DS92LV2412SQE/NOPB

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Function:	Deserializer
Data Rate:	1.2Gbps
Input Type:	Channel Link II (CML)
Output Type:	Channel Link II (LVCMOS)
Number of Inputs:	1
Number of Outputs:	24
Voltage - Supply:	1.71 V ~ 1.89 V, 3 V ~ 3.6 V
Operating Temperature:	-40°C ~ 85°C (TA)
Mounting Type:	Surface Mount
Package / Case:	60-WFQFN Exposed Pad
Supplier Device Package:	60-WQFN (9x9)
Base Part Number:	DS92LV2412

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Introduction

DS92LV2412SQE/NOPB is an enhanced serialiser/deserialiser (SerDe) family of devices, designed by Dallas Semiconductor, which are used in high speed applications requiring low power and high signal integrity. It is ideal for applications such as high-lane count DisplayPort, HDMI, Fast Ethernet, digital gaming interfaces, multiplexed LVDS, SMPTE digital video standards, SATA, and Serial RapidIo. The DS92LV2412SQE/NOPB performs two fundamental operations for digital video systems: serialisation and deserialisation. Serialisation refers to the reverse of the process by which data is converted from parallel digital data into a synchronous serial data stream. Deserialisation refers to the process by which data is converted from a serial data stream into individual parallel digital data lanes.

Application Field

The DS92LV2412SQE/NOPB offers a wide range of applications, including those in the consumer, medical, military, and industrial sectors. It is capable of transmitting serial data streams of up to 5.5Gbps, making it capable of transferring multiple types of high-speed signals in real time. In consumer applications, the DS92LV2412SQE/NOPB is used in digital cameras, multimedia devices, and Blu-ray players to help transmit and receive audio and video through HDMI, Displayport, and other interfaces. In medical applications, the DS92LV2412SQE/NOPB is used in endoscopes and other medical imaging equipment to help transfer high-resolution image and video data accurately and reliably. In military and aerospace applications, the GS-1LV2412SQE/NOPB performs serialisation and deserialisation operations at speeds up to 5.5Gbps, meeting the stringent requirements of these high-speed applications. In industrial applications, the GS-1LV2412SQE/NOPB is used to control and monitor multiple motors and other types of moving machinery in order to ensure accuracy and reliability in harsh environments.

Working Principle

The DS92LV2412SQE/NOPB is designed to feature the highest signal integrity and lowest power levels with the highest achievable speed at the same time. It can clock the data up to 5.5Gbps with no buffering or external components required. It has on-chip dithering and Slew Rate Controllable output that enables it to reduce EMI and improve signal integrity. The design of the DS92LV2412SQE/NOPB includes a wide range of features that enable efficient data transfer and processing. It is capable of serialising up to four data channels into a single stream of data, reducing the number of cables required for data transmission. It also features data scrambling and encoding for error detection and detection of bit errors. The DS92LV2412SQE/NOPB also features a programmable equaliser and a low-skew serial clock output to ensure equal distribution of the clock signal across multiple channels. The DS92LV2412SQE/NOPB device is also designed to support multiple signal transmission protocols. It is compatible with protocols such as HDMI, DisplayPort, USB 3.0, and PCIe. It is also capable of supporting numerous data formats such as 8/10-bit NRZ, 8/10-bit RZF, 8/10-bit NRZI, DQS and UB.

Conclusion

The DS92LV2412SQE/NOPB family of serialisers and deserialisers from Dallas Semiconductor is capable of performing efficient serialisation and deserialisation operations up to 5.5Gbps. It offers a wide range of features that include data scrambling and encoding, programmable equalisation, and low-skew serial clock output. The DS92LV2412SQE/NOPB is used in a variety of applications, including consumer electronics, medical imaging, military and aerospace, and industrial applications, to ensure efficient and reliable data transmission and processing.

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