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

Memory Applications and Working Principles of EDB8164B4PT-1D-F-R TR

Memory is an essential element in computing, and those used in modern computers and embedded systems are classified and identified by their type and capacity. EDB8164B4PT-1D-F-R TR falls in the category of static random access memory (SRAM) and is part of the EDB8164B4PT family of SRAMS.

Applications of EDB8164B4PT-1D-F-R TR

The EDB8164B4PT-1D-F-R family of SRAMs is designed primarily for use in embedded systems that require fast, reliable data storage and recall. High speed, low voltage, and high capacity are combined to extend battery life and provide reliable performance of the memory core in applications. Its applications are broad, including:

• Automotive infotainment systems
• Industrial controllers
• Medical equipment
• Networking and industrial automation equipment
• Mobile and wearable device applications
• Digital cameras and other electro-optical systems
• In-flight entertainment systems

Due to its high speed and low voltage operation, the EDB8164B4PT-1D-F-R TR SRAM is also suitable as a cache memory. It is also capable of being used as a primary memory and as a secondary memory, when paired with other types of memory due to its design with very low power consumption.

Working Principles of EDB8164B4PT-1D-F-R TR

The EDB8164B4PT-1D-F-R SRAM is composed of an array of bipolar transistors, which allow the device to store a bit of information in the form of 1 or 0. The SRAM utilizes this array of transistors, to produce a cell which is capable of reproducing data stored in it, until it is cleared or written over. The core of the EDB8164B4PT-1D-F-R SRAM works by latches which contain the data stored in the cell.

The voltage is applied to one of the transistors which is either a ‘close’ or ‘open’ state. When the ‘close’ state is reached, a low voltage is present and the transistor’s electrical charge will cause the data to be stored in the latch. This data is automatically restored when the latch is opened, as the charge is no longer present.

Advantages of EDB8164B4PT-1D-F-R TR

The EDB8164B4PT-1D-F-R family of SRAMs provide a number of advantages to electronic systems, including:

• High speed operation
• Low power operation
• Low voltage operation
• High onboard storage capacity
• High reliability and long lifespan
• Can operate in extreme environmental conditions
• High data retention over temperature and time

The EDB8164B4PT-1D-F-R also features hot-swapping capability, allowing data to be stored or recalled even when power is not available or the system is turned off. This makes the EDB8164B4PT-1D-F-R an ideal choice for applications requiring fast and reliable data storage, especially in mobile and embedded systems.

Conclusion

The EDB8164B4PT-1D-F-R family of SRAMs is ideal for a variety of applications, from automotive infotainment systems to industrial controllers. Its combination of high speed operation, low voltage operation, and high onboard storage capacity, provide reliable and efficient data storage for any application. The EDB8164B4PT-1D-F-R also has the ability to operate in extreme environmental conditions, and its hot-swapping capability allows data to be stored or recalled even when the system is turned off.

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