ESQ-101-12-T-D

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ESQ-101-12-T-D: Application Field and Working Principle

ESQ-101-12-T-D, or rectangular connectors, headers, receptacles, and female sockets are a type of electrical connector mostly developed to bridge a circuitry gap between parts having a permanent or temporary electrical connection. They are commonly seen in various electronics form factors such as cellular phones, game consoles, and other consumer electronics. This type of connector is also rapidly becoming a standard in automotive, medical, and industrial applications.

ESQ-101-12-T-D offers a variety of features to meet any application requirements. They offer up to 12 circuits in a reliable and rugged housing design. The design also provides easy-to-use insertion and extraction. With the integral latching feature, these connectors provide secure mating and secure retention in their application. Furthermore, the design facilitates extreme environmental conditions, such as shock and vibration. These connectors are also water-resistant and resistant to dust.

The working principle of ESQ-101-12-T-D relies on two components; the header and the receptacle. The header consists of exposed copper pads and closely-spaced conductive elements. A female connector is fitted with chemical-resistant insulation and makes contact with the copper pads of the header. A receptacle is composed of dangling conductive elements and copper return pins which are both spring-loaded and soldered into the circuit board. The female connector slides into the receptacle and makes contact with the copper return pins when connected. This contact establishes an electrical connection, allowing the device to power up.

ESQ-101-12-T-D provides a reliable and cost-effective solution for many of today’s critical applications. It provides several features that are designed to meet circuit requirements such as a secure mating scheme, superior isolation, and high temperature operation. They are available in both standard and custom designs to meet the widest array of applications. Additionally, the combination of features makes them ideal for high-density applications where a reliable mating and a secure connection is necessary.

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