We use electromechanical systems in our daily activities. Common examples include laptops and camera hard drives, which typically consist of dual electromechanical systems, drives, and servers. Mechanical and electrical equipment converts electrical energy into mechanical energy. In short, the conversion process allows most systems to perform their intended functions, such as activating the engine's starting system and powering the car's fan.
The following are the main driving factors for the growth and expansion of electromechanical systems:
The rapid development of actuators, integrated circuits (ICs), microprocessors, and power electronics technology.
Industrial and social demands.
Compared with other types of systems, electromechanical systems have economy and superiority.
Economically efficient manufacturing technology
For example, in industrial applications, electromechanical systems are equipped with actuator robots and automation systems, cargo handling technology, and servo motors for controlling valve opening and closing. Mechanical and electrical systems can usually be divided into traditional mechanical and electrical systems and micro scale mechanical and electrical systems. Both systems are based on overall physics and analysis, but differ in cost and manufacturing technology. Mechatronics assembly refers to the final assembly of electronic equipment using mechanical and electrical components.
Now that we have introduced the concept of electromechanical equipment, let's review some of the history of this technology. The 20th century began with the invention of direct current and alternating current by Edison and Tesla, which opened the embryonic stage of the power industry. The power industry also expanded from traditional power generation and consumption to innovation in the fields of sea, air, and ground transportation.
In the mid-1900s, the birth of computers and thyristor rectifiers (devices that convert AC voltage to DC voltage) propelled progress in the field of electricity, including smart grids, electric drives, airplanes, and ships. In the 1940s, 1950s, and 2000s, with the outbreak of World War II, electromechanical systems underwent further development, thanks to the invention of military power equipment. After the war, with the development of computers, the demand for consumer electronic products increased. Nowadays, with the introduction of Micro Electro Mechanical Systems (MEMS), the applications of electromechanical devices are infinite and are developing towards miniaturization. Mechanical and electrical assembly suppliers play an important role in electronic manufacturing.
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