Simrad RS40 VHF AIS-RX

Simrad RS40 VHF AIS-RXModel: 000-14470-001Simrad RS40 Replaces the current RS35 mid level VHF, updated to comply with EN 301 025 (v2.2.1)New front mountable design for easy installationLow profile design to align with style of Simrad MFDsSeamless integration with a wider Simrad system through NMEA 2000 and 0183Built in AIS ReceiverLarge screen with intuitive user interfaceOptional wireless handsets with inductive chargingSpecificationsTemperature range-15 to +55C (+5 to +131F)WaterproofIPX7Normal Working Voltage+13.6 V DCMinimum operating Voltage10 V DCLow battery detect Voltage10.5 0.5 V DCOver Voltage Protection>15.8 0.5 V DCHailer Audio Power Out30 WCurrent Drain RX Max Audio Power1.5 ACurrent Drain Stand-By RX0.45 ACurrent Drain At 12V DC : Hi Power TX6 ACurrent Drain At 12V DC : Lo Power TX1.5 AFrequency Range: Transmit156.025 ~ 157.425 MHzFrequency Range: Receive156.050 ~ 163.275 MHzChannelsPLLModulationFM(16KOG3E) DSC(16K0G2B)Channel Spacing25 KHzFrequency Stability 5 PPMDigital Selectivity Calling (DSC)Class DLCD DisplayFSTN 256×160 PixelsAIS Max Targets150Intermediate Frequency : 1st38.85/21.7 MHzIntermediate Frequency : 2nd450 KHzSensitivity : 12dB SINAD-6 dBuV(EMF)Squelch Sensitivity: at tight 6 dBuV(EMF)Spurious Response Rejection Ratio70 DbAdjacent Channel Selectivity70 dBIntermodulation Response68 dBS/N at 3KHz Dev.40 dBAudio Output Power At THD 10%2.5 WAudio Distortion10 %Audio Response+1 to -3dB of 6dB/octave from 300hz to 3kHzCurrent Drain Max Audio Power1.5 ACurrent Drain Stand-By0.45 A2ND RX Sensitivity For 12dB SINAD 0 dBuV(EMF)2ND RX bit error ratio@-107dBm 10-2Frequency error1.5KHz KHzRF Power : Hi23 2 WRF Power : Lo0.8 0.2 WMaximum Deviation 5 KHzS/N at 3KHz Dev.40 dBModulation Distortion3KHz 10 %Audio Response at 1KHz Dev.+1 to -3dB of 6dB/octave from 300hz to 3KHz dBSpurious/Harmonic Emissions: Hi/LO0.25 uWModulation Sensitivity15 mVDSC TX deviation at 1.3K2.60.26 KHzDSC TX deviation at 2.1K4.20.42 KHzATIS TX deviation at 1.3 KHz1.30.13 KHzATIS TX deviation at 2.1 KHz2.10.21 KHz