ETL Systems

The ETL Systems SCP-436024 is a 15 dB IF-band proximity coupler from the Scorpion Series, designed for RF signal monitoring in satellite, telecom, and test environments. It operates over the...

The ETL Systems SCP-4307 is a 10 dB L-band directional coupler from the Scorpion Series, designed for RF signal monitoring in satellite, telecom, and test environments. It operates over the...

The ETL Systems ODU-436005-N5N5N5 is a 10 dB directional coupler designed for L-band frequencies, operating within the 850–2450 MHz range. This model features N-type connectors and is housed in...

The ETL Systems ODU-4307 is a 10 dB L-band directional coupler engineered for outdoor RF monitoring applications. Encased in an IP67-rated enclosure, it ensures protection against dust and water...

The ETL Systems CPL20L1P-4310 is a 20 dB L-band proximity coupler designed for RF signal monitoring in satellite, telecom, and test environments. It operates across the 850–2150 MHz frequency...

The ETL Systems CPL20L1P-4304 is a 20 dB L-band directional coupler designed for RF signal monitoring and distribution applications within the 850–2150 MHz frequency range. This model supports...

The ETL Systems CPL20L1P-4301 is a 20 dB L-band proximity coupler designed for RF signal monitoring and distribution within the frequency range of 850 MHz to 2150 MHz. This model features 50 Ω...

The ETL Systems CPL10L1P-4307 is a 10 dB L-band directional coupler designed for RF signal monitoring and distribution within the frequency range of 850 MHz to 2150 MHz. This model features 50...

The ETL Systems CPL10L1P-4303 is a high-performance 10 dB L-band proximity coupler designed for precise RF signal monitoring in satellite communication systems. Operating within the 850 to 2150 MHz...

The ETL Systems CPL03S1P-436014 is a 3 dB S-band hybrid coupler designed for RF signal splitting and combining applications. Key Product Features: 3 dB coupling Low Insertion Loss High...

4-way passive L-band splitter or combiner. There is DC & 10MHz pass from port-1 to the common port. All other ports are DC & 10MHz blocked. Min 10 MHz attenuation on the 10MHz blocked port is...