Description
About this item
- Series: SMA | Connector Type: PCB | Gender: Jack, Female | Polarity: Standard | Interface Type: .062" End Launch | Housing Style: Straight | Mounting Method: Bulkhead
- Impedance: 50 | Mounting method: soldering | Housing material: brass | Housing coating: Gold | Dielectric type: PTFE | Frequency range: 3GHz
- The SMA plug can be used for wireless WiFi antennas WiFi router SMA antennas WiFi 4G antenna router wireless WiFi surveillance camera antenna, instrumentation, PC/LAN
- Lightweight, compact and vibration resistant design. Cost-effective trade quality (brass SMA). Connection for all flexible coaxial cables, low loss (LMR) cables and semi-rigid and adaptable cables according to industry standard.
- Package: 10pcs SMA connectors
Product description
With a threaded interface, SMA 50 Ohm connectors are semi-precise units that provide excellent electrical performance from DC to 18GHz and exceptional mechanical durability. The SMA connectors have a stainless steel or brass construction and a ¼ - 36 threaded coupling that provides high performance in a compact design.
For phase network radars, test equipment, ILS landing systems and other instruments with phase matching techniques, SMA connections provide easy and precise phase setting for microwave oven. Built to MIL-C-39012 and CECC 22110/115, the SMA connectors can be connected to all connectors that meet the corresponding diameters of the specification, regardless of the manufacturer.
Features and Benefits:
Lightweight, compact and vibration resistant design. Cost-effective trade quality (SMA brass) No more standard flexible coaxial cables, low loss (LMR) cables and semi-rigid and customizable industry standard cables.
Applications:
base stations antennas
Telecommunications
instrumentation
PC / LAN
Product details
- Package Dimensions : 14.8 x 13.2 x 1 cm; 30 g
- Date First Available : 18 Oct 2019
- Manufacturer : RFSolution
- ASIN : B07Z8Z6KBC
- Item model number : EWCO778GE
- Country of origin : China
- Guaranteed software updates until : unknown