Arronna CP2W Two-Way Directional Coupler 800-3700MHz N Female 5G Cavity RF Telecom DAS

Arronna CP2W Two-Way Directional Coupler 800-3700MHz N Female 5G Cavity RF Telecom DAS

None / Cp2w
$32.50
Skip to product information
Arronna CP2W Two-Way Directional Coupler 800-3700MHz N Female 5G Cavity RF Telecom DAS

Arronna CP2W Two-Way Directional Coupler 800-3700MHz N Female 5G Cavity RF Telecom DAS

$32.50
Mfg. Date CodeNone
SpecificationCp2w

Product Highlights

  • Wide Frequency Range: Operates efficiently across 800-3700MHz for versatile use.
  • Dual Directional Coupling: Ensures balanced signal distribution for optimal performance.
  • N Female Connector: Works with standard RF equipment for seamless integration.
  • High-Quality Cavity Design: Provides robust construction and reliable performance.
  • Broadband Performance: Ideal for 5G applications and other high-bandwidth uses.

SPECIFICATIONS


DETAIL SHOT


Company Introduction

Arronna Technology Co., Limited (Shenzhen, China) is a professional supplier of RF antennas and passive components for wireless communication. We offer antennas, filters, splitters, couplers, attenuators, loads and related accessories with OEM/ODM service and prompt global shipping.

COMPANY OVERVIEW


PRODUCTION WORKFLOW


COMPETITIVE ADVANTAGES


TRADE SHOW PARTICIPATION


PACKAGING & SHIPPING SPECIFICATIONS


EXTENDED COMPANY PROFILE


FAQs

1. What is this product?
A two-way (dual) directional coupler covering 800-3700 MHz with N female ports, for DAS, IBS and telecom signal sampling and monitoring.
2. What are the key specifications?
Two-way directional coupling; 800-3700 MHz; four N female main ports and a front sampling port; cavity body with heat-sink fins.
3. What is it used for?
Sampling forward and reverse RF signals for monitoring, testing and distribution in telecom DAS and indoor systems.
4. Do you support OEM?
Yes, Arronna supports OEM/ODM for connectors, cable assemblies and passive components.
5. What is the lead time?
Please contact our sales team for current stock and lead time.

You may also like