MT48V4M32LFB5-10:G TR

The MT48V4M32LFB5-10:G TR is a Quad SPI, double data rate (DDR) Synchronous Dynamic Random Access Memory (SDRAM) device that can store up to 8 megabits of data in a very small physical package. It is an ideal solution for applications needing to store large amounts of data, such as digital audio, digital video, computer systems and communications applications.

The MT48V4M32LFB5-10:G TR has a double data rate (DDR) interface that operates at up to 1833 Mbps, allowing for high data transfer rates. It also features a 4-bit wide, multi-ported synchronous DRAM (SDRAM) interface and a single-cycle, synchronous burst mode for greater performance. The SDRAM offers exceptionally power efficient operation and is capable of operating at temperatures from -40°C to +85°C. It also features a programmable refresh rate and jitter management.

The MT48V4M32LFB5-10:G TR features an on-die write-protect circuitry, which prevents accidental data corruption. Additionally, the MT48V4M32LFB5-10:G TR has a built-in on-chip power-down mode that reduces power consumption. The device also features a self-timed no-operation (NOOP) mode, which enables the device to remain in a low-power state while maintaining sufficient data retention.

The MT48V4M32LFB5-10:G TR is designed for use in applications such as military and avionics computing, storage, data acquisition and communications systems. It is also ideal for computer systems and network applications, as well as embedded systems requiring very high bandwidth and low latency memory access. The device has an outstanding random access time of 25 ns and is capable of achieving a peak transfer rate of up to 133 MBps.

In summary, the MT48V4M32LFB5-10:G TR is a powerful and reliable memory device designed for applications needing to store large amounts of data. It features a fast DDR interface and low-power operation, making it an excellent choice for embedded applications. The device\'s on-die write protection circuitry, jitter management, and power-down modes make it an ideal choice for military and avionics computing and storage applications.