73938-1003LF

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The 73938-1003LF is an advanced type of backplane connector, commonly used in a variety of applications. This particular model is designed for applications that require higher speed and bipolar, high-current capability connections. It is commonly used to provide reliable and robust electrical connections between components on a circuit board, as well as between multiple boards.

The 73938-1003LF is optimized for board-to-board and cable-to-board applications where the signal needs to be transmitted from one board to another. As such, it is typically used for a wide range of applications, ranging from automotive to computer and telecom applications. It is also ideal for medical equipment, where the high-speed signal needs to be accurately and reliably transferred from one board to another.

The 73938-1003LF is designed to operate at up to 8.5GHz and offers high-current capability up to 5 Amps per pin. It also has low insertion force and a high level of signal integrity, with good crosstalk control and excellent noise immunity. The connector is also resistant to vibration and shock and has superior resistance to moisture and other environmental factors.

In terms of its working principle, the 73938-1003LF ensures a reliable connection between two printed circuit boards (PCBs). It operates by electromechanically attaching two or more of its pins to the appropriate printed conductors on the PCBs. This ensures that an electrical connection is created that can transmit signals from one board to another.

The 73938-1003LF is highly reliable and can withstand high shock and vibration values. It also ensures high signal integrity, even over long distances. In addition, the connector is EMI/EMC compliant, meaning that the signal is not disturbed by electromagnetic interference (EMI) or conducted electromagnetic energy (EMC).

In conclusion, the 73938-1003LF is a versatile connector that is suitable for a wide range of specialty applications. It offers impressive speed, robust construction, and a high level of signal integrity. Furthermore, the connector is highly resistant to factors like shock, vibration, and moisture, making it an ideal choice for critical applications.

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