DESCRIPTION The ESSPx is the outdoor solid-state power amplifiers factured by Elber with GaN transistor technology, with output power from 50W up to 200W. Available also as SSPB, with in-house designed upconverter, the ESSPA-Ku200 is the 200W Ku-band version. The ESSPx is an integrated unit, comprehensive of power supply and cooling system, housed in a weatherproof cabinet for safe outdoor installation and operation. Safe operation is preserved also through automatic software/hardware shutdown of final stages in case of overtemperature, over-current and high reflected power. The amplifier is equipped with precise forward • SSPA and SSPB • GaN Technology • Output power 200 W (PSAT) • High Gain and Linearity • Fully Outdoor Use • Fully protected against over-temperature, over- current and high VSWR. and reflected power detection circuitry for correct configuration and monitoring of the amplifier. • Gain adjustment Combination of basic pallets is just mechanical through waveguide combiners, so that performan- • Output sample monitor port ces can be easily replicated for massive production. Management of the unit can be done either local- • Autonomous 1+1 redundancy management ly and remotely through serial Ethernet connection. A redundancy kit is also available, with autono- • Remote Monitor & Control through Serial and Ether- mous management of 1:1 solution or optional- ly with external Master control unit, through Cleber platform (one control unit for 2 amplif

General: Frequency: Output Power: Gain @ 0 dB attenuation: Gain regulation: Spectral regrowth: Third order IMD: Gain flatness: Gain variation over temp: Power Meter accuracy: NPD in Tx Band: NPD in Rx Band: Spurious level @ PLIN: AM/PM conversion: Group Delay Ripple: Input: Connector: Impedance: VSWR: Output: Flange: Impedance: VSWR: Output Sample: Connector: Impedance: VSWR: 14.0-14.5 GHz (standard) 13.75-14.5 GHz (extended) +53.0 dBm PSAT +52.5 dBm PSAT guaranteed +49.0 dBm PLIN 78 dB ± 2 dB 15 dB in 0.1 dB steps <-30 dBc @1.0 x SR -25 dBc (2 tones 5 MHz separa tion @ PUn) ± 0.75 dB over any...