VBI402-75 Connectors, Interconnects

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Coaxial Connectors (RF):

The VBI402-75 is a coaxial connector developed by VBI, designed for the purpose of connecting two electrical devices. It has a wide range of uses in areas with high frequencies, such as microwave and RF applications. The connector has a 75 ohm 75 coaxial impedance, and its contact pin system is arranged for optimal signal transfer. This makes the VBI402-75 an ideal choice for many RF and microwave applications.

Application Fields:

The VBI402-75 is used in a variety of areas with high frequency applications. It is often used in wireless communication devices, such as cellular telephones, routers, and antennas. It can also be found in aerospace and military applications, where it is used to connect components such as receivers and transmitters. In addition, it is a popular connector in high-end audio and video equipment, as it has great performance at high frequencies.

Working Principle:

The working principle of the VBI402-75 is quite simple. The connector consists of a central male pin and a female connector, both of which are connected with a 75 ohm coaxial cable. Upon insertion of the male pin into the female connector, the two pieces make contact at the pin. As electricity is applied to the male pin, it is transferred to the female connector through the cable. This allows for high fidelity transmission of electrical signals over a relatively short distance.

The VBI402-75 also features a variety of additional features. It has a robust housing that is designed to protect against electrical noise and interference, and it has a snap-in locking mechanism that ensures connection integrity. The connector is also designed to be resistant to shock, vibration, and radiation, making it an ideal choice for many high frequency applications.

The VBI402-75 is a high-quality coaxial connector that provides reliable electrical connection and signal transfer between two electronic devices. Its 75 ohm coaxial impedance, robust housing, and snap-in lock mechanism make it an ideal choice for many RF and microwave applications. Its resistance to shock, vibration, and radiation make it suitable for many high frequency applications, making this a highly recommended connector.

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