THC63LVD827-B

Series:	THine®
Packaging:	Bulk
Part Status:	Active
Function:	Serializer
Data Rate:	1.218Gbps
Input Type:	CMOS/TTL
Output Type:	LVDS
Number of Inputs:	56
Number of Outputs:	8
Voltage - Supply:	1.62 V ~ 3.6 V
Operating Temperature:	-40°C ~ 85°C (TA)
Mounting Type:	Surface Mount
Package / Case:	72-TFBGA
Supplier Device Package:	72-TFBGA (7x7)

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Introduction

The THC63LVD827-B is a differential serializer/deserializer circuit designed to enable the transmission of multiple high-speed signals over a single twisted pair or coaxial cable. Differential serializers convert multiple TTL or LVDS signals into double data rate, quad data rate, and octal data rate compatible signals, while differential deserializers convert those signals back into their original forms. Ideal for high-speed serial multimedia applications, the THC63LVD827-B utilizes low-power, low-voltage integrated circuit technology to provide consistent signal integrity up to 2.125Gbps.

Application Field

The THC63LVD827-B is an ideal choice for transmitting high-speed serial multimedia signals due to its dedicated low latency, programmable clock data recovery, and adjustable equalization functions. These features make the THC63LVD827-B particularly suitable for applications such as DVI, HDMI, and DisplayPort dual-link with resolutions up to 2560x1600 and WQXGA, as well as for general-purpose video signal conversion, video switching, transmission of control signals, on-board signal routing and signal isolation. Moreover, the THC63LVD827-B’s internal signal conditioning capabilities enable it to handle high-resolution video signals that require full equalization and de-skew. The THC63LVD827-B can also be used in other high-speed data transmission applications such as 10G Ethernet and Fiber Channel, as well as for signal conditioning and signal routing in projects involving embedded systems. This integrated circuit can be used in combination with a differential equalizer amplifier to establish a point-to-point, low-latency, high-resolution link. This makes it suitable for use in storage area networks and densely packed data centers.

Working Principle

The THC63LVD827-B consists of two high-speed differential serializers and two high speed differential deserializers with a low-power operational amplifier located in between. This configuration allows the THC63LVD827-B to transfer data between two separate systems at rates of up to 2.125Gbps.The serializer section of the THC63LVD827-B is responsible for converting the input signal into a high-speed differential signal. This is done by sampling the input signal and generating a high-speed data stream, which is then split between the two differential outputs. The differential signals are significantly faster than the input signal and also require less power as they are generated at lower voltage levels than the input signal.The deserializer section of the THC63LVD827-B is responsible for reconverting the high-speed differential signal back into the input signal. This is done by sampling the differential input at a rate higher than the input signal and generating the proper output signal by comparing the two samples. The comparison is performed by the low-power operational amplifier located between the serializer and deserializer section.

Conclusion

The THC63LVD827-B is an ideal integrated circuit for transmitting high-speed serial multimedia signals and for general-purpose signal conditioning and routing. Its reliable low-power, low-voltage technology enables it to transfer multiple high-speed signals over a single twisted pair or coaxial cable at data rates up to 2.125Gbps. The serializer/deserializer architecture of the THC63LVD827-B allows it to support a wide array of applications, including DVI, HDMI and DisplayPort dual-link, 10G Ethernet, Fiber Channel, and embedded systems.

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