SN65LVDS387EVM

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Evaluation and demonstration boards and kits are used to train, gain knowledge, and perform demonstrations in the fields of engineering and technology. SN65LVDS387EVM is a model of these boards and kits, which is a best fit for embedded systems related applications. It is used to evaluate the performance and characteristics of Single-channel LVDS Receiver Data interface. This board provides an environment to explore and develop new communication protocols within an LVDS design.

The SN65LVDS387EVM board consists of Single-channel Low-voltage Differential Signaling (LVDS) Receiver. The device works on a voltage range from 2.375V to 3.6V. It allows easy connection to a test and measurement environment for evaluation purpose. It operates with data rate values up to 520 Mbps for clock and data transmission.

This board is designed to work in different embedded applications. It helps in the validation and evaluation of the communications performance among two or more devices in data transmission. This type of application usually happens in the automotive sector that involves in vehicle-to-vehicle, device-to-device, infotainment, and Advanced Driver Assistance Systems (ADAS) communication protocols.

The SN65LVDS387EVM works based on the principle of single-ended drivers that transfer digital signals between two or more devices through a differential line. It uses differential signaling method as a standard communication protocol in the automotive sector. In these methods, two signals are sent in opposite phase allowing the receiver to calculate the difference. A differential amplifier then generates an output voltage equal to the difference in the two inputs.

The data rate of communication is measured by bit error rate (BER) testing. BER testing verifies how well data is transmitted in terms of accuracy and reliability. SN65LVDS387EVM enables BER testing to measure and compare the results of data rate while passing data between two devices over LVDS links. This is done by setting the output voltage and observing at the receiver end.

SN65LVDS387EVM consists of PCB measuring 91mm by 61mm, which provides two connectors for easy connection to a host device. The two connectors used are J1 and J2. The transmitter side has the connector marked as J1 and the receiver side is marked as J2. The interface pins that connect the two ICs on the board have to be connected in order for the system to operate. Additionally, an external reference clock needs to be provided on the board.

The SN65LVDS387EVM is powered by 3.3V supply voltage that is provided to both transmitter and receiver side, where the voltage can also be adjusted from 2.375V to 3.6V. It enables the device to work efficiently without any instability or reduction in data rate. The output voltage of the board also helps in adjusting the sensitivity of the receiver side.

The SN65LVDS387EVM is designed to provide an efficient environment to evaluate and measure the performance of LVDS receiver interface in different embedded applications. It helps in data transmission and ensures accuracy and reliability of the data transferred between two devices. Additionally, BER testing can be performed on the board in order to measure the data rate and consistency of transmissions. This board is user-friendly and requires a 3V power source to operate.

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