FTSH-110-02-L-DV-001-ES

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FTSH-110-02-L-DV-001-ES rectangular connectors are the latest generation of headers, and are commonly used in the automotive and industrial electronics industries. These headers feature a 2mm pitch for contact pins that are made from gold-plated beryllium copper for maximum conductivity. The FTSH-110-02-L-DV-001-ES headers offer superior durability and an extremely robust design, which makes them suitable for use in high vibration and temperature environments.

The FTSH-110-02-L-DV-001-ES rectangular connectors are specifically designed for use in applications that require a higher number of connections in a smaller form factor. These connectors have two rows with 10 contact pins to ensure the right connections are made with fewer connections overall. They also feature a unique locking mechanism that ensures the connector remains secure in place despite any environmental vibration or flexing.

The FTSH-110-02-L-DV-001-ES rectangular connectors are designed to work with standard ribbon cables. Ribbon cables consist of multiple wires bundled together and are typically used to connect discrete components in complex wiring systems. The FTSH-110-02-L-DV-001-ES headers allow for the ribbon cables to be easily connected to the pins on the header, and they also offer excellent strain relief and protection from flexing.

The main features of the FTSH-110-02-L-DV-001-ES rectangular connectors include a low profile design for easy installation, as well as an anti-vibration design that minimizes the risk of damage due to external vibration or shock. Additionally, the contact pins are gold-plated to ensure the optimal number of amperes can be passed through the header without causing any electrical interference. This ensures maximum reliability of the connections.

The FTSH-110-02-L-DV-001-ES rectangle connectors are the latest generation of headers, offering superior performance, increased connectivity, and improved reliability. They are highly suited for use in a wide variety of industries requiring high vibration and temperature resistance, such as automotive and industrial automation. Their robust design ensures the maximum amount of critical signal and power connections can be made in a small form factor, making it the ideal choice for tight spaces.

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