RM射频放大器

Frequency频率 ................................................. ......................430 - 480 MHz Supply电压..............................................................................11 - 15 Volt cc Input power.输入功率.....................................................................5,0 W  MAX Output SWR 输出驻波比....................................................................5:1 VSWR Operating Case Temperature工作时表壳温度................................................ -10 to +80 °C Storage Temperature 存储温度...........................................................-40 to +85 °C Junction Temperature接点温度................................................................ 175 °C   ELECTRICAL CHARACTERISTICS电特性  (Tc=25°C)   Frequency频率 ................................................. ......................440 - 470 MHz Supply.电压.............................................................................12 - 14 Volt cc Input energy输入电流.....................................................................10 – 22 A Input power输入最大功率......................................................................5 W  MAX Output power输出功率 ...................................................................100W MAX Gain增益值.................................................................................12,5 ±1 dB Input SWR输出驻波比. .......................................................................< 1.5:1 Mode调频方式................................................................................FM- SSB调频单边带 Fuse电容丝..................................................................................2 x 12A Internal .........................................................................................Input PTT control输入PTT控制 .........................................................................................Output Wattmeter输出功率计 Protection for:保护作用 .........................................................................................Over temperature超温保护 .........................................................................................Excessive SWR超驻波比保护 .........................................................................................Polarity inversion极性反接保护