DBMMZ13X3SNA197HE

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D-Sub connectors, named after their D-shaped shell, are connectors commonly used for serial and parallel connections. One of the most commonly found types is the DBMMZ13X3SNA197HE, a 10-position, double-row, micro-miniature connector. Designed with SMT mounting tabs, the DBMMZ13X3SNA197HE is usable in the majority of electronic devices, ranging from mobile phones and laptops to test equipment and medical devices.

This connector features round solder tails that allow for right angle connection to the PCB instead of the traditional 90 degree connection. This angle makes the connector space-saving in tight areas. The connector is also resistant to dust, liquids, corrosion, shock and vibration thanks to its two-stage locking methodology. Furthermore, DBMMZ13X3SNA197HE features an insulation resistance of 100M ohms and contact resistance of 20M ohms.

In terms of applications, DBMMZ13X3SNA197HE connectors are designed for high-density connectors in applications such as cell phone and laptop computers, as well as medical the measurement instrumentation and industrial controllers. Additionally, their space-saving design and resistance to environmental conditions make them a popular choice for embedded applications.

The working principle of the DBMMZ13X3SNA197HE connector is quite simple. A standard-sized, precision-moulded body with two rows of pins is plugged into the chosen receptacle. An external retaining device holds the connector securely to the receptacle. Conductive pads on the outside of the pins make contact with the associated contacts in the receptacle, completing the connection. The two rows matter because each row carries different signals, resulting in improved signal isolation and resistance to magnetic interference.

The DBMMZ13X3SNA197HE connector is designed to be an easy-to-use connector that provides excellent protection against electromagnetic interference and other environmental conditions. With its space-saving design, flexibility and reliability, it is becoming increasingly popular in many applications.

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