Oregon and CAD combined make OrCAD. The name symbolises that of the company that manufactured this software (Oregon) and the origin of the software (CAD). However, in 1999, Cadence Design Systems took over it and in 2005, Cadence Allegro integrated it.
OrCAD is a tool suite that is used all over the world for electronic design automation (EDA). Students who are specialising in the design and electronic engineering use this to build electronic schematics, electronic prints and perform different types of mixed-signal simulation. These are used to prepare printed electronic circuit boards.
What is the OrCAD PCB Designer Tool?
Over the years, a lot of students have approached us with their queries on OrCAD assignment questions. Realising this, we have established a dedicated panel of experts who are not only fully aware of all the technicalities involved in the subject but also possess an industry experience of more than 10 years in catering to different questions related to this.
First, let us know what OrCAD is.
There are a plethora of product designs created by engineers all over the world. And OrCAD provides them with the power to bring those products into life through several electronic design tools. Through this tool, every OrCAD PCB designer gets empowered and easily works on PCB design flow.
With the help of this tool, students easily understand topics like front-end designs, place and route technologies, analog/mixed-signal simulation and signal integrity analysis that is used to enhance the productivity of the designs and shorten their time to market.
What Is OrCAD Capture?
There is a schematic module of OrCAD, which is known as OrCAD Capture. For more than a decade now, our OrCAD PCB Designer Electronics help experts have guided students on this module as well.
OrCAD capture is the most widely-used software when it comes to capturing and documenting electrical circuits. With the help of hierarchical schematics, it collects the designs easily and intuitively.
How Does OrCAD Capture Works?
Our OrCAD assignment help experts have been working with this tool for several years, which makes us proficient enough to guide you on the working of OrCAD Capture with ease.
Following are the steps that we take while working with this tool.
- Firstly, appropriate schematics symbols are selected from a wide range of options available in the library and placed in the schematic.
- Then, we make the nets in between the component pins.
- Moving towards the hierarchically structured designs, similar-looking nets also known as the global nets are connected via the multi-page ports.
- Then, our OrCAD PCB Designer Helpdefines the options in the schematic editor and names them as ‘assembly options’.
- OrCAD capture also supports a design methodology wherein, the vendor tools and route of programmable components can be embedded.
This way, the OrCAD capture works.
What is the difference between OrCAD and PSpice?
We have observed that most of the students who have turned to us for guidance on their assignments are the ones who are confused about the difference between OrCAD and PSpice. We have never let any of the queries of students go unanswered, which is why our OrCAD PCB Designer to help experts are here with the differences for you to understand it better.
The main difference between these two is that while OrCAD capture is used to draw or capture the schematics, PSpice is a tool that is used for circuit simulation.
Simulation is a crucial link in the PCB design process. OrCAD PCB Design provides PSpice tools for simulation. Combined with OrCAD Capture, the tool gives a boost to the manufacturing efficiency of the PCB design. A lot of students get curious to know how OrCAD Capture and PSpice cooperate. Are you someone who also wants to know the answer to this question?
Don’t worry, our OrCAD PCB Designer Electronics Help experts are here with the answer in the form of a diagram for a clear understanding.
Figure 1 shows the interaction between OrCAD Capture and PSpice. As you can see, first the design of the circuit is built by the OrCAD capture that is followed by the simulation by PSpice. Simultaneously, the design of the board is created with the help of OrCAD PCB editor. The whole process ends with the output files.
In this process of design simulation, four elements play a major role.
Do you know about them? If not, then let’s discuss the four elements for design simulation.
Our OrCAD Assignment Writing Experts Will Help You Understand All the Elements of Design Simulation
As we have told you before, Assignment Help Era doesn’t let any of the queries of students go unanswered. Having said that, our team of OrCAD PCB Designer experts have also guided students on the elements upon which the entire process of design simulation depends.
These are:
- Circuit topology
- Analysis type
- Stimulus definitions to test with
- Simulation models corresponding to the parts in the circuit
These are the elements that are crucial for the smooth functioning of the design simulation process. If you are unclear with any of these elements, then our OrCAD PCB Designer Assignment Help expert is here to guide you with these.
Moving forward, let us now talk about the analysis that is carried out in OrCAD Capture.
Conquer the Concepts With the Help of Our OrCAD Assignment Help
PSpice tool uses four types of analysis that are important to understand before proceeding with the OrCAD assignments. Following are the analysis that PSpice uses to apply this analysis in the products that engineers design all over the world.
Let us understand the analysis that is covered by our OrCAD Assignment help experts:
1. DC Analysis
The DC analysis is further divided into three categories which are DC sweep analysis, Bias point analysis and DC sensitivity analysis.
v The DC sweep analysis is used to sweep a source, a global parameter using a wide range of values.
v The bias point analysis is used to implement any analysis
v The DC sensitivity analysis is carried out to calculate and report the sensitivity of one node voltage to each device parameter
2. AC analysis
The next type of analysis is the AC analysis. As per our OrCAD PCB Designer Help experts, the AC analysis is again categorised into three types of analysis which are AC sweep analysis, noise analysis and parametric analysis.
v AC sweep analysis is used to calculate the small-signal response
v The purpose of the noise analysis is to report the device noise and account for the total output
v Parametric analysis is initiated to carry out multiple iterations of a fixed standard analysis
3. Transient analysis
Two types of analysis come under transient analysis. These are temperature analysis and Monte Carlo analysis.
v Temperature analysis is used to return standard analyses at a different set of temperatures
v Monte Carlo analysis is used where the user wants to trace the response of the circuit to the changes in part values.
4. Advanced analysis
There is only one kind of analysis that falls under advanced analysis. It is known as the worse case analysis.
v Worse case analysis is used where the user wants to find the worst probable output in a circuit or program
Our OrCAD PCB Designing experts are knowledgeable enough in dealing with all these analyses and have helped several students understand them. Other than these, there are a plethora of topics associated with OrCAD that we have covered for students. In case, you wish to get access to a whole new world of OrCAD PCB assignment samples, then it is the perfect time to ring us!
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