PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

PLANAR TUNNEL (BACK) DIODE

DESCRIPTION: The ASTD Series of Tunnel Diodes are Optimized for Operation as Back Diode Detectors in Applications up to 18 GHz. FEATURES INCLUDE: • Excellent Temperature Stability • Fast Rise / Fall Times • Available in Die Form

16位、2.5GSPS、四通道TxDAC，JESD204B

ASTD9154是一款采样速率2.5GSPS的16bit，四通道数模转换器（DAC）。\n芯片集成高速 JESD204B 接口，满足JESD204B sub1 协议。最高接口速率 12.5GSPS，集成1X-8X上变频，正交调制，反SINC滤波器，功率监测等功能模块，采用SPI接口进行寄存器\n配置，串口最高工作频率50MHz，支持多芯片同步。 · DAC 数据位宽：16位\n· 集成通道数：4\n· 集成 8 对 JESD204B TX， Serdes 速率：1.5~12.5GSPS\n· 支持 JESD204B sub1 协议\n· 支持的内插模式： 1X、 2X、 4X、 8X\n· 集成 IQ 调制通道数：4\n· SPI 写时钟： ≤50MHz\n· SPI 读时钟： ≤25MHz\n· 集成 IQ 调制通道数：4\n· DAC 输出电流： 4mA~20mA\n· 支持多芯片同步\n· 典型功耗： 2.5W（2Gsps 采样率， 8 lane， 2倍内插，开启 4 路 NCO）\n· 封装形式： QFN88\n· 湿度敏感等;

双通道、16位、LVDS接口、500 MSPS DAC

ASTD9783 是 16 位高动态范围、双通道 DAC，采样速率最高可达 440MSPS。该器件还具有增益和失调补偿功能，可与模拟正交调制器连接。\n该器件不仅支持串行外设接口（SPI） ， 还可以为没有控制器的应用提供一些引脚编程功能。\n低噪声和互调失真（IMD）可实现宽带信号的高质量合成。\n多种输出模式，可增强动态性能。\n可编程电流输出和双辅助 DAC 提供了系统灵活性和功能增强。 • 高动态范围、双通道数模转换器 （DAC）\n• 支持 NRZ 和 RZ 等多种输出模式\n• 差分模拟电流输出可在 8.6 mA 至 31.7mA 满量程范围内进行编程\n• 内部 1.2 V 精密基准电压源\n• 345 mW 功耗\n• 内建自校准功能;

PLANAR TUNNEL (BACK) DIODE