Hot Products

  1. Base Station Analyzers and Testers
    8/17/2015

    Anritsu Company presents different types of base station analyzers and testers developed to advance the support of legacy 2G and 3G networks, 4G wireless networks, and CWDM networks. These analyzers are also capable of WiMAX base station testing, as well as maintenance and troubleshooting.

    Click the product names below for more information about each base station analyzer tester.

  2. Cable and Antenna Analyzers
    8/18/2015

    Anritsu offers a variety of cable and antenna analyzers designed for efficiently maintaining legacy networks in addition to the 3G and 4G wireless networks that are popular today. These analyzers can be used in cable & antenna installation and maintenance, phase matching cables, antenna tuning, RF component testing, antenna testing macro site cable system testing, Distributed Antenna System (DAS) testing, and much more. Typical industries that use these devices include defense and aerospace, R&D, cellular networks, education, public safety, and satellite networks. 

    Click the product names below for more information about each analyzer.

  3. Power Meters and Sensors
    8/25/2015

    Anritsu Company offers a wide range of power meters and sensors that cover dynamic broadband and wideband frequency ranges. Wideband peak power meters are built to provide accurate peak power measurements, and address important issues of power control, peak power, and timing. Different models of microwave USB power sensors conduct accurate modulated power measurements on many types of signals including but not limited to WCDMA, LTE and WLAN. These devices are compatible with other Anritsu instruments and may be used in many wireless, communications, and aerospace applications.

  4. Spectrum Analyzers
    8/25/2015

    Anritsu’s family of spectrum analyzers is designed to make monitoring wireless systems easier, even in the harshest field conditions. These instruments are able to measure received signal strength (RSSI), channel power, adjacent channel power ratio (APCR), and occupied bandwidth measurements that can confirm the distortion level or channel power level of and AMPS, TDMA, CDMA, or GSM transmitter. These analyzers can also find and identify out-of-band spurious signals, measure propagation and coverage, or to pinpoint EM leakage in broadcast systems.

  5. Signal Generators
    8/25/2015

    Anritsu offers a series of signal generators that are able to cover audio, HF, VHF, UHF, RF, microwave, and millimeter frequencies; >70 GHz  to 500 GHz utilize external multipliers. With excellent phase noise, fast frequency switching speeds, and a full suite of analog modulation capability (including high performance pulse modulation), the MG3690C series is an ideal signal source for design and manufacturing test of components and systems for a wide variety of applications, including general purpose stimulus, LO or clock substitution and radar scenario simulation.  MG37020A signal generators offer many of the same benefits as the MG3690C series but are tailored to applications where frequency switching speed is critical from simply high throughput manufacturing test, through data intensive applications such as antenna characterization, to electronic warfare and radar scenario simulation.

  6. Vector Network Analyzers
    8/26/2015

    Anritsu Company offers a broad range of vector network analyzers designed to test and troubleshoot devices, as well as provide lab quality measurements such as magnitude, phase of return loss, bandwidth, and impedance for differential device characterization. With the industry’s best in-class dynamic ranges, calibration, measurement stability and measurement speed, these VNAs are ideal for many applications including wireless communications, remote sensing, radar, and other applications involving passive component testing, troubleshooting, and systems integration.

  7. Handheld Vector Network Analyzers
    8/26/2015

    Anritsu Company presents a series of handheld vector network analyzers designed to test and troubleshoot devices, as well as provide lab quality measurements such as magnitude, phase of return loss, bandwidth, and impedance all within a single highly-portable device. With the industry’s best in-class dynamic ranges, calibration, measurement stability and measurement speed, these VNAs are ideal for many applications including wireless communications, remote sensing, radar, and other applications involving passive component testing, troubleshooting, and systems integration.