MTMM-108-12-S-D-460

MTMM-108-12-S-D-460 is a type of rectangular connector-headers with male pins. It is specifically designed to be used in a variety of different applications including computers, telecommunications, consumer audio and video products, consumer gaming systems, and more. The primary purpose of this connector is to provide quick and easy connections between different components, allowing for maximum efficiency and performance.

Features

The key features of MTMM-108-12-S-D-460 rectangular connectors with headers are as follows:

• High- performance connection efficiency
• Ultra-low voltage drop
• Fully compatible with existing applications
• Tight-fitting housings and connectors provide reliable and leak-proof performance
• High dielectric strength
• Reliable hermetic sealing for shielding against external electro-magnetic interference

Application Fields

The MTMM-108-12-S-D-460 rectangular connectors are primarily used in the following application fields:

• Networking and telecommunications
• Computers and peripherals
• Home and car audio and video products
• Consumer gaming systems
• Instrumentation and test equipment
• Portable electronic device electronics
• Industrial automation
• Aerospace and military applications

Working Principle

The working principle of the MTMM-108-12-S-D-460 rectangular connectors is as follows:

When these connectors are used in an application, the pins first enter the plug housing on one side and are locked into place with a locking mechanism. The other side of the connector is then attached to the desired device. The pins are polarized so that it becomes impossible to connect the device incorrectly. As soon as the connection is made, the connection is closed and a signal is sent which flows through the pins to the end device. These connections are ultra-low voltage drop enabling the device to operate accurately at extremely low power levels.

In addition, these connectors are designed to be extremely reliable and hermetically sealed in order to provide shielding against external electro-magnetic interference (EMI). This ensures that the data integrity of the end device is maintained.