MAX9259GCB/V+TGB

Series:	Automotive, AEC-Q100
Packaging:	Tape & Reel (TR)
Part Status:	Active
Function:	Serializer
Data Rate:	2.5Gbps
Input Type:	CML
Output Type:	CML
Number of Inputs:	30
Number of Outputs:	1
Voltage - Supply:	1.7 V ~ 3.6 V
Operating Temperature:	-40°C ~ 105°C (TA)
Mounting Type:	Surface Mount
Package / Case:	64-TQFP Exposed Pad
Supplier Device Package:	64-TQFP-EP (10x10)
Base Part Number:	MAX9259

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Introduction

MAX9259GCB/V+TGB is a special application field and working principle of serializers, deserializers. This is a circuit that is used to convert digital data into serial (one bit at a time) or parallel form. Serializer is used to transmit data, while a deserializer is used to receive data. In MAX9259GCB/V+TGB, there are two serializers and two deserializers in separate packages. Serializers and deserializers can be used in applications like telecommunications, data storage and computer networking.

Application Field

The MAX9259GCB/V+TGB applications are in the areas of communication systems, voice networks, mobile and wireless applications, aviation, military and aerospace. It is suitable for applications in which the data rate is not very high, such as in DSL, satellite and cable communication systems. The application has helped to reduce EMI/RFI problems in communication systems. This application supports both single-ended data and LVCMOS data formats. The output is divided into two I/O groups, which are then divided into four channels. The four channels operate synchronously and each channel can transmit one data bit at a time. The maximum data rate supported by this application is up to 1.25Gbps.

Working Principle

The working principle of the MAX9259GCB/V+TGB serializers and deserializers is based on the same principle as other serializers and deserializers. The serializer consists of two main parts: a shift register for data storage, and a clock generator for setting the data rate. On the other hand, the deserializer consists of a shift register and a data recovery circuit. For serialization, the digital data is stored in the shift register, and the clock generator sets the data rate. The data is then sent to the output port bit by bit. As it passes through the register, the internal clock generator decides when to output the data. For deserialization, the shifted data is received by the shift register and clock generator. The data is then recovered and the clock generator determines the data rate.

Conclusion

The MAX9259GCB/V+TGB serializers and deserializers application field and working principle is an effective means of converting digital data into serial or parallel forms. This application has been widely used in communication systems, mobile and wireless setups, and aerospace and military applications. It is also suitable for applications in which the data rate is not very high, such as in DSL and cable communication systems. The working principle of this application involves the use of shift registers and a clock generator. The clock generator helps to decide when to send or receive data.

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