200W N Connector 800-2700MHz 6dB Directional Coupler

If you are going to consult the information about 200w n connector 800-2700mhz 6db directional coupler, Xiamen HDG Telecom Equipments Co.,Ltd is one of the leading 200w n connector 800-2700mhz 6db directional coupler manufacturers and also a famous such supplier, welcome to contact us.

200W N Connector 800-2700Mhz 6dB Directional Coupler

Product name: 800-2700MHz directional coupler N Female 

Part#:DC-0827-NF-XX

(XX indicate the coupling value )

Specification:

Frequency range (MHz): 800-2700

VSWR: ≤1.25:1

Directivity(dB): ≥20

Average Power (W): 200

Impedance(Ω): 50

Connectors: N-Female (Input &Output Ports)

Temperature(°C): -40 ~ +80

HDG TELECOM carries coaxial-connectorized RF Directional Couplers, this Air Dielectric designs directional coulpler allow us to achieve better coupling flatness, low VSWR and low main line loss in small sizes. Availability in a wide range of coupling values makes this series useful in optimizing the power distribution required in passive inbuilding distributed antenna systems (DAS).Depending upon the power, the cavity type can meet the high power application as  high power directional couplers up to 300 watts. these connectorized directional couplers are available with SMA, N, 7/16 DIN connectors. Other connectors available upon request. Coaxial-Connectorized directional couplers are designed to be screw-down mounted to a heat sink. The extremely wide frequency range allows use with multiband antennas and wireless base stations and leaky cable systems. With minimal solder joints and a low loss air dielectric, the dissipative loss has been minimized and reliability enhanced.

In order to ensure product quality,we have combined with our highly qualified employees, advanced production lines, sophistied testing equipment and nationwide service network, we have achieved dominance in the abroad market,and established long-term stable business relationships to provide reliable products and excellent service to the branches all over the world.