SU00002
Keesun
Su00002
Availability: | |
---|---|
Quantity: | |
The suction magnetic antenna is a high-quality antenna made of metal, with a size of approximately 32*4*4cm. It operates at a working frequency of 868MHz, with an impedance of 50ohm and an antenna gain of 3dBi. The antenna height is approximately 31cm, with a feeder length of 1m.
The VSWR of the antenna less than 1.92, and it has a horizontal polarization. It has an interface model of SMA internal thread internal pin, and its appearance features a barrier spring suction cup with a 174 pure copper cable. The antenna is compatible with the 868MHz Wireless Module.
This suction magnetic antenna is designed to provide strong and reliable signal reception for wireless devices. Its suction cup allows for easy installation on any smooth surface, making it a convenient solution for improving signal strength in various applications. With its high-quality construction and compatibility with the 868Wireless Module, this antenna is a great choice for enhancing the performance of wireless communication systems.
The suction magnetic antenna is a high-quality antenna made of metal, with a size of approximately 32*4*4cm. It operates at a working frequency of 868MHz, with an impedance of 50ohm and an antenna gain of 3dBi. The antenna height is approximately 31cm, with a feeder length of 1m.
The VSWR of the antenna less than 1.92, and it has a horizontal polarization. It has an interface model of SMA internal thread internal pin, and its appearance features a barrier spring suction cup with a 174 pure copper cable. The antenna is compatible with the 868MHz Wireless Module.
This suction magnetic antenna is designed to provide strong and reliable signal reception for wireless devices. Its suction cup allows for easy installation on any smooth surface, making it a convenient solution for improving signal strength in various applications. With its high-quality construction and compatibility with the 868Wireless Module, this antenna is a great choice for enhancing the performance of wireless communication systems.