DS90LV027AHMX

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DS90LV027AHMX is a CMOS Quad Differential Line Receiver that receives low-voltage differential signaling (LVDS) format data. It is ideal for applications that require high data-rates and low power at extended temperature ranges. It has a high data rate of 800 Mbps (400 MHz) with a common mode input tolerance of ±400mV. Power supply voltage ranges between +3.15V and +3.6V and draw typical supply current of 110A.

The DS90LV027AHMX is a quad differential line receiver which replaces the traditional one-way bus topology, and is aimed at high-speed point-to-point data transmission. It achieves a data rate of 800 Mbps (400 MHz), and also offers low power consumption and extended temperature range operation. It performs as a cost-effective alternative to the multi-chip solutions for data transfer.

The DS90LV027AHMX has an index-marked pinout that simplifies its assembly in the target application. It operates from a single +3.15V to +3.6V power supply and is compatible with LVDS logic levels. It also offers wide input common-mode range uses and a low-power, CMOS-level logic compatible with wide voltage swings of up to 1.2V. Featuring low power consumption, the DS90LV027AHMX is also suitable for applications which involve portable equipment, battery powered systems, and miniaturized designs.

The DS90LV027AHMX features four differential line receivers with data inputs on pins A, B, C, and D, and return-to-zero outputs on inverted logic pins A_B_, C_, and D_. An enable input, denoted by EN, is available as well as a reference voltage, denoted by VREF. These pins are used to control the receivers and connect them to the appropriate reference voltage.

The working principle of the DS90LV027AHMX is based on its internal circuits including a data latch, a reference voltage, and a control circuit. It is designed to actively monitor the input differential signals and detect their levels. If the positive and negative signals are equal, the device latches them for active output and reference voltage. If either signal is higher than the other, the device does not latch the input. When EN is high and either one of the pins A through D is high, the device outputs a logic high signal. Conversely, when the EN pin is low, the output is disabled.

The DS90LV027AHMX is ideal for a wide range of applications where there is a need for high data-rates and low power consumption. These include high-speed signal transmission between components of networks, communications, and industrial systems; mobile displays; and data acquisition systems. Other potential applications include computer systems, monitors, and motherboards.

In conclusion, the DS90LV027AHMX is an ideal solution for applications which require high-speed data transmission, low power consumption, and communication across extended temperature ranges. It is a CMOS quad differential line receiver that is compatible with LVDS levels, and offers low power consumption and extended temperature range operation. It is suitable for a wide range of applications and offers a cost-effective alternative to multi-chip solutions.

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