73016

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Coaxial connectors, or RF connectors, extends the means to connect two pieces of electric apparatus through radio-frequency signals passing through conductive wires at certain frequencies. An example of coaxial connector is the 73016 type, which is one of the most common coaxial connectors used. It is a type of coaxial RF connector used to terminate the ends of coaxial cables. It is designed to work with flexible and rigid low-loss coaxial cables.

The 73016 RF connector is constructed using metal, which gives it a high RF power handling capacity and durability. It has a threaded body and a patented locking system which ensures secure and reliable connection. It features solid pin contacts with an inner conductor and an outer conductive shielding, allowing it to have a continuous contact surface. The connectors can also handle high frequencies and wide bandwidths, making them suitable for most RF applications.

The connector features a snap-lock coupling and detachable nut design, which makes it easier to connect and disconnect the two ends of the cable. The connector allows easy insertion and removal of the cable in the socket and the inner plug, while minimizing strain and wear on the cable ends. It also has a low VSWR, which is essential for a stable electrical connection. Additionally, the 73016 coaxial connector holds a VESA-compliant mounting flanges for use in space-constrained applications.

The 73016 connector offers a wide range of applications, such as commercial, military, and aerospace applications. It is capable of connecting and transmitting high frequency signals over wideband frequencies, up to 3GHz. Additionally, the connector is also used in communication, broadcast, and networking applications, as well as for power and signal transmission.

The 73016 connector also has a range of various working principles, such as a physical connection, electrical connection, mechanical connection, and thermal connection. The physical connection works by providing a total connection between the two points. The electrical connection works by either providing a direct electrical contact or a capacitive path, between the two points. The mechanical connection works by using a clamp to maintain a high level of physical contact between the two points. The thermal connection is a form of electrical contact, which works by heat dissipation in the form of an electrical connection.

In conclusion, the 73016 coaxial connector is an reliable, versatile, and durable connector, suitable for a wide range of applications. Its snap-lock coupling, detachable nut design, and VESA-compliant mounting flanges, give it added advantages. Additionally, the range of working principles ensure that the connector is suitable for both physical, electrical, mechanical, and thermal connections. As such, this connector is an ideal tool for connecting and transmitting high-frequency signals over wideband frequencies.

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