TMMH-135-05-S-D-RA

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The TMMH-135-05-S-D-RA is a type of rectangular connectors - headers, male pins. These small electrical components are available in various sizes. Its main purpose is to connect circuit boards, electrical components, and circuits together.

The TMMH-135-05-S-D-RA is typically used in a variety of applications, such as power supply units, computing devices, mobile devices, and other telecommunication systems. It is also used in other industrial devices. This connector type offers reliable and secure connections. It is also able to carry heavy loads of current.

The TMMH-135-05-S-D-RA uses the pin-and-socket arrangement and is made of a polyamide body material. It is designed for Male Pins and has a 2.54mm pin density. The maximum current carrying capacity for the connector is 1 amp. The center to center measurements for the pins are 2.54mm and the overall connector length is 8.1mm. The maximum voltage carrying capacity for the connector is 24VDC. The contact is gold plated and the retention force is 9N.

The TMMH-135-05-S-D-RA also includes 2 solder tails for mating and contacting, making it easy to secure the connector once assembled. The retention force of the connector is strong enough to prevent it from accidentally becoming disconnected during use. It is also very simple to disconnect, using a standard tool or by hand.

The working principle of the TMMH-135-05-S-D-RA involves the socket and pin arrangement. First, the user inserts the two pins into the socket. This creates a secure contact between the socket and the pins, ensuring reliable and secure connections. The retention force also helps to keep the contact secure. When the device is current is power, electrons move through the conductive path to complete the circuit.

In conclusion, the TMMH-135-05-S-D-RA is a type of rectangular connectors-headers, male pins. It can be used in various applications and the pin-and-socket arrangement and retention force ensures secure contacts for reliable and safe connections. The working principle of the connector involves the socket and pin arrangement, ensuring that electrons can move through the conductive path to complete the circuit.

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