G125-MV11605L1P

The G125-MV11605L1P is a type of rectangular connector, with headers and male pins. This particular device is designed for power applications, primarily for the industrial sector. It is also suitable for use within domestic purpose products such as computers, printers, game consoles, and other similar devices.

A G125-MV11605L1P device can come in many sizes, depending upon the intended purpose. Typical sizes include 5mm, 7mm and 9mm. The device is made of materials such as tin-plated copper, zinc alloy, copper alloy, brass, aluminumelastomer and special metals.

The rectangular connector can be used with a variety of applications. It can be used to transfer power or data between two devices, for connecting and powering various components within a system, or even for thermal management.

The main purpose of the G125-MV11605L1P is that it provides a reliable, interference-free connection between two electronic devices. This is done by having two electrical contacts which are held firmly against each other and locked in place with a locking bar, ensuring a secure connection.

The working principle behind a G125-MV11605L1P device is simple. The device is designed in such a way that two electrical contacts are placed inside a plastic housing. Two additional pins are then inserted between the two electrical contacts. This creates an electrical connection, which is resistant to interference and fluctuations in the current flow.

The device can work in both high or low voltage applications and is rated for currents up to 10A. This makes it suitable for a variety of products, ranging from domestic appliances to industrial controllers.

The G125-MV11605L1P is also designed with vibration and shock protection in mind. This is achieved by using a locking bar which secures the electrical contacts in place, as well as by using soft connectors which absorb impacts and shock.

Overall, the G125-MV11605L1P is an excellent choice for power applications, as it provides a reliable connection and is resistant to interference and electrical fluctuations. Additionally, its shock resistance mechanism ensures that the device will last for a long time and perform to its expected standard.