SN65C3232EDBR

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SN65C3232EDBR is an integrated interface integrated device from Texas Instruments, applying in various data communications applications. This device integrates a differential driver and a differential receiver, offers a low-power and flexible solution for data transmission applications. This application and working principle of this device is discussed in the following aspects.

Overview

SN65C3232EDBR is featured with a low voltage differential signaling (LVDS) transmitter and a LVDS receiver. The maximum data rate for the device is 200 Mbps. The driver is able to drive up to 200 mA differential load, ensuring that the signal can be transmitted in longer distance without distortion. The receiver is able to handle incoming signal with eye-diagram margin even at higher data rates.

Application Field of SN65C3232EDBR

SN65C3232EDBR has plenty of application fields. In networking equipment, the device can be used to achieve high speed signal transmission in Ethernet, fiber channel and other communication standards. In data storage area, the device can be used to interconnect hard drives with signal processing IC. In home theater audio/video systems, the device can be used as a link between audio/video devices for connecting speakers, displays, amplifiers, etc. In medical applications, the device can meet the need of high speed digital signal transmission in medical imaging.

Working Principle of SN65C3232EDBR

The SN65C3232EDBR device performs data transmission in a very simple and intuitive way. The differential driver takes single-ended data input and generates low voltage differential signal. It is then sent to the differential transmission line, where the signal is modulated into high frequency pulses. On the receiver end, the high frequency pulses are demodulated back to the low voltage differential signals. The receiver then converts the low voltage differential signals back to the single-ended data. This process enables high speed and reliable data transmission.

Conclusion

SN65C3232EDBR is an integrated interface device featuring a differential driver and receiver. It can be used in networking, data storage, home theaters and medical applications for high speed digital signal transmission. The device performs data transmission in a simple way: the differential driver converts single-ended data to low voltage differential signals, modulates them into high frequency pulses, sends to the receiver, and then demodulates back to low voltage differential signals and converts to single-ended data.

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