6-Output DB800ZL Derivative with Integrated 85ohm Terminations

Features • 25MHz PFT clock delay management • Low-Power-HCSL outputs with Zo = 85; save power and board space – no termination resistors required. Ideal for blade servers. • Space-saving 40-pin VFQFPN package • Fixed feedback path for 0ps input-to-output delay • 6 OE# pins; hardware contro

封装/外壳：40-VFQFN 裸露焊盘 包装：卷带（TR） 描述：IC CLK BUFFER PLL 40QFN 集成电路（IC） 应用特定时钟/定时

6-Output DB800ZL Derivative with Integrated 85ohm Terminations

Features • 25MHz PFT clock delay management • Low-Power-HCSL outputs with Zo = 85; save power and board space – no termination resistors required. Ideal for blade servers. • Space-saving 40-pin VFQFPN package • Fixed feedback path for 0ps input-to-output delay • 6 OE# pins; hardware contro

PLL or bypass mode

General Description The 9ZXL0651 is a low-power 6-output differential buffer that meets all the performance requirements of the Intel DB1200Z specification. It consumes 50 less power than standard HCSL devices and has internal terminations to allow direct connection to 85 ohm transmission lines.

6-Output DB800ZL Derivative for PCIe Gen1?? and UPI

Description The 9ZXL0631E / 9ZXL0651E are second-generation, enhanced-performance DB800ZL derivatives. The parts are pin-compatible upgrades to the 9ZXL0631A and 9ZXL0651A, while offering a much improved phase jitter performance. A fixed external feedback maintains low drift for critical QPI/UPI

6-Output DB800ZL Derivative for PCIe Gen1?? and UPI

Description The 9ZXL0631E / 9ZXL0651E are second-generation, enhanced-performance DB800ZL derivatives. The parts are pin-compatible upgrades to the 9ZXL0631A and 9ZXL0651A, while offering a much improved phase jitter performance. A fixed external feedback maintains low drift for critical QPI/UPI

6-Output DB800ZL Derivative for PCIe Gen1?? and UPI

Description The 9ZXL0631E / 9ZXL0651E are second-generation, enhanced-performance DB800ZL derivatives. The parts are pin-compatible upgrades to the 9ZXL0631A and 9ZXL0651A, while offering a much improved phase jitter performance. A fixed external feedback maintains low drift for critical QPI/UPI