MX23A34NF2

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MX23A34NF2 is a rectangular connector which is part of a series of high-density connectors with surfacemount design. It is a two-row through-hole version, with its front side consisting of 0.1" centers rows of dual ended male pins. This particular model has 34 pins on each row, making a total of 68 contacts.

The first utilization of this connector is in radiofrequency applications. In particular, it is a well-suited component for CATV local area networks and HFC systems. The MX23A34NF2 connector features a low parasitic inductance, high attenuation and excellent EMI/RFI shielding.

The design of the MX23A34NF2 takes advantage of advanced materials and techniques such as a printed copper body and a high-temperature insulation system. The insulation is designed to protect against the high-heat dissipation in the PCBs where this connector is mainly found in. The robust construction of this component allows for multiple plugging, unplugging and fastening points.

The lower profile of the MX23A34NF2 makes it suitable for applications that require higher pin density. It can be used in control and power supply wiring, as well as signal and power distribution systems.

Concerning the working principle, the MX23A34NF2 connector is a two-row through-hole version, meant for direct insertion in the PCB. The 0.1" centers rows are opposed by dual ended male pins, and the rear rows are rectangular in shape. As a result, the MX23A34NF2 is a face-to-face connector, which ensures a strong, reliable connection.

The MX23A34NF2 runs on a complex contact system which includes a series of locking hooks. These hooks keep the connector securely in place as it interlocks with the board. As an additional measure of protection, the connector features a contact protection feature which blocks external objects for entering a contact system. Additionally, this connector also includes a latch-lock system which prevents dust, dirt and other debris from entering the contact holes.

Critically, the MX23A34NF2 connector utilizes Polarized Contact Interaction which controls the signals transmitted between the connector’s inner contacts. This ensures that a secure connection is maintained between the component and the board, ensuring no disruption to the signal transmitted.

In conclusion, the MX23A34NF2 connector is an ideal component for radiofrequency applications, and its features are well-suited for high-density applications with a need for a low profile. With its contact protection, latch-lock system and Polarized Contact Interaction, this connector ensures a reliable, secure connection every time.

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