M50-3124145

Rectangular Connectors, such as headers, receptacles, and female sockets are used in a range of engineering projects, from computer systems to consumer electronics. The M50-3124145 is a particularly popular option due to its reliable contact force, low insertion force, and high-temperature resistance.

The M50-3124145 is a standard-sized rectangular connector with 2.54 mm pitch and 24-way header. It has a 2.54 mm x 3.96 mm x 5.08 mm molded body with an operating temperature of -55°C to 105°C and a 0.5A max current carrying capacity. For secure connections, the M50-3124145 features a latched contact holder with positive locking post.

When designing your circuit, you must understand how the M50-3124145 will work with your system. The contact pins of the M50-3124145 header mate with the socket’s contact pins to form secure connections. The header is designed to work in two different ways. The first type is an indexed header, which is identified by its latching system. Indexed headers are characterized by the latching system that helps to ensure reliable connections. The second type is a non-indexed header which does not use a latching mechanism, and is less reliable than indexed headers.

The M50-3124145 is best suited to applications where high level of contact reliability is required, such as connected appliances. It is also suitable for automotive, industrial, and computing applications, as it can withstand a wide temperature range. Furthermore, the low insertion force and high contact force of the M50-3124145 make it well-suited for commercial applications requiring multiple connections.

In order to make sure that M50-3124145 header operates properly, it is important to check that the contact pins are correctly aligned, and the latching system is securely fastened. Additionally, identifying any EMI issues at the early stages of the design process can help to ensure that the M50-3124145 is suitable for your application’s needs.

The M50-3124145 is an excellent option for a variety of engineering applications due its reliable contact force, low insertion force, and high-temperature resistance. With its wide operating temperature range, it is suitable for a range of projects, from consumer electronics to connected appliances and automotive designs.