Welcome to a Laptop Battery specialist of the Anritsu Battery
Waiting for component failure is not a cost-effective method of cellular communications cell site maintenance. Preventive maintenance is the order of the day. The ability to identify potential problems is where the Anritsu Site Master series of handheld cable-and-antenna analyzers shines with battery like Anritsu MT9081 Battery , Anritsu S331B Battery , Anritsu S331C Battery , Anritsu S331D Battery , Anritsu S332A Battery , Anritsu S332B Battery , Anritsu S332D Battery , Bionet Battery , Bionet BM3 Battery , Bionet BM3 Plus Battery , Bionet LS1865L220 Battery , Bionet 3SIPMXZ Battery .
Most cell site failures arise due to faulty cables, connector, and antennas. When such components become compromised, SiteMaster analyzers have the ability to quickly identify and locate the source of the fault. This can preclude the necessity of climbing an antenna tower, as Site Master analyzers can identify antenna degradation from the ground.
Corroded or misaligned cables and connectors can also impact coverage pattern and signal integrity. Site Master can pinpoint connector and cable problems before damage occurs.
The Site Master is robustly engineered for reliability in the field, and the large TFT color display and logical menu driven interface facilitate ease of use and test interpretation. A full range of markers and limit lines provide accurate and repeatable measurements, and quick and easy pass/fail testing.
Cables, connectors, antennas, and related subcomponents are analyzed using a technique known as Frequency Domain Reflectometry (FDR). Like Time Domain Reflectometry, a pulse is injected into a system and its reflections analyzed. FDR is accomplished with an RF pulse, not DC as with TDR; therefore problems that would elude TDR are elucidated.
The analyses provided by Site Master analyzers include Return Loss and SWR, Cable Loss, and Distance-to-Fault measurements.
SiteMaster toggles between Return Loss and SWR measurements to ensure conformance to system specifications.
Measurement of Cable Loss is possible either end-to-end prior to installation, or by the single end of an already installed cable. Site Master automatically determines insertion loss and displays it, eliminating guesswork and time consuming calculations.
Measurement of Distance-to-Fault is a standard feature of all SiteMaster models. While Return-Loss testing indicates signal reflection magnitude, the Distance-to-Fault function provides both magnitude and location of the irregularity.
Other measurement capabilities and features available depending upon model and options.