10128334-12JLF

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The 10128334-12JLF is a specialized type of backplane connector. It is usually used to connect backplane circuit boards and link them together. This type of connector is designed to provide good connections in both directions, with balanced impedance characteristics. It also offers excellent EMI and EMC performance.

It has two rows of pins on each side, which are normally configured in a ‘bending-pin’ style. This allows for easy maintenance and rework of the connection as needed. The pins are also designed in a way which greatly reduces crosstalk and EMI noise generated by the backplane.

This type of connector also uses a mating interface which ensures that the connection is secure and reliable. It includes a keyed latch system, along with a flexible overmold which maintains constant contact between the two surfaces. This helps to ensure a reliable electrical connection, with minimal EMI or unwanted signal leakage.

The 10128334-12JLF is a popular choice for high speed data communications systems, as it provides excellent data transmission and signal integrity. It is also used in power systems, where it can help provide an improved connection by reducing resistance and inductance across the connection. It also has a wide range of voltage and temperature ratings, making it suitable for a range of applications.

In addition to these features, the 10128334-12JLF has good quick-connect capability and can be released without the need for tools. This makes it an ideal choice for many backplane systems, where rapid connection and disconnection is required. It also has a small form factor and low profile design, making it suitable for tight spaces.

The 10128334-12JLF is an excellent choice for a number of applications, as it offers excellent performance, reliability and ease of use. It is a popular option for many systems, including data communications, power systems and backplane systems. It is also suitable for a range of environmental conditions, making it a great choice for many types of applications.

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