MMS-116-01-LM-SV-10

Introduction

MMS-116-01-LM-SV-10 is a type of rectangular connector header, receptacle, and female socket, which has an extensive application field and a rather complex working principle.

Application Field

MMS-116-01-LM-SV-10 is widely used in high-density board-to-board, surface mount, or cable-to-board connection systems. The reliable connection technology of MMS-116-01-LM-SV-10 makes it well suited for applications in telecommunications, consumer electronics, computer, medical, automotive industries and etc.

Working Principle

Generally, MMS-116-01-LM-SV-10is constructed of a insulator body, contacts, and a dielectric. The dielectric is free from the insulator body due to a groove inside the insulator. This means the dielectric is not electrically connected to the insulator. Next, a pressure plate holds contacts in a contact pattern. Finally, several screws or pins with metal protrusion are inserted into the insulator, which define the spacing and make contact with the contacts.

To make a connection, the mating part is inserted into the connector with a positive and secure click. As the mating part is inserted, the contacts are pressed against the mating part and create a conductive path between both. A good contact is maintained by wide contact surfaces. Any accidental misalignment is prevented by a metal-rib on the insulator, which also ensures internal strain relief.

MMS-116-01-LM-SV-10 has various metal recommendations to get the desired contact resistance. For example, gold plating can be applied for low contact resistance to suit telecommunications applications. Tin plating is a good choice when a low cost product is required. Silver plating or a combination of gold/silver/tin plating can also be used to meet various requirements.

Conclusion

MMS-116-01-LM-SV-10 is a reliable type of rectangular connector header, receptacle, and female socket which allows for secure and reliable connection between electronic components. It is widely used in many industries, and provides impressive performance due to its effective and complex working principle.