M52-5011145

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Rectangular Connectors - Headers, Receptacles, Female Sockets, are a family of electronic connectors that are widely used in electronics industry. Among them, the M52-5011145 series are one of the most popular, mainly due to its widespread use in industrial applications.

The M52-5011145 connectors to which this article refers are a type of ultra-miniature high-precision nominal voltage connectors commonly used as an interconnecting device for electrical and electronic components. They are used in a wide variety of applications, such as process control, industrial automation, robotics, and power electronics. The M52-5011145 series is suitable for connecting circuits with a voltage of less than 48V and capacity of up to 400A.

The M52-5011145 family consists of many different parts, such as female sockets, male headers, and double-row receptacles. These connectors are made with high temperature tolerant nylon or plastic material, allowing them to withstand harsh environments and temperatures up to about 135°C. The connectors also use metal clad contact pins that have superior value and a good contact. The mating section consists of 2 rows of receptacle contact pins, one row each for male and female headers, providing for a robust and secure connection. This configuration also provides a 50% increased frequency current over other connectors, thus being highly suitable for uninterrupted data transmission between two components.

The M52-5011145 connectors provide a quick and easy way to connect two or more devices. The body is designed to fit into the mating section of the device and the contact pins are automatically aligned when the connector is inserted into the socket. The contact pins also serve to ensure a reliable and secure connection between the components.

The working principle of the M52-5011145 connectors is relatively simple. This type of connector consists of two parts; a male header and a female socket. When the male header is inserted into the female socket, the contact pins on both ends make contact and establish an electrical connection. This connection is made possible because the contact pins are designed to fit perfectly into the sockets. When the connector is in place, the contact pins create an electrical path through which current can be carried.

These connectors are widely used in industrial applications as they provide a reliable, secure connection and can carry high-current capacity. They are capable of providing a connection between two or more components with a rated voltage up to 48V and 400A current capacity, making them an ideal choice for process control, industrial automation, robotics, and power electronics, among other applications.

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