SN65LVDS125ADBTG4

The SN65LVDS125ADBTG4 is a part of the family of low voltage differential signaling (LVDS) products from Texas Instruments. It is designed to provide a fully integrated differential line driver and receiver solution that is ideal for applications with high speed, low voltage, and low power requirements. It is suitable for consumer electronics and industrial applications such as flat panel display, networking, and security systems. This part offers the flexibility to meet a variety of system requirements while minimizing power consumption and cost.

The SN65LVDS125ADBTG4 provides a high-speed data transmission interface by using two low-swing LVDS outputs, each with a nominal swing of 350 mV differential. This allows for low power operation of the device and simplifies the external interface circuitry. The high data rate capability of the part allows for up to 100 Mbps data rates over a 25 m cable assembly. The high differential data rate of the device makes it suitable for applications requiring high speed and low power operation.

The SN65LVDS125ADBTG4 operates in the LVDS mode wherein data is sent and received between the two drivers. The data is transmitted in differential mode and has a low differential voltage swing of 350 mV. The device supports an interface up to 100 Mbps over a 25 m cable assembly. The device has an integrated self-biasing circuit which reduces power requirements and system complexity.

The device operates by utilizing two control lines, one for driver control and one for receiver control. The driver control line is used to enable the driver to send data and the receiver control line is used to enable the receiver to receive data. The device also has two status lines, the driver status line and the receiver status line, which allow the user to monitor the data being sent and received. The status lines also provide feedback on the receive signal quality.

The device has two differential outputs and two differential inputs that provide the necessary electrical characterization for LVDS signaling. The outputs are used to transmit data to the receiver and the inputs are used to receive data from the transmitter. The outputs use a differential voltage swing of 350 mV and the nominal peak-to-peak voltage level of the differential waveform is 700 mV. The transmit waveform is monitored by the receiver status line, which provides an indication of the voltage level and quality of the transmitted waveform.

The SN65LVDS125ADBTG4 is designed for use in applications that require high speed data transmission between two devices. It is suitable for communication between devices such as FPGAS, microcontrollers, modems and other digital systems. The device provides a low-power, high-speed data interface over 25 m and can work with data transmission rates of up to 100 Mbps. It is a fully integrated solution and is suitable for a variety of consumer electronics and industrial applications.