QTS-050-03-H-D-LC

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QTS-050-03-H-D-LC connectors are part of the arithmetic of rectangular connectors - arrays, edge type, mezzanine (board to board). They are small, lightweight, dual-row connectors that are compatible with a variety of high-speed signal and data protocols. These connectors have a variety of port options and come in multiple heights to ensure the best fit for any application.

QTS-050-03-H-D-LC connectors are often used for industrial applications such as machine control, automotive, medical, and instrumentation. They can also be found in consumer electronics such as cell phones, tablets, and gaming systems. These connectors feature an array of contacts that provide high speed transmission and up to 12 Gbps data rate. They also offer superior signal integrity with small dielectric losses and low crosstalk.

The working principle of QTS-050-03-H-D-LC connectors is simple. It utilizes a mated pair of contacts that are mounted on opposite surfaces of the connector. The contacts feature a 90-degree angled design that creates an effective connection between the two components. When the connectors are mated, the contacts are pressed together and held securely. The mated contacts provide excellent electrical performance, as well as excellent vibration and shock immunity.

The QTS-050-03-H-D-LC connectors also feature durable construction and excellent environmental sealing. They are designed to be used in harsh and demanding environments and are resistant to water, moisture, and temperature extremes. They are also available in several different color and material options to suit a variety of application needs. The connectors have a compact and low profile design that enables them to fit into tight spaces and can be easily mounted on printed circuit boards.

The QTS-050-03-H-D-LC connectors are an ideal choice for a variety of applications. They can be used to connect high-speed signals and data, and provide excellent signal integrity and vibration and shock immunity. Their small, lightweight design makes them an excellent choice for reducing the size of electronic systems while offering reliable performance and long life in harsh environments.

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