S99FL164KBIS0

S99FL164KBIS0 Application Field and Working Principle

The S99FL164KBIS0 is a targeted application programmable Flash (APF) memory from Toshiba Semiconductor. It is used to enable complex programming operations while providing robust performance. The device is a flexible, non-volatile memory with dense storage capacity and an optimal data storage and retrieval process.

Designed to accommodate customised programming patterns over multiple cycles, the S99FL164KBIS0 can be programmed and re-programmed to meet specific application needs. Its configurable architecture allows programming parameters such as current, voltage, temperature, and access speed to be tuned to suit specific user requirements. Its small size and low power consumption make the device suitable for a variety of applications, including automotive, industrial, and consumer electronics.

Application Field

The S99FL164KBIS0 is a high-performance memory device that is ideally suited to applications requiring highspeed data storage and retrieval. It is often used in automotive control systems, in industrial automation, in consumer electronics, and in medical systems. As such, it can provide an essential component to a variety of system architectures. In automotive applications, the S99FL164KBIS0 can be used to control various engine functions, such as fuel injection, transmission control, and braking. In industrial automation, it can be used for the precise control of robotic arms, as well as other operational processes. Finally, it can also be used in consumer products, such as digital cameras and gaming systems, to provide extra storage capacity or access to high-speed data.

Working Principle

The S99FL164KBIS0 is designed to make use of a two-transistor memory cell to store data. Each cell consists of two transistors (T1 and T2) and a capacitor (C). The capacitor stores the data in its binary form, while the two transistors (T1 and T2) act as switches to control the flow of electrons from the source (S) to the drain (D). The S99FL164KBIS0 also includes an array of logic circuitry to decode and control the data flow. The array can be programmed with a range of user-defined programming parameters specific to the application at hand.

When electrons enter the source (S) of the memory cell, it will turn the transistor T1 on, allowing the charge to flow from the source to the drain (D). The second transistor (T2) acts as a "bottom contact" to the cell, which is kept in a low state until the data is written. After the data is written, the T2 transistor is inverted, thus allowing the charge to stay in the cell and remain on the capacitor (C). To read the data, the logic array decodes the stored information in the cell, and the current flow is sent to the output pin for further processing.

Conclusion

The S99FL164KBIS0 application programmable Flash memory from Toshiba Semiconductor is a powerful and flexible device that can be configured to suit specific user needs. Its robust performance, small size and low power consumption make it a suitable choice for a variety of applications, ranging from automotive control systems to medical systems. With a two-transistor memory cell design and an array of logic circuitry, the device is able to store and retrieve data with high speed and accuracy.