SN65LVDS304ZQER Integrated Circuits (ICs)

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The SN65LVDS304ZQER is an advanced clock-forwarding repeater that is ideal for a wide range of interface applications, such as: driving up to 3 differential signals, or multiplexing 3 differential signals, or a combination of driving and multiplexing of signals, or LVDS clock forwarding. It is designed to work with either AC-coupled pairs, or DC-coupled pairs, and offers a wide range of flexibility in the way it is used.

The SN65LVDS304ZQER is basically a differential line driver for the Low Voltage Differential Signaling (LVDS) protocol. It is composed of three output transceivers, one 2µA parallel resistor and one 2µA serial resistor. It offers full duplex transmission over wide-range of transmission lengths. The output transceivers use an advanced design that provides outstanding signal integrity, robust ESD and latch-up performance. This allows the SN65LVDS304ZQER to handle a range of signal frequencies ranging from 1MHz to 25MHz.

When the SN65LVDS304ZQER is used in a differential signal environment, it provides very fast switching speeds and minimal distortion. This is due to its low signal-to-noise ratio and low jitter characteristics. The signal-to-noise ratio is typically 25dB allowing reliable communication due to the ability to accurately receive, decode and reconstruct the transmitted signal.

When it is used in a parallel signal environment, the device provides significant signal strength and reduced noise due to the low resistance characteristics of the 2µA parallel resistor. The 2µA serial resistor further provides a small signal current which further reduces jitter and enhances noise rejection characteristics.

The SN65LVDS304ZQER is a powerful device which can be used in multiple applications. It can be used as a line driver, as a multiplexer or as a clock forwarding repeater. Its use in each application is quite different. When used as a line driver, the SN65LVDS304ZQER is used to transmit a single data signal across a differential line using the LVDS standard. This is done by using the powerful differential output transceivers to generate a monotonic signal, while simultaneously rejecting noise.

When used as a multiplexer, the SN65LVDS304ZQER is used to simultaneously transmit multiple differential signals down one differential line. This is commonly used in interface applications to transfer image or audio data from a source device to a receiving device. The device sends the signals down the line by providing each signal with a unique synchronous clock. This clock is provided to each output transceiver, allowing them to multiplex the signals accordingly.

Finally, the SN65LVDS304ZQER can be used for clock forwarding. It is used to distribute clock signals from a single source, to multiple receivers. The device is able to do this by providing each output transceiver with a single clock signal. This allows the device to forward the same clock format across multiple receivers. This way, multiple receivers can operate asynchronously, while still achieving the same clock speed.

The SN65LVDS304ZQER is an ideal device for a wide range of interface applications such as driving up to three differential signals, multiplexing three differential signals, or a combination of both driving and multiplexing. Its features such as low noise, low jitter and high-speed switching make it a reliable choice for mission critical applications. In addition, its multiple control options provide designers maximum control and flexibility.

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