HMTSW-120-07-G-S-055

Headers, male pins are an integral part of the electronic components work, both as an electrical current conductors, and as a cable’s joints connectors, and are classified as one of the popular rectangular connectors.

Among them, the HMTSW-120-07-G-S-055 is an unshielded male header that provides a capability to connect an electronic device’s signal. This header has a 2mm pitch with 1 to 8 rows of male pins. It is a widely used product due to its ease of integration into a variety of design schematics.

As a rugged, yet lightweight device, the HMTSW-120-07-G-S-055 is ideally suited for a host of applications, from consumer electronics to industrial automation. While the low profile design allows for a wider range of usage options, its flexibility and strength provide reliability and durability over the long haul. It also offers up to 4096 positions with a low profile and minimal space constraints.

The HMTSW-120-07-G-S-055 is a pluggable component, with easy installation as it requires no soldering. It comes in a standard form with a compatible PCB footprint. It is made of metal alloy and is plated in either gold or tin, making it corrosion-resistant and durable for prolonged use. It is also available with different length male pins including 5mm, 7mm, and 10mm, allowing for a wide range of variations in product specifications.

The HMTSW-120-07-G-S-055 is also able to carry up to 3A current at 35V and 10A current at 24V, making it suitable for a diverse range of applications from medical to telecoms, domestic appliances, consumer electronics, and other related settings. It also works up to the installed operating temperature of 200°C with a life expectancy of 5000 add/remove cycles. Furthermore, it meets the RoHS standards and is approved to the UL 94V-O flame rating.

As for its working principle, the HMTSW-120-07-G-S-055 employs the interconnect technology of contact crimping, a reliable mating technique that has proven itself to be a reliable component in multiple applications. It involves the use of a plated contact being forced into pre-described crimp zones and a claw-like effect is created in the ‘lock-ont’ or ‘lock-off’ formations. This contact design allows for superior signal integrity and excellent current/voltage retention over millions of mating cycles with excellent retention force and stability.

In conclusion, the HMTSW-120-07-G-S-055 is a practical and reliable component for a variety of applications, from consumer electronics to industrial automation, and has proven to be able to stand up to a variety of environmental conditions and operational use. In addition, its working principle based on contact crimping is an effective and reliable mating technique that has achieved excellent current/voltage retention over millions of mating cycles.