ComAnt CA930X++ Cross-Polarised Yagi Antenna 880 to 960 MHz ANT-CA-00017
The ComAnt CA930X++ is a 10dBi 50 ohm cross-polarised yagi antenna commonly used in cellular networks to improve the signal strength and quality of mobile devices.
The ComAnt CA930X++ is a 10dBi 50 ohm cross-polarised yagi antenna commonly used in cellular networks to improve the signal strength and quality of mobile devices. Signals may be sent more effectively and with more precision because to its directional and polarized properties. The antenna's dependability and ability to handle numerous data streams simultaneously are improved by the 22 MIMO design. Overall, this antenna is perfect for enhancing the performance of cellular networks.
CONDITION
Brand New - A brand-new, unused, unopened, undamaged item in its original packaging.
WARRANTY
This item comes with a 12-month manufacturer's warranty.
FEATURES
• Combination of durability, light weight and low wind load
• Radome enclosed radiator
• IP67 proof construction
• All electromechanics moulded inside of closed cell PU foam
• DC shorted feed point
• Integrated impedance compensation
• Integrated RF choke
QUICK SPECIFICATIONS
• Frequency: 380-410 MHz, 405-440 MHz, 440-475 MHz, 703-803 MHz, 791-862 MHz, 830-890 MHz, 880-960 MHz
• Impedance: 50 ohm
• Gain: 10/10 dBi
• H -3 dB: 55/54º
• E -3 dB: 54/52º
• F/B: 12/11 dB
• Polarization: circular/slanted
• Isolation: 30 dB
• Connector: 2*N- / 2*TNC- / 2*7/16-female
• VSWR: < 1.5
• Radome: UV resistant ABS/FG, RAL 7012, PU foam filling
• Radiator: copper
• Passive elements: coated aluminium
• Attachment: Ø 35-60 mm, aluminium alloy bracket, stainless steel V-bolts and self-locking nuts
• Lightning protection: DC-short circuited
• Temperature: -40ºC - +80ºC
• IP: 67
WHAT'S INCLUDED
• ComAnt CA930X++ Cross-Polarised Yagi Antenna 880 to 960 MHz ANT-CA-00017
• User Guide
Specific References
- MPN
- ANT-CA-00017
The ComAnt CA930X++ is a 10dBi 50 ohm cross-polarised yagi antenna commonly used in cellular networks to improve the signal strength and quality of mobile devices.