ESQT-130-02-GF-Q-368

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Rectangular connectors are widely used in many different types of electronics and electrical devices, and the ESQT-130-02-GF-Q-368 connector is no exception. It is a two-conductor, female socket connector commonly used in a range of applications, including communications equipment, consumer electronics, automotive, industrial, medical, and more. It is designed to work with a 2.50mm square, polarization tab, or wire termination.

The ESQT-130-02-GF-Q-368 features a rectangular body design with two connector cavities inside. The interior is divided into two cavities, each of which is further subdivided into two sub-cavities. The two outer sub-cavities measure 0.80mm in diameter and 1.69mm in length, while the inner sub-cavities measure 0.35mm in diameter and 1.60mm in length. This is a common feature in any two-conductor female socket connector, wherein two conductors can fit inside the outer cavities, and two separate conductors can fit inside the inner cavities.

The ESQT-130-02-GF-Q-368 has a 3.0mm pitch and is made of die-cast zinc alloy with beryllium copper, gold, or tin plating. The contact terminations are made of beryllium copper alloy and gold, with a nominal current rating of 1 amp. The contact resistance is 3.5 mΩ maximum and the dielectric strength is 1,500 volts DC. The connector also offers a 5-pole connection with a rated voltage of 250 volts AC, as well as a variety of additional features, including a reliable snap-together fit and robust construction.

The primary application field of the ESQT-130-02-GF-Q-368 connector is in communications equipment, particularly cellular phone and wireless networks, as well as general consumer electronics. Its rugged construction makes it ideal for applications that require a long lifespan and durability. It is also popular for industrial and automotive applications, as well as in medical devices.

The working principle of the ESQT-130-02-GF-Q-368 connector is relatively straightforward. Electrical current is connected between the two conductors by inserting the connector into the corresponding receptacle. The two outer cavities provide electrical current to the two separate conductors inside the inner cavities. The connection is secured by the snap-together fit provided by the beryllium copper alloy contact terminations. The connector is designed to allow for the secure connection and reliable transmission of electrical current with minimal resistance.

In conclusion, the ESQT-130-02-GF-Q-368 is a two-conductor, female socket connector commonly used in a variety of applications, including communications equipment, industrial, medical, and automotive. It features a rugged die-cast zinc alloy body with beryllium copper, gold, or tin plating. The primary application field of the connector is in communications equipment, though its robust construction makes it suitable for a variety of applications. The connector works by connecting electrical current between the two outer cavities and the two separate conductors inside the inner cavities, with the connection secured by the beryllium copper alloy contact terminations.

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