Comet CFX-4310C
Delivery time:
Delivery time:
1-3 Business Days
Comet CFX-4310C is backordered and will ship as soon as it is back in stock.
About this product
About this product
Why Customers Choose Deltron
✅ More than 17 years of expertise in communication equipment and accessories
Our knowledge is your security. Since 2007 we have been helping professionals and enthusiasts with reliable solutions.
✅ Fast delivery from stock
Ordered today = delivered quickly. No waiting time, but certainty.
✅ 100% original A-brand products
With us you only buy original, certified products from renowned brands – no counterfeits, no worries.
✅ Purchase on account for business customers (B2B)
Easy and trusted payment via invoice. Specially for companies and governments.
✅ Certified webshop with reliable reviews
Deltron is Webshop Keurmerk certified and reviewed via Trustpilot – so you can be sure that you are ordering safely and reliably.
The Comet CFX-4310C is an advanced triplexer that enables simultaneous transmission and reception on the HF 150 MHz, 400 MHz and 900 MHz bands . This triplexer allows you to easily connect transmitters and antennas via a single coaxial cable. Thanks to the integrated high-quality filters, interference such as TVI (television interference) is effectively prevented. The isolation between the connectors is more than 50 dB, which ensures optimum signal separation.
Key Features
- Simultaneous signal processing:
- Transmit and receive on three frequency bands simultaneously via one tri-band antenna.
- Combine a triband radio with separate outputs into one triband antenna.
- Use one coaxial cable to connect three antennas at the top of a mast to three radios at the base, with triplexers at both ends, minimizing cost and weight.
- High Isolation and Efficiency: Provides over 50 dB isolation between ports, ensuring stable and reliable signal processing.
- Versatile connectivity: Equipped with N connectors for the common connection and the high-frequency port, and PL-259 connectors for the low- and mid-frequency ports.