IS63LV1024L-10KLI

The IS63LV1024L-10KLI is a low power CMOS Static RAM memory device built with 128K-bit. It has a continuous random access time of 80ns and is a fast RAM, offering data storage and retrieval that is monitored quickly in a system. The memory device supports a variety of different applications, and its working principle allows it to fulfill many different tasks in Memory device.

Applications:

• Automation control systems – the IS63LV1024L-10KLI is widely used in applications such as manufacturing control, machine tools, robotics and process control.
• Industrial applications – including tube testing, medical imaging, telecoms, process monitoring and factory automation.
• Data communication and networking – in both wired and wireless networks used in LAN and WLAN applications.
• Digital signal processing – digital signal processors (DSP) use the RAM device to store intermediate results and allow faster manipulation of data.
• Military and aerospace – the RAM device is used in mission critical and data intensive applications such as target tracking, navigation systems, weapon control and avionics.

Working Principle:

The IS63LV1024L-10KLI memory device uses a 6-transistor memory cell to store one bit of information. It consists of two MOSFET (metal-oxide-semiconductor field-effect transistors) - one for each input and one for each output. This arrangement is then connected to a circuit comprising five other transistors that control the data flow and voltage levels in the cell. The device utilizes a non-volatile SRAM (static random access memory) technology, meaning that the memory is retained even when the device is powered down, thus enabling the device to keep track of its address and data locations.

The device is connected to an address bus and a data data bus. It further has an input/output control signal that enables it to be connected to a microcontroller and allows the controller to access the data stored in the memory. This is done via the two transistors acting as a two-way switch to either read or write data. When the control signal is given, one transistor opens up allowing data to be written, while the other closed allowing data to be read.

The memory device also features an active write cycle. This is when the device begins to actively write data from the data bus to the memory cell. This is done by applying the required voltage levels at the input and output ports, and then by connecting the input and output of the memory cell, which triggers the transistors and allows the data to be written. Once the data is written, the device shuts down, thus saving power and ensuring data is not lost.

Conclusion:

The IS63LV1024L-10KLI memory device is built with 128K-bit and offers a continuous random access time of 80ns and is a fast RAM. It is used in a wide range of applications and is connected to an address bus, a data bus and an input/output control signal. Its working principle involves the use of two 6-transistor memory cells, which allows data to be read and written. Furthermore, the memory device also features an active write cycle, which helps to save power and prevents data loss.