Ladder logic is an algorithm that is used to encode the decision-making process of a robot. It was first introduced by Rodney Brooks in the book "Intelligent Robots" in 1992.
Ladder logic is used in programming to control the flow of execution. It can be used to create loops, conditional statements, and decision making. It makes it easy for programmers to write code and make decisions without having to worry about the order in which they should be executed.
Ladder logic is different from other programming models because it can be used to build more complex programs. As opposed to other models, ladder logic does not require any knowledge of how the program will work in the future. Instead, it requires the programmer to know what the program should do in each step and what the next step should be.
Advantages of using ladder logic programming:
It's easy to learn and implement in any language
It can be used for a wide range of tasks such as finding patterns, generating data sets, and even solving puzzles
Ladder logic is a programming technique that allows you to create a flowchart program on a single page. It is used to describe the different states of a system, and the actions that are taken when the program transitions from one state to another.
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Dear You make a little mistake in NPN transistor current flow from Emitter to Collector , not form collector to Emitter please correct it
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the unit of voltage is volts please change it (9:07)the classes are absolutely good
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