HM2J09PE5130N9LF

Series:	Millipacs®
Packaging:	Tray
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Connector Type:	Header, Male Pins
Connector Style:	C 11
Number of Positions:	55
Number of Positions Loaded:	All
Pitch:	0.079" (2.00mm)
Number of Rows:	5
Mounting Type:	Board Edge, Through Hole, Right Angle
Termination:	Press-Fit
Connector Usage:	--
Contact Finish:	Gold
Contact Finish Thickness:	30.0µin (0.76µm)
Current Rating:	1.5A
Voltage Rating:	500V
Operating Temperature:	-55°C ~ 125°C
Features:	--

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Introduction to Backplane Connectors - Hard Metric, Standard

Backplane connectors are used in many electronic systems, including smartphones, laptops, and even cars. The HM2J09PE5130N9LF is a hard metric connector, part of the hard metric family. This article will discuss the application field and working principle of the HM2J09PE5130N9LF and other hard metric connectors.

Overview of the HM2J09PE5130N9LF and Other Hard Metric Connectors

The HM2J09PE5130N9LF is designed for board-to-board connections on perpendicular stacking applications. It has two rows and eight positions per row and a sheathed metal contact that is designed for optimal resonance impedance (ROI) performance. It is a high-speed differential pair (DPDP) interconnect system which uses a Push-On connection system.The HM2J09PE5130N9LF is a hard metric variant from Hirose Electric Co. Ltd. Hard metric connectors are now the most popular form of backplane interconnects and have a wide variety of applications in the electronics industry. The most common type of hard metric is the Metric B-size, which is a high-density, hermaphroditic hard metric card edge that features two rows and 25, 50 or 75 positions per row with or without polarization keying.

Application Field of the HM2J09PE5130N9LF and Other Hard Metric Connectors

The HM2J09PE5130N9LF and other hard metric connectors have a wide variety of applications in the electronics industry. These connectors are used primarily in telecommunications, broadcasting, data communication, instrumentation, factory automation, and medical equipment.The HM2J09PE5130N9LF and other hard metric connectors are ideal for high-density/high-speed PCB board-to-board interconnections within an equipment enclosure. They are also used in many applications that require fast transmission speeds and more efficient signal routing. These connectors are particularly suited to high-frequency applications such as fibre channel, 10G Ethernet, InfiniBand, and PCI Express.

Working Principle of the HM2J09PE5130N9LF and Other Hard Metric Connectors

The HM2J09PE5130N9LF and other hard metric connectors use a push-on connection system. This means that they require no tools or screw terminals to make the connection. Instead, the contacts are simply “pushed” onto the board. This makes them extremely easy to use and provides a reliable connection.The connector’s contact system consists of an inner and an outer contact. The inner contact is designed to fit onto the board and has a metal contact with a low-resistance connection. The metal contact must be correctly orientation when inserted and is designed to ensure a secure connection. The outer contact, or shell contact, is designed to be inserted and twisted to lock the connection.The signal that is sent through the connector must be carefully tuned to ensure that it is compatible with the receiving device. In order to ensure compatibility, the connector system features a resonance impedance (ROI) control system. This system ensures that the received signal is tuned in order to achieve the maximum performance and reduce EMI noise.

Conclusion

The HM2J09PE5130N9LF and other hard metric connectors are popularly used in many different industries and applications due to their push-on connection system and high-speed connection capabilities. They are a reliable and efficient way to transfer signals between devices with minimal interference and noise. With their resonance impedance (ROI) control system, hard metric connectors can ensure compatibility and optimal performance in even the most demanding applications.

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