GPDF5012.A

Name: Taoglas GPDF5012.A
Brand: Taoglas
SKU: 960-GPDF5012.A
Price: 207.38 RMB
Availability: InStock

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Mouser编号：

960-GPDF5012.A

制造商编号：

GPDF5012.A

制造商：

Taoglas

说明：

天线 GNSS Dual Feed Stacked Patch Antenna L1:1575MHz L2:1227MHz L5:1176.45MHz - 505012mm

数据表:

GPDF5012.A 数据表 (PDF)

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产品属性	属性值	选择属性
制造商:	Taoglas
产品种类:	天线
RoHS:
REACH - SVHC:
产品类型:	GNSS Antennas - GPS, GLONASS, Galileo, Beidou
产品:	PCB Antennas
类型:	Passive Antenna
最小频率:	1.17645 GHz
最大频率:	1.602 GHz
协议 - GPS、GLONASS:	BEIDOU, Galileo, GLONASS, GPS, IRNSS
机械形式:	Patch
类型:	Stacked
增益:	0.9, 0.92, 2.96, 4.32, 4.44
阻抗:	50 Ohms
VSWR:	1.5:1, 1.5:1, 1.5:1, 1.5:1, 1.5:1
最小工作温度:	- 40 C
最大工作温度:	+ 85 C
捆扎数量:	5 Band
安装风格:	Adhesive Mount
端接类型:	Pin
中心频率:	1.2276 GHz, 1.561 GHz, 1.57542 GHz
应用:	Autonomous Vehicles, Precision Agriculture, Robotics, Telematics
长度:	50 mm
宽度:	50 mm
高度:	12 mm
封装:	Tray
商标:	Taoglas
工厂包装数量:	32
子类别:	Antennas

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数据表

GPDF5012.A 数据表 (PDF)

Technical Resources

Taoglas Cable Builder

合规代码

CNHTS:: 8529101000
USHTS:: 8517710000
ECCN:: 7A994

原产地分类

原产国:: 中国台湾
组装原产国/地区:: 不可用
扩散国家:: 不可用

发货时，国家/地区可能会发生变化。

GPDF5012.A Multiband GNSS Stacked Patch Antenna

Taoglas GPDF5012.A Multiband GNSS Stacked Patch Antenna is a high-performance, passive GNSS antenna designed to provide positional accuracy on the full GNSS spectrum. It covers GPS/QZSS (L1 / L2 / L5), GLONASS (G1 / G2 / G3), Galileo (E1 / E5a / E5b), BeiDou (B1 / B2a / B2b), NAVIC (L5), as well as SBAS (WAAS / EGNOS / GAGAN / SDCM / SNAS). The GPDF5012.A allows users to achieve higher location accuracy, as well as stability of position tracking in urban environments. When used on the base and/or the rover as part of an RTK configuration, the GPDF5012.A can achieve genuine cm-level accuracy with proven results. The stacked patch construction provides excellent performance across the full bandwidth of the antenna. The component design has an even gain across the hemisphere, giving an excellent axial ratio, which in turn makes it extremely resilient to multipath rejection and provides excellent phase center stability.