16 Way SMA Power Divider/Combiner 500-6000MHz

● Model Number:XQY-PS16-0.5/6-SE
● Wideband Frequency:0.5-6GHz
● Low Insertion Loss :≤3.8 dB
● low VSWR:
Input Port VSWR:Typ.1.25 / Max.1.50
Output Port VSWR:Typ.1.13 / Max.1.3
● Excellent Amplitude Balance:± 0.4 dB
● High Port-to-Port Isolation:Typ.28dB / Min.18dB
● Input/Output connector type:SMA-Female
● Customed frequency bands,connector type and optimized specifications are available.

Features & Advantages

Product Overview

16 Way SMA Power Divider/Combiner 0.5-6GHz is an RF broadband, 16 way, power divider/combiner furnished with SMA female coaxial connectors.The broadband band frequency from 0.5 - 6 GHz are covered with optimal performance. Max microwave input power levels up to 30 watts,which can be handled in power splitter and up to 2 watts as power combiner applications.Customed frequency bands,connector type and optimized specifications are available! For any enquiries about our products or any customization, please Contact us, and we will quickly get back to you.Please see Parameters tables for details.

Electrical performance

The electrical performance of 16 Way SMA Power Divider/Combiner 0.5-6GHz from XINQY is highlighted by 3.8dB max insertion loss (Excluding theoretical loss 12.0 dB), 18 dB min isolation, 1.50:1 max input VSWR and 1.30:1 max output VSWR. Equal power split and balance is displayed by 0.4 dB max amplitude balance and 8 degrees max phase balance. Please see Parameters tables for details.  Wide-band or narrow-band depending on your needs,all our power dividers,power splitters,combiners are offered low VSWR and low insertion loss and high isolation over a large temperature range (usually -55°C to +85°C).
AS we all known, RF Power Divider/Combiner is widely used in mobile communication (2G/3G/4G/5G), wifi, Bluetooth, Internet of Things communication, digital cluster communication, aerospace, military electronics, radar navigation and other fields of test. ALL of our power divider,power splitter,combiner can support the harshest conditions.