The combination of OP295 IC and SUB75N MOSFET provides an efficient and reliable solution for solar power loss protection. The OP295 can accurately measure the solar panel voltage and detect any drop in voltage caused by partial shading. The SUB75N then switches the output current of the solar panel to bypass the shaded area and restore power output to its full capacity. With this solution, solar panels can operate efficiently, generate uninterrupted power
A Mains Voltage Detector Circuit is an essential electronic circuit in which an essential function is to detect the presence of voltage in the main supply line. The circuit ensures that the presence of electricity is detected before any electrical appliance is operated or any repair work is done. It is a must-have electronic circuit for those who work with electrical appliances or electronic circuits.
The 150 Watt Lamp Dimmer using 1108APA IC is an efficient and cost-effective way to control the brightness of lamps. The 1108APA IC is a versatile and robust IC that is designed for lighting applications. It uses phase control to dim the lamp, which provides a smooth and gradual transition from full brightness to minimum brightness.
The LM2674 IC is an efficient and cost-effective solution for designing Switch-mode Power Supply Circuit. Its high efficiency, compact size, and built-in protections make it an ideal choice for a wide range of applications. The IC uses PWM technique to regulate the output voltage, and its output voltage can be adjusted by varying the duty cycle of the PWM waveform.
The polarity reverser circuit diagram is a useful tool for reversing the polarity of a circuit in applications ranging from automotive systems to electronic devices. The circuit consists of several key components, including diodes and relay, which work together to control the flow of current and voltage within the circuit.
The circuit of this Variable Power Supply 0-30V_10A is built using commonly available electronic components. It is a regulated power supply, which means that the output voltage and current are constant, regardless of changes in the input voltage or load. The design uses dual 2N3055 transistors to handle the high current flow, while LM317 is used to regulate the output voltage.
This type of power supply allows you to adjust the voltage and current output to fit the specific requirements of your project, making it a versatile and cost-effective solution for all your electronic needs. This is a very easy-to-build project without features like overload protection and short circuit protection or safety while powering up your devices.
In this video I have made an automatic PWM battery using Arduino, this battery charger can charge 12V or 24V battery, it can automatically detect battery voltage and set charging parameters according to battery and start charging the battery, the system also has leds to display battery level. I hope you will enjoy this video Gerber files and circuit diagram is given below.
In this video I have made a 12V Battery Charger Homemade with a feature to indicate when battery is fully charged. I have tried to make this video as easy as it could be and used common components. Portable chargers are great for on-the-go charging, allowing you to keep your devices powered up while you’re away from home.
Here is a powerful Adjustable Power Supply DIY of 0-30 volts and 10 amperes. A pair of 2n3055 transistors is used with bd139 and lm317 to control voltage and amperes. I hope you will like this video.
Variable Power Supply 0-30V_10A Circuit Diagram
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