Showing posts with label regulated. Show all posts
Showing posts with label regulated. Show all posts

Sunday, October 6, 2013

3V DC to 5V DC REGULATED POWER SUPPLY ELECTRONIC DIAGRAM


3V DC to 5V DC REGULATED POWER SUPPLY ELECTRONIC DIAGRAM

A 5V DC regulated output from 2 cells 3V DC batteries. The output current of the circuit is limited to 50mA. However, it still able to supply many microcontroller circuits. 3009 and 560R Resistor provide the 5V DC output, make up a voltage divider network.
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Friday, May 31, 2013

Corolla Alternator Wiring Diagram Externally Regulated

Wiring Diagram on Typical 7 Way Trailer Wiring Diagram   Circuit Schematic
Typical 7 Way Trailer Wiring Diagram Circuit Schematic.


Wiring Diagram on 1997 Honda Civic Electrical Wiring Diagram   Circuit Schematic
1997 Honda Civic Electrical Wiring Diagram Circuit Schematic.


Wiring Diagram on Wiring Diagram 1969 Camaro Wiring Diagram 1989 Camaro Wiring Diagram
Wiring Diagram 1969 Camaro Wiring Diagram 1989 Camaro Wiring Diagram.


Wiring Diagram on Corolla Alternator Wiring Diagram Externally Regulated Jpg
Corolla Alternator Wiring Diagram Externally Regulated Jpg.


Wiring Diagram on S102002 2003 S104001 4003 Basic Wiring Diagram Basic Wiring Diagram
S102002 2003 S104001 4003 Basic Wiring Diagram Basic Wiring Diagram.


Wiring Diagram on Wiring Diagram Anti Lock Brake For Mazda B4000 2002
Wiring Diagram Anti Lock Brake For Mazda B4000 2002.


Wiring Diagram on Change Over Switch Wiring Diagram   Electrical Information Blog   Pc
Change Over Switch Wiring Diagram Electrical Information Blog Pc.


Wiring Diagram on Wiring Diagram
Wiring Diagram.


Wiring Diagram on Solar Battery Wiring Diagram  Green Solar And Wind Power
Solar Battery Wiring Diagram Green Solar And Wind Power.


Wiring Diagram on Wiring Diagram
Wiring Diagram.


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Monday, April 8, 2013

5 to 15V Regulated Power Supply Rise

Regulated Power Supply
This project is a normal DC regulated power supply that is a variable DC voltage range from 5V to 15V. It can supply current up to  400mA to power the various circuits for your electronic projects. The voltage output is varied by using the potentiometer V.R1. In this circuit, the input line power supply is designed for 240V.A.C. If 110VAC input is used, alter the ratings of the varistor to 150VAC & the transformer ratio to 110V/12V. 

Fuse F1 is used as a protection in case theres any short circuit in the circuit. Varistor V1 is connected in parallel to the input of the line voltage to clamp the surge voltage from the line to a reasonable level that helps to protect the transformer & other circuitry. One time the voltage level surge to a high level beyond the ability of the varistor to absorb it, fuse F1 or varistor V1 or both will burn. If this circuit failed after a period of operation, check that the fuse & the varistor are still in nice condition or else replace them.

Diodes D1, D2, D3 and D4 are used to rectify the 12V.A.C voltage to DC voltage. Electrolytic capacitor E1 is used as a smoothing capacitor to reduce the ripple of the DC voltage. The DC voltage is fed in to the input of 7805 regulator where the output DC voltage is obtained. Changing the worth of VR1 will alter the output of the DC voltage. Capacitor C1 is used to filter out high frequency part from the power supply.


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