Omnidirectional combined GSM/GPS/GLONASS antenna
Omnidirectional combined adhesive antenna for GSM/GPS/GLONASS. The antenna operates in bands 800/900/1700/1800/2100/2700/1575.42/1602 MHz. The antenna reaches up to 27 dBi gain when combined with an amplifier. The antenna is suitable for cars. Comes with 3M double-sided tape for easy mounting on glass or plastic. The antenna is supplied with two 5 m RG174/U cables have an FME (f) and SMA (m) connector.
Specifications cable RG174/U:
The cable labeled RG174 / U is a basic variant of a coaxial cable that is compatible with connectors applicable to a cable diameter of 2.8 mm. The characteristic impedance of the cable is 50 Ω. The reduction factor is fixed at 0.66. The operating temperature range is -20 to 80 °C.
It is most often used for creating cable adaptors with connectors such as BNC / FAKRA / FME / MCX / MMCX / N / SMA / SMB / SMP / TNC and others. It is ideal for short and bending stressed connections in measuring and telecommunications technology, for GPS / GSM / WLAN antennas, antenna leads etc.
Specifications connector FME:
FME coaxial connectors are characterized by high reliability and mechanical stability. The characteristic impedance of the connector is 50 Ohm and the operating frequency ranges up to 2 GHz. Thanks to their compact size and long longevity, the FME connectors are used in the field of mobile communications as well as for GSM antennas. They are suitable for installation in vehicles as well.
Specifications connector SMA:
These are high-frequency connectors with screw connection mechanism. The characteristic impedance of the connector is 50 Ohm and the operating frequency range up to 18 GHz. There are two types of SMA connectors, namely SMA and RP-SMA. Most of the current cellular routers are equipped with SMA connectors for connecting Wi-Fi / 2G / 3G / LTE / GPS antennas terminated by proticates. It is also used as a standard connector in RF measuring technology. They are characterized by high reliability, durability, high mechanical stability and optimal electrical properties.