A1460A-1PG207M

Series:	ACT™ 3
Part Status:	Obsolete
Number of LABs/CLBs:	848
Number of I/O:	168
Number of Gates:	6000
Voltage - Supply:	4.5 V ~ 5.5 V
Mounting Type:	Through Hole
Operating Temperature:	-55°C ~ 125°C (TC)
Package / Case:	207-BCPGA
Supplier Device Package:	207-CPGA (44.96x44.96)
Base Part Number:	A1460

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Embedded - FPGAs (Field Programmable Gate Array)

Field Programmable Gate Arrays (FPGAs) are one of the most popular and versatile forms of digital programmable logic in use today. FPGAs are used in a wide variety of applications, ranging from simple logic and timing functions to complex display, communications, and even embedded system applications. The A1460A-1PG207M FPGA is a widely used programmable logic device that offers a versatile and powerful programmable logic capability for embedded applications. This particular FPGA from Actel Corporation is a member of the Actel ProASICPlus® family of FPGAs, which provides up to 3.1 million system gates and on-chip RAM for flexible, high-speed designs. This FPGA is built using a 0.18-micron low-power process and has a density of 1.6 million gates, with up to 208 user IO pins. It offers a wide range of features and benefits that make it an ideal choice for a variety of embedded applications. The A1460A-1PG207M is a highly configurable FPGA, enabling designers to customize their solutions and optimize their designs for specific applications. Its configurability allows it to be used in a wide range of applications, such as simple logic or timing functions, or complex display and communications applications. The A1460A-1PG207M can be configured either as an FPGA or as an embedded processor, allowing designers to take advantage of the performance, flexibility, and scalability of FPGAs, while staying within the constraints of the design. Its embedded processor feature allows the device to execute applications such as control, communications, and signal processing without the addition of external components. The A1460A-1PG207M has the capability to store up to 900 instructions and up to 15 instructions can be executed concurrently. This enables the device to perform complex instructions in the background while its primary function is still in progress. This feature is valuable in applications that require high-speed calculation and processing in order to complete the task. The A1460A-1PG207M also offers a wide range of user IO pins, allowing the user to easily interface with a variety of external devices. The device offers up to 208 user IO pins, which are configurable for various digital and analog functions. This allows the user to easily interface with the external environment, enabling it to control and monitor equipment, or to process signals. The A1460A-1PG207M FPGA is an extremely capable programmable logic device, offering increased performance, flexibility, scalability and configurability for a variety of embedded applications. Its wide range of features and capabilities make it an excellent choice for high-speed calculation, signal processing, control, and communications applications. The working principles behind FPGAs are based on the concept of "programmable logic". This type of logic allows a designer to create custom designs or configurations of logic gates (programmable logic elements) that are used to implement a particular function or sequence of operations. Programmable logic elements can be configured to create various types of logic circuits, including those used for arithmetic, data storage, and signal processing applications. In order to use the programmable logic elements within the A1460A-1PG207M FPGA, designers must first create a set of "constraints" for the design. Constraints provide the necessary information for the FPGA to configure the programmable logic elements correctly. Designers can create a set of constraints using VHDL (VHSIC Hardware Description Language), Verilog, or a number of other languages and tools. Once the design constraints are complete, a configuration bitstream is generated which is then loaded into the FPGA. This configuration bitstream contains all of the information for the FPGA to configure the programmable logic elements to the correct state. The configuration bitstream is also used to store user-created instructions or sequences, which can then be used to control the FPGA once it is configured. When the FPGA is configured properly, it is ready to execute the instructions that have been programmed into it. The A1460A-1PG207M FPGA provides a powerful and flexible platform for embedded applications. Its configurability, ease of use, and high-speed calculation capabilities make it an ideal choice for embedded control, communications, and signal processing applications. This versatile and capable FPGA can be used to create tailored solutions for a variety of embedded applications, allowing designers to create powerful and custom designs that enable their products to achieve maximum performance and functionality.

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