HMTSW-114-07-T-D-007-RA

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HMTSW-114-07-T-D-007-RA connectors are rectangular connectors that are commonly used in electronic devices. They offer excellent power and signal transfer in a small form factor. The male pins in these connectors are designed to fit into female headers for a secure connection.

HMTSW-114-07-T-D-007-RA connectors are usually used in applications where space is limited, such as in PCBs (Printed Circuit Boards). The rectangular shape of these connectors provide superior contact area and conductive area when compared to regular circular connectors. Additionally, their small size allow them to fit into tight areas, allowing for flexible routing and easy maintenance.

These connectors are also suitable for high-temperature applications due to their increased temperature range. The typical operating temperature range of these connectors is -55°C to 125°C, or -67°F to 257°F. The body and pins of these connectors are made from high-temperature nylon which makes them highly resistant to shock and vibration.

The nominal electric current rating of HMTSW-114-07-T-D-007-RA connectors is 10A, with a continuous current rating of 6A. The pin pitch is 7.5 mm with a 7.62 mm (0.3”) depth, allowing for secure and reliable electrical connections. The contact resistance of these connectors is 5 mΩ maximum, with a dielectric strength of 500V RMS (60 Hz) between adjacent contacts.

The working principle of the HMTSW-114-07-T-D-007-RA connectors is simple. In addition to the physical connection between the headers and the male pins, these connectors also use a locking arm which is located on the male pins. Once the connector is inserted into the female header, the locking arm is engaged and securely locks the connection in place.

HMTSW-114-07-T-D-007-RA connectors are widely used in a variety of applications such as medical, automotive, industrial electronic equipment, power supplies, and more. The combination of their small form factor, reliable connections, and good temperature range makes them an ideal choice for today’s electronic devices.

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