A3PN030-Z1VQG100

Series:	ProASIC3 nano
Part Status:	Obsolete
Number of I/O:	77
Number of Gates:	30000
Voltage - Supply:	1.425 V ~ 1.575 V
Mounting Type:	Surface Mount
Operating Temperature:	-20°C ~ 85°C (TJ)
Package / Case:	100-TQFP
Supplier Device Package:	100-VQFP (14x14)
Base Part Number:	A3PN030

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The A3PN030-Z1VQG100, classified as an Embedded - FPGAs (Field Programmable Gate Array), is a powerful addition to the embedded world of hardware engineering. This device utilizes a combination of hardware and software, allowing flexible and more efficient designs. The A3PN030-Z1VQG100 is specifically designed for industrial applications and is suitable for a variety of use cases.

The applications of an A3PN030-Z1VQG100 are vast, including but not limited to automotive, avionics, medical, security, and radio technology. The device offers all the flexibility of a general-purpose FPGA, as well as specific enhancements related to embedded intelligence. Specifically, the A3PN030-Z1VQG100 has been optimized for low power, high performance, and low gate-count applications. This is one reason why the device has become popular in a variety of sectors.

The working principle behind the A3PN030-Z1VQG100 is quite simple and efficient. An FPGA, such as the A3PN030-Z1VQG100, is a programmable electronic circuit composed of configurable logic blocks (CLBs). The CLBs are pre-wired to allow for flexible and rapid fabrication of digital logic components. To use an FPGA, engineers simply program the CLBs, either through a graphical interface or through a text-based programming language called VHDL (VHSIC Hardware Description Language). The FPGA can then be initialized according to the programmed logic.

Furthermore, the A3PN030-Z1VQG100 benefits from a variety of additional embedded intelligence features. First, the embedded intelligence in the device allows for more efficient design of digital systems. Unlike ASICs, which must be designed from scratch, FPGAs are inherently flexible. This means that engineers can configure the logic blocks without having to redesign entire circuits.

Second, the A3PN030-Z1VQG100 also supports dynamic partial reconfiguration, making it suitable for applications that are subject to frequent changes. Dynamic partial reconfiguration allows for the device to be reconfigured quickly and on the fly, reducing time to market and the overall cost of production.

Third, the A3PN030-Z1VQG100 also features sophisticated power management features. The device automatically adjusts the power consumption based on processing needs and clock frequencies, enhancing the efficiency of the design. This feature is especially beneficial for applications with tight power constraints, such as automotive and avionics.

In conclusion, A3PN030-Z1VQG100 offers a powerful solution for embedded hardware applications. Featuring robust hardware with sophisticated embedded intelligence, the device can be used to create efficient and flexible designs, ideal for a variety of use cases such as automotive, avionics, medical, security, and radio technology applications. The device can be rapidly and accurately programmed with a graphical interface or with VHDL, allowing for dynamic partial reconfiguration. Furthermore, the A3PN030-Z1VQG100 offers advanced power management optimisations that help enhance the efficiency of the design. As such, the A3PN030-Z1VQG100 is an ideal choice for embedded hardware engineers.

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