Trimble GNSS Ti-V2 Choke Ring | GNSS Antennas
Trimble GNSS Ti-V2 Choke Ring antenna: the recommended choice for very high multipath environments. Each option is proven to deliver the performance network operators demand to …
Trimble GNSS Ti-V2 Choke Ring | GNSS 天线
Trimble GNSS Ti-V2 Choke Ring 设计已在世界各地得到验证，可有效降低大多数多路径信号的强度。
TRIMBLE GNSS-TI 扼流圈天线-企业官网
Trimble GNSS-Ti 扼流圈天线采用经过证明的Trimble天线主件技术结合JPL设计的扼流圈抑径板。 基于Trimble Zephyr测地2主件技术，即使在地球上某些严酷的环境下该天线以其超高精度的性能规格取得了经过验证的记录。
产品中心 - 麦格天渱 | 全方位多维度地理信息解决方案服务商
Trimble GNSS-Ti 扼流圈天线采用经过证明的Trimble天线主件技术结合JPL设计的扼流圈抑径板。 基于Trimble Zephyr测地2主件技术，即使在地球上某些严酷的环境下该天线以其超高精度的性能规格取得了经过验证的记录。
Trimble GNSS大地测量天线（扼流圈天线）-天宝耐特官网 | 国内 …
Trimble GNSS-Ti V2扼流圈天线采用经过证明的Trimble天线主件技术结合JPL设计的扼流圈抑径板。 基于TrimbleTrimble Zephyr 3主件技术，即使在地球上某些最严酷的环境下该天线以其超高精度的性能规格，取得了经过验证的记录。
Trimble geodetic antennas provide network operators with the assurance of longterm operation and unsurpassed performance. Trimble offers three styles of antennas designed for geodetic applications—the Trimble® Zephyr 3 Geodetic antenna, the Trimble GNSS-Ti Choke Ring antenna and the Trimble GNSS Choke Ring antenna.
Trimble geodetic antennas provide network operators with the assurance of longterm operation and unsurpassed performance. Trimble offers three styles of antennas designed for geodetic applications—the Trimble® Zephyr 3 Geodetic antenna, the Trimble GNSS-Ti v2 Choke Ring antenna and the Trimble GNSS v2 Choke Ring antenna.
Trimble GNSS-TI 扼流圈天线 – 麦格天渱 - magth.cn
Trimble GNSS-Ti 扼流圈天线采用经过证明的Trimble天线主件技术结合JPL设计的扼流圈抑径板。 基于Trimble Zephyr测地2主件技术，即使在严酷的环境下该天线以其超高精度的性能规格取得了经过验证的记录。
Trimble TRM59900 Ti-Choke Ring GNSS Antenna Test Report
2015年11月23日 · Trimble currently offers two choke ring antenna designs for GNSS applications: The Trimble GNSS Choke Ring Antenna has a traditional Dorne Margolin element with an updated LNA. The new LNA improves tracking of new GNSS signals by increasing the width of amplified bands.
Zephyr 3 Geodetic Antenna | Trimble - Optron
Comprehensive GNSS support, including GPS, GLONASS, Galileo, Beidou, QZSS and NavIC; Jet Propulsion Laboratory (JPL) scientific design; Extensive precision rotation-testing ensures <2 mm phase-center eccentricity and <1mm phase-center repeatability