Microwind 3.0
Magdalena Liendo
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Before implementation a circuit in hardware, the first condition is to design the circuit in software. If you design a circuit in software you will understand that will it work or not. But if you do hardware implementation first, you may face some problems such as wrong selection of IC (Integrated Circuit), wrong value of resistor, capacitor or whatever. But if you simulate circuit at first in circuit designing software you will see your output instantly. When planning a project, at first engineers simulates the project and then they go to practical life implementation. By simulation, engineers easily find out the project fault and at the same time give a proper solution. With the help of circuit simulation you will see the project output!
DSCH Microwind is basically digital schematic circuit designing software. This is microwind simulation software which allows the users to simulate and design integrated circuit at physical description level. This is user friendly circuit simulation software and it supported by huge symbol libraries. Microwind unifies schematic entry, pattern based simulator, SPICE extraction of schematic, Verilog extractor, layout compilation, on layout mixed-signal circuit simulation. Microwind software helps to design various types of logic gates: AND, OR, NOR, NAND, XOR and many advanced design included with half adder, full adder etc.
The DSCH program is a logic editor and simulator. DSCH is used to validate the architecture of the logic circuit before the microelectronics design is started. DSCH provides a user friendly environment for hierarchical logic design, and fast simulation with delay analysis which allows the design and validation of complex logic structures. DSCH also features the symbols, models and assembly support for 8051 and PIC 16F84 controllers. Designers can create logic circuits for interfacing with these controllers and verify software programs using DSCH.
The DSCH Microwind software will provide you a timing diagram based on your circuit. Post implementation a logic circuit you will see your timing diagram on your screen. Here clarified the advantages of the timing diagram:
Well, we are done the first part of the DSCH Microwind Software. To make the easier discussion we had considered only AND gate operation. If you get a clear idea about AND gate operation you will easily understand the others basic logic gate simulation: OR, XOR, NOT, NAND, NOR and XNOR. From the timing diagram you will find out the truth table for any logic gates. The graph provides the operation condition inside the circuit and corresponding output with respect to time for any simulated circuit. Actually DSCH has many advantages: