IPL1-107-01-S-D-P

IPL1-107-01-S-D-P is one type of rectangular connectors which are designed to provide a secure, easy and quick connection between two electrical components. This type of connector typically includes a header (male), with one or more rows of female or male pins (male) that are inserted into a printed circuit board (PCB) for a secure and reliable connection.

The IPL1-107-01-S-D-P connector is typically used in a variety of industrial and/or commercial applications. This type of connector is compatible with a range of signal types, including power, data, audio and/or video. It is compatible with a wide variety of printed circuit boards and can be used in a multitude of applications, including computers, telecommunications, aerospace and/or defense.

The connector itself is made up of a male plug, which features a plastic or metal tab that is designed to securely lock into the female connector. This allows for a more secure connection and ensures that no loose connections or shorts are created. Additionally, the connector is designed to offer a high level of resistance to shock and vibration and the pins are designed to handle high frequency signals.

In order to ensure an effective connection between the connector and the PCB, an insulation layering material is usually required. This material is typically made of plastics or other non-conductive materials and can be used to protect the electrical connections from external environmental influences and corrosion.

The working principle of the IPL1-107-01-S-D-P connector is quite simple. The male plug and the female connector are inserted into the PCB, and the plug is pushed into the female connector. Once locked in place, an electrical connection is formed between the two components. The connection is secured by the insulation layering material mentioned earlier, which helps to resist shock and vibration.

In conclusion, the IPL1-107-01-S-D-P connector is a reliable and durable rectangular connector which can be used in a variety of industrial and/or commercial applications. Its unique connection design helps to reduce shorts and increase resistance to shock and vibration. Additionally, its pin design allows it to handle a wide range of signals, making it suitable for a number of applications.