An MCDM Framework for Selecting Approximate Capacitance Models of Interdigitated Electrodes Using WASPAS

Electrostatic potential, often referred to as voltage, a unit charge on a point electrical energy is a measure of energy space. Unit: Volt (V) Formula: V = 𝑈 /𝑞 where V is the electrostatic potential, U is the electric potential energy, and q is the charge. Explanation: The electrostatic potential at a point in space A positive test charge that from infinity in bringing to the place done by an external force of work, examination fee divided by the size. It represents the potential energy per unit charge associated with a particular Electric field. Capacity: Definition: Capacitance is the electrical charge of an object is a measure of storage capacity. It is the amount of charge on a plate defined as ratio (or conductor) of a capacitor to the magnitude of the potential difference between the plates. Unit: Farad (F) Formula: C= 𝑞 𝑉 ,where C is the capacitance, q is the charge stored, and V is the potential difference. Explanation: Capacitance quantifies how much charge can be stored per unit potential difference across the plates of a capacitor. It depends on factors like the area of the plates, the distance between them, and the material between the plates (dielectric). The charge is the same at all points if modelled, electrical capacity However much, there will be no electric field. Hence, the electric field and electrical energy between Communication is usually like this can be expressed as – “electric field is of electrical energy negative external derivative." Since we are given the capacitance and the electric potential difference of the capacitor, we can find the electric potential energy using the equation U = C V 2 2. Substituting for and for gives us: U = C V 2 2 = (20 F) (100 V) 2 2 = 100, 000 J 100, 000 J of energy is stored in this capacitor. This equation shows that the charge stored in a capacitor It will be used throughout for a possible difference is directly proportional to, but for the capacity of the computer is inversely proportional. The Weighted Total Product Evaluation (WASPAS) technique plays a pivotal role in assessing products. This approach, executed by experts, involves a meticulous evaluation of both established and innovative elements, including the novel LNN WASPAS version, which significantly enhances multi-criteria selection processes in the manufacturing sector. Seven experts evaluate consultants based primarily on nine criteria. ($) is the in Electrostatic potential and capacitance 1, Electrostatic potential and capacitance 2, Electrostatic potential and capacitance 3, Electrostatic potential and capacitance 4, Electrostatic potential and capacitance 5. Max Voltage (V), Min Capacitance (F), Dielectric Strength (V/mm) and Material Cost. the Final Result of Electrostatic potential and capacitance using the analysis Method in WASPAS. Electrostatic potential and capacitance 3 is got the first rank whereas is the Electrostatic potential and capacitance 4 is having the Lowest rank