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Data-Flow Modeling in Verilog: Concepts, Rules & Uses

Data-flow modeling is a higher level of abstraction in Verilog compared to gate-level modeling. It focuses on how data moves through a design, rather than describing individual gates. This makes the design more compact, easier to write/modify, and closer to RTL style while still retaining some explicitness in signal behavior. Why Use Data-Flow Modeling As

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APB Protocol

 Introduction: Advanced Peripheral Bus (APB) is the part of Advanced Microcontroller Bus Architecture (AMBA) family protocols. The Latest version of APB is v2.0, which was a part of AMBA 4 release. It is a low-cost interface and it is optimized for minimal power consumption and reduced interface complexity. Unlike AHB, it is a Non-pipelined protocol,

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UNIT-V Sequential Circuit Description Component test and Verification

SEQUENTIAL MODELS In digital circuits, storage of data is done either by feedback, or by gate capacitances that are refreshed frequently. Pending : Fig.181 Sequential models FEEDBACK MODEL: Pending : Fig.182 Feedback Mode CAPACITIVE MODEL Pending : Fig.183Capacitive model When c becomes 1 the value of D is saved in the input gate of the

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UNIT-IV SWITCH LEVEL MODELLINGSYSTEM TASKS, FUNCTIONS, AND COMPILER DIRECTIVES

In today’s environment the MOS transistor is the basic element around which a VLSI is built. Designers familiar with logic gates and their configurations at the circuit level may choose to do their designs using MOS transistors. Verilog has the provision to do the design description at the switch level using such MOS transistors. Switch

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