M5-256/160-15YI/1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

M5-256/160-15YI/1 is classified as Complex Programmable Logic Devices (CPLDs). They enable design engineers to create fully customized Embedded electronics in a very short period of time. M5-256/160-15YI/1 offers fast logic performance and packed features that make it ideal for embedded applications.

M5-256/160-15YI/1 has an application field of consumer, industrial, and automotive markets. It is useful in products that need high speed and low power consumption. Its compact size makes it an ideal option for devices such as consumer electronic products and automotive applications.

The working principle of M5-256/160-15YI/1 is based on a fully static architecture. This architecture allows for the implementation of the most complex logic functions with minimal power consumption. The device’s logic block is taken from the Structured Array Logic (SAL) technology and consists of embedded multiplexers and decoders, allowing for the implementation of logic functions with fewer resources. Besides that, M5-256/160-15YI/1 also provides low power consumption. It operates at single +3.3V supply voltage with a programmable clock frequency of up to 250MHz. Additionally, its power saving sleep mode reduces power consumption when not in use. It also offers an array of integrated features like I/O compatibility, flexible internal wiring, and programmable timing.

M5-256/160-15YI/1 also offers design flexibility with its support for various virtual packaging solutions. It comes with various programmable I/Os that can be configured to support a wide range of peripherals. Additionally, its MicroASIC core enables flexible wiring for customized peripheral combinations. The device can also be reprogrammed multiple times, which allows for cost saving and easy product upgrades.

In summary, M5-256/160-15YI/1 is a highly advanced CPLD specifically designed for embedded applications. It is suitable for multiple markets and products that need low power and fast logic performance. Its static architecture provides efficient logic functions, while its programming options make it a design-worthy solution. Furthermore, it also offers flexibility and cost savings to futureproof the device.

The specific data is subject to PDF, and the above content is for reference