7130LA55J8/2930

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

7130LA55J8/2930 is an element of Memory. This Memory was designed with specific application field and working principle.

Memory is one of the most important elements of a computer, providing the main storage practices for instructions and data that CPUs used to read and write. Memory is divided into two broad categories: volatile and non-volatile memory. Volatile Memory is a subset which fades away if power is removed or rebooted, while Non-Volatile Memory can be saved regardless of the power supply.

7130LA55J8/2930 is designed as Non-Volatile Memory. Its Volatile Memory chip type consists of many type of devices e.g. SDRAM, DDR, SODIMM, DDR2, DDR3, DDR4, and DDR5 etc. However it’s basic structure is the same. Its core consists of memory cells with two transistors per cell and a capacitor for each bit. It incorporates high speed with low power consumption to store small amounts of data quickly.

Its working principle includes an address being written to the address register and specifies the location, then data is written in memory or read from it. It contains a series of other registers that are used to control the various operations. As data is written in the non-volatile memory, the bits pass through electrical reader and writer circuits. Data is written by passing current through the gate and capacitor, while data is read through a reader circuit.

7130LA55J8/2930’s application field is particularly in embedded systems and industrial applications, as this Memory requires a simple and reliable operation and has a low power consumptions. It is often used in automotive, medical, and consumer electronics market. Furthermore, it has improved visual performance, with increased solutions high capacity and data access speed.

In summary, 7130LA55J8/2930 belongs to the subset of Memory in Non-Volatile Memory. It was designed with specific application field and working principle. Its core consists of memory cells with two transistors per cell and a capacitor for each bit, incorporating high speed with low power consumption to store small amounts of data quickly. It is mainly used in embedded systems and industrial applications, and commonly in automotive, medical, and consumer electronics market.

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