FSI-120-10-L-S-AD-TR

The FSI-120-10-L-S-AD-TR is a rectangular connector used in a variety of applications, often in edge type, mezzanine (board to board) connections. It has two signal rows on one side, and one row with ground on the other side, creating a three-connector arrayed configuration. A plastic housing surrounds these pins, making it robust and reliable in industrial applications.

The FSI-120-10-L-S-AD-TR is rated at 24.5 Amps and is capable of withstanding an operating temperature range of -55°C to 105°C. This makes it suitable for many applications, particularly in the automotive, telecommunications, medical and military fields, where reliability and robustness are a must. Additionally, its small size and light weight, along with its high level of electricity and cost efficiency, make the FSI-120-10-L-S-AD-TR a perfect choice for manufacturers who must integrate a connector into tight or cramped spaces with minimal impact on other electrical components in the same area.

The FSI- 120-10-L-S-AD-TR also enhances EMI shielding, which helps to reduce cellular interference and crosstalk between adjacent pins. This, in turn, reduces the risk of latency or data errors caused by crosstalk, thus increasing the reliability of interconnected systems.

The FSI-120-10-L-S-AD-TR generally operates using a combination of force and friction techniques for its contacts. The contact elements have different compressions for different levels of electrical current. This helps to ensure that all contacts remain in contact at varying levels of power intake, a key feature to maintain reliable operation in industrial environments. Whether it is operating at a low voltage or a high voltage, the FSI-120-10-L-S-AD-TR maintains superior performance.

In sum, the FSI-120-10-L-S-AD-TR is a rugged, reliable, and robust connector that is highly cost effective for edge type, mezzanine (board to board) connections. It is capable of withstanding operating temperatures of up to 105°C, and its EMI shielding properties help to minimize interference and crosstalk. Its combination of force and friction contact techniques makes it suitable for a range of voltages and ensures reliable operation when required.