Hello every 1 , i am new to the forum, hope to get some help. the question below.
To design a power supply module (comprising a rectifier, reservoir capacitor, and regulator) that can be mounted as a daughter-board module on the main circuit board for which the regulated power supply is required. The input to the module is a low voltage 50Hz AC supply, and the output from the module is a DC supply.
DC voltage = 6.3v
DC Current = 410mA
I will be using a full wave rectifier with reservoir capacitor as filter and for regulator i will use A zenor diode and a protective resistor. Also i have to consider the ripple voltage and all the values of the other components which will result the DC supply.
So help!!!!!
Now i dont know how to start.
To design a power supply module (comprising a rectifier, reservoir capacitor, and regulator) that can be mounted as a daughter-board module on the main circuit board for which the regulated power supply is required. The input to the module is a low voltage 50Hz AC supply, and the output from the module is a DC supply.
DC voltage = 6.3v
DC Current = 410mA
I will be using a full wave rectifier with reservoir capacitor as filter and for regulator i will use A zenor diode and a protective resistor. Also i have to consider the ripple voltage and all the values of the other components which will result the DC supply.
So help!!!!!
Now i dont know how to start.