SFM210-LPPE-D15-ST-BK

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The SFM210-LPPE-D15-ST-BK series is just one example of a range of rectangular connectors, headers, receptacles, and female sockets popular in the electronics industry. This type of product is used in everything from small and large electronic applications, to automotive, consumer, and commercial applications.

The SFM210-LPPE-D15-ST-BK products are shielded headers and receptacles. Made of dielectric thermoplastic, they have a crimp termination style, are surface mountable, and come with a black finish. They are compatible with SFM, FM, and SCM series headers and receptacles, and include dust caps.

This type of connector is very popular in the electronics industry due to its size and compatibility with a range of different devices. They can be used in a variety of applications, from digital signal processing, to high speed data transmission, to power transmission. They are also used in automotive, consumer, and commercial applications.

The SFM210-LPPE-D15-ST-BK series of products provides both the quality and features necessary for reliable and efficient data transmission in various application environments. This includes high speed operation, low-contact resistance, and easy integration with existing systems. They also have a high temperature performance and moisture resistance for long-term reliability.

Working with magnetic fields, they have a number of features such as a dielectric withstand voltage of 350VAC, 10A maximum current, and an operating temperature range of -40 degrees Celsius to 105 degrees Celsius. Each connector has a contact resistance of 2mΩ maximum, insulation resistance of 500MΩ minimum, and a mating and retention force of 11N minimum. They also offer excellent EMI and RFI protection.

The SFM210-LPPE-D15-ST-BK series is designed for easy assembly and is compatible with a range of other RF and standard products. They are also RoHS and REACH compliant for added safety and reliability. This makes them an ideal choice for high density board-to-board connections, which is essential for efficient and reliable data transmission and power delivery in a wide range of electronic applications.

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