Produkty
ATX SignalON RF Management
Pasywa stacyjne; 1GHz; 1,2GHz
Opis produktu ATX SignalON RF Management
ATX’s SignalOn Series (Patented), combined with the innovative cable management of the newly-designed chassis, provides engineers with a variety of products to simplify the headend signal management challenge. The SignalOn Series offers specifications that exceed CATV industry requirements for insertion loss, port-to-port isolation, frequency response, and noise figure. The line consists of an array of passive and active modules including splitters/combiners, DCs, L-Band splitters, diplex filters, as well as amplifiers, power supplies, and RF switch modules.
- High density
- High quality performance (5 MHz – 1 GHz; selective 1.2 GHz modules are now available)
- Patented make-before-break attenuator pad design for hitless signal balancing
- Front access to clear pad covers and patented pad guides
- Test point monitoring on many modules
- Multiple chassis configurations
- Connector options: F and BNC
- Several amplifier offerings
- RF/power redundancy
- 100% quality control
Chassis & Cable Management:
- Chassis supports both passive & active modules
- Clear chassis door provides protection & clear view of modules
- One year warranty
- Available in 1RU, 2RU & 5RU chassis
- NEBS Level 3 compliant
Splitter/Combiner options:
- 2-way Splitter/Combiner
- 4-way Splitter/Combiner
- 8-way Splitter/Combiner
- Dual 4-way Splitter/Combiner
- Triple 2-way Splitter/Combiner
Power Supplies:
- Hot-swappable, universal 100/110/240 VAC or -48 VDC power supply modules are available
- Redundancy is automatically implemented when two power supplies are engaged into the active SignalON chassis
Amplifiers:
- Hot-swappable forward path amplifiers are available with GaAs technology and feature non-service-affecting gain and slope controls
- Operation is from 50 MHz do 1 GHz (1.2 GHz modules are now available)
- 20 dB or 30 dB gain options are offered
- The 5-200 MHz return path amplifier offers a standard 22 dB gain, low distortion and noise, and two test points
