Anritsu Co. expands its Signal Analyzer MS2840A family with the introduction of three models that support the 9 kHz to 3.6 GHz, 6 GHz, and 26.5 GHz frequencies. With the instruments, Anritsu fills a market void for cost-efficient, high-performance signal analyzers that address the middle frequency ranges, providing an economical solution to accurately measure wireless equipment, oscillators and other components for narrowband applications, and more.
The LSS series of satellite simulators enable RF testing of mobile satellite communications systems without the need for cabling and with true portability for optimum equipment location. These simulators are fitted with dual polarized horn antennas in both the uplink and downlink bands and for each frequency conversion there is a separate attenuator providing adjustment of signal levels to accommodate receiver sensitivity and range distance.
In keeping with its well renowned policy of maintaining stock of high specification microwave components, AtlanTecRF announces inventory of the new ultra broad band 180 degree hybrid coupler covering an instantaneous bandwidth of 2 to 18 GHz.
AtlanTecRF has launched a range of high reliability, long life electromechanical switches, with many popular models available from stock. These high reliability switches come in configurations from single pole single throw (SPDT) through to SP10T, allowing a microwave signal to be switched from a common input to a number of outputs. Typical performance figures of 0.5 dB max insertion loss (18 GHz) with 60 dB isolation and standard operating temperature range of -25 to +65C.
Designed to meet a demand among RF and microwave test engineers, this convenient-to-use and versatile amplifier covers the full 1 to 18 GHz frequency range. The rugged housing is suited to the busy laboratory environment. Built within a cast aluminium housing, 129 x 84 x 67 mm, the amplifier delivers 35 dB gain and +20 dBm P1 output power and comes complete with a manual on-off locking toggle switch for quick application and removal of the amplified signal.