135-3433-001

Coaxial connectors are intricate devices that link a wide variety of electronic components. The 135-3433-001 is one such type of electrical connector, and is commonly used in radio frequency (RF) equipment due to its impressive level of electromagnetic shielding. This article will discuss the application field and working principle of the 135-3433-001.

Application Field

The 135-3433-001 is a high quality, miniaturized coaxial connector designed for positioning in cramped spaces. It is frequently used in RF equipment, such as radios. It is also used in wireless telecoms, aerospace and defense applications, as the 135-3433-001 is highly reliable and offers superior performance. It provides a secure and permanent connection between two devices, with very little defect rate.

Working Principle

The 135-3433-001 consists of an inner conductor surrounded by an insulating material, which is further surrounded by a metal shielding. The inner conductor is connected to the central connector pin and the metal shield is connected to the outer nipple. This assembly creates an uninterrupted connection path between two components. The 135-3433-001 uses a threaded coupling mechanism for a secure connection, ensuring the highest levels of protection from electromagnetic interference (EMI).

The outer part of the 135-3433-001 is designed for mounting, providing excellent protection against environmental contaminants such as dust, moisture and vibration. The inner conductor is typically made of beryllium copper or copper alloy, ensuring maximum conductivity with minimal signal loss. The shielding materials used in the 135-3433-001 ensure excellent performance and protection from EMI.

Summary

The 135-3433-001 is a reliable, high quality miniaturized coaxial connector with a threaded coupling mechanism for a secure connection. It is primarily used in RF equipment, providing comfortable and efficient contact between two electrical components. Its robust design offers superior protection from dust, moisture, and vibration. The protective shielding material and the quality of the inner materials ensures excellent performance, making it a great choice for a range of devices and applications.