Inverter Product Features Inverter Operation

Inverter, English inverter, is a power conversion device that can convert 12V or 24V DC into 230V, 50Hz AC or other types of AC. The AC power it exports can be used for various types of equipment. It can meet the needs of users of AC power in mobile power supply areas or in areas without power. What is the working principle of the inverter ? What product features.

working principle

Inverter is a DC to AC transformer. The name suggests is reverse voltage transformer. It is actually a voltage inversion process with the adapter Adapter. The Adapter converts the AC voltage of the utility grid into a stable 12V DC output, while the Inverter converts the 12V DC output from the Adapter to high-frequency, high-voltage AC. Current inverters generally use PWM (Pulse W

Features

1. High conversion efficiency and quick startup

2. The safety performance is good: The product has 5 kinds of protection functions such as short circuit, overload, over/under voltage and over temperature;

3. Good physical properties: The product adopts aluminum shell, good heat dissipation performance, surface hard oxidation treatment, good anti-friction performance, and can resist extrusion or knocking with certain external force;

4. With load adaptability and stability

Inverter classification

First, according to the inverter output classification

1, single-phase inverter; 2, three-phase inverter; 3, multi-phase inverter

Second, according to the inverter output frequency classification

1, industrial frequency inverter; 2, intermediate frequency inverter; 3, high frequency inverter

Third, according to the inverter output waveform classification

1; square wave inverter; 2, step wave inverter; 3, sine inverter

Fourth, according to the principle of inverter line classification

1. Self-oscillating inverter; 2. Step-wave superimposed inverter; 3. Pulse-width modulation inverter; 4. Resonant inverter

Fifth, according to the inverter main circuit structure classification

1, single-ended inverters; 2, half-bridge inverters; 3, full-bridge inverters; 4, push-pull bridge inverters

The relevant information about the working principle of the inverter has been introduced here for everyone. I hope this article will be helpful to everyone. If you still have something you don't understand, you can leave a message to Xiaobian at the bottom. We will answer your questions as soon as possible.

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