Multicouplers for Radios and Scanners

A combiner merges multiple RF signals from different sources into a single output, while a multicoupler splits one (or more) incoming signals to feed multiple receivers. Combiners are used in transmitter systems; multicouplers are used on the receive side to distribute antenna signals. The LS-16 Series acts as a multicoupler, distributing telemetry signals to multiple downstream receivers or demodulators.

The LS-16 Series covers 300 MHz to 6000 MHz (6 GHz), spanning P, LL, UL, S, and C bands. This wide coverage makes it suitable for a broad range of aerospace, defense, and telemetry ground station applications requiring multi-band signal distribution without the need for multiple separate devices.

The LS-16 Series delivers a minimum of 50 dB output-to-output isolation across the entire 300 MHz to 6 GHz band. This high isolation level ensures that signals at individual output ports do not interfere with each other, maintaining signal integrity across all connected receivers in multi-channel ground station configurations.

The LS-16 Series is available in multiple IN x OUT configurations including 1x8, dual 2x4, 1x4, and 1x6. This flexibility allows system designers to match the multicoupler to their exact antenna and receiver topology, whether operating a single wideband antenna feeding multiple receivers or dual antennas in a diversity receive setup.

Yes. The LS-16 Series supports individual output power adjustment at each port, allowing fine-tuning to within a quarter-dB using software control. Gain adjustments are available via optional Ethernet or USB interfaces, enabling remote or automated control in integrated ground station and rack-mounted telemetry system environments.

The LS-16 Series is designed for aerospace and defense telemetry ground systems, flight test ground stations, and high-performance multi-band RF signal distribution. Typical use cases include telemetry equipment operation and integration, ground station testing, signal reception for Federal test ranges, and aeronautical flight test programs operating across multiple RF bands.