Admittance parameters

Imagine you are playing with your toy blocks. Each block has a little peg on top and a hole on the bottom. When you put the peg of one block into the hole of another block, they can stick together and work as one bigger block.

Now, think about electricity flowing through wires. When electricity flows through a wire, it has a certain amount of power, like how tall your block tower can be. The wire also has a certain amount of resistance to the electricity flow, like how hard it is to build your block tower.

Admittance parameters are like the holes in your blocks. They show how easily electricity can flow through a wire or a circuit, just like how easily the peg goes into the hole in your blocks. The admittance parameter is a measure of the ease with which a circuit or device can allow electricity to flow through it.

So, let's say you have two electrical devices, like light bulbs, and you want to connect them together. You can use the admittance parameter to figure out how easily electricity will flow through the wires connecting the two devices. This helps you make sure you have the right size wires and other equipment, so that everything can work together properly.

In summary, admittance parameters are like the holes in your blocks that show how easily electricity can flow through a circuit, and can help make sure all the electrical devices in a system work together properly.