MAX9288GTM+

Series:	--
Part Status:	Active
Function:	Deserializer
Data Rate:	3.12Gbps
Input Type:	CML
Output Type:	CML
Number of Inputs:	3
Number of Outputs:	1
Voltage - Supply:	1.7 V ~ 1.9 V
Operating Temperature:	-40°C ~ 105°C (TA)
Mounting Type:	Surface Mount
Package / Case:	48-WFQFN Exposed Pad
Supplier Device Package:	48-TQFN-EP (7x7)

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MAX9288GTM+ Application Field and Working PrincipleThe MAX9288GTM+ is an advanced, cost effective and highly versatile interface bridge supplied in an 8-channel system. It integrates the application optimization, robustness and scalability of a high-end system for industrial, medical, avionics, defense, automotive and other applications. Its integrated USB2.0 port allows seamless computer connection and communication, while the integrated LPF based isolation helps reduce inductive coupling, power line noise and ground loops. MAX9288GTM+ is well-suited for industrial applications requiring extremely reliable communication links while supporting multiple protocols as well as advanced features such as error correction and protection against external interference. MAX9288GTM+ adopts an advanced serializer/deserializer architecture that is proven to be ultra-reliable and cost effective.Overview of MAX9288GTM+The MAX9288GTM+ single-chip bridge combines a Serializer/Deserializer (SERDES) with a Universal Serial Bus (USB) port. It supports up to 8 input lanes and 3 output lanes, with a bandwidth of up to 16 Gbps per lane. The bridge can be used to interface various advanced data bus protocols such as USB3.1, PCI Express (PCIe), Gigabit Ethernet (GbE) and Universal Serial Bus-2 (USB2.0). The MAX9288GTM+ supports a wide range of industrial standards, including SFF-8431, SFF-8472 and SFF-8636. The bridge also incorporates chip-level error correction, circuit redundancy, power line noise mitigation and other advanced features, making it highly reliable for mission critical applications. The bridge’s 8 channels are configurable in a variety of schemes enabling flexible system design and scalability.Features of MAX9288GTM+The MAX9288GTM+ introduces a number of features which make it highly suitable for many applications.1. Serializer/Deserializer - The MAX9288GTM+ features an efficient and reliable SERDES architecture. This provides the benefit of extremely fast and accurate transmission, while also having a small size and low power dissipation. 2. Universal Serial Bus - The MAX9288GTM+ also features an integrated USB2.0 interface, which allows for quick and easy setup and communication via laptop or other computer systems. 3. Error Correction - The MAX9288GTM+ incorporates advanced error correction technology, including forward error correction (FEC), which is helpful for applications requiring extremely reliable and consistent communication.4. Power Line Noise Reduction - The bridge also provides support for power line noise mitigation, which helps protect against interference from external sources. 5. Protocol Support - The MAX9288GTM+ supports a wide range of protocols such as USB3.1, PCIe, GbE and USB2.0.6. Scalability - The bridge’s 8 channels can be configured in a variety of schemes, enabling flexible system design and scalability. 7. Robustness - The MAX9288GTM+ also features robustness features such as circuit redundancy, which helps to ensure reliable operation and reliable communication.Functional Description of MAX9288GTM+The MAX9288GTM+ features a SERDES architecture, which allows for very fast and accurate transmission of data between devices. The SERDES architecture can be used for serial transmission protocols such as USB3.1, PCIe, GbE and USB2.0. The MAX9288GTM+ also features a USB2.0 interface, which allows for quick and easy setup and communication with laptop or other computer systems. The bridge also supports error correction, protection against power line noise and circuit redundancy which ensures reliable communication. The bridge’s 8 channels are configurable in a variety of schemes enabling flexible system design and scalability. The bridge can be used to interface various advanced data bus protocols such as USB3.1, PCIe, GbE and USB2.0 and supports a wide range of industrial standards.ConclusionThe MAX9288GTM+ is an advanced, cost effective and highly versatile interface bridge, providing many useful features. It incorporates a serializer/deserializer architecture, USB2.0 interface, advanced error correction technology, power line noise mitigation and circuit redundancy. The bridge’s 8 channels are configurable to enable flexible system design and scalability. The MAX9288GTM+ is a great choice for industrial applications requiring high reliability and supports a wide range of protocols and industrial standards.

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