SN65C1406D

Series:	--
Packaging:	Tube
Part Status:	Active
Type:	Transceiver
Protocol:	RS232
Number of Drivers/Receivers:	3/3
Duplex:	Full
Receiver Hysteresis:	1V
Data Rate:	--
Voltage - Supply:	4.5 V ~ 15 V
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	16-SOIC (0.154", 3.90mm Width)
Supplier Device Package:	16-SOIC
Base Part Number:	SN65C1406

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Introduction

The SN65C1406D family of transceivers is designed for fast, reliable signal transmission over backplanes, between boards, and through cables. These devices are built to support the High-Speed LVDS (HSLVDS) standard, and are ideal for high-speed parallel bus applications. This paper will discuss the application field and working principle of the SN65C1406D.

Application field

The SN65C1406D is ideal for high-speed parallel bus applications such as DSP, FPGA, AD/DA, and server system architecture designs. It can also be used in low-power FIFO, UART, Ethernet, and LVDS interface applications. The SN65C1406D\'s capabilities make it well-suited for application circuit designs. Its low-voltage, low-power design makes it an excellent fit for portable devices, and its ESD/feature/scalability makes it a practical solution for high-speed, high-performance circuits. In addition, the SN65C1406D is an excellent option for designs that use multi-conductor buses, large scale data transfers, or high-speed data reception applications.

Working Principle

The SN65C1406D is a serial differential transceiver designed for fast, reliable signal transmission over backplanes, between boards, and through cables. It is designed to be compliant with the High-Speed LVDS (HSLVDS) standard, which is a low-power, low-voltage interface that operates between two different logic designs.The working principle of the SN65C1406D involves two main components: the transmitter and the receiver. The transmitter part of this transceiver is responsible for sending the signals across the LVDS link, while the receiver is responsible for receiving the signals and decoding them into digital data. The transmitter utilizes an impedance mismatch compensation network, which helps optimize signal transmission performance across the link. This network consists of three resistors and a capacitor. The resistors provide the appropriate termination for the transmitter, while the capacitor helps reduce the effects of reflections by buffering the ringing voltage of the transmitter. The receiver uses a resistive voltage divider to reduce the DC voltage swings associated with the LVDS signals, as well as two internally generated reference voltages. This divider helps achieve balanced signaling. The receiver also features a hybrid noise filter, which helps filter out unwanted noise signals. The transceiver also features a low-power, low-voltage design, which helps reduce overall power consumption. It also boasts excellent ESD protection, making it a practical solution for high-performance circuits.

Conclusion

The SN65C1406D family of transceivers is designed for fast, reliable signal transmission over backplanes, between boards, and through cables. It is an ideal solution for high-speed parallel bus applications, as well as low-power FIFO, UART, Ethernet, and LVDS interface applications. The device is compliant with the High-Speed LVDS (HSLVDS) standard, which helps ensure fast, reliable signal transmission. The SN65C1406D also has a low-power, low-voltage design, as well as excellent ESD protection, making it a practical solution for high-performance circuits.

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