MT41J256M16HA-093:E

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MT41J256M16HA-093:E is a high-speed, low-power memory device that is suitable for a variety of applications, from consumer electronics to embedded systems. It is a double data rate synchronous dynamic random access memory (DDR SDRAM) that operates at up to 833 kilobits per second (Kbps).

MT41J256M16HA-093:E is a 3.2-volt device that features a low-voltage differential swing (LVDS) bus of up to 1.1 volts. This gives it a high level of compatibility with a variety of 3.2-volt and 1.8-volt systems. Other features include: a 16-bit wide data buffer, a data output strobe detector, a short write to read latency, a 0.7V HSTL-compatible output driver, and a thermal shutdown protection.

MT41J256M16HA-093:E is suitable for a variety of applications, such as storage for consumer electronics and embedded systems. It is also suitable for use in memory modules and as a system memory in servers and desktop PCs. It is especially useful for applications that require a large amount of memory and require minimal power consumption, such as gaming and multimedia applications.

The working principle of MT41J256M16HA-093:E is simple. It is a synchronous dynamic random access memory, which means that it stores data in individual cells that are constantly refreshed. This ensures that the data remains intact and does not become corrupted. The device also works by having two separate address buses and one data bus, which allow it to read and write data quickly and efficiently.

In order to read or write data, the device will first receive the address of the data from the address buses. It will then proceed to read or write the corresponding data from or to the data bus. The data can be written to the device by sending the data to the device through the data bus while the address of the data is sent through the address buses. The device can be written to a maximum speed of 833 Kbps.

MT41J256M16HA-093:E is a high-speed, low-power memory device that is suitable for a variety of applications, from consumer electronics to embedded systems. It has a 16-bit wide data buffer, a data output strobe detector, a short write to read latency, a 0.7V HSTL-compatible output driver, and a thermal shutdown protection. It is suitable for a variety of applications, such as storage for consumer electronics and embedded systems, memory modules, and system memory in servers and desktop PCs. Its working principle is simple and it can be written to a maximum speed of 833 Kbps.

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