SMH152-LPSE-D46-SP-BK

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The SMH152-LPSE-D46-SP-BK is a rectangular connector. It belongs to the Headers, Male Pins category, making it one of the more popular connector solutions in the market. It is a low-power, surface mount device that is ideal for a variety of applications. The product is compatible with an array of user-friendly designs, making it a versatile and reliable solution.

This connector provides a high degree of insulation between the contacts. Its low-profile design enables it to fit into tight spaces and maximizes its insulation properties. The SMH152-LPSE-D46-SP-BK is designed to flawlessly meet most of today’s challenging miniature application requirements.

The SMH152-LPSE-D46-SP-BK is made of an insulated stainless steel material that enables it to hold up against harsh operating conditions. It features an internal mechanism that ensures that the contacts remain firmly locked in place, preventing them from getting damaged due to external stresses. Its design also helps to maintain its low profile when used in tight spaces.

As far as performance is concerned, the SMH152-LPSE-D46-SP-BK provides reliable conductivity and secure connections. It has the capability to handle a wide range of current levels, with a maximum current of 15A. It also features a maximum voltage of 60V. Additionally, it has the capacity to handle a variety of frequencies, with a range of 240-1000 MHz.

In terms of functionality, the SMH152-LPSE-D46-SP-BK provides high-speed data transfer, making it an ideal solution for applications where performance is essential. In addition, the connector has an endurance rating of 100 cycles, making it a long-lasting solution. Additionally, the device has a temperature range of -50 to +105 Celsius.

The SMH152-LPSE-D46-SP-BK connector is a versatile and reliable solution for various applications. Its design benefits from its low profile, ensuring it can fit snugly in tight spaces and reducing the risk of disruption due to external stress. In terms of performance, the device provides reliable conductivity and secure connections, thanks to its internal mechanisms and insulation materials. Moreover, the device has the capacity to handle a wide range of current levels and frequencies, making it an ideal solution for applications requiring performance.

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