Practical, easy-to-use SPICE circuit simulator and programming environment for creating, simulating and testing of electrical circuits and systems. Provides a suite of integrated circuit and system design tools, examples and libraries. Allows you to create your own circuits and examine their operation using SPICE-like elements. Maintain a library of predefined components that can be added to your design and reused in later projects. Allows you to define custom user components, create subcircuits and use them in the design process. Advanced simulation capability provides accurate results for nonlinear designs. Provides a set of complementary design tools, examples and libraries for easy circuit design and system design. Basic graphical and text tools, a text editor and integrated C-compiler. Build in editor allows you to set and modify current-to-ground line voltages. Advanced drawing tools, wire coloring, user components, 3D simulation, and many more. Built-in SPICE netlist compiler with automatic bill of materials generation. Provides a variety of circuit examples for immediate application. Immediate results from simulation and compiling. 0 comments or reviews: Post a Comment Feel free to enter your comments, thoughts, remarks, suggestions or questions related to this article. You can also submit your suggestions, comments or questions as a blog or by email (me [at] aluforia.ca). Thanks for your support!--TEST-- Test preg_replace_callback() function : error conditions --FILE--
This is a compiled simulation/static analysis tool. You can compile your circuit for PIC, PIC16, PIC18 or PIC32 family. If you compile for an MCU family, you can simulate in parallel. Thus, if the MCU clock is 6 MHz, your circuit will work at 100 MHz. On the other hand, if you compile your circuit for a PIC or PIC18, then you can only simulate at 6 MHz. Thus, your circuit won't work at 100 MHz. Therefore, if you compile for PIC16 and PIC18, you may have to add a time constant circuit to slow the MCU to 6 MHz. If you compile for a PIC32, you can assume your device is at 6 MHz without any modification. Note that simulating with a slower clock may be very slow, so please use a slow simulator and do not force your MCU to run faster than the slowest clock. To do parallel simulation, you must compile your circuit with "simulate_parallell" option. You can compile the user interface and application programs separately. When you do parallel simulation, you have a choice of two selection types: 1. Simulate from scratch (My circuit in picture) 2. Simulate as snapshot (Your circuit in picture) If you select the latter option, then you have to setup and save your original simulation data. When you execute your application, you will be asked to setup your original data. Then you will be asked to select a snapshot file to run the simulation. Finally, you will be shown the simulation data as your new snapshot. When you run the application, you can choose whether to show simulation data or not. If you want to see the simulation data, you can click "Show Simulation Data" button on the screen. Description: This is a compiled simulation/static analysis tool. You can compile your circuit for PIC, PIC16, PIC18 or PIC32 family. If you compile for an MCU family, you can simulate in parallel. Thus, if the MCU clock is 6 MHz, your circuit will work at 100 MHz. On the other hand, if you compile your circuit for a PIC or PIC18, then you can only simulate at 6 MHz. Thus, your circuit won't work at 100 MHz. Therefore, if you compile for PIC16 and PIC18, you may have to add a time constant circuit to slow the MCU to 6 MHz. If you compile for a PIC32, you can assume your device is at 6 MHz without any modification. Note that simulating with a slower clock may be very slow, so please use a slow simulator and do not force your MCU to run faster than the slowest clock. To do parallel simulation 972550f159
Specify one or more macro names for which you want to specify one or more commands. Macro name names are specified after the macro. Using the specified macro, the command is executed. You can add the macro to the main menu by selecting ‘Add macro to current menu’ from the context menu of the macro. Macro names can be specified as (arg1,arg2,…). Macro name can be used with the following commands. The macro can be executed on the specified entry of the menu. The macro is inserted between the commands. You can specify more than one macro name. Macro name can be specified using the following command syntax: macro name command1 command2 [command1] [command2] command2,command1 macro name,command1,command2 command1 command2 [command1] [command2] command2,command1 command1 command2 [command1] [command2] command2,command1 macro name command1,command2 command1 command2 macro name,command1,command2 command1 command2 command1,command2 command1,command2 command2,command1 command2 command1,command2 command1,command2 command2,command1 command2 COMMAND EXAMPLE: macro name,macro name,macro name,macro name,macro name,macro name,macro name,macro name,macro name,macro name,macro name myfirst mysecond mythird myfourth myfifth mysixth macro name,macro name,macro name,macro name,macro name,macro name,macro name,macro name,macro name myfirst mysecond mythird myfourth macro name,macro name,macro name,macro name,macro name,macro name,macro name,macro name macro name macro name macro name macro name,macro name,macro name,macro name macro name macro name macro name macro name macro name,macro name,macro name,macro name macro
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