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200W SMPS inverter with improved feedback. No additional small transformer is used for output regulation. Regulation is done via TL431 feedback circui

200W SMPS inverter with improved feedback. No additional small transformer is used for output regulation. Regulation is done via TL431 feedback circui

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Photo0119

Photo0119

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Photo0115

Photo0115

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13.8V 15A SMPS-based battery charger

13.8V 15A SMPS-based battery charger

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Charger charging a 12V 100Ah lead-acid battery.

Charger charging a 12V 100Ah lead-acid battery.

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Photo0027

Photo0027

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Photo0026

Photo0026

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Photo0025

Photo0025

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200W SMPS-based inverter. Output regulation is done by using a small 50Hz transformer for output voltage sensing.

200W SMPS-based inverter. Output regulation is done by using a small 50Hz transformer for output voltage sensing.

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DSC00509

DSC00509

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DSC00507

DSC00507

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DSC00506

DSC00506

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This is my PICKIt2 Clone. There are some problems with the original PICKIt2 that I have, so I decided to make a clone. I got info from the internet an

This is my PICKIt2 Clone. There are some problems with the original PICKIt2 that I have, so I decided to make a clone. I got info from the internet an

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Offline Half-bridge converter Input: 160 to 240V AC 50/60Hz Output: 14.5v 10A (max) Final test circuit (on PCB) for battery charging. Successful. Will

Offline Half-bridge converter Input: 160 to 240V AC 50/60Hz Output: 14.5v 10A (max) Final test circuit (on PCB) for battery charging. Successful. Will

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Automatic voltage stabilizer with 4 relays

Automatic voltage stabilizer with 4 relays

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1A flyback power supply with UC3842

1A flyback power supply with UC3842

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2A flyback power supply with TOP-GX

2A flyback power supply with TOP-GX

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12VDC to 280VDC DC-DC converter for CFL inverter

12VDC to 280VDC DC-DC converter for CFL inverter

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Flyback circuit using TOP-GX 12V 3A

Flyback circuit using TOP-GX 12V 3A

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Test setup on verroboard of half-bridge converter circuit with SG3525 and IR2110 for battery charging

Test setup on verroboard of half-bridge converter circuit with SG3525 and IR2110 for battery charging

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12VDC to 220VAC Inverter (200 to 300W) using SG3525, IR2113 and PIC16F676 with features such as low-battery and overload protection

12VDC to 220VAC Inverter (200 to 300W) using SG3525, IR2113 and PIC16F676 with features such as low-battery and overload protection

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