GT8E-4P4P-DS(20)

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Rectangular connectors are those that are used to terminate or extend a wiring system, or provide an electronic signal path between two connectors. The GT8E-4P4P-DS(20) rectangular connector is part of the large family of rectangular connectors adopted in the electronic industry. It consists of several component elements including a header (male pins), receptacle (female pins), and other optional components such as polarization keys, mounting brackets, plated caps, and boot.

The headers of GT8E-4P4P-DS(20) are metal strips with an array of pins (male) that make contact with the receptacle (female) on the mating connector. The header pins are raised and evenly spaced to match the receptacle on the back side of the mating part. The pins range in size from 2mm to 20mm, depending on the application and operating requirements of the connector.

The headers used in the GT8E-4P4P-DS(20) are constructed of high quality stainless steel and plated with a corrosion-resistant material. The plating helps protect the header against oxidation and helps improve contact electrical performance. The headers are also designed with gold-plated ends to provide a low contact resistance and reduce contact resistance variation.

The typical operating range of GT8E-4P4P-DS(20) connectors is 2.5 amps at 10 to 20 volts. The headers are rated to carry a maximum of 2.5 amps of current through the length of the headers. The receptacle pins are also rated for a maximum of 2.5 amps of current.

The GT8E-4P4P-DS(20) connectors have a wide range of applications in various industries. They are commonly used as a high-speed interconnect solution in automotive, consumer, and industrial electronics. In addition, these connectors are also used in instrumentation, wired networking, communication systems, and medical devices.

The working principle of GT8E-4P4P-DS(20) connectors is based on the four basic principles of electrical contact theory. The first principle is the contact resistance, which describes the resistance between two contact points when contact is established. The second principle is the contact displacement, which outlines the amount of movement necessary for contact displacement. The third principle is the contact endurance, which explains how long the contact can hold up under a given amount of force. The fourth principle is the contact voltage, which describes the voltage required to make contact.

GT8E-4P4P-DS(20) connectors are an important part of many electronic systems. The contacts on the pins provide a stable electrical connection that are able to withstand wear, vibration, and other environmental factors. They also help reduce system power consumption and improve system performance. They are durable, reliable, and cost effective, making them a great choice for a variety of applications.

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