IDT71V416VS10PHG8

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The IDT71V416VS10PHG8 memory device is a low-power, synchronous, 256K 4Mb static random access memory, designed using IDT\'s advanced CMOS technology. This device has a wide range of applications, including use in consumer electronics, industrial automation, industrial computing and control systems.

The device offers an access time of 10 ns and is capable of operating over a wide range of temperatures (0C to +70C). Its bidirectional data bus allows for read/write capability. It can store up to 256K bytes of data in the 4M words of memory, allowing for a wide range of applications. The device also has a built-in write protection feature, which prevents unauthorized or accidental writing to the memory.

The IDT71V416VS10PHG8 memory device is based on a synchronous SRAM design, using 8K x 8K memory cells arranged in 16, 256K x 8 bit planes. The planes are organized into four 1M x 8 bit pages. Each page can store up to 256K words of data, while the full 4M words can be stored in all four pages simultaneously. This device features an asynchronous RDY pin and an active-low reset pin that allows the device to be reset without the need to de-power it. It also has an auto-refresh feature that allows the device to automatically refresh its content without manual intervention.

The device also features a self-timed write enable (WE) signal which helps reduce power consumption and improves programming performance. This signal is active as long as the write enable input is active, and ensures that data is written correctly. It also helps to ensure that data is not inadvertently written to the wrong area of the chip. The device also has an auto-write-back feature which helps to reduce power consumption. This helps to minimize memory traffic by allowing data to be written in the background while the rest of the system performs other tasks.

The IDT71V416VS10PHG8 is an ideal choice for applications such as DSL modems and routers, home automation and remote access control systems, and industrial control systems. The device offers high speed data transfer and a wide temperature range, as well as low power consumption. With its high density and low power consumption, this device is ideal for use in systems where size and weight are important.

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