SN65LVDT2D

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The SN65LVDT2D is a dual differential line transceiver providing a cost-effective interface between voltage logic and current mode data systems. It is ideal for various applications including system-to-system interface, point-to-point control, and power gate drive. It is suitable for the range of interface applications such as printer interfaces, modems, and motor control circuits that use twisted-pair cables.

Features of the SN65LVDT2D

The SN65LVDT2D has a number of features that make it well suited for interfacing voltage logic and current mode data systems. It has integrated line terminations and includes a wide common-mode input range of VCC-2.5V to VCC+2.5V. The device is pin compatible with the SN75LVDT2D and is available in a space saving SOIC-8 package. It also features low power dissipation, low crosstalk, and has a maximum data rate of 2.5Mbps. Additionally, the SN65LVDT2D features a hybrid low voltage differential signaling (LVDS) enabling very low power operation in data receiver-sender mode.

Applications of the SN65LVDT2D

The SN65LVDT2D is designed for use in a variety of applications such as data communication, power control, motor control, point-to-point control, and system-to-system interface. It is especially suited for applications that use twisted-pair cables, such as printer interfaces, modems, and motor control circuits. The SN65LVDT2D is also suitable for applications that require a variety of interface types, including RS232, RS485, LVDS, and LVTTL. The device is also ideal for applications requiring an efficient mode of data communication over long distances.

Working Principle of the SN65LVDT2D

The SN65LVDT2D is a differential line transceiver that works by sending a differential signal across a twisted pair of conductors. When the SN65LVDT2D is paired up with matching drivers and receivers, the SN65LVDT2D will convert the digital data on the pins into current mode signals that it can transmit over the twisted pair. Its differential output signal is sent onto the twisted pair and then compared against the receiver\'s interpretation of the signal.

When building an SN65LVDT2D system, the transceiver must be paired up with a matching driver and receiver. The receiver will interpret the differential output signal of the SN65LVDT2D and convert it back into digital data that can be used by the application. The SN65LVDT2D is particularly useful in applications that require an efficient mode of data communication over long distances.

Conclusion

The SN65LVDT2D is a versatile dual differential line transceiver designed for applications that require an efficient and cost-effective interface between voltage logic and current mode data systems. It is suitable for a variety of interface applications such as printer interfaces, modems, and motor control circuits that use twisted-pair cables. The SN65LVDT2D is able to convert digital data into current mode signals for transmission over twisted-pair cables and must be accompanied by a matching driver and receiver.

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