Circuit Schematic Electric Fish Shocker Circuit using Transistor

Inverter. - This is electronic circuit schematic Electric Fish Shocker Circuit using Transistor like in Figure 1 below. In this circuit schematic the basic component used is transistor 2N3055. 

In here we will give you global description about Electric Fish Shocker Circuit using Transistor circuit and then we will give you link to continue your reading from original source as external website.

Circuit Schematic

Figure 1. Circuit Schematic Electric Fish Shocker Circuit using Transistor
(Source: Screenshot of Eleccircuit)

Component Part
  1. R 470 Resistors
  2. 2N3055 Transistors
  3. IN4007 Diodes
  4. 0.1 uF/250V capacitors
  5. Transformator
Description

Circuit schematic like in Figure 1 above is Circuit Schematic Electric Fish Shocker Circuit using Transistor. Eleccircuit site describe that is the simple electric fish shocker circuit or fish stunner. It helps in catching fish easier, it use 12V battery to convert to 220V AC. We use few parts so easy and cheap.

How it works

This circuit convert voltage from 12V battery to AC 220 volts. Both transistors will alternately work ON and OFF. Because above phase of transformer has same phase with below there.

For example, top transistor conduct current before, the voltage from 12 volts will be sent to the center trap OV to go to the up terminal. It make the center is positive and up terminal is negative and down of 12V terminal is also negative. Then,the negative voltage at below terminal so make lead B of all above transistors is bias current.

When above transistors stop conduct current. Magnetic field collapses causing a reverse-phase induction center was negative. The positive terminal is 12 volts then,the positive voltage will flow to R to bias lead B of below TR, makes it is the switch to connect circuit causes, induction the 12V to the coil of the lower switch like this forever..

And now you can read more you knowledge about Circuit Schematic Electric Fish Shocker Circuit using Transistor from the original source article using link [here].
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