M5-256/160-7YC/1

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The M5-256/160-7YC/1 Complex Programmable Logic Device (CPLD) is an integrated circuit that is used to store and implement logic functions. It is ideal for embedded applications, such as in devices that require low power and simple operations. CPLDs are widely used in a variety of industrial, commercial, and consumer applications from digital media, to automotive, to medical device and gaming industry products.

The M5-256/160-7YC/1 CPLD integrates over 256 individual logic functions, including CLK inputs and CLK outputs. The CLK inputs can be used to sync multiple internal logic functions, and the CLK outputs can be used to route logic signals. It allows up to 16 levels of logic blocks, and has a maximum clock frequency of 160 MHz. The CPLD also has 64 Kbits of On-Chip RAM and 128 Kbits of On-Chip ROM.

The M5-256/160-7YC/1 CPLD is based on the Fujitsu FPGA E-Series core and utilizes a non-volatile memory. It is optimized for low power consumption and offers customers a cost-effective solution for their embedded applications. The logic functions on the device are organized in several blocks and the logic design is implemented with the use of the on-chip RAM. The CPLD also contains programmable I/O pins for direct connection to external devices and a power-down mode for ultra-low power consumption.

The working principle of the M5-256/160-7YC/1 CPLD is that it is programmed by loading a logic design into its on-chip RAM, which makes it more suitable for embedded applications. The design is then configured by loading the configuration data into the programmable registers. This data is then stored non-voluntarily in the CPLD, which means that the device will keep functioning without the need for an external power supply. The internal logic functions are then synchronized by the clock inputs and the individual logic signals are routed through the device\'s output pins.

The M5-256/160-7YC/1 CPLD is a reliable and cost-effective device for embedded applications. It can be used in a variety of applications from digital media, automotive, medical device and gaming products. With its on-chip RAM and ROM, it allows for quick implementation of logic functions and efficient power consumption. Thanks to its non-volatile memory, the CPLD can keep functioning without an external power supply and the clock inputs can be used to sync the internal logic functions. This makes the M5-256/160-7YC/1 CPLD an ideal choice for embedded applications.

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