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The line regulation is calculated from the ΔVLR1 and ΔVLR2. The line regulation parameter is usually a steady state parameter, which is a measure of the regulator's open loop gain; with all the frequency components neglected. (i.e. at zero frequency).

Line regulation is the ability of a power-supply voltage regulator to maintain its output voltage despite variations in its input voltage.

The line regulation is determined by ∆VLR1 and ∆VLR2 since line regulation is a steady-state parameter (i.e., all frequency components are neglected).

Line Regulation is the ability of a power supply to maintain a constant output voltage (Vo) despite changes to the input voltage (Vi), with the output current drawn from the power supply remaining constant. Line Regulation = ΔVo/ΔVi x 100%

Load regulation can be achieved using various methods based on the level of regulation required. A zener diode is a simple method that maintains a constant voltage. Higher load regulating circuits use integrated circuits and a negative feedback configuration. The output is monitored and compared against a preset value.

Efficiency of a transmission line is defined as the ratio of power delivered at the receiving end to the power sent from the sending end.

Line regulation is the ability of a power supply to maintain a constant output voltage despite changes to the input voltage, with the output current drawn from the power supply remaining constant.

Zero voltage regulation means, Sending end voltage and Receiving end voltage become equal. This case is also known as the ideal voltage regulation. Ideal voltage regulation is desirable in a power system but not possible practically.

What is Load Regulation? Load regulation refers to the ability to maintain a constant voltage output from a power supply despite changes or variability in the input load. Typically, we express load regulation as a percentage of the max load condition, indicating how much output will vary.