S99FL208K0RMFI041

Memory

S99FL208K0RMFI041 is a type of memory that is non-volatile, meaning that it holds data regardless of a power source and does not require constant refreshing like other types of memory. This type of memory is mostly used in industrial, automotive and aerospace industries, where bulky components and data redundancy are present.

S99FL208K0RMFI041 is a direct unmounted memory that operates on a single voltage power supply. This type of memory is composed of two separate non-volatile non-volatile memories and includes a write protection feature to protect it from data corruption, accidental write operations, and malicious attack. Moreover, it also has a unique feature, called inverted memory, which reverses the logic bit order of the data stored.

Application Field

S99FL208K0RMFI041 is widely used for applications requiring large amounts of non-volatile media such as industrial automation and transportation. It is typically used in applications where the stability and durability of a memory is paramount, such as in robotic and aerospace applications. In addition, this type of memory technology is also ideal for applications where space saving is essential as it is one of the smallest form factor non-volatile memories available.

The main application field of this memory includes automotive, industrial, telecommunications and aerospace industries. In the automotive industry, it can be used in engine control units, onboard communication systems and active safety systems. In industrial machinery, the S99FL208K0RMFI041 is widely used for programmable controllers and machine to machine communication. In telecommunications, it can be used in telecom systems, network equipment, mobile base stations and smartphones. Additionally, it can be used in aerospace equipment, such as satellite communications and aircraft control systems.

Working Principle

The S99FL208K0RMFI041 operates on a two-wire, serial interface with a 7-bit command code. Data and commands can be sent serially from the controller to the memory IC through the Serial Data In pin. The Serial Clock pin is used to receive the command codes from the controller which are used to read and write the data. Additionally, the write protection pin is used to prevent the memory IC from being written over or corrupted.

The memory IC stores data in the form of bits. Bits are stored in units of 8 bits that are called a byte. By default, the number of bits in a byte is 8. Each bit represents either a ‘0’ or ‘1’ on the memory IC, which determines the data it stores. Data can be simultaneously read or written on the S99FL208K0RMFI041, with the data transfer rate being determined by the serial clock speed.

The S99FL208K0RMFI041 can also store up to 8KB of information, divided into two separate non-volatile memories. This type of memory is a very effective choice for applications where data integrity is vital, as it can operate from -25°C to +85°C temperatures and also is resistant to vibration, shock, heat and other environmental factors.