Kaelus TMA2117F00V1-1 - TWIN TMA PCS/WCS DUAL BAND WITH 700/850 BYPASS; AISG, 2.0

The Kaelus TMA2117F00V1-1 is a dual band TWIN TMA PCS/WCS with 700/850 bypass and AISG 2.0. It is designed to provide superior performance in both PCS and WCS bands, with a bypass feature that allows for the use of both bands simultaneously. The TMA2117F00V1-1 is ideal for applications requiring high-speed data transmission and reliable coverage in both PCS and WCS bands. It is also suitable for use in a variety of wireless applications, including cellular, Wi-Fi, and WiMAX.TWIN TMA 1900/WCS, LOWPASSDesigned to be deployed in co-located 1900 & WCS systems with wideband antennas, the Kaelus TMA provides internal diplexing and gain in both bands while allowing 700/850 services to pass through to a separate antenna, thereby saving hardware costs.FEATURESImproved base station sensitivity through gain in 1900 and WCS bandsHigh Linearity and low noise performance; Bypass provided for 700/850MHz servicesHardware and software configuration using AISG “Personality” uploadFail safe bypass mode with lightning protection   technical specificationsBand Name1900WCSdownlinkPassband1930 - 1990MHz2350 - 2360MHzInsertion loss0.5dB typicalReturn loss18dB minimumMaximum input power160W (average) / 2kW (PEP)120W (average) / 1.2kW (PEP)uplinkPassband1850 - 1910MHz2305 - 2315MHzGain13dB12dBVariable gain3dB to 13dB in 1dB steps (controlled by AISG commands)2dB to 12dB in 1dB steps (controlled by AISG commands)Gain variation±1dB maximumReturn loss18dB minimum operating, 12dB in bypassBypass loss2.5dB typical3.3dB typicalNoise figure1.4dB typical1.7dB typicalOutput IP3+30dBm typicalMaximum input power with no damage+12dBm maximumRejection27.5dB minimum@2324.54 - 2341.285MHzlow band pathPassband698 - 896MHzReturn loss18dB minimumInsertion loss0.35dB typicalMaximum input power with no damage200W (average) / 2kW (PEP)electricalImpedance50OhmsIntermodulation products-153dBc maximum in RX band with 2 x 20W carrierspower supply and alarm (current window alarm mode, default)Current window alarm mode (CWA) is the default TMA operating mode and can be configured to specific customer requirements. The generic personality (F00V1) is configured so that both channels are independently powered and monitored via the respective BTS port. The BTS port sinks additional current to indicate an alarm state in its uplink path. Normal operating and alarm current values are configured independently via a field-loadable personality file, Please contact Kaelus for more information.DC supply voltage8.5 to 30V DC, case is DC groundDC supplyEach BTS powered individually (programmable)DC supply current, normal mode200 ± 20mA per port (programmable)DC supply current, alarm mode300 ± 30mA per port(programmable)aisg mode of operation (auto selected on valid aisg 2.0 frames)AISG signals can be applied to either port 7 or port 8. The TMA2117FxxVx-1 unit switches to AISG mode when valid frames are detected on one of the BTS ports. Both LNAs take DC power from the port with AISG frames or, if DC is present on both ports, both channels supply equal power to the TMA2117FxxVx-1.DC supply voltage+8.5V to +30V DCAISG version2.0 (1.1 optional)Supply current, AISG mode400mA @ 8.5V, 120mA @ 30V typicalAISG connector, current ratingIEC60130-9, 8-pin female ,< 4A peak, 2A continuous, pin 6Field firmware upgradableYesenvironmentalFor further details of environmental compliance, please contact Kaelus.Temperature range-40ºC to +65ºC | -40°F to +149°FIngress protectionIP67Lightning protectionIEC61312-1, RF: ±5kA maximum (8/20us), AISG: ±2kA maximum (8/20us)MTBF>1,000,000 hoursComplianceFCC Part 15 subpart B, ETSI EN 300 019 class 4.1, RoHSmechanicalDimensions H x D x W300 x 250 x 118mm | 11.81 x 9.84 x 4.65inWeight11.8kg | 26lbsFinishPainted, light grey (RAL7035)ConnectorsDIN 4.3-10 (F) x 8 long shank, AISG (F) x 1MountingPole/wall bracket supplied with two metal clamps 45-178mm diameter polesordering informationPart NumberConfigurationOptional FeaturesConnectorsTMA2117F00V1-1TWIN 2 in / 6 outSTANDARD4.3-10 (F)electrical block diagrammechanical block diagram&nbsp

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