虽然未来的通信设备将具有很强的综合性反干扰能力,但目前仍在发展的象联合战术信息分发系统(JTIDS)等通信系统仍不具有反干扰性能。作为一种过渡,美国及联邦海军对其AN/WSC—3电台进行了改进,增加了跳频功能。美国海军还应用了空军的Have Quick反干扰技术改进了机载AN/ARC—180及舰载WSC—3电台。此外,E—Systems公司、Roekwell公司提供一些先进的反干扰通信设备,英国和澳大利亚海军研制了一种跳频通信设备。给现有的无线通信设备增加跳频单元可使其具有反干扰能力。 AN/WSC—3(V)是七十年代初为海军通信卫星(Flt—SatCom)系统研制的舰载/潜艇用通信分系统,时隔几年,“Whiskey—3”系统由于结构设计合理,易于更换模块而成为标准的海军视距(LOS)无线电台。七十年代末以来,WSC—3得以不断改进并被用于各种场合,当海军寻求解决反干扰问题时,显然应该选用这种电台。 Although future communication equipment will have strong comprehensive anti-interference capabilities, communication systems such as Joint Tactical Information Distribution System (JTIDS) that are still under development are still not anti-interference performance. As a transition, the U.S. and Federal Navy improved their AN / WSC-3 radio to add frequency hopping. The U.S. Navy also applied the Air Force’s Have Quick anti-jamming technology to improve onboard AN / ARC-180 and carrier-based WSC-3 stations. In addition, E-Systems, Roekwell, Inc. provide advanced anti-jamming communications equipment, the British and Australian Navy developed a frequency hopping communications equipment. Adding frequency hopping units to existing wireless communication devices can make them anti-interference ability. AN / WSC-3 (V) is a carrier-based / submarine communications subsystem developed for the Flt-SatCom system in the early 1970s. Whiskey-3 has been designed as a structurally- Easily replaceable modules to become standard NOS LOS radios. Since the late 1970s, the WSC-3 has been continuously improved and used in various occasions. When the Navy sought to solve the anti-interference issue, it was clear that such a station should be chosen for use.