SummaryAbstractIntroductionConclusionAbstractThis article presents the creation of another view to achieve accurate characterization of standard cell library. The accurate positioning of the cells is advantageous for carrying out the manufacturing process. The main aim of the engineering team is to place the standard cells in a defined position to achieve the desired output, as specified by the customer. To do this, we will delete the zero cell position in this template. The blank view is where exactly the location of these types of cells will be displayed. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essay Introduction Characterization is a process of analyzing a circuit using static and dynamic methods to generate models suited to chip implementation flows. To carry out the manufacturing process smoothly and correctly, the generation of various timing and power models is required. These models can be generated with the help of various tools like Eldo, Specter etc. for circuit simulation. On the other hand, characterization tools such as Liberty NCX, Magma silicon smart. With the help of these tools we can create electrical visualizations (timing, power and signal integrity) in industry standard formats such as the Synopsys Liberty (.lib) format. The main goal of cell characterization is to obtain cell behavior accurately and efficiently. This characterization process will help us in many stages of ASIC flow design such as placement and routing. By knowing the exact location of the zero cells, this will enhance the cell modeling process. Different teams will obviously make different contributions to the implementation of the chip design. We used to place standard cells like inverters, flip flops, multiplexers on the chip die to get the desired output as specified by the customer and the memory team will place the memory cells on that chip die. In an ASIC design the output of a standard cell will be the input of another memory cell or vice versa. While placing this type of cells on the die, some space will be left between the standard cells and memory cells, this remaining space can be called Void and the pattern which will help us to know the position of these can be called Void View. The marked area in this figure shows the area that can be defined as empty. The location of these gaps can be specified by this template in the form of zero (x, y) cells where X and Y indicate the coordinates of those cells. Please note: this is just an example. Get a custom paper from our expert writers now. Get a Custom Essay Conclusion In conclusion, this way we can have the exact view of the blanks left during the manufacturing of the chip. This empty space can also be filled by filler cells.