EPM7064SLC84-5

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The 74HC595 and 74HCT595 shift registers are popular 8-bit serial-in, serial- or parallel-out shift registers. They have separate clocks for both shifting and storage, giving them the ability to be used in time-multiplexed applications. The EPM7064SLC84-5 is a Complex Programmable Logic Device (CPLDs) that offers general purpose pseudo static RAM emulation capabilities, allowing it to be used as an alternative for static RAM. This component also has the functionality of a Programmable Logic Array (PLA), which allows it to be used in applications such as data decode, data comparison and data manipulation.

The EPM7064SLC84-5 contains a 5ns programmable delay module, making it suitable for applications that require delays in their operations. This component also contains an on-chip oscillator, counters, logic functions and a pseudo random pattern generator. Furthermore, this component has the ability to perform 8-bit operations on its registers in a single cycle. It also operates with a supply voltage range of 2.3 V to 5.5 V, making it ideal for low power applications.

The EPM7064SLC84-5 boasts of several features, such as Live Update locking, which ensures that any changes made to the device configuration are automatically locked in memory. This component is also equipped with In-System Programming (ISP) support, which allows logic changes to be implemented directly using the device’s pins and the company’s software. The device also has a fully featured real-time Clock and Calendar, allowing it to be used to track time-related events.

The EPM7064SLC84-5, due to its rich set of features, makes it ideal for applications in the aerospace, automotive, medical and industrial markets. This component can be used for applications such as computer hardware controllers, data manipulation and storage, telecommunications, audio processing and instrumentation.

The EPM7064SLC84-5 works on a synchronous single-clock level-programmed architecture. This means that all the operations are synchronized and controlled by a single clock input, allowing for simpler programming models. The device works using a hierarchical structure, with the combinational logic structure on the top and the sequential structure on the bottom. The top level is made up of a set of logic functions and memory elements, while the bottom level only contains the memory elements.

Programming for the EPM7064SLC84-5 is done using a Macro-View software that can be used to create circuit designs and test them. This program is user-friendly and is based on the industry-standard VHDL language. Programmers can also use industry-standard synthesis tools such as NCSIM to create VHDL designs, which makes it easier to design complex circuits.

The EPM7064SLC84-5 is a versatile device, making it suitable for many different types of applications. It is capable of performing 8-bit operations on its registers within a single cycle, and its ISP support makes logic changes easier to implement. It also has a fully featured real-time Clock and Calendar, making it ideal for time-related applications. With its support for industry-standard synthesis tools, designing complex circuits is also easier. All these features make the EPM7064SLC84-5 an attractive choice for applications in the aerospace, automotive, medical and industrial markets.

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