M5-512/160-7YI

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M5-512/160-7YI, a type of Complex Programmable Logic Devices (CPLD), is specially designed for applications in embedded systems. It is a low power, low pin count, low voltage device for use in a variety of embedded applications. This device has 512 macro-cells, 160 I/Os and 7-bit combinational output stage.

Applications

M5-512/160-7YI CPLD can be used in a host of embedded systems including, but not limited to:

• Industrial automation
• Instrumentation
• Control systems
• Medical systems
• Consumer applications
• Lighting controls
• Communication systems
• Automotive applications

This device has the advantages of cost effectiveness, low power consumption, fast response time and low voltage operation. Its compatibility with low voltage devices adds to its versatility.

Working Principle

M5-512/160-7YI CPLD consists of a programmable interconnect point (PIP) matrix, macro-cells and input/output blocks. The PIP matrix is used to create a user-defined logic design and is controlled by a non-user-programmable processor. This processor generates programmable interconnects, and in combination with the programmable logic macro-cells, allows for a very high level of programmability.

The logic macros have pre-defined logic functions such as AND, OR, XOR and NAND. The macros also offer tristate capabilities, enabling them to be used to create a wide array of logical functions. The I/O blocks contain programmable logic blocks, so the user is able to program the device to act as an input or output port.

Once programmed, the M5-512/160-7YI can be used to create complex logic functions with a minimum of power and a wide range of operating frequencies. In addition, this CPLD is also able to interface with memory, sensors and many other digital electronic components.

Conclusion

M5-512/160-7YI CPLD is a low power, low pin count and low voltage device which can be used in a variety of embedded applications. It consists of a programmable interconnect matrix, logic macros and I/O blocks which are used to create complex logic functions.

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