1.8 V, 6 LVDS/12 CMOS Outputs Low Power Clock Fanout Buffer

CIRCUIT DESCRIPTION The circuit in Figure 1 was constructed by connecting the respective evaluation boards for the individual products. Connections were made with matched cable lengths. The first of three basic requirements to synchronize multiple AD9910’s is to provide a co-incident reference

Synchronizing Multiple AD9910 1 GSPS Direct Digital Synthesizers

CIRCUIT DESCRIPTION The circuit in Figure 1 was constructed by connecting the respective evaluation boards for the individual products. Connections were made with matched cable lengths. The first of three basic requirements to synchronize multiple AD9910’s is to provide a co-incident reference

1.8 V, 6 LVDS/12 CMOS Outputs Low Power Clock Fanout Buffer

文件：468.98 Kbytes Page：15 Pages

1.8 V、6 LVDS/12 CMOS输出低功耗时钟扇出缓冲器

1.8 V, 6 LVDS/12 CMOS Outputs Low Power Clock Fanout Buffer

CIRCUIT DESCRIPTION The circuit in Figure 1 was constructed by connecting the respective evaluation boards for the individual products. Connections were made with matched cable lengths. The first of three basic requirements to synchronize multiple AD9910’s is to provide a co-incident reference

1.8 V, 6 LVDS/12 CMOS Outputs Low Power Clock Fanout Buffer

CIRCUIT DESCRIPTION The circuit in Figure 1 was constructed by connecting the respective evaluation boards for the individual products. Connections were made with matched cable lengths. The first of three basic requirements to synchronize multiple AD9910’s is to provide a co-incident reference

1.8 V, 6 LVDS/12 CMOS Outputs Low Power Clock Fanout Buffer

CIRCUIT DESCRIPTION The circuit in Figure 1 was constructed by connecting the respective evaluation boards for the individual products. Connections were made with matched cable lengths. The first of three basic requirements to synchronize multiple AD9910’s is to provide a co-incident reference

1.8 V, 6 LVDS/12 CMOS Outputs Low Power Clock Fanout Buffer

CIRCUIT DESCRIPTION The circuit in Figure 1 was constructed by connecting the respective evaluation boards for the individual products. Connections were made with matched cable lengths. The first of three basic requirements to synchronize multiple AD9910’s is to provide a co-incident reference

1.8 V, 6 LVDS/12 CMOS Outputs Low Power Clock Fanout Buffer

文件：468.98 Kbytes Page：15 Pages

1.8 V, 6 LVDS/12 CMOS Outputs Low Power Clock Fanout Buffer

文件：468.98 Kbytes Page：15 Pages

封装/外壳：24-WFQFN 裸露焊盘，CSP 包装：卷带（TR）剪切带（CT）Digi-Reel® 得捷定制卷带 描述：IC CLK BUFFER 1:6 1.2GHZ 24LFCSP 集成电路（IC） 时钟缓冲器，驱动器

封装/外壳：24-WFQFN 裸露焊盘，CSP 包装：卷带（TR）剪切带（CT）Digi-Reel® 得捷定制卷带 描述：IC CLK BUFFER 1:6 1.2GHZ 24LFCSP 集成电路（IC） 时钟缓冲器，驱动器

1.8 V, 6 LVDS/12 CMOS Outputs Low Power Clock Fanout Buffer

文件：468.98 Kbytes Page：15 Pages

846 Series High Temp Card Edge Connector | Green | 0.125 (3.175mm) Pitch | 0.250 (6.35mm) Row Spacing

Features .125 (3.175mm) Contact Spacing x .250 (6.35mm) Row Spacing Accepts .062 (1.57mm) Nominal Thickness P.C. Board High Profile Insulator Body, .600 (15.24mm) Contact Termination Options include P.C. Tail, Wire Hole, Wire Wrap, 90 and Extender Board Bends Single or Dual Row Configurations

Small Signal Transistor

Features - High current gain. - AEC-Q101 Qualified. - Excellent hFE linearity. - Low noise between 30Hz and 15kHz.

Small Signal Transistor

Features - High current gain. - AEC-Q101 Qualified. - Excellent hFE linearity. - Low noise between 30Hz and 15kHz.

Small Surface Mount Transistor

Features - Low collector capacitance. - Low collector-emitter saturation voltage. - Reduces number of components and board space. - AEC-Q101 Qualified. - No mutual interference between the transistors.

Small Signal Transistor

Features - High current gain. - AEC-Q101 Qualified. - Excellent hFE linearity. - Low noise between 30Hz and 15kHz.