EPM7512AEBI256-10

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The EPM7512AEBI256-10 is a field-programmable logic device of the embedded-CPLD variety. It is a member of the EPM7512 family and has a Macrocell Count of 256-10. Its core is the MAX 7000AE CPLD architecture with 16 macrocells, known as EPM7512AE and developed by Altera. This makes the EPM7512AE a versatile, cost-effective CPLD solution with a high degree of design flexibility and scalability.

The EPM7512AEBI256-10 provides a wide range of features and benefits, including multifunction support, flash memory, programmable logic arrays, low power consumption, and an optimized logic cell architecture for high I/O counts. The device also supports user selectable packet-switching configurations, which allow for numerous data-frame sizes and speeds with multiple daisy-chain configurations.

One of the greatest benefits of the device is its small form factor, allowing for flexible and efficient wiring for embedded applications. The device also works well in harsh electromagnetic interference environments, as well as extreme temperature conditions, making it ideal for use in ruggedized systems. The device also provides a wide range of on-chip power optimization, allowing customers to optimize their power consumption during design.

In terms of its application field, the EPM7512AEBI256-10 is ideal for embedded systems that require multifunction and flash memory support. It is well-suited for embedded applications such as industrial control, embedded multimedia, and complex logic control. It can also be used in cost-sensitive applications such as small personal computers and consumer appliances.

The EPM7512AEBI256-10 also provides a variety of embedded programming options, which make it suitable for various programming applications. Its 3-state outputs enable programmability with data-frames in both serial and parallel formats. It also supports cascadable input/output types to enable larger systems. Additionally, the device offers numerous circuit protection features.

The EPM7512AEBI256-10 device is designed to work with in-system programmable logic, such as Altera’s MAX 7000AE CPLD platform. It requires no external components and its small form factor makes it ideal for embedded applications. The device uses an advanced EPM micro architecture, which enables a higher level of integration and an optimized logic array. This makes it ideal for use in a wide range of high-volume applications.

The EPM7512AEBI256-10 also offers the highest system capability of the MAX 7000AE family, with support for up to 500 I/Os and up to 2x larger logic array size. It can support up to 2x more logic functions per macrocell and supports a variety of memory and data frame configurations. Additionally, the device can operate at speeds up to 150MHz, which is twice the speed of previous versions.

The working principle of the EPM7512AEBI256-10 can be summarized as follows. It uses an advanced EPM micro architecture to enable a high degree of integration and an optimized logic array. It has a wide range of on-chip power optimization options to enable customers to optimize their power consumption during design. It requires no external components, and its small form factor makes it ideal for embedded applications. And, it supports a variety of memory, data frame, and speed configurations to support embedded programming.

In conclusion, the EPM7512AEBI256-10 is an embedded-CPLD device that is designed to provide a flexible, cost-effective solution for embedded systems that require multifunction and flash memory support. Its versatility and performance make it an ideal choice for a wide range of applications. Its robust design, power optimization capabilities, and small form factor make it an excellent device for embedded systems. And, its working principle is based on an advanced EPM micro architecture, which is capable of providing high-level integration and an optimized logic array.

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