CY37128P160-125AC

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The CY37128P160-125AC, a Complex Programmable Logic Device (CPLD), provides a single device that can replace multiple logic chips, reducing the time to design a system. This device has a range of features and flexible programmable logic, allowing users to create complicated designs with ease. It is widely used in embedded applications, such as industrial and medical equipment, automotive systems, and consumer electronics.

The CY37128P160-125AC is a programmable logic device (PLD) with 384 macrocells (8 input/8 output). This device has four expansion ports for further expansion of the logic functions. The CY37128P160-125AC is based on a 0.18um CMOS process and is capable of operating at speeds up to 160MHz. It also has an array of internal memories, including RAM, ROM and FLASH memory, making it ideal for storing large amounts of data.

The main feature of the CY37128P160-125AC is its programmable logic. This device allows users to use VHDL or Verilog to easily create complex logic functions. The logic can be used to create simple combinatorial functions, as well as advanced microcontroller-like functions such as conditional branching, interrupt handling, and more. This device also allows for the configuring of a dedicated internal array of memory locations and registers, giving the user more control over the design.

The device also includes a XPLA3-LX FPGA Crosslink interface, which is used to connect the CY37128P160-125AC to external FPGAs. This allows the user to quickly and easily expand the logic capabilities of the device by connecting multiple FPGAs into a larger system. This feature saves time, as the logic design can be completed without having to write custom logic functions.

Another feature of the CY37128P160-125AC is the Power-on Reset, which safeguards against power fluctuations and potential programming errors. It begins to execute its internal operations once power is applied, and can be set to begin from its identity mode or from its start-up mode.

The CY37128P160-125AC can also have its logic functions stored in an external EEPROM for on-board field upgrades. This device is designed to work with both synchronous and asynchronous designs, allowing it to seamlessly integrate into complex embedded systems. It can also be connected to external memory modules, providing an easy way to program large amounts of data.

In conclusion, the CY37128P160-125AC is an ideal embedded CPLD for a wide range of applications. Its range of features, including the ability to easily design complex logic, configurable internal memory, and external FPGA Crosslink makes it an invaluable tool for embedded systems designers.

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