89099-155LF

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Backplane Connectors - Specialized

The 89099-155LF application field and working principle is one type of specialized backplane connectors. Backplane connectors are used to establish electrical communications between two boards. The main purpose of these connectors is to route signals and power between different boards or modules. They are also used to support communication between different buses or devices.

Characteristics of 89099-155LF Application Field Connector

The 89099-155LF application field connector is designed to provide a low profile and can be used in a wide range of situations. It features a 0.50mm pitch, and it’s compatible with microBGAs, edgecards, and COM modules. It can also be used with through-hole mounted devices on a variety of boards. The connector has a pin count that ranges from 26 to 46 locations.

Working Principle

The working principle of the 89099-155LF application field connector is relatively simple. The connector is connected directly to the circuit board through the plated through hole pins. Then, the metal pins of the connector are soldered directly to the circuit board. The circuit board then provides the current path for the connector to guarantee signal integrity and electromagnetic compatibility.

The main benefit of the 89099-155LF application field connector is its low profile, which makes it ideal for situations where space is limited. It also has good impedance control and easy assembly. Lastly, the connector is designed to have superior signal integrity and shock resistance. This makes it ideal for applications involving harsh environments.

Conclusion

The 89099-155LF application field and working principle is a specialized type of backplane connector. This type of connector is designed to provide a low profile, good impedance control, and superior signal integrity. While its low profile makes it ideal for tight spaces, its superior signal integrity and shock resistance make it suitable for harsh environments. As such, it can be used in a wide range of applications.

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