Inverter, in English, is a power conversion device that can convert 12V or 24V DC into 230V, 50Hz AC or other types of AC.
Inverter, in English, is a power conversion device that can convert 12V or 24V DC into 230V, 50Hz AC or other types of AC. Its output AC power can be used for all kinds of equipment to meet the needs of users in mobile power supply places or areas without power supply to the maximum extent. What is the working principle of the inverter? What are the product features.
working principle
Inverter is a DC to AC transformer. As the name implies, it is a reverse transformation. In fact, it is a process of voltage inversion with adapter adapter. The adapter converts the AC voltage of the municipal power grid into a stable 12V DC output, while the inverter converts the 12V DC voltage output by the adapter into high-frequency high-voltage AC. Current inverters generally use PWM (Pulse W
Product features
1. High conversion efficiency and fast startup;
2. Good safety performance: the product has five protection functions: short circuit, overload, over/under voltage and over temperature;
3. Good physical performance: the product is made of all-aluminum shell, with good heat dissipation performance, hard oxidation treatment on the surface, good friction resistance, and resistance to extrusion or impact of certain external forces;
4. Strong adaptability and stability with load
Classification of inverters
1、 Classification according to inverter output
1. Single-phase inverter; 2. Three-phase inverter; 3. Multi-phase inverter
2、 Classification according to the frequency of inverter output AC
1. Power frequency inverter; 2. Intermediate frequency inverter; 3. High-frequency inverter
3、 Classification according to output waveform of inverter
1； Square wave inverter; 2. Step-wave inverter; 3. Sine inverter
4、 Classification according to the principle of inverter circuit
1. Self-excited oscillation inverter; 2. Ladder wave superimposed inverter; 3. Pulse width modulation inverter; 4. Resonant inverter
5、 Classification according to inverter main circuit structure
1. Single-ended inverter; 2. Half-bridge inverter; 3. Full-bridge inverter; 4. Push-pull bridge inverter
This is the information about the working principle of the inverter. I hope this article will help you. If there is anything you don't understand, you can leave a message to the editor below, and we will answer it for you as soon as possible.
逆变器，英文inverter，是一种电源转换装置，可将12V或24V的直流电转换成230V、50Hz交流电或其它类型的交流电。
逆变器，英文inverter，是一种电源转换装置，可将12V或24V的直流电转换成230V、50Hz交流电或其它类型的交流电。它输出的交流电可用于各类设备.最大限度地满足移动供电场所或无电地区用户对交流电源的需要。逆变器工作原理是什么呢？有什么产品特点。
工作原理
Inverter 是一种直流到交流（DC to AC）的变压器，顾名思义是逆向变压，它其实与适配器Adapter是一种电压逆变的过程。Adapter是将市电电网的交流电压转变为稳定的 12V直流输出， 而 Inverter 是将Adapter输出的 12V直流电压转变为高频的高压交流电。现在的逆变器一般采用了PWM（Pulse W
产品特点
1.转换效率高、启动快；
2.安全性能好：产品具备短路、过载、过/欠电压、超温5种保护功能；
3.物理性能良好：产品采用全铝质外壳，散热性能好，表面硬氧化处理，耐摩擦性能好，并可抗一定外力的挤压或碰击；
4.带负载适应性与稳定性强
逆变器的分类
一，按照逆变器输出分类
1，单相逆变器；2，三相逆变器；3，多相逆变器
二，按照逆变器输出交流的频率分类
1，工频逆变器；2，中频逆变器；3，高频逆变器
三，按照逆变器的输出波形分类
1；方波逆变器；2，阶梯波逆变器；3，正弦逆变器
四，按照逆变器线路原理分类
1，自激振荡型逆变器；2，阶梯波叠加型逆变器；3，脉宽调制型逆变器；4，谐振型逆变器
五，按照逆变器主电路结构分类
1，单端式逆变器；2，半桥式逆变器；3，全桥式逆变器；4，推挽桥式逆变器
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