What is the function of the integrated circuit?
The function of the integrated circuit (IC) is to be the only component that can perform a high level, such as amplification, signal processing or even sophisticated digital calculations as in the case of microprocessors. Few electronic circuits do not use IC or chip or microchip. In addition, the integrated circuit function includes miniaturization, cost reduction and performance increase. If the electronics design should be implemented in discrete components, the number of parts could be, for example, 250. With ICS, the number of parts may drop to 10. This means that the total number of materials has fallen and each part of the production process is very simplified. By selecting the right IC you can add new features using less sources.
The function of increasing the power of the integrated circuit is made possible by implementing a specialized circuit inside the chip. Several Radio Frequency applications were too expensive to implement as a discrete kOmonents. When there was a high demand for a specific function, the semiconductor industry finds a way to get funds and build IC for special applications. For example, when audio cards for personal computers (PC) were introduced, there were many manufacturers who decided to create chips of integration (MSI) of middle scale that support PC audio applications. Another improvement of power is reduced energy consumption for the same results, which brings higher energy efficiency.
There are several IC and even several microcomputers directly inside computers, mobile phones and other digital devices. There is a graphic processor in the hand gaming gadget that Dri Drives color screen. This processor is usually an extensive chip of integration (LSI) with its own miniaturized and super low -energy digital processing. Another computer - the main computer - processes the task of starting user applications.
trend in electronics has always been miniaturizing circuits while the cost of belowThe line is low. Any popular equipment usually justifies a number of sources spent on conceptualization, design and implement new integrated circuits designed to optimize product production. Given the trends of miniaturization, there seems to be endless possibilities in providing electronic products that work even better in all aspects.
There are standard ICs that act as amplifiers, energy controllers and simple signal processors. These ICS usually range from 8-rounds to about 16-wheeled packages. The common package has two rows of pins, so the package of 20-pin dual (dil) will have two rows of 10 pins. Larger bridges are used for comprehensive digital applications such as adapted or application specific IC (ASIC), which can contain the entire microcomputer for all types of applications in telecommunications, automation and performance control.