TMM-138-01-TM-S-RA

TMM-138-01-TM-S-RA is an part designed in the form of rectangular connectors - headers, male pins. It is a part specifically designed for use in medical transmissions. The main features of this part include high reliability, high speed, and low cost.

The TMM-138-01-TM-S-RA is a single-ended connector, meaning that there is a ground at the beginning and end of the signal. This yields a very consistent and reliable signal. The connector also has physical features which enable it to be used in a wide variety of applications, including applications related to medical imaging.

The high reliability of the TMM-138-01-TM-S-RA is due to its superior contact design. The contacts are designed to be extremely low loss, meaning that they maintain uniformity throughout the connection, ensuring that the signal is consistent and reliable. The contacts are also gold plated, providing superior corrosion resistance and allowing for extended connection life.

The TMM-138-01-TM-S-RA offers superior high speed performance due to its patented micro-IP design. The micro-IP design allows for the connection of multiple signals simultaneously, while maintaining low signal loss. This allows for faster data transmission and improved overall system performance.

The TMM-138-01-TM-S-RA is also a cost-effective option for medical applications. Its lower cost is due to its efficient signal transfer and the fact that it requires fewer components. The connector requires fewer components due to its simplified contact design, reducing the cost of manufacture. Additionally, the connector can be used with a variety of additional components, meaning that the total cost can remain low even when additional components are purchased.

Overall, the TMM-138-01-TM-S-RA is the ideal choice for a variety of medical transmission applications. Its superior contact design yields high reliability, its streamlined micro-IP design offers high speed performance, and its low cost makes it very cost-effective. Additionally, it requires fewer components than standard connectors, making it even more attractive to those seeking a low-cost solution.