About Application Specific Integrated Circuits (ASIC)
ASIC chips (application specific integrated circuits) are designed for a specific application. An ASIC chip is a type of integrated circuit, often referred to as "gate-array" or "standard-cell" products, developed and designed to satisfy a specific application requirement. Standards cells are used in ASIC design. An ASIC engineer can create functional blocks with known electrical characteristics, such as propagation delay, capacitance and inductance, which can also be represented in third party tools. Standard cell design is the utilization of these functional blocks to achieve very high gate density and good electrical performance. Standard cell design falls between gate array and full custom design in terms of both the non-recurring engineering and recurring component cost. An FPGA ASIC (field-programmable gate array, application specific integrated circuit) design is a specially made digital semiconductor often used for ASIC prototyping. With this method, an ASIC engineer is able to program electrical connections for a specific application (for example a device for a sound/video card), without having the chip manufactured in mass quantities. A structured ASIC is an integrated circuit with predefined blocks that is programmed by customizing the top two to five routing layers. Other ASIC chips are commonly available.
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Engineering Web: Application Specific Integrated Circuits ASIC - Machine Design
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Synchronizing when speed counts | Machine Design These were usually implemented in application-specific integrated circuits (ASICs). The circuits exploited the fact that the encoder counter operated |
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Power management boosts solenoid-valve performance | Machine... An ASIC (Application Specific Integrated Circuit) built into the solenoid provides a simple timing function. |
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Coming Soon To Circuit Boards: The electronic potentiometer |... The adjusting of resistor values is the most common method to optimize sensor circuit performance in discrete and integrated circuits. |

