PL71-PJ-1.5C(40)

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Coaxial connectors (RF) have become increasingly popular and widespread in the electronics industry as a fast, reliable, and cost-effective means of connecting components in both medium and high frequency applications. One such popular and widely used type of coaxial connector is the PL71-PJ-1.5C(40) coaxial connector.

The PL71-PJ-1.5C(40) connector is designed for low- and medium-frequency applications. It is made of black plastic and consists of an inner conductor, a dielectric insulator, and an outer metal contact. The connector has a center thread that connects to the center contact and provides good electrical contact between the center and the outer contact. The outer contact is made of gold-plated brass and provides good electrical contact between the outer contact and the housing. The dielectric insulator provides insulation between the center conductor and the outer contact.

The PL71-PJ-1.5C(40) connector is used in applications where a secure and reliable electrical connection is required between components. It is commonly used for antennas, medical imaging equipment, transmitters, receivers, and other radio frequency applications. The connector is not suitable for applications that require a higher frequency, such as microwave applications.

The working principle of the PL71-PJ-1.5C(40) connector is based on the principle of electrical coupling between the center conductor and the outer contact. The center conductor is connected to the dielectric insulator which provides insulation between the center conductor and the outer contact. The outer contact is connected to the housing which provides a connection to the other end of the cable. When a voltage is applied to the connector, the inner conductor and the outer contact creates an electrical path which results in an electrical connection.

The PL71-PJ-1.5C(40) connector is a reliable, cost-effective, and fast solution for connecting components in low- and medium-frequency applications. The connector can be used in applications where a secure connection between components is required, such as antennas, transmitters, receivers, medical devices, and other radio frequency applications. The connector\'s working principle is based on the principle of electrical coupling between the center conductor and the outer contact, which creates an electrical connection when a voltage is applied to the connector.

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