USB转串口芯片

CH9101是一个USB总线的转接芯片，实现USB转异步串口。提供了常用的MODEM联络信号，用于为计算机扩展异步串口，或者将普通的串口设备或者MCU直接升级到USB总线。 • 全速USB设备接口，兼容USB V2.0。\n• 内置固件，仿真标准串口，用于升级原串口外围设备，或者通过USB增加额外串口。\n• 计算机端Windows操作系统下的串口应用程序完全兼容，无需修改。\n• 支持免安装的操作系统内置CDC类驱动程序或者多功能高速率的VCP厂商驱动程序。\n• 硬件全双工串口，内置独立的收发缓冲区，支持通讯波特率50bps～3Mbps。\n• 串口支持5、6、7或者8个数据位，支持奇校验、偶校验、空白、标志以及无校验。\n• 支持常用的MODEM联络信号RTS、DTR、DCD、RI、DSR、CTS。\n• 支持CTS和RTS硬件自动流控。\n• 支持半双工，;

125 MSPS Monolithic Sampling Amplifier

GENERAL DESCRIPTION The AD9101 is an extremely accurate, general purpose, high speed sampling amplifier. Its fast and accurate acquisition speed allows for a wide range of frequency vs. resolution performance. The AD9101 is capable of 8 to 12 bits of accuracy at clock rates of 125 MSPS or 50 MSPS

125 MSPS Monolithic Sampling Amplifier

GENERAL DESCRIPTION The AD9101 is an extremely accurate, general purpose, high speed sampling amplifier. Its fast and accurate acquisition speed allows for a wide range of frequency vs. resolution performance. The AD9101 is capable of 8 to 12 bits of accuracy at clock rates of 125 MSPS or 50 MSPS

125 MSPS Monolithic Sampling Amplifier

GENERAL DESCRIPTION The AD9101 is an extremely accurate, general purpose, high speed sampling amplifier. Its fast and accurate acquisition speed allows for a wide range of frequency vs. resolution performance. The AD9101 is capable of 8 to 12 bits of accuracy at clock rates of 125 MSPS or 50 MSPS

125 MSPS Monolithic Sampling Amplifier

GENERAL DESCRIPTION The AD9101 is an extremely accurate, general purpose, high speed sampling amplifier. Its fast and accurate acquisition speed allows for a wide range of frequency vs. resolution performance. The AD9101 is capable of 8 to 12 bits of accuracy at clock rates of 125 MSPS or 50 MSPS

PCM FRAME ALIGNER

DESCRIPTION: The SA9101 (Frame Alignment unit for PCM30 Systems) is a C-MOS device which implements the interface to PCM30 Transmission Systems. In the receive direction, the device performs HDB3 decoding, Frame alignment (selectable between doubleframe and CRC-Multiframe) and extraction of