714-87-153-31-018101

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Terminals – PC Pin Receptacles, Socket Connectors, 714-87-153-31-018101 is a low profile and low cost connector with a wide variety of termination options. It is a two-terminal product that is designed to offer versatility while maintaining good electrical performance. It is ideal for use in many applications, including multiwire data transmission, power distribution, RF and EMI protection, and general I/O applications.

This terminal is a 0.705 mm pitch, 2- 20 contact per row, two-terminal product designed to provide superior electrical connection performance. It features dual-link steel cage construction for enhanced strength and stability. The terminal housing is designed with the same standard height and hte same terminal retention force to provide reliable electrical connection in high vibration areas. The dual contact design of this terminal is engineered to space out individual contacts and provide superior electrical performance in high current applications.

The 714-87-153-31-018101 is designed with a unique double strain relief for superior strain relief and maximum contact reliability. The double strain relief ensures that the contacts maintain their electrical performance over the life of the product. The contacts are available in a variety of material, including: gold, silver, nickel, and brass.

The 714-87-153-31-018101 is designed to provide reliable contact mating and a secure grip on mating parts. It is designed with a two-wire termination structure to provide a secure connection and maximum flexibility. The two-wire design is also capable of accommodating a variety of mating requirements. The contacts of the 714-87-153-31-018101 terminal are designed to resist corrosion and provide superior contact reliability. They are also designed to provide superior contact mating with minimal contact resistance.

The 714-87-153-31-018101 terminal is ideal for use in a variety of application fields, including industrial machinery, automotive electronics, and computer peripherals. The terminal is well suited for use in applications requiring reliable contact mating, high current ratings, and low contact resistance. It is highly reliable and cost effective. Furthermore, the terminal is designed to provide flexibility in the design of applications in order to meet specific application requirements. It is capable of providing efficient contact mating in various types of applications.

The working principle of the 714-87-153-31-018101 terminal is based on the principle of contact mating. It uses the contact electrical force field to ensure a secure mating between the contact and the mating part. The connection between the contacts and the mated parts is created using a mechanical action. When the contacts are mated, the metal contact is securely held against an inserted part using the mechanical force. This mechanical force is generated through the contact interface, and it is used to create a secure and reliable connection between the contacts and the mated parts.

The 714-87-153-31-018101 terminal is designed to provide reliable electrical connection in high vibration applications. It also allows for easy connection and disconnection between the mating parts without any interruption in power. The two-wire termination structure ensures that the contact maintains its electrical performance over the life of the product. The terminal is resistant to corrosion and is designed to provide reliable contact mating and a secure grip on mating parts.

In conclusion, the 714-87-153-31-018101 terminal is a versatile and cost-effective solution for a wide variety of applications. It is designed to provide reliable connection and maximum flexibility in both low and high voltage applications. The two-wire termination structure ensures reliable electrical performance and a secure grip on mating parts. The terminal is corrosion resistant and offers a low profile design for applications requiring efficient contact mating. Overall, the 714-87-153-31-018101 can be used in a variety of application fields and provides reliable contact mating and electrical performance for a wide range of applications.

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