A single-phase electronic power saver, which is composed of a
power saving device. The structure of the
power saving device is: two
ceramic capacitors (1) are connected in series and connected between the live wire (10) and the neutral wire (9). The
capacitor (2) is connected in parallel with two
ceramic capacitors (1), one end of the
inductor (3) is connected to the live wire (10), and the other end of the
inductor (3) is connected in series with the second
resistor (6) and the first
resistor (5). Connect with the zero line (9), the
anode of the
thyristor (4) is connected between the safety
capacitor (2) and the
inductor (3), the
cathode of the
thyristor (4) is connected between the safety
capacitor (2) and the first Between the first
resistor (5), the control pole of the
thyristor (4) is connected between the first resistor (5) and the second resistor (6), and one end of the indicator light (7) is connected between the inductor (3) and the second resistor (6). Between the two resistors (6), the other end of the indicator light (7) is connected between the first resistor (5) and the
silicon controlled
rectifier (4); the single-phase electronic power saver is installed on a single-phase power supply to provide stable power supply
voltage, filter transient surges, balance
line current, prolong the service life of equipment, have multiple functions such as safety and
power saving, and have a certain power saving effect for single-phase
power consumption systems.