Semiconductor Semikron

Semikron company is a manufacturer and supplier of all types of thyristors, diode, IGBT, bridge diode, dual diode and dual thyristor. Other products of Semikron Company including a variety of cable diodes, single-phase a.c bridge, three-phase diode a.c bridge .
The application of a semiconductor includes of a variety of battery chargers, inverter power supply, charger ups, remote control, soft starter, city electricity conversion to dc, and alternating current to direct electricity and rectifier.

How Semiconductors Work:

Semiconductors work based on the electronic properties of semiconductor materials such as silicon and germanium. Essentially, semiconductors act as electronic switches that can control the flow of electrical current. Semiconductors are divided into two main types, transistors and diodes, each of which plays an important role in electronic operation.
Transistors: Transistors can control the flow of electrical current from collector to emitter or vice versa. This control is often achieved through base current or base voltage. Transistors are used in electronic circuits to amplify and amplify electrical signals, switch, and control.
Diodes: Diodes only allow the same amount of electrical current (DC current) to flow in one direction and block the flow in the opposite direction. This property is very useful and is used in power conversion and amplification circuits, frequency correction and various types of electronic switching.
In short, semiconductors act as electronic switches that can control electric current. These properties make them very important for electronic businesses. In the next section, we will describe the applications of semiconductors in various industries.

Application of semiconductors:

As one of the main components of the electronic industry, semiconductors are used in many different fields and businesses. In the following paragraph, we will mention some of the main applications of semiconductors in various industries. 1. Electronics: In consumer electronic devices such as televisions, radios, computers, mobile phones and smart home appliances, semiconductors are used to amplify signals, control power and convert energy. 2. Industrial Automation: In industrial automation systems, semiconductors are used to control and switch devices and motors and regulate temperature and pressure. 3. Power Generation: In the power generation industry, semiconductors are used as key components in power generation and distribution, including power converters, compressors, and monitoring systems. 4. Automotive: In the automotive industry, semiconductors are used in automotive electronic systems for engine control, autonomous driving systems, safety systems, and communication systems. 5. Medical: In medical equipment such as imaging devices, vital medical devices, and portable medical devices, semiconductors are used for precise control and processing of biological signals. 6. Space Equipment: In the space equipment industry, semiconductors are used in space control and communication systems to control new systems, satellites, and space equipment. 7. Audio and video production: In industries related to audio and video production, such as audio and video devices, semiconductors are effective for processing and amplifying audio and video signals. In general, semiconductors, as one of the foundations of information and communication technology, are used in various industries and electronic applications and are of great importance. In general, the use of semiconductors is in various types of battery chargers, inverter power supplies, UPS chargers, remote controls, soft starters, converting city electricity to DC electricity and converting AC electricity to DC electricity and rectification.

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