ISPLSI 5128VE-180LT128

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This paper is about the ISPLSI 5128VE-180LT128 application field and working principle, which is classified as Embedded – CPLDs (Complex Programmable Logic Devices).

A Complex Programmable Logic Device (CPLD) is a programmable integrated circuit that typically large amounts of digital resources, including processing elements, memory, I/O interfacing, including EEPROM memory, non- volatile and non-volatile program storage, on chip system clock management and timing functions, etc. It is a high performance, low power form of logic that enables logic designers to quickly design, configure and prototype digital system designs. CPLDs are designed for production volumes, for applications where speed, low power consumption, low cost, and design complexity are important factors. These devices can provide thousands of logic gates in a small package.

The ISPLSI 5128VE-180LT128 is a CPLD with a pin-grid array (PGA) package. It is a product that offers a wide variety of features and benefits. The device contains 14 configurable logic arrays (CLA) blocks, 90 I/O pins, 64KB of memory, 128 logic elements and 64 outputs. The architecture of the ISPLSI 5128VE-180LT128 allows for flexible design because it can be reconfigured to support different logic designs, and it can be programmed to perform different functions through the use of the EPROM (erasable programmable read-only memory).

The main application field for ISPLSI 5128VE-180LT128 is the embedded system and digital design. It can be used in applications such as digital and analog sensing, medical instruments, automotive electronics, industrial controls/automation, factory automation/telemetry, networking/communications, instrumentation, and data acquisition. ISPLSI 5128VE-180LT128 is suitable for both internal and external logic designs. The design complexity of CPLDs allows designers to reduce time-to-market and to reduce development costs.

The working principle of the ISPLSI 5128VE-180LT128 can be summarized as follows. When a logic command is entered, it is stored in the memory of the device. The logic command is then decoded and executed by the control unit which controls the logic elements and ports. When the command is being executed, the control unit reads the output of the logic elements and connections and produces the desired output. The output is then sent to the inputs of the logic elements, or output connections of the device.

ISPLSI 5128VE-180LT128 has many advantages such as high speed, low power consumption, high reliability and flexibility. It is a cost-effective solution for production size digital designs and for embedded system designs. It also provides for easy reconfigurability and programmability. The device’s architecture ensures that the complexity of the design is reduced, allowing a quicker time-to-market.

In summary, the ISPLSI 5128VE-180LT128 is an application-specific CPLD that offers very high performance, low power consumption, and flexible design capabilities. It is suitable for production size designs, as well as for embedded system designs. It is programmed through the EPROM memory, providing quick time-to-market, reducing design complexity and development costs.

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