this in later versions that gets flagged when the netlist gets created. Since you have a GND net, I suspect that you placed a generic GND symbol and not a PSpice specific "0" symbol.
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Forum Post: Printing all DC operating points of all devices
Hi, I am a beginner in ocean. I have the following ocean script which reports the source current of transistor M3. ;***************************** openResults("~/simulation/TEST_OPAMP_POLY_TB/spectre/schematic/psf/") p=outfile("/home/mt2775_loc/simulation/TEST_OPAMP_POLY_TB/spectre/schematic/netlist/resultsSpectre.txt" "w") fprintf(p, "Hello World! to make sure it is working\n" ) selectResult('dcOp) fprintf(p,"%f",i("/I0/M3/S")) ;***************************** I also know if I use outputs() command, all DC values will be printed out. The question is that which command can print all DC values into the file (instead of calling function "fprintf" for each one by one like above)? In short, I need a such command fprintf(p,"%f", outputs()). If I need to use a loop would you please let me how to write it. Thank for your help Mohammad
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Forum Post: Simulation of all Diodes with inverted junction-voltage
No matter what diode-model I'm taking or in whatever way I'm measuring, the junction-voltage of the diode always is inverted, meaning that negative voltages are passed through and positive ones are blocked. What could the reason be?
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Forum Post: RE: Printing all DC operating points of all devices
Potentially you could use the report() function with the dcOpInfo results to do something similar to what you want. Otherwise I think you'd need to use a foreach() loop on the result of outputs() and do the fprintf within that loop.
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Forum Post: RE: Select cell view from lib manager
[quote user="José Cardoso"]In the same way, for eg, C allows it, is it possible to have functions stored into a file, and call them from there, pointing to that file (including the file) ? [/quote] Pedro, I'm not sure quite what you mean. Do you just mean using load() in SKILL? Regards, Andrew.
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Forum Post: RE: Simulation of all Diodes with inverted junction-voltage
Not enough information to know what tool or version you're using, or what exactly you've tried and what doesn't work... Please provide enough information to explain the problem - clearly if diodes didn't generally act as diodes, there would be a big problem with all customers, so that can't be the case - it must be a more specific problem than that! Regards, Andrew.
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Forum Post: RE: Printing all DC operating points of all devices
Dear Andrew, Thanks for your reply Mohammad
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Forum Post: RE: Select cell view from lib manager
Hi Andrew, Imagine that I have a file with generic functions (for eg, read from files, write to files, etc) and I would like to not have them in my main code, but being able to call them whenever I need them. Is that possible ? Or, as you are suggesting, that is only a matter of using a load() command in my main code ? Best regards, Jose
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Forum Post: RE: Select cell view from lib manager
Hi Jose, Yes, you only need to load the functions one time and it shouldn't matter where from. You can set up functions to be autoloaded so that the file(s) that contain the function is loaded automatically when the function is called. You could also gather the core functions into a single context file (which could also be autoloaded, if you like) - loading the context file could be more efficient than loading one or more textual SKILL files. Best regards, Lawrence.
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Forum Post: Make a copy of the Kit
Hello, I am working on a project where I need to add some custom layers for layout. In order not to mess with the original Kit, I want to make a copy of it and do all the modifications to that copy such that any changes in it does not affect the original kit. Any thoughts? Thanks
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Forum Post: Minimum Blind/Buried Via Gap (L1-L2 and L11-L12)
I have a design with one buried via L2-L11 and two micro vias (L1-L2 and L11-L12). I do not want my microvias overlapping the buried via, but I don't care if the top and bottom micro-vias overlap for obvious reasons. Is there any way to relay this information to Allegro so I can get rid of the 500 DRCs? Or am I just stuck with waiving them manually? Thanks
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Forum Post: RE: Creating digital buses in ADE XL: awvCreateBus
I am having a similar issue. delay( \ ?wf1 awvCreateBus("D0" list( \ awvAnalog2Digital(v("\\D0\\ " ?result "tran") nil nil 0.6 nil "centre") \ awvAnalog2Digital(v("\\D1\\ " ?result "tran") nil nil 0.6 nil "centre") \ ) "Binary"), \ ?value1 0.5, ?edge1 "either", ?nth1 1, ?td1 0.0, \ ?wf2 awvAnalog2Digital(v("CMPLT32" ?result "tran") nil nil 0.6 nil "centre"), \ ?value2 0.5, ?edge2 "either", ?nth2 1, ?td2 nil , ?stop nil, ?period1 1 ?period2 1 ?multiple t ?xName "trigger" ) The expression when included in my Ocean script gives me the following error. *Error* Expression awvCreateBus("D0" .. ) failed to evaluate. awvCreateBus does not support creation of a family bus. *Error* delay: input waveforms are not of same dimension
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