SMA Female PCB Mount is a RF connector designed for printed circuit board (PCB) mounting. It is compact in size and can be easily arranged in a narrow space to meet the miniaturization needs of various electronic devices. With the help of precision technology, high-precision connection with SMA plug is realized, stable signal transmission is ensured, low insertion loss and high return loss, excellent performance in high-frequency communication, test and measurement, reliable and durable, etc. , flexible installation mode is the key component to build high quality RF circuit.

SMA Female PCB Mount is a RF connector designed for printed circuit board (PCB) mounting. It is compact in size and can be easily arranged in a narrow space to meet the miniaturization needs of various electronic devices. With the help of precision technology, high-precision connection with SMA plug is realized, stable signal transmission is ensured, low insertion loss and high return loss, excellent performance in high-frequency communication, test and measurement, reliable and durable, etc. , flexible installation mode is the key component to build high quality RF circuit.

Type SMA is one kind of RF coaxial connectors which is small-sized thread coupling， and its characteristic impendence is 50Ω. The interface mating dimensions and technical characteristics are according to the standard of MIL-C-39012, IEC169-15 and CECC22110.

Type SMA is one kind of RF coaxial connectors which is small-sized thread coupling， and its characteristic impendence is 50Ω. The interface mating dimensions and technical characteristics are according to the standard of MIL-C-39012, IEC169-15 and CECC22110.

Our 2.4 mm sma connector and 2.4 mm rf connector are exceptional choices for achieving reliable and high-performance RF connections. With their secure coupling mechanisms, low signal loss, and excellent electrical performance, these 2.4 mm female connectors are trusted solutions in the industry. As a leading RF Coaxial Connectors supplier , we are proud to offer these top-quality connectors to our valued customers and welcome inquiries for distribution partnerships. Experience superior connectivity and exceptional electrical performance with our 2.4 mm female connector and 2.4 mm rf connector. Contact us today to explore the possibilities for your RF applications.

Type SMA is one kind of RF coaxial connectors which is small-sized thread coupling， and its characteristic impendence is 50Ω. The interface mating dimensions and technical characteristics are according to the standard of MIL-C-39012, IEC169-15 and CECC22110.

Type RPSMA is one kind of RF coaxial connectors which is small-sized thread coupling， and its characteristic impendence is 50Ω. This type of connectors has t he excellent perfomance of high reliability, high mechanical strength, high durability and optimum electric properties, which are widely used in the connection of RF circuit of mobile communication equipment and electrical instruments.

TYPE L29 is a one kind of coaxial connector with screw-coupling mechanism.The connector is applicable from DC up to 7.5GHZ . The advantages has less attenutation, low intermodulation , big power and excellent nature of water-proof. They are widely used in communication systems and radio transceivers.

TYPE N are very popular screw-coupling middle-power coaxial connectors, which has the excellent peformance of  greet vbration-proof,high reliability, superior electrical and mechanical properties, They are widely used for communication applications where tration  resistance and harsh environment is required. The interface mating dimensions and technical characterstics are according to the standard MIL-C-39012 IEC60169-16AND  CECC22210

TYPE TNC  is a middle-power coaxial connector, with  screw-coupling mechanism.The connector is applicable from DC up to 11GHZ  . It has two intermateable version of 50Ω and 95Ω. The advantages are high reliablity , vibration-proof  , superior machanical and electrical performances.

Micro RF Coaxial Connector 2.92mm female (jack) 2 holes flange millimeter-wave connector. They have the advantages of small size, lightweight, high frequency, and super reliability, widely used in the modern precision measurement and microwave communication equipment. The frequency range can be up to 40Ghz.

Type SMA is one kind of RF coaxial connectors which is small-sized thread coupling， and its characteristic impendence is 50Ω. This type of connectors has t he excellent perfomance of high reliability, high mechanical strength, high durability and optimum electric properties, which are widely used in the connection of RF circuit of mobile communication equipment and electrical instruments.

Type SMA is one kind of RF coaxial connectors which is small-sized thread coupling， and its characteristic impendence is 50Ω. This type of connectors has t he excellent perfomance of high reliability, high mechanical strength, high durability and optimum electric properties, which are widely used in the connection of RF circuit of mobile communication equipment and electrical instruments.

The SMA-K240Y is a 50Ω straight female crimp RF coaxial connector from the SMA series. It is designed for termination with LMR-240 (RG240 equivalent) low-loss coaxial cables, and complies with MIL-C-39012 and IEC 60169-15 industry standards. This connector is widely used for cable assembly in communication systems, industrial RF equipment and wireless network infrastructure.

SMA-K300Y-1 is a bulkhead panel mount SMA female crimp connector, specially developed for terminating RG300 flexible RF coaxial cables. It adopts threaded locking structure with excellent shielding performance and easy assembly. Widely applied in wireless communication, test instruments, RF modules and antenna feeder systems.

SMA-KD10 is a straight PCB-mount SMA female jack designed for direct soldering onto microstrip PCB circuits. It adopts standard SMA threaded connection, featuring stable high-frequency performance, compact outline and reliable welding structure. Widely used in RF modules, wireless transceivers, IoT equipment and microwave measuring instruments.

SMP-KB3507 is a straight push-on SMP female connector designed for terminating CXN3507 semi-rigid RF cable. It adopts blind-mate push-in coupling structure, supporting minor axial and radial misalignment during mating. Featuring compact outline, excellent broadband high-frequency performance and reliable shielding, it is widely adopted for high-density interconnection inside microwave modules, radar systems, aerospace electronics and test instruments.

J.SMA-KB3 is a straight SMA female connector designed for coaxial cable assembly. It adopts standard 1/4-36 threaded coupling structure, featuring compact size, stable high-frequency performance and reliable mechanical connection. Widely used in wireless communication modules, antenna harnesses, RF test cables and industrial microwave equipment.

2.92-J3506G-F-1 is a flange-mounted 2.92mm male connector specially designed for terminating 3506 semi-rigid RF coaxial cables. It adopts threaded locking connection design, supports broadband high-frequency transmission up to 40GHz. With stable electrical performance, excellent shielding effect and high mechanical reliability, it is widely used in microwave modules, radar systems, high-frequency test instruments, aerospace and millimeter-wave communication equipment.

BMA-JFD7G is a flange-mounted straight BMA male blind-mate RF connector. It adopts push-on blind mating structure without screw threads, allowing minor radial and axial misalignment during assembly. Featuring compact size, stable broadband RF performance and reliable mechanical structure, it is widely applied in phased array radar, microwave modules, rack communication systems and high-density test equipment.

BMA-KFB2 is a flange-mounted BMA female blind-mate RF coaxial connector. It adopts threadless push-on blind mating design, allowing minor radial and axial misalignment during assembly. With compact outline, excellent broadband electrical performance and stable mechanical contact, it is widely used for modular interconnection inside radar systems, microwave transceiving modules, communication cabinets and multi-channel RF test equipment.