1.5V to 12V Boost Converter

Hello friends this website going out for new amazing technology science tutorial.

Today we are making a power boost converter PBC. The main part of system is 2n3055 transistor

(metalic). The power of electron going into the induction coil and make a magnetic field (above 4.5v on 2 phases) and then the transistor make the power 21 volts AC power 1 amp and used 1n 4007 diode. The capacitor may be 25 volts best for this if I used 18 v capacitor it can blast and transistor can burn. This is a simple inverter for 12v 3w LED. Induction coil everywhere use for power boosting.

Circuit Diagram

Parts

1. 12v 3w LED   // for check the system
2. 2n3055 Metallic transistor
3. 1N4007 diode
4. 1000uF 25v Capacitor
5. Induction coil  //you can take from old smps
   

Know More For Choke Coil

It is also available SMD Version for micro board.

 in Choke coil is a part used in the electrical circuits to allow DC current to flow through while blocking AC current from passing. These choke coils are used in a number of electrical devices and when used as part of a radio’s circuitry, it will fall into one of two frequency classes such as radio or audio. These are usually used in circuits with higher frequencies use with different core materials than those used in lower frequency circuits.

In electronics, a choke is a version of a passive two terminal electronic component that called an inductor which is designed specifically for blocking higher frequency alternating current (AC) in an electrical circuit while allowing the lower frequency or DC current to pass.

A choke usually consists of a coil of insulated wire that is often wound on a magnetic core although some consist of a donut shaped “bead” of ferrite material strung on wire. The low electrical resistance allows DC and AC to pass with little power loss but it can limit the amount of AC passing through it due to its reactance. The name comes from blocking – “choking” – high frequencies while passing low frequencies. It is a functional name and is the same inductor that is often called a choke.

During the process of sending a signal through the circuit, the idea is to let the desired signal go through while filtering out the other unwanted signals. There is one type of unwanted signal which is the common mode noise that filters out by a common mode choke coil. Power lines are example of a source of common mode noise and without a choke coil, the power line would create a lot of electrical noise as it traveled to its destination. This would be received on the other end and possibly case interference with the signal.

The choke coil works because it can act as an inductor. When the current pass through will change as AC currents creates a magnetic field in the coil that works against that current. This is known as inductance and blocks most of the AC current from passing through. This result to the currents that do not change such as DC currents can continue passing through while those currents that are blocked by the magnetic field.

The finish part measuring in Multimeter . this is 100% real and you can also use for connect in UPS.
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