■ 제품필수정보

제조사	RF Solutions
제조사품명	CBA-SMA-MMCXRA
간략설명	RF Solutions Female SMA to Male MMCX Coaxial Cable, RG174, 100mm

■ 제품사양

Terminated/Unterminated = Terminated Coaxial
타입 = RG174 Connector 1
성별 = Female Connector 2
성별 = Male Length = 100mm Sheath
색상 = Black RF Coaxial Cable Assemblies. These Coaxial Cables are commonly used for Internal wiring of mainframes, communication instruments, and electronic devices as well as Connection of test head and interface of IC test system. From RF Solutions, this range of Radio Frequency cable assemblies offer a highly reliable electrical connection for your given application. What is a Coaxial Cable?. A coaxial cable is a specific type of cable that is made up from copper combined with other metal shield materials and components to block signal interference. They include one physical channel to carry the surrounding signal, usually accompanied with a layer of insulation. Features and Benefits. A coaxial communication cable, great for communicating With a selection of connector types and combinations available, from
타입 N screw locks to bayonet-style SMAs, it is a range to suit a variety of set-ups. Typical Applications. Transmitting signals for televisions and areal connections Transmitting signals of CCTV images Transmitting signals for broadband Connect satellite antenna facilities to homes and businesses Interconnecting telecoms industry equipment and data Facilitating the transmission of radio frequency signals Great to use for industrial purposes as well as portable devices Typically used for low and high power radio frequency (RF) connections Examples include radio antenna tower connections, CB and cellular phone antenna connections and microwave transmitter and receiver applications. How do Coaxial Cables work?. Coaxial cables work through having concentric layers of electrical conductors and insulating material. The way that they are constructed is what ensures that a signal is enclosed within the cable and prevents any electrical noise from interfering with the signal.