How to Make Single Transistor 5200 to Inverter

Hii friend,

Today I am going to make an Inverter using single transistor 5200.It's circuit is too simple and it require very less components.

Let's get started,

Step 1: Take All Components As Shown Below

Parts required -

(1.) Transformer - 12-0-12 x1

(2.) LED Light - 230V (9W)

(3.) Transistor - 5200 x1

(4.) Power supply - 12V DC

(5.) Resistor - 1K x1

Step 2: Transistor - 5200

B - Base

C - Collector and

E - Emmiter

Step 3: Circuit Diagram

This is the circuit diagram of this inverter.

Connect all components according to this circuit diagram.

Step 4: Connect 1K Resistor to Transistor

Firstly we have to connect 1K resistor to Base pin of the transistor as solder in the picture.

Step 5: Connect LED Light to the Output of Transformer

Connect LED Light to the output wires of the transformer as connected in the circuit/as given in the circuit diagram.

Step 6: Connect Power Supply Wire to the Circuit

Now connect input power supply clip to the circuit.

Connect +ve clip to 0-wire of transformer and -ve clip of input power supply to emmiter pin of the transistor as you can see in the picture.

NOTE : We have to give 12V Input power supply to the circuit.We can also give power supply with 12V battery.

Step 7: Give Power Supply

Turn ON the switch of 12V DC power supply.

Now its output power supply can be upto 230V AC.

Thank you

Step 8: Connect Transformer Input Wires

Next we have to solder 12-wire of transformer to Base pin of transistor with 1K resistor and

solder another 12-wire of transformer to Collector pin of transistor as you can see in the picture.

Comments

[kavishshah6532]

Transformer is of how much amperes??

[nithinmk605]

How transistor switching

[fabiogn]

This circuit is very similar to a Joule thief. It is a relaxation oscilator. As the Ib (base current) increases the magnetic flux in the first half of primary coil of transformer induces a voltage at the second half of the primary, which allows greater current at the colector emitter of the transistor, but as Ice grows it is reverse polarized with the first half of the primary coil which finaly oposes Ib, causing the transistor to switch. High voltage pulses on secondary of transformer are generated due to this pulsating current. This is indeed a curios circuit but not very eficient... the output is not even close a senoidal function.