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Showing posts with the label invertercircuitdiagram

Simple inverter circuit diagram using transistor 2sc5200

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 In today's world, where electricity is a fundamental necessity, power outages can be inconvenient and sometimes even life-threatening. The presented circuit diagram is designed to act as a simple inverter.  Very few electrical components have been used in this circuit.   This circuit is built using a transistor 2sc 5200 and a 12V stepdown transformer.  In addition, a resistance 1K Ohm and a ceramic capacitor 472J have also been used in this circuit.   The main feature of this circuit is that it consumes very little current.  This circuit requires a 4v to 12v DC supply to function.  This inverter can be easily made at home. Simple inverter circuit diagram  Note: Ensure that you follow safety precautions and take necessary measures when working with electricity. Disconnect the electric.  Safety Tips Always work in Double-check your connections and polarities before applying power. Use appropriate safety g...

simple 20 watt inverter circuit diagram

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Presented circuit diagram is of 20 watt simple inverter.  This circuit is very simple and low cost.  This inverter can be easily made at home.   Two transistors CTC1351 and a ferrite Kaur transformer are used in this circuit.  Apart from this, a resistor 220 ohm, a polyester capacitor 105J, a diode IN4007 and a coil L1 have also been used in this circuit.  There are three coils in the primary winding of the ferrite core transformer used in this circuit, two coils have 15-15 turns of 25 gauge wire and one coil has only 6 turns.  And there are about 270 turns of 36 gauge wire in the secondary winding of the transformer. This circuit requires a 4v to 12v DC power supply to function.  The list of electrical components used in this circuit is given below. Electronics components list  Transistor  Q1 Q2, CTC 1351 Transformer  T1 ferrite core  Capacitor  C1...

battery charger circuit diagram

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The presented circuit diagram acts as 12v battery charger.   We get 10 Amp current from the output of this charger which is suitable for charging 150Ah battery.  A 0-12 10 Amp stepdown transformer has been used in this, in its output we get 12v 10Amp.  To convert 12v AC to DC, 4 diodes 5408 have been used in this circuit which are connected in parallel.   This charger is very suitable and simple and low cost charger to charge the battery.  This charger can be easily made at home.