STK11C68-SF25ITR

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

STK11C68-SF25ITR is a memory chip developed by STK and is an application optimized for embedded system applications. It is an all-in-one integrated Quasi-static RAM that combines all of the necessary components and design methods, including memory array, control logic, SRAM/DRAM controller, address decoder, data I/O circuit, power supply voltage regulator, and so on. It is capable of executing instructions 16 times faster and increasing read/write access times by up to two times than other requirements.

STK11C68-SF25ITR is especially suitable for applications such as digital consumer products, consumer appliances, home automation systems, portable and medical electronics, industrial control systems and so on. It has features such as low power consumption, excellent low frequency performance, wide data bandwidth and flexibility, and a high reliability. Moreover, due to its small size, it is also suitable for low power, high speed and small form factor applications.

The working principle of the STK11C68-SF25ITR memory chip is based on the Quasi-static RAM design. This design integrates all the basic circuitry onto a single chip and thus reduces the number of external components. Quasi-static RAM typically uses a combination of low speed SRAM cells, high speed DRAM cells and interconnects, combined with a high speed address decoder and data I/O logic into a single integrated circuit. This combination makes it suitable for both low power and high speed applications because the SRAM cells do not need to be rewritten when power is removed. As the operating speed is increased, the DRAM cells come into play, since SRAM cells are not fast enough to meet the performance requirements.

The STK11C68-SF25ITR memory chip is also designed to be power efficient. It operates at a voltage range of 2.7V to 3.6V, which is only slightly higher than the commonly used logic levels, but still provides enough power to ensure reliable operation of the chip. In addition, it features an efficient power supply voltage regulator which helps to reduce power dissipation. The chip also includes a built-in error detection and correction circuitry which helps to enhance reliability. Lastly, the chip is embedded with an optimized false clock disable system which is designed to reduce the power consumption of the chip.

In summary, the STK11C68-SF25ITR memory chip is an application-optimized memory chip designed for embedded system applications. It features a Quasi-static RAM design which combines SRAM and DRAM cells with address decoder and data I/O logic into a single integrated circuit, making it suitable for high performance applications. It also provides excellent power efficiency and enhanced reliability. Overall, it is a great choice for embedded system applications that need a reliable and powerful memory solution.

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