1052601-1

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Coaxial Connectors (RF) are used in multiple application fields, such as communication, telecommunication, instrumentation, data transmission, medical, etc. In these application fields, one specific type of coaxial connector deserves particular attention for its quality and performance: the 1052601-1.

1052601-1 coaxial connectors are generally small, but strong enough to handle any kind of signals. It is a standard rectangular connector that is made of brass and features gold plating. Its contacts can withstand high frequency signals, and the dielectric materials of the connector have high dielectric strength. Additionally, the connector also features a strong gripping mechanism that creates a solid connection and allows the connector to maintain its performance over long periods of time.

The 1052601-1 connector is also a popular choice for many applications because it is relatively easy to install. Its quick-lock retention mechanism ensures a secure connection with very little effort. The connector can also be installed in minutes without the need for any special tools. The connector easily fits into most housings, and the design prevents accidental detachment.

The working principle of the 1052601-1 connector depends on its design. The connector creates an electrical connection by relying on the compression of the contacts. The contacts are made of brass, and they are held in place by extended metal shells. As the shells are tightened, they compress the contacts, thus creating an electrical connection. The shells also act as electromagnetic screens, which helps protect from interference and helps ensure that the signal is delivered with minimal noise and distortion.

The 1052601-1 coaxial connector is a highly versatile component that is widely used in multiple application fields. Its reliable performance, easy installation, and strong grip make it an ideal choice for various applications. Its electromagnetic shielding helps ensure that the signal is delivered without suffering from interference or noise.

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