Downloads

  1. Video Introduction To SkyBlue™ Technology
    4/28/2016

    The new SkyBlue™ technology is designed to enable and enhance the power capability and efficiency in LTE amplifiers and front-end solutions. This revolutionary technology surpasses the efficiency targets achieved with envelope tracking, simplifies implementation, and maintains efficiency at several backed off power levels with no significant impact to efficiency. This video provides a brief introduction on this technology and its benefits.

  2. Precision Multicoax Connector Solutions: MXP Series
    4/28/2016

    HUBER+SUHNER’s MXP series of multicoaxial board connector solutions are ideal for high speed digital bench-top and system testing. They feature reliable mating, ease of use, and a broad range of configurations with flexible and ultra-stable cable assemblies and compact PCB connectors.  The MXP series can also be used as an interconnect within automated semiconductor test equipment.

  3. DC – 4 GHz GaN RF Transistors: QDP1010 Datasheet
    4/28/2016

    The QDP1010 is a discrete GaN on SiC HEMTs operating from the DC to 4 GHz frequency range. It is a 10W, 50V device with an output power level of 11W at 2 GHz, and a linear gain of 24.7 dB at 2 GHz. This transistor is ideal for wideband or narrowband amplifiers, jammers, and military radar, civilian radar, land mobile, military radio, and test instrumentation applications.

  4. DC – 4 GHz GaN RF Transistors: QPD1009 Datasheet
    4/28/2016

    The QDP1009 is a discrete GaN on SiC HEMTs operating from the DC to 4 GHz frequency range. It is a 15W, 50V device with an output power level of 17W at 2 GHz, and a linear gain of 24 dB at 2 GHz. This transistor is ideal for wideband or narrowband amplifiers, jammers, and military radar, civilian radar, land mobile, military radio, and test instrumentation applications.

  5. DC – 4 GHz GaN RF Transistors: QPD1009 And QPD1010
    4/28/2016

    The QPD1009 and QPD1010 are discrete GaN on SiC HEMTs operating from the DC to 4 GHz frequency range. The QPD1009 is a 15W, 50V device with an output power level of 17W at 2 GHz, and a linear gain of 24 dB at 2 GHz. The 10W, 50V QPD1010 features an output power of 11W at 2 GHz and a linear gain of 24.7 dB at 2 GHz. These two devices are housed in low thermal resistance 3 x 3 mm packages, and are ideal for wideband or narrowband amplifiers, jammers, and military radar, civilian radar, land mobile, military radio, and test instrumentation applications.

  6. 1-Port Vector Network Analyzer: MS46121A Datasheet
    4/27/2016

    Anritsu’s MS46121A is a 1-port vector network analyzer ideal for testing and troubleshooting antenna return loss, antenna bandwidth, impedance measurements, cable fault detection, cable phase, and cable return loss.

  7. ShockLine™ 4-port Performance VNA: MS46524B Datasheet
    4/27/2016

    The MS46524B, part of the ShockLine family of Vector Network Analyzers from Anritsu, is a performance 3U high, 4-port VNA available in a 50 kHz to 8.5 GHz frequency range. It is capable of measuring 16 single-ended and mixed-mode s-parameters of passive multiport and differential devices. The VNA supports SCPI command programming, and has software driver support for the most common programming environments. The MS46524B uses industry standard LAN communications for robust remote control in test applications.

  8. ShockLine™ 2-port Performance VNA: MS46522B Datasheet
    4/27/2016

    The MS46522B, part of the ShockLine family of Vector Network Analyzers from Anritsu, is a performance 3U high, 2-port VNA available in a 50 kHz to 8.5 GHz frequency range. It is capable of measuring s-parameters and time domain characteristics of RF devices. The VNA supports SCPI command programming, and has software driver support for the most common programming environments. The MS46522B uses industry standard LAN communications for robust remote control in test applications.

  9. MS46322A Datasheet
    4/27/2016

    Anritsu’s MS46322A series of Economy ShockLineTM Vector Network Analyzers are based on patented shock line VNA-on-chip technology. The use of this technology simplifies the internal VNA architecture at high frequencies, reduces instrument size and cost, enhances accuracy and minimizes measurement uncertainty.

  10. Low-Cost, High Performance, and Compact VNA: ShockLine™ MS46122A Series Datasheet
    4/27/2016

    Anritsu’s MS46122A series of vector network analyzers are ideal for systems calibration, path-loss characterization, s-parameter and time domain measurements, and the testing and troubleshooting of passive RF components.