HTSW-134-20-S-D

HTSW-134-20-S-D has a great application field and working principle in Rectangular Connectors - Headers, Male Pins.

The HTSW-134-20-S-D is an innovative product from Hirose, which is a leading manufacturer in the field of Rectangular Connectors - Headers, Male Pins. It has a 2.54mm centerline spacing, which makes it ideal for high-density, low-profile applications. The terminals are made from phosphor bronze, which is strong and durable.

The HTSW-134-20-S-D also has an innovative design with good friction between mating parts, offering reliable connections over repeated connections. The components are gold-plated, offering excellent corrosion resistance, and the lower contact resistance ensures high signal integrity.

The HTSW-134-20-S-D is suitable for high-frequency applications, as the insulation between the two-tier pins prevents crosstalk and EMI. It also offers excellent dust and vibration resistance, as the cams and springs provide a tight connection.

The HTSW-134-20-S-D works differently to other rectangular connectors - headers, male pins, as the header\'s slide lock is placed vertically rather than horizontally. This means that instead of pushing the header down to make a connection, the user needs to pull the header back, insert the mating part and then slide the lock into position. This design makes it quick and easy to make and break connections.

Despite its small size, the HTSW-134-20-S-D still provides good contact reliability and electrical performance, thanks to its two-tier design. Its taper mating design ensures that the connection is maintained over time, as the pins are self-aligning for better contact reliability. The two-tier design also provides high tensile strength, meaning that the connection can withstand vibration and thermal expansion.

In conclusion, the HTSW-134-20-S-D is an innovative and reliable product for Rectangular Connectors - Headers, Male Pins. Its two-tier design and slide lock make it a quick and easy product to use, and its gold plated terminal and robust construction ensure that the connections are strong and reliable over repeated cycles.