MT42L16M32D1U67MWC2

Memory

The MT42L16M32D1U67MWC2 is a type of memory device. This device is suited for application fields that require a dynamic random access memory (DRAM). It is used for a variety of different applications, including gaming consoles, smartphones, computer graphics cards, and set-top boxes.

The device comes with a 64Mb DRAM that offers up to 8x the performance of standard DRAMs. It also comes with a DDR3 interface and a maximum speed of 1866MHz. The device is also low power, with a self-refresh current of only 2mA, thus making it well suited for laptops and portable devices.

The MT42L16M32D1U67MWC2 has an optimized layout, allowing for improved signal integrity and better overall performance. The device is also equipped with an on-die termination feature, which helps reduce jitter and improve signal integrity. Additionally, the device has an on-die ZQ calibration feature that helps maintain signal integrity in high-speed applications.

The MT42L16M32D1U67MWC2 also comes with a low power data retention mode, which is useful for applications that do not require constantly updating data. This mode is enabled by holding the on-die ZQ calibration feature in a low power state, thus reducing power consumption and increasing data retention time.

The working principle of the MT42L16M32D1U67MWC2 is relatively simple. When the device is addressed by the user, the control signals activate the Address and Data outputs on the chip. This causes the device to output the stored data in either the column or row data output format. The particular format depends on how the device is addressed.

It also operates in a write-back mode. In this mode, data is written to the DRAM in blocks that are known as pages. This ensures that data is stored in an orderly manner, making it easier to access and modify. When the data is written back to the memory, it can then be reused for other applications.

Overall, the MT42L16M32D1U67MWC2 is an ideal device for applications that require both speed and low power consumption. Its optimized layout, on-die ZQ calibration feature, and data retention mode, makes it well suited for gaming consoles, tablets, smartphones, and computer graphics cards. Additionally, the device’s simple working principle makes it easy to use and configure.