The intrinsic link between electrical and mechanical 5

In order for a mechanical device to function correctly, it needs electrical energy, and to coordinate the sequence of the correct operation of the mechanical equipment, a system consisting of control circuits and assembled electrical components is required. Therefore, a mechanical equipment, in addition to having a mechanism composed of mechanical parts, must also have an electrical system, this system is to control the correct operation of the machine system, for example, if you want to make an engine rotate forward, you need to press the corresponding button, the button touches the opening of a control circuit, and this control circuit makes the engine rotate. If you want to stop the engine, you also need to press the corresponding button, and you can also jog it in the same way, and so on.

I have been engaged in the electromechanical industry for 30 years. If you want to learn mechanics, you must know a little bit about electricity. Learning electrical, depending on your future development direction, you don't have to know too much about machinery.

In the past, the idea of not separating electromechanical families has long been outdated. From the current development point of view, it is still promising to engage in electrical engineering, with wide employment, high salary, and fast career change. On the contrary, it is not so easy to mechanically

Machinery is the body of electricity, and electricity is the soul of machinery. Those who study machinery must understand a little electrical knowledge, and at the same time, those who study electrical must also know a little bit of mechanical-related knowledge.

The organic power cannot meet the action requirements, and the action cannot be realized without electricity.

There are some switches that can be used. There is nothing else.

It may feel useless, but if you have a certain mechanical foundation, you may consider it more carefully when designing electrical products, and the product performance will be more in line with the requirements. And vice versa. In fact, there are complementarities between multiple disciplines and are not isolated.

Electromechanical is not separated, if you join the work, you will know the truth.

Electromechanical includes mechanical and electrical, but not all mechanical and electrical, that is, a combination of applied mechanical technology and electronic technology.

With the rapid development and wide application of computer technology, mechatronics technology has achieved unprecedented development, becoming a comprehensive computer and information technology, automatic control technology, sensing and detection technology, servo transmission technology and mechanical technology and other cross-cutting system technology, is currently developing in the direction of optical mechatronics technology (opto-mechatronics), and the application range is becoming more and more extensive.

Mechatronics is a combination of mechanical and electrical, this major has high requirements for both mechanical and electrical, because mechanical and electrical are two majors respectively, and together they become a new field.

Electromechanical is generally a general term for mechanical and electrical installation, such as ventilation and air conditioning. You can check out the builder's books.

The ability of a metal material to resist damage under load is called mechanical property (or mechanical property). Commonly used mechanical properties include: strength, plasticity, hardness, impact toughness, multiple impact resistance and fatigue limit.

Electrical performance is the set of electrical indicators that can represent the performance of a product, such as rated voltage, rated current, active power, use efficiency, reactive power, continuous use time, etc.

To say that the electrical performance of a product is good" means that the product is relatively better than similar products, and its electrical indicators are relatively better.