CA Series
Wideband, high current devices for protection of radio transmitters and receivers connected to coaxial feeders

  • Large bandwidth dc to >2GHz
  • Robust - 10kA surge rating
  • Range of connector styles to suit all applications
  • DC coupled
  • Low insertion loss
  • Low VSWR
  • Low group delay
  • Tested in accordance with BS6651:1992 Appendix C
The CA series of surge protection devices prevents surges and transient overvoltages conducted through co-axial cables from damaging electronic systems such as telemetry outstations. They protect vulnerable equipment without affecting normal operation, passing high frequency signals with little attenuation while diverting surge currents safely to earth and clamping output voltages to safe levels.

Receivers & transmitters are particularly vulnerable to damage from the effects of lightning. Their remote locations and physical construction make them a likely target for lightning activity. The use of semiconductors and integrated circuits in transmitters and receivers has rendered them particularly prone to damage from these disturbances.

Excellent performance levels are achieved using high energy gas discharge tubes, in precision engineered compact enclosures, to produce superior surge suppression and transmission characteristics. The protection circuitry is capable of diverting 10kA impulses whilst the brass bodies and connectors are silver plated and are designed to meet harsh environmental requirements.

A wide range of connector styles is available to suit all application requirements with a choice of working voltage and characteristic impedance provided for most of the series. In addition, bulkhead mounting options are available where insertion into a panel is preferable.

Typical applications include the protection of radio telemetry systems, mobile communications base stations and where high induced voltages may be present in aerial systems.

 

Download product datasheets

 

About Us | Applications | Products | Service & Support | Contact Us

© Atlantic Scientific 2004