China/中文Other/EnglishEurope/English
SGM7300A
3.3V, Differential 2-Channel, 2:1 Multiplexer/Demultiplexer Switch
3.3V, Differential 2-Channel, 2:1 Multiplexer/Demultiplexer Switch
GENERAL DESCRIPTION

The SGM7300A is a differential 2-channel switch which can be used for both multiplexer (MUX) and demultiplexer (DEMUX) configurations. The device can be used for PCI Express Generation 3, USB 3.1 and other high-speed serial interface applications.

The product can switch dual differential signals to 1 of 2 locations. Using these design techniques, SGMICRO minimizes the impedance of the switch so that the attenuation observed through the switch can be ignored and minimizes the inter-channel skew and inter-channel crosstalk required for high-speed serial interfaces. The SGM7300A can achieve extremely low power consumption by extending existing high-speed ports. In order to achieve high ESD tolerance, the ESD protection circuits are integrated into ICs.

SGMICRO optimizes the pins to match the product to different application layouts. The SGM7300A is suitable for edge connectors with different signal sources on the motherboard, with input and output pins on opposite sides of the package.

No external DC blocking capacitors are required on the RF paths as long as no external DC voltage is applied, which can save PCB area and cost.

The SGM7300A is available in a Green TLGA-2.5×4.5-20L package.

PIN CONFIGURATIONS

1679647250132735.png

FEATURES
  • Low Insertion Loss:

    -0.33dB at 0.1GHz

    -0.85dB at 4.0GHz

  • Low Off-State Isolation: -22dB at 4.0GHz

  • Low Return Loss: -20dB at 4.0GHz

  • Available in a Green TLGA-2.5×4.5-20L Package

APPLICATIONS

USB 3.1

PCI Express Generation 3

DisplayPort 1.2

SATA 6Gbit/s

High-Speed Differential Signals Routing

ORDERING INFORMATION
Part Number Status Package Pins Pb-Free Temp Range
SGM7300AYTLN20G/TR Production TLGA-2.5×4.5-20L 20 Y -40℃ to +85℃ Samples
规格书暂未发布,请联系sales_china@sg-micro.com申请规格书。
* 请使用公司后缀邮箱申请。在邮件中写明您的公司邮箱、联系电话、公司名称、职位/头衔、您申请规格书的准确料号、芯片应用项目、芯片应用产品可以帮助您加快获取速度。