IL-AG7-30P-D3T2-C-G

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ILAG7-30P-D3T2-C-G headers are designed to meet the demanding requirements of commercial applications. With a body length of 30mm, body width of 7mm, 3 pins and a pick-and-place compatible design, these headers offer a reliable connection in a variety of applications. The ILAG7-30P-D3T2-C-G headers are manufactured from a high-performance thermoset plastic material which offers superior electrical insulation, mechanical strength, and good chemical resistance.

The ILAG7-30P-D3T2-C-G headers feature a circular body with three male pins. Two of the pins are spaced at a 3.2mm pitch, while the third pin is offset by 0.4mm. This configuration allows the header to be used in a variety of ways in an audio connector application. The connector is designed to be used with through-hole devices or surface mount components. The contacts are gold plated to ensure a reliable connection and provide excellent signal transmission.

The ILAG7-30P-D3T2-C-G headers are most often used in audio applications, such as headsets, microphones, and sound cards. The offset pin design allows the header to be used for a variety of audio applications, from unbalanced or balanced audio connections to streaming audio. The headers can also be used in consumer electronic applications, such as gaming consoles, cell phones, and personal media players.

The ILAG7-30P-D3T2-C-G headers are designed with a pick-and-place friendly design, which allows for quick and easy installation. The connectors can be easily snapped into place on a PCB with minimal force. This makes installations faster and cheaper than traditional soldering methods. The connectors can also be removed easily if needed.

The ILAG7-30P-D3T2-C-G headers offer a reliable connection for a variety of audio and consumer electronic applications. The header’s offset pin design allows for flexibility in usage, while the pick-and-place friendly design makes installation faster and more cost-effective. The headers also offer superior electrical insulation and mechanical strength, making them a reliable and secure connection for a variety of applications.

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