Hi all,
First time poster. Firstly I am an electrician by trade and I am currently at university doing electrical engineering but I am by no means an expert in electronics hence why I have come here.
I know basic power supply design and have made very simple ones before mainly for my own uses they were just 230V a.c input / 24V 2A d.c output. However, I am starting to use heavy duty solenoid locks that have inductive loads. They are rated as 2A continuous but as with inductive loads the surge current in the first few seconds can be up to 14A. How do power supplies accommodate these high current surges? any examples would be great also.
First time poster. Firstly I am an electrician by trade and I am currently at university doing electrical engineering but I am by no means an expert in electronics hence why I have come here.
I know basic power supply design and have made very simple ones before mainly for my own uses they were just 230V a.c input / 24V 2A d.c output. However, I am starting to use heavy duty solenoid locks that have inductive loads. They are rated as 2A continuous but as with inductive loads the surge current in the first few seconds can be up to 14A. How do power supplies accommodate these high current surges? any examples would be great also.