M50-4302745

The M50-4302745 is a type of rectangular connector that belongs to the headers, receptacles, and female socket family of components. It is designed with a similar structure and overall copper alloy construction to the widely used AMP-Latch types of headers. It is suitable for telecommunications products, high speed networking, and other related applications. This rectangular connector has excellent performance in terms of its mechanical properties and signal transmission capabilities.

The M50-4302745 is designed with a stamped terminals and a zero insertion force (ZIF) plated contact. It is suitable for a wide range of application from low current, low voltage to high voltage, high load, and high speed applications. It has a maximum signal frequency of 2.5GHz and a minimum conductivity of 120 MHz. It is certified with IEC60664-1 standards for reliable performance. The M50-4302745 also offers excellent heat dissipation and anti-vibration capability, making it ideal for use in demanding environmental conditions, such as temperature range from -55 °C to +105 °C and humidity range up to 90%.

The M50-4302745 rectangular connector operates on an electric working principle that involves the transfer of power or signal from the source to the receiving side. The power is delivered through the connection of two terminals. A ZIF contact allows for easy insertion and disconnection, as well as providing extra strength and stability. It allows for a better conduction of power due to its low contact resistance. This also helps in reducing the risk of errors in signal transmission.

The M50-4302745 is designed for use with a wide range of cable types, such as CAT5, RGB, LVDS, and HDMI cables. It is also available in an alternate form factor, with different numbers of contacts and contact arrangement. The overall construction and design of this industry-standard rectangular connector facilitate easy handling and reliability.

In conclusion, the M50-4302745 is a versatile rectangular connector that is suitable for use in a wide range of applications from telecommunications to high speed networking. It is designed with excellent performance in terms of its mechanical properties and electrical characteristics, such as high frequency capability and low contact resistance. The ZIF contact provides extra strength and stability, while the overall construction and design facilitate easy handling and reliability.