ESQT-149-02-H-6-375

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ESQT-149-02-H-6-375 Rectangular Connectors - Headers, Receptacles, Female Sockets Introduction

The ESQT-149-02-H-6-375 Rectangular Connectors are a family of electromechanical devices capable of providing electrical connection and signal paths between two or more conductors or interfaces in a system. Rectangular Connectors consist of a thermoplastic housing which isolates and protects the internal contacts from external sources such as dust and moisture. Depending on the application and the configuration, the connectors provide between 4 and 12 separate signal paths.

ESQT-149-02-H-6-375 Application Field and Working Principle

The ESQT-149-02-H-6-375 rectangular connectors are generally used in applications which require multiple signal paths to be connected simultaneously. The various signal paths are isolated from each other, thus preventing potential short circuits and unwanted interference between the signals. The connectors are generally used in the field of embedded system development, communications, networking, and signal and power distribution systems.

The ESQT-149-02-H-6-375 connectors consist of a thermoplastic housing which isolation and shields the internal contacts from moisture and dust. There are four separate contact systems which are separated by barriers, thus allowing signal paths to be connected in parallel (Figure 1). The contacts feature a surface-mounted key which ensures correct orientation of the connector.

Figure 1: ESQT-149-02-H-6-375 Connector Keyed Connector Profile

The contacts of the ESQT-149-02-H-6-375 connectors are designed to provide good electrical conductivity and long and reliable service life, and are rated up to 1000VAC. The connectors feature an internal ground connection which ensures that all signals are connected through the same potential ground. The contacts are designed with a floating pin, which allows for a large amount of electrical stress to be distributed evenly across the pins.

The connectors feature low insertion force and a high density of contacts, thus allowing devices with higher connection numbers to be designed with smaller board-level footprints. The ESQT-149-02-H-6-375 also offers a low level of contact resistance, which ensures high signal integrity. The connectors are compatible with standard rectangular conductor cable and provide secure and reliable contact connections.

The rectangular connectors are designed with multiple points of contact in order to provide reliable electrical contact over a wide temperature range. Each contact is designed with two points of contact, which provides an increased contact surface area, thus improving the electrical contact performance. Additionally, the contacts are designed with a floating-pin spring, which allows the contacts to adjust to misaligned mating conditions.

The ESQT-149-02-H-6-375 connectors feature an ergonomic design, which allows for ease of installation. Furthermore, the connectors are designed to be resistant to shock and vibration, thus providing a reliable connection even under high temperature or shock conditions.

The rectangular connectors are also designed with a self-cleaning mechanism, which provides a constant and reliable electrical contact over a wide temperature range. Additionally, the connectors are designed with a plug-and-play system, which allows the user to quickly and securely connect different components in a system. This feature can also be used in applications which require a reliable and secure connection due to high levels of mechanical stress.

In summary, the ESQT-149-02-H-6-375 rectangular connectors are designed to provide a reliable and secure connection between two or more conductors or interfaces in a system. The connectors are constructed with a thermoplastic housing which shields the internal contacts from moisture and dust. The contacts are designed to provide high electrical conductivity and reliable service life even under harsh operating conditions. Additionally, the connectors feature multiple contacts which provide an increased contact surface area and secure electrical contact over a wide temperature range. The connectors also feature an ergonomic design and a self-cleaning feature which ensures a reliable connection even under high levels of mechanical stress.

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