四通道PCI Express均衡器/转接驱动器

MAX4950 PCI Express (PCIe®)四通道均衡器/转接器工作在+3.3V单电源。该器件通过可编程均衡和可编程转接电路提高了接收信号的完整性。输出电路能够恢复板上去加重损耗，用于补偿电路板损耗。该器件可以优化关键PCIe元件的布局，支持更长的带状线、微带线或电缆传输。\n MAX4950包含四路相同的缓冲器，能够均衡速率高达5GT/s的差分信号，每个通道提供信号空闲和接收检测功能。MAX4950可理想用于PCIe Gen I (2.5GT/s)和Gen II (5.0GT/s)数据速率，并具有省电模式。\nMAX4950采用小尺寸、无铅、42引脚(3.5mm x 9.0mm) • +3.3V单电源供电 \n• 支持I代(2.5GT/s)和II代(5.0GT/s) \n• 回波损耗： \n• ≥ 10dB (f ≤ 1.25GHz) \n• ≥ 8dB (f ≤ 2.5GHz) \n• 非常低的延迟 \n• 280ps传输延迟 \n• 独立的通道检测 \n• 极低的通道间偏差：±50ps \n• BER = 10-12时，总抖动≤ 35psP-P \n• 三电平可编程输入均衡 \n• 三电平可编程输出去加重 \n• 片上50Ω输入/输出端接 \n• 所有引脚提供±2kV人体模式(HBM)保护 \n• 节省空间的3.5mm x 9.0mm、TQFN封装;

Quad PCI Express Equalizer/Redriver

文件：392.25 Kbytes Page：10 Pages

双通道PCI Express均衡器/转接驱动器

MAX4950A双通道PCI Express® (PCIe)均衡器/转接驱动器采用+3.3V单电源供电。该器件通过可编程输入均衡和具有输出去加重以补偿高频损耗的转接驱动电路，有效提高接收信号的完整性。该器件能够优化PCIe关键元件的布局，支持更长的带状线、微带线或电缆传输。\n\n MAX4950A包含两个相同通道，用于均衡PCIe Gen I (2.5GT/s)和Gen II (5.0GT/s)信号。MAX4950A在每个通道都提供信号空闲和接收检测功能，并具有省电模式。\n\n MAX4950A采用小尺寸36引脚(6.0mm x 6.0mm) TQFN封装，提供顺畅的电 • +3.3V单电源供电\n• 优异的差分回波损耗指标：\n• 传输延时低至280ps (典型值)\n• 三电平可编程输入均衡\n• 标准的-2.5dB可编程输出电平\n• 节省空间的6.0mm x 6.0mm、TQFN封装;

Dual PCI Express Equalizer/Redriver

文件：537.23 Kbytes Page：10 Pages

Dual PCI Express Equalizer/Redriver

文件：537.23 Kbytes Page：10 Pages

封装/外壳：36-WFQFN 裸露焊盘 包装：管件 描述：IC REDRIVER PCIE 2CH 36TQFN 集成电路（IC） 信号缓冲器、中继器、分离器

Quad PCI Express Equalizer/Redriver

文件：392.25 Kbytes Page：10 Pages

封装/外壳：42-WFQFN 裸露焊盘 包装：卷带（TR）剪切带（CT）Digi-Reel® 得捷定制卷带 描述：IC REDRIVER PCIE 4CH 42TQFN 集成电路（IC） 信号缓冲器、中继器、分离器

Low-Voltage PLL Clock Driver

Description The LCK4950 is a PLL-based clock driver device intended for high-performance clock tree designs. The LCK4950 is 3.3 V compatible with output frequencies of up to 180 MHz and output skews of 200 ps. The LCK4950 can accommodate the most demanding tree designs by employing a fully differ

Adjustable Output, Low Current Single Cell Boost Regulator with Detect

GENERAL DESCRIPTION The ML4950 is a low power boost regulator designed for low voltage DC to DC conversion in single cell battery powered systems. The maximum switching frequency can exceed 100kHz, allowing the use of small, low cost inductors. FEATURES ■ Guaranteed full load start-up and opera

Adjustable Output, Low Current Single Cell Boost Regulator with Detect

GENERAL DESCRIPTION The ML4950 is a low power boost regulator designed for low voltage DC to DC conversion in single cell battery powered systems. The maximum switching frequency can exceed 100kHz, allowing the use of small, low cost inductors. FEATURES ■ Guaranteed full load start-up and opera

Adjustable Output, Low Current Single Cell Boost Regulator with Detect

GENERAL DESCRIPTION The ML4950 is a low power boost regulator designed for low voltage DC to DC conversion in single cell battery powered systems. The maximum switching frequency can exceed 100kHz, allowing the use of small, low cost inductors. FEATURES ■ Guaranteed full load start-up and opera

Surge Clamping, Transient Overvoltage Suppressor Unidirectional

Description: The NTE4900 series of silicon Transient Suppressors designed to protect voltage sensitive components from high energy voltage transients. Transient over voltage suppressor devices have become very important as a consequence of their high surge capability, extremely fast response time