E5288-32G145-L

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Modular connectors, also referred to more commonly as jacks, are components used in modern electrical systems that allow the rapid and secure connection of multiple lines of communication, power, or signal. They are often used in combination to construct solutions for telecommunications, data networking, and signal transmission. The E5288-32G145-L is a type of modular connector used in telecommunications applications. It is a type of jack with a double-row structure and a maximum of 32 configuration pins.

Description

The E5288-32G145-L is a type of high-density double-row, surface-mountable modular jack connector. It provides a secure and reliable method of creating connections between electronic devices, such as handsets or headsets, over a wide range of applications. It is designed for use with flat or flexible cables and can support a maximum of 32 pins. It is available either with solder or press-and-fit terminal deployments.

The connector is designed to connect2 to 3mm squared cables or non-shielded (plastic and plastic-coated) flat ribbon cables. It has a range of locking mechanisms with various configurable orientations, and supports both linear and right angle mounting. It has a dielectric withstanding voltage of AC1000V, and an insulation resistance of 1000Ω minimum.

Application Fields

The E5288-32G145-L modular jack connector can be found in a range of applications. It is commonly used in military, telecoms, and consumer electronics. It can also be used in telecommunication systems, public address systems, VCRs, digital cameras, drones, CD and DVD players, audio equipment, and portable electronic devices. Additionally, it can be used for high speed digital data transmission applications, such as Ethernet and USB, and in telecommunications, including public switched telephone networks, mobile communication networks, and VoIP systems.

Because of the secure and reliable connection that it provides, it can be found in a range of industrial applications, including power generation, manufacturing, and oil refineries. It is also used in automotive and medical applications, providing secure connections between electronic components. The E5288-32G145-L modular jack connector is also designed to easily integrate into other components, such as switches and routers.

Working Principle

The E5288-32G145-L modular jack connector uses a contact mechanism to form a secure, electrical connection between two or more devices. The contact mechanism consists of metal contacts, typically composed of copper, brass, or gold. The contacts are arranged in a mutually compatible configuration to ensure that the connections created are fully secure. The contacts can be configured to be straight, angled, or right angled, depending on the specifics of the application.

The contacts are typically mounted on a substrate, such as a printed circuit board. The contacts are held in place by a set of clips or retainers which keep the contacts in place. The substrate material and the clip design ensures that the contacts remain firmly engaged when inserted into the port. When the connection is inserted into the port, a set of resilient contacts located at the bottom of the port make contact with the contact pins, forming a secure electrical connection.

Once the connection has been made, the electrical contact is sealed and protected from any outside elements or debris. The contacts can be easily configured to work with a number of different cable types, making it possible to quickly and easily connect different types of communication, power, or signal cables.

Conclusion

The E5288-32G145-L modular jack connector is an extremely useful connector that offers a secure, reliable connection for a wide range of applications. It is used in telecommunications, power generation, manufacturing, oil refineries, automotive and medical applications, and much more. It is available with either solder or press-and-fit terminal deployments, and has a range of locking mechanisms to ensure secure connections. It is also designed for easy integration into other components, such as switches and routers.

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