DS90LV049TMT

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The DS90LV049TMT is an advanced low-voltage, quad differential bus transceiver. It is used to provide control and access for different types of peripheral devices, such as LCD controllers. The device is also suitable for many other applications, from low-cost point-to-point data transmission applications to data buses used in computer, audio/video and telecommunications systems.

The DS90LV049TMT provides level shift for four, low-voltage, 3.3V CMOS voltages, from 0.85V to 3.3V, to be transmitted or received through four buffered differential data lines, LVDS_EN. The LVDS_EN lines are differential signals which switch between two states to indicate the presence or absence of data. The device requires two supply voltages, 3.3V and 1.2V. The 3.3V supply is connected to the VCC input, while the 1.2V supply is connected to the VCC_1.2V input.

The DS90LV049TMT has two operating modes, normal mode and test mode. In normal mode the device receives data from the LVDS_EN lines and provides the corresponding LVDS output on the LVDS_OUT lines. In test mode the device is used to drive the LVDS_OUT lines, irrespective of the state of the LVDS_EN lines.

The DS90LV049TMT supports a number of features for improved system performance, such as skew control and reduced noise. The device has a low propagation delay of 8ns (typical), a low input to output skew of 4ns (typical) and a low data jitter of 4ns (typical). It is also designed to minimize the amount of noise generated, resulting in improved system performance.

The DS90LV049TMT can be used in a variety of applications, such as point-to-point differential data transmission systems, LCD controllers, printer controllers, bridge designs, and communications. The device is also suitable for applications where improved performance and low power consumption are required.

The DS90LV049TMT is an ideal choice for applications that require reliable, high-speed data transmission over long distances, such as automotive infotainment systems, audio/video systems, high-definition televisions and telecom base stations. It is also the ideal choice for applications that require improved system performance and low power consumption, such as mobile phones, medical systems, home appliances and industrial automation.

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