ESQT-115-02-LM-S-413-006

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ESQT-115-02-LM-S-413-006 is a type of rectangular connector that has both header and receptacle forms. It is typically used in a variety of applications such as in the medical, automotive, and aerospace industries. As these types of connectors are typically used in higher technological settings, they also often must be able to withstand both high frequency EM waves and other environmental elements such as dust, water, and high humidity.

The ESQT-115-02-LM-S-413-006 is a rectangular connector with two mating components: the header and the receptacle. The header is the component that plugs into the mating cable and is usually connected to the PCB. The receptacle is usually mounted on the PCB and is where the header is plugged in. The connector is secured to the board with solderless terminals, which ensures a secure connection between the components.

The working principle of the ESQT-115-02-LM-S-413-006 is based on electrical contact between the header and the receptacle. The header and the receptacle both have metal contacts or pins that make electrical contact when the two pieces are put together. The connection is made by the pressure exerted between the header and the receptacle when pressed together. This ensures that the conductive contact between the two components is made.

The main features of the ESQT-115-02-LM-S-413-006 are that it is able to withstand higher frequencies and harsher environmental conditions. The connector also has a tighter electrical contact force to prevent contact resistance, and it has an improved resistance to arcing, which helps to reduce electrolytic degradation in the contacts. Additionally, the connector has a faster mating time than traditional rectangular connectors, which can help to increase productivity or provide better end-product quality.

The ESQT-115-02-LM-S-413-006 is a versatile rectangular connector that is suitable for a variety of applications such as medical, automotive, and aerospace. It is able to withstand higher frequencies and harsher environmental conditions, while still providing a secure connection with an improved resistance to arcing. On top of this, the connector also has a faster mating time than traditional rectangular connectors, providing improvements in productivity and end-product quality.

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