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213881-1 application field and working principle

Backplane connectors are defined as those used to connect multiple boards or substrates in rack and stack applications. Though there’s a wide variety of backplane connectors available, the 213881-1 series stands out as one of the most robust and reliable on the market thanks to its unique design. Here, we’ll take a look at its application fields and working principle in more detail.

Application Fields of 213881-1

213881-1 backplane connectors are designed for high speed, high level of signal integrity, and high density applications. Its application fields include:

• Telecommunications
• Medical Equipments
• Industrial Controls
• Test and Measurement Equipment
• Network Systems
• Computer and Avionic Subsystems

The wider range of applications for the 213881-1 series only proves how reliable and robust the connector is.

Working Principle of 213881-1

While the design of the 213881-1 series differs from other backplane connectors in terms of design geometry, the connector’s distinct features are its use of a durable, highly reliable, thermoplastic mixed diallyl phatthalate (MDP) insulation materiel, as well as its unique pin configuration.

Essentially, the working principle of the 213881-1 series is that when mounted on the backplane PC board, the mated PC tails are held in phatthalate pockets in individual slots. This phatthalate insulation is then further supplemented by plated contacts that are isolated with groves along the connector tails.

These phatthalate pockets act as a circuit insulator, preventing any crosstalk and EMI from infiltrating the communication between the boards connected. This effectively increases data transmission between the boards, while additional plastic housing provides mechanical dampening and further increases contact reliability.

Conclusion

213881-1 backplane connectors are some of the most reliable and robust connectors available, and their unique design makes them ideal for various applications. Thanks to its combination of MDP phatthalate insulation material and unique pin configuration, the connector enables higher levels of signal integrity, faster data transmission, and improved contact reliability.

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