M5LV-512/160-12YC

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M5LV-512/160-12YC is part of the series of embedded Complex Programmable Logic Devices (CPLDs) developed by Altera Corporation. This CPLD has a total gate count of 512 and 160 macrocells, which makes it suitable for a wide range of applications in the medical, industrial, and telecom markets. It also has a total system cost of up to $3,000.The M5LV-512/160-12YC CPLD has a 12-bit architecture, which allows it to be programmed to do differential clock switching and divide-by-N logic exploitation. The device also has counter-sequencing, enabling it to achieve frequency division and synchronous design. As such, the device can be used to implement clock division, frequency division multiplexing, clock control, and even pulse delay application designs.In terms of working principle, the CPLD uses a development board to program the device in few steps. This board comes with an in-system programming USB interface, as well as a 0-5V logic voltage range, making it easy to connect to most standard logic systems. The programming of the device is done through its JAM file, which stores the parameters, timing settings, and configuration settings. When programming is complete, the settings are stored in the non-volatile memory of the device.M5LV-512/160-12YC CPLD is dependable and efficient, making it a great choice for embedded applications. Its low cost and wide application range make it a cost-effective solution for many designs. This device combines many forms of logic design into a single, inexpensive component, simplifying system design and development.

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