HM2J08PE5118N9LF

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The HM2J08PE5118N9LF is a backplane connector belonging to the Hard Metric, Standard class. These connectors have been designed to provide a secure connection to support data transfers, and a secure link to the backplane. This particular model is an 8-position card edge connector designed to meet the needs of high data rate applications.

The purpose of a backplane connector is to provide support for general-purpose I/O functions, and to allow for the efficient, reliable, and secure transfer of information between the backplane and the connected device. The HM2J08PE5118N9LF is a hybrid hard metric/standard connector and is suitable for high speed data transfer, as well as low speed data transfer. The connector meets the JEDEC JC15.6 specification, and is designed to provide reliable and secure mean of connecting the backplane to the I/O connector.

The HM2J08PE5118N9LF has an 8-position card edge connector that is fully backward compatible with other JEDEC-specified card edge connector positions. The connector has a low profile and is designed to provide superior electrical performance in harsh environments. Additionally, this connector is designed to offer superior power and signal integrity along with excellent signal-to-noise levels.

The HM2J08PE5118N9LF is specifically designed for use in both low-speed and high-speed data transfer applications. It can be used in high-speed systems such as Ethernet routers, switches, and gateways. It can also be used in moderate-speed applications such as backplanes. In addition, this connector is designed to be used in systems that require both power and signal transmission. The connector is fully compliant with the JEDEC JD-17 and the Junction Field Effect Transistor (JFET) signal path information specifications.

The HM2J08PE5118N9LF is an industrial-grade, ruggedized backplane connector that is designed to provide reliable and secure performance in harsh conditions. The connector is designed to maintain robust signal integrity even in the presence of high voltage and high temperature environments. The connector also features a self-adjusting beam-style contact, which ensures superior electrical performance. The contact\'s self-adjustment is an important feature as it allows the connector to quickly and easily adjust to changes in temperature and humidity.

The HM2J08PE5118N9LF is populated with two rows of 16 flat interconnect pins, which are rated for high-speed operation. The connector features an overmoulded plastic case with a metal shielding cap to ensure safe and reliable performance. Additionally, it features two post-mounting holes for added strength and rigidity. Furthermore, the contact design of the HM2J08PE5118N9LF ensures reliable operation in a wide range of mechanical and electrical conditions. This ensures that the connector is suitable for a variety of application conditions.

Applications for the HM2J08PE5118N9LF include Ethernet routers, switches, gateways, and backplanes. Additionally, the connector is well-suited for use in industrial systems such as automation systems, communications equipment, and robotic systems. In all these cases, the connector is designed to provide superior performance and reliable data transmission.

The working principle of the HM2J08PE5118N9LF is based on its unique interconnecting system. This system uses 16 flat interconnect pins that are soldered onto the backplane. The pins are then connected to a die-cast metal shield, which shields the pins against electrical noise. This shield also serves to reinforce the connector to make it more robust. The connector then uses a post-mounting system to ensure reliable performance. The post-mounting system also ensures that the connector is firmly attached to the backplane, and the interconnect pins are firmly connected to the shielded contacts.

Overall, the HM2J08PE5118N9LF is an ideal solution for a variety of applications, including high-speed data transfer, signal transmission, power transmission, and industrial applications. Its 8-position card edge design and low profile make it suitable for a range of different applications, while its robust contact system ensures reliable electrical performance. Additionally, its shielded metal cap ensures reliable operation in harsh conditions for reliable and secure data transmission.

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